1.0.6 release

CHANGELOG.md

@@ -1,9 +1,10 @@
-### 1.0.6
+### 1.0.6 - January 11, 2023
 
 - new built-in functions `addEventListener` and `dispatchEvent`. See https://re.cleo.li/docs/en/events.html
 - add `setTimeout`, `setInterval`, `clearTimeout`, `clearInterval`. See https://re.cleo.li/docs/en/api.html
 - add `.cs`, `.js`, `.ts` to the list of allowed file extensions for [CLEO.runScript](https://re.cleo.li/docs/en/api.html#cleorunscript)
 - fix a rare deadlock causing scripts to stop on timeout
+- fix an issue causing script failures after hot reload
 - fix an issue when Bully commands returned incorrect values
 
 **SDK AND PLUGINS**

docs/en/async.md

@@ -1,7 +1,5 @@
 # Asynchronous Programming
 
-> This feature is highly experimental and might be unstable.
-
 - [Async API](#async-api)
 - [Async Functions](#async-functions)
 - [Concurrent Async Functions](#concurrent-async-functions)
@@ -173,3 +171,5 @@ When importing JSON files, its content is available via `default` property.
 ## setTimeout and setInterval
 
 It is easy to implement `setTimeout` and `setInterval` using `asyncWait` and `async` functions. You can [find an implementation example here](https://github.com/cleolibrary/CLEO-Redux/blob/master/examples/setTimeout%2C%20setInterval.js).
+
+Since 1.0.6 these functions are [part of the standard library](./api.md) and are available in all scripts.

docs/en/using-memory-64.md

@@ -2,7 +2,7 @@
 
 > This guide is for x64 hosts (e.g. the remastered trilogy). For the information on using the Memory class on x86 (classic era games) [click here](./using-memory.md).
 
-- [Reading and Writing Values](#reading-and-writing-values)
+- [Reading and Writing Numbers](#reading-and-writing-numbers)
 - [Reading and Writing Strings](#reading-and-writing-strings)
 - [Casting methods](#casting-methods)
 - [Calling Foreign Functions](#calling-foreign-functions)
@@ -59,9 +59,9 @@ interface Memory {
 }
 ```
 
-### Reading and Writing Values
+### Reading and Writing Numbers
 
-Group of memory access methods (`ReadXXX`/`WriteXXX`) can be used for reading or modifying values stored in the memory. Each method is designed for a particular data type. To change a floating-point value (which occupies 4 bytes in the original game) use `Memory.WriteFloat`, e.g.:
+A group of memory access methods (`ReadXXX`/`WriteXXX`) can be used for reading or modifying numbers stored in the memory. Each method is designed for a particular data type. For example, to change a floating-point number (which occupies 4 bytes in the original game) use `Memory.WriteFloat`:
 
 ```js
 Memory.WriteFloat(address, 1.0, false, false);
@@ -93,7 +93,7 @@ For your convenience you can find the current value of the image base in the `cl
 09:27:35 [INFO] Image base address 0x7ff7d1f50000
 ```
 
-Similarly, to read a value from the memory, use one of the `ReadXXX` methods, depending on what data type the memory address contains. For example, to read a 8-bit signed integer (also known as a `char` or `uint8`) use `Memory.ReadI8`, e.g.:
+Similarly, to read a value from the memory, use one of the `ReadXXX` methods, depending on what data type the memory address contains. For example, to read a 8-bit signed integer (also known as a `char` or `uint8`) use `Memory.ReadI8`:
 
 ```js
 var x = Memory.ReadI8(offset, true, true);

docs/en/using-memory.md

@@ -2,7 +2,7 @@
 
 > This guide is for x86 hosts (such as classic era games). For the information on using the Memory class on x64 hosts (such as the Definitive edition) [click here](./using-memory-64.md).
 
