public static void GenerateBuildScriptWindows(Cpp.ToolchainType Toolchain, PathString BuildDirectory, String SolutionName, Cpp.ArchitectureType TargetArchitecture, Cpp.ConfigurationType Configuration, int MaxProcessCount, PathString VSDir, int VSVersion, PathString Ninja, bool ForceRegenerate)
{
if (Toolchain == Cpp.ToolchainType.VisualStudio)
{
var MSBuildVersion = VSVersion >= 2019 ? "Current" : "15.0";
var Lines = new List <String>();
Lines.Add("@echo off");
Lines.Add("");
Lines.Add("setlocal");
Lines.Add("if \"%SUB_NO_PAUSE_SYMBOL%\"==\"1\" set NO_PAUSE_SYMBOL=1");
Lines.Add("if /I \"%COMSPEC%\" == %CMDCMDLINE% set NO_PAUSE_SYMBOL=1");
Lines.Add("set SUB_NO_PAUSE_SYMBOL=1");
Lines.Add("call :main");
Lines.Add("set EXIT_CODE=%ERRORLEVEL%");
Lines.Add("if not \"%NO_PAUSE_SYMBOL%\"==\"1\" pause");
Lines.Add("exit /b %EXIT_CODE%");
Lines.Add("");
Lines.Add(":main");
Lines.Add($"set MultiProcMaxCount={MaxProcessCount}");
Lines.Add($@"""{VSDir.ToString(PathStringStyle.Windows)}\MSBuild\{MSBuildVersion}\Bin\MSBuild.exe"" {SolutionName}.sln /p:Configuration={Configuration} /p:Platform={Cpp.SlnGenerator.GetArchitectureString(Cpp.OperatingSystemType.Windows, TargetArchitecture)} /m:{MaxProcessCount} || exit /b 1");
Lines.Add("");
var BuildPath = BuildDirectory / $"build_{Configuration}.cmd";
TextFile.WriteToFile(BuildPath, String.Join("\r\n", Lines), System.Text.Encoding.Default, !ForceRegenerate);
}
else if (Toolchain == Cpp.ToolchainType.Ninja)
{
var Lines = new List <String>();
Lines.Add("@echo off");
Lines.Add("");
Lines.Add("setlocal");
Lines.Add("if \"%SUB_NO_PAUSE_SYMBOL%\"==\"1\" set NO_PAUSE_SYMBOL=1");
Lines.Add("if /I \"%COMSPEC%\" == %CMDCMDLINE% set NO_PAUSE_SYMBOL=1");
Lines.Add("set SUB_NO_PAUSE_SYMBOL=1");
Lines.Add("call :main");
Lines.Add("set EXIT_CODE=%ERRORLEVEL%");
Lines.Add("if not \"%NO_PAUSE_SYMBOL%\"==\"1\" pause");
Lines.Add("exit /b %EXIT_CODE%");
Lines.Add("");
Lines.Add(":main");
Lines.Add(Shell.EscapeArgumentForShell(Ninja.RelativeTo(BuildDirectory).ToString(PathStringStyle.Windows), Shell.ShellArgumentStyle.CMD) + $" -j{MaxProcessCount} -C projects -f build.ninja || exit /b 1");
Lines.Add("");
var BuildPath = BuildDirectory / "build.cmd";
TextFile.WriteToFile(BuildPath, String.Join("\r\n", Lines), System.Text.Encoding.Default, !ForceRegenerate);
}
}
public static void GenerateBuildScriptLinux(String TargetOperatingSystemDistribution, Cpp.ToolchainType Toolchain, Cpp.OperatingSystemType HostOperatingSystem, PathString BuildDirectory, Cpp.ConfigurationType Configuration, int MaxProcessCount, PathString Ninja, bool ForceRegenerate)
{
if (Toolchain == Cpp.ToolchainType.Ninja)
{
if (HostOperatingSystem == Cpp.OperatingSystemType.Windows)
{
var Lines = new List <String>();
Lines.Add("@echo off");
Lines.Add("");
Lines.Add("setlocal");
Lines.Add("if \"%SUB_NO_PAUSE_SYMBOL%\"==\"1\" set NO_PAUSE_SYMBOL=1");
Lines.Add("if /I \"%COMSPEC%\" == %CMDCMDLINE% set NO_PAUSE_SYMBOL=1");
Lines.Add("set SUB_NO_PAUSE_SYMBOL=1");
Lines.Add("call :main");
Lines.Add("set EXIT_CODE=%ERRORLEVEL%");
Lines.Add("if not \"%NO_PAUSE_SYMBOL%\"==\"1\" pause");
Lines.Add("exit /b %EXIT_CODE%");
Lines.Add("");
Lines.Add(":main");
Lines.Add("wsl -d " + Shell.EscapeArgumentForShell(TargetOperatingSystemDistribution, Shell.ShellArgumentStyle.CMD) + " " + Shell.EscapeArgumentForShell(Ninja.RelativeTo(BuildDirectory).ToWslPath().ToString(PathStringStyle.Unix), Shell.ShellArgumentStyle.CMD) + $" -j{MaxProcessCount} -C projects -f build.ninja || exit /b 1");
Lines.Add("");
var BuildPath = BuildDirectory / "build.cmd";
TextFile.WriteToFile(BuildPath, String.Join("\r\n", Lines), System.Text.Encoding.Default, !ForceRegenerate);
