Full-native implementation of MTProto protocol on Golang!
All code, from sending requests to encryption serialization is written on pure golang. You don't need to fetch any additional dependencies.
Lib is supports all the API and MTProto features, including video calls and post comments. You can create additional pull request to push api updates!
All changes in TDLib and Android client are monitoring to get the latest features and changes in TL schemas. New methods are creates by adding new lines into TL schema and updating generated code!
No more SQLite databases and caching unnecessary files, that you don't need. Also you can control how sessions are stored, auth process and literally everything that you want to!
You can use more than 10 accounts at same time! xelaj/MTProto doesn't create huge overhead in memory or cpu consumption as TDLib. Thanks for that, you can create huge number of connection instances and don't worry about memory overload!
MTProto is really hard in implementation, but it's really easy to use. Basically, this lib sends serialized structures to Telegram servers (just like gRPC, but from Telegram LLC.). It looks like this:
func main() {
client := telegram.NewClient()
// for each method there is specific struct for serialization (<method_name>Params{})
result, err := client.MakeRequest(&telegram.GetSomeInfoParams{FromChatId: 12345})
if err != nil {
panic(err)
}
resp, ok := result.(*SomeResponseObject)
if !ok {
panic("Oh no! Wrong type!")
}
}Not so hard, huh? But there is even easier way to send request, which is included in TL API specification:
func main() {
client := telegram.NewClient()
resp, err := client.GetSomeInfo(12345)
if err != nil {
panic(err)
}
// resp will be already asserted as described in TL specs of API
// if _, ok := resp.(*SomeResponseObject); !ok {
// panic("No way, we found a bug! Create new issue!")
// }
println(resp.InfoAboutSomething)
}You do not need to think about encryption, key exchange, saving and restoring session, and more routine things. It is already implemented just for you.
Code examples are here
Full docs are here
Installation is simple. Just do go get:
go get github.com/TanyaEleventhGoddess/glang_mtprotoThat's it! You don't need to do anything more!
It's Telegram specific feature. If you want to create client instance and get information about the current server's configuration, you need to do something like this:
resp, err := client.InvokeWithLayer(apiVersion, &telegram.InitConnectionParams{
ApiID: 124100,
DeviceModel: "Unknown",
SystemVersion: "linux/amd64",
AppVersion: "0.1.0",
// just use "en", any other language codes will receive error. See telegram docs for more info.
SystemLangCode: "en",
LangCode: "en",
// HelpGetConfig() is ACTUAL request, but wrapped in InvokeWithLayer
Query: &telegram.HelpGetConfigParams{},
})Why? We don't know! This method is described in Telegram API docs, any other starting requests will receive error.
Example here
func AuthByPhone() {
resp, err := client.AuthSendCode(
yourPhone,
appID,
appHash,
&telegram.CodeSettings{},
)
if err != nil {
panic(err)
}
// You can make any way to enter verification code, like in
// http requests, or what you like. You just need to call two
// requests, that's main method.
fmt.Print("Auth code:")
code, _ := bufio.NewReader(os.Stdin).ReadString('\n')
code = strings.Replace(code, "\n", "", -1)
// this is ALL process of authorization! :)
fmt.Println(client.AuthSignIn(yourPhone, resp.PhoneCodeHash, code))
}That's it! You don't need any cycles, code is ready-to-go for async execution. You just need to follow the official Telegram API documentation.
Want to deal those freaky tg:// links? See deeplinks package, here is the simplest how-to:
package main
import (
"fmt"
"github.com/TanyaEleventhGoddess/glang_mtproto/telegram/deeplinks"
)
func main() {
link, _ := deeplinks.Resolve("t.me/xelaj_developers")
// btw, ResolveParameters is just struct for tg://resolve links, not all links are resolve
resolve := link.(*deeplinks.ResolveParameters)
fmt.Printf("Oh! Looks like @%v is the best developers channel in telegram!\n", resolve.Domain)
}There is a pretty huge chunk of documentation. We are ready to describe every method and object, but it requires a lot of work. Although all methods are already described here.
Technically — yes. In practice — components don't require specific architecture, but we didn't test it yet. If you have any problems running it, just create an issue, we will try to help.
Well... Read this issue about TON source code. Use google translate, this issue will answer to all your questions.
Please read contributing guide if you want to help. And the help is very necessary!
Don't want code? Read this page! We love nocoders!
Please, don't create issue which describes security bug, this can be too offensive! Instead, please read this notification and follow that steps to notify us about problem.
- Basic MTProto implementation
- Implement all Methods for latest layer
- Make TL Encoder/Decoder
- Get away from panics in parsing TL
- Support MTProxy
- Support socks5 as well
- Multiple tests
- Write amazing docs
- Richard Cooper <[email protected]>
- Anton Larionov <[email protected]>
- Arthur Petukhovsky <[email protected]>
- Roman Timofeev <[email protected]>
- Artem <[email protected]>
- Bo-Yi Wu <[email protected]>
- 0xflotus <[email protected]>
- Luclu7 <[email protected]>
- Vladimir Stolyarov <[email protected]>
- grinrill @grinrill
- kulallador <[email protected]>
- rs <[email protected]>
WARNING! This project is only maintained by Xelaj inc., however copyright of this source code IS NOT owned by Xelaj inc. at all. If you want to connect with code owners, write mail to this email. For all other questions like any issues, PRs, questions, etc. Use GitHub issues, or find email on official website.
This project is licensed under the MIT License - see the LICENSE file for details