-- [Reading and Writing Values](#reading-and-writing-values)
+- [Reading and Writing Numbers](#reading-and-writing-numbers)
 - [Reading and Writing Strings](#reading-and-writing-strings)
 - [Casting methods](#casting-methods)
 - [Calling Foreign Functions](#calling-foreign-functions)
@@ -83,17 +83,17 @@ interface Memory {
 }
 ```
 
-### Reading and Writing Values
+### Reading and Writing Numbers
 
-Group of memory access methods (`ReadXXX`/`WriteXXX`) can be used for reading or modifying values stored in the memory. Each method is designed for a particular data type. To change a floating-point value (which occupies 4 bytes in the original game) use `Memory.WriteFloat`, e.g.:
+A group of memory access methods (`ReadXXX`/`WriteXXX`) can be used for reading or modifying numbers stored in the memory. Each method is designed for a particular data type. For example, to change a floating-point number (which occupies 4 bytes in the original game) use `Memory.WriteFloat`:
 
 ```js
 Memory.WriteFloat(address, 1.0, false);
 ```
 
 where `address` is a variable storing the memory location, `1.0` is the value to write and `false` means it's not necessary to change the memory protection with `VirtualProtect` (the address is already writable).
 
-Similarly, to read a value from the memory, use one of the `ReadXXX` methods, depending on what data type the memory address contains. For example, to read a 8-bit signed integer (also known as a `char` or `uint8`) use `Memory.ReadI8`, e.g.:
+Similarly, to read a number from the memory, use one of the `ReadXXX` methods, depending on what data type the memory address contains. For example, to read a 8-bit signed integer (also known as a `char` or `uint8`) use `Memory.ReadI8`:
 
 ```js
 var x = Memory.ReadI8(address, true);

installer/cleo_redux.iss

@@ -1,5 +1,5 @@
 #define AppName "CLEO Redux"
-#define AppVersion "1.0.6-dev.20230101"
+#define AppVersion "1.0.6"
 #define AppPublisher "Seemann"
 #define AppURL "https://re.cleo.li"
 #define SourceDir "..\"
@@ -135,8 +135,8 @@ Source: "{#OutputDir}\bully\CLEO\.config\enums.js"; DestDir: "{app}\CLEO\.config
 
 ; UAL
 ; x86
-Source: "{tmp}\dinput8.zip"; DestDir: "{app}"; Flags: deleteafterinstall external; Check: isIV and IsX86; AfterInstall: Extract('{app}\dinput8.zip', 'dinput8.dll', '{app}');  Components: asiloader;
-Source: "{tmp}\vorbisFile.zip"; DestDir: "{app}"; Flags: deleteafterinstall external; Check: not isIV and IsX86; AfterInstall: Extract('{app}\vorbisFile.zip', 'vorbisFile.dll', '{app}');  Components: asiloader;
+Source: "{tmp}\dinput8.zip"; DestDir: "{app}"; Flags: deleteafterinstall external; Check: (isGTA3 or IsVC or isIV) and IsX86; AfterInstall: Extract('{app}\dinput8.zip', 'dinput8.dll', '{app}');  Components: asiloader;
+Source: "{tmp}\vorbisFile.zip"; DestDir: "{app}"; Flags: deleteafterinstall external; Check: not isGTA3 and not isVC and not isIV and IsX86; AfterInstall: Extract('{app}\vorbisFile.zip', 'vorbisFile.dll', '{app}');  Components: asiloader;
 ; x64
 Source: "{tmp}\d3d9.zip"; DestDir: "{app}"; Flags: deleteafterinstall external; Check: isRe and IsX64; AfterInstall: Extract('{app}\d3d9.zip', 'd3d9.dll', '{app}');  Components: asiloader;
 Source: "{tmp}\version.zip"; DestDir: "{app}"; Flags: deleteafterinstall external; Check: not isRe and IsX64; AfterInstall: Extract('{app}\version.zip', 'version.dll', '{app}');  Components: asiloader;
@@ -597,7 +597,7 @@ begin
           else
             DownloadPage.Add('{#UAL64}/version.zip', 'version.zip', '');
         if IsX86() then
-          if IsIV then
+          if IsGta3 or IsVC or IsIV then
             DownloadPage.Add('{#UAL32}/dinput8.zip', 'dinput8.zip', '')
           else
             DownloadPage.Add('{#UAL32}/vorbisFile.zip', 'vorbisFile.zip', '');

website/index.html

@@ -123,7 +123,7 @@ <h1 class="font-weight-bold d-flex justify-content-center">
                 data-translate="download"
                 >Download</a
               >
-              <small class="pt-1 text-muted">v1.0.5 | December 15, 2022</small>
+              <small class="pt-1 text-muted">v1.0.6 | January 11, 2022</small>
             </div>
           </div>
         </div>