}
else
{
var Lines = new List <String>();
Lines.Add("#!/bin/bash");
Lines.Add("set -e");
Lines.Add(Shell.EscapeArgumentForShell(Ninja.RelativeTo(BuildDirectory).ToString(PathStringStyle.Unix), Shell.ShellArgumentStyle.Bash) + $" -j{MaxProcessCount} -C projects -f build.ninja");
Lines.Add("");
var BuildPath = BuildDirectory / "build.sh";
TextFile.WriteToFile(BuildPath, String.Join("\n", Lines), new System.Text.UTF8Encoding(false), !ForceRegenerate);
if (Shell.Execute("chmod", "+x", BuildPath) != 0)
{
throw new InvalidOperationException("ErrorInExecution: chmod");
}
}
}
}
public static void GenerateRetypemakeScript(Cpp.OperatingSystemType HostOperatingSystem, PathString SourceDirectory, PathString BuildDirectory, Shell.EnvironmentVariableMemory Memory, bool OverwriteRetypemakeScript)
{
if (HostOperatingSystem == Cpp.OperatingSystemType.Windows)
{
var Lines = new List <String>();
Lines.Add("@echo off");
Lines.Add("");
Lines.Add("setlocal");
Lines.Add("if \"%SUB_NO_PAUSE_SYMBOL%\"==\"1\" set NO_PAUSE_SYMBOL=1");
Lines.Add("if /I \"%COMSPEC%\" == %CMDCMDLINE% set NO_PAUSE_SYMBOL=1");
Lines.Add("set SUB_NO_PAUSE_SYMBOL=1");
Lines.Add("call :main");
Lines.Add("set EXIT_CODE=%ERRORLEVEL%");
Lines.Add("if not \"%NO_PAUSE_SYMBOL%\"==\"1\" pause");
Lines.Add("exit /b %EXIT_CODE%");
Lines.Add("");
Lines.Add(":main");
foreach (var p in Memory.Variables)
{
if (p.Key == "BuildDirectory")
{
Lines.Add("set BuildDirectory=%~dp0");
}
else
{
if (Memory.VariableSelections.ContainsKey(p.Key))
{
Lines.Add($":: {String.Join("|", Memory.VariableSelections[p.Key])}");
}
if (Memory.VariableMultipleSelections.ContainsKey(p.Key))
{
Lines.Add($":: {String.Join(" ", Memory.VariableMultipleSelections[p.Key])}");
}
Lines.Add($"set " + Shell.EscapeArgumentForShell(p.Key + "=" + p.Value, Shell.ShellArgumentStyle.CMD));
}
}
Lines.Add("pushd \"%SourceDirectory%\" || exit /b 1");
Lines.Add("call .\\typemake.cmd %* || exit /b 1 & popd & exit /b 0"); //all commands after typemake need to be in one line; or it may cause trouble when the file is changed by typemake
Lines.Add("");
var RetypemakePath = BuildDirectory / "retypemake.cmd";
if (OverwriteRetypemakeScript || !File.Exists(RetypemakePath))
{
TextFile.WriteToFile(RetypemakePath, String.Join("\r\n", Lines), System.Text.Encoding.Default, false);
}
else
{
WriteLineError("Retypemake script exists, script generation skipped.");
}
}
else
{
var Lines = new List <String>();
Lines.Add("#!/bin/bash");
Lines.Add("set -e");
foreach (var p in Memory.Variables)
{
if (p.Key == "BuildDirectory")
{
Lines.Add("export BuildDirectory=$(cd `dirname \"$0\"`; pwd)");
}
else
{
if (Memory.VariableSelections.ContainsKey(p.Key))
{
Lines.Add($"# {String.Join("|", Memory.VariableSelections[p.Key])}");
}
if (Memory.VariableMultipleSelections.ContainsKey(p.Key))
{
Lines.Add($"# {String.Join(" ", Memory.VariableMultipleSelections[p.Key])}");
}
Lines.Add($"export {p.Key}={Shell.EscapeArgumentForShell(p.Value, Shell.ShellArgumentStyle.Bash)}");
}
}
Lines.Add("pushd \"${SourceDirectory}\"");
Lines.Add("./typemake.sh \"$@\"; popd; exit"); //all commands after typemake need to be in one line; or it may cause trouble when the file is changed by typemake
Lines.Add("");
var RetypemakePath = BuildDirectory / "retypemake.sh";
if (OverwriteRetypemakeScript || !File.Exists(RetypemakePath))
{
TextFile.WriteToFile(RetypemakePath, String.Join("\n", Lines), new System.Text.UTF8Encoding(false), false);
if (Shell.Execute("chmod", "+x", RetypemakePath) != 0)
{
throw new InvalidOperationException("ErrorInExecution: chmod");
}
}
else
{
WriteLineError("Retypemake script exists, script generation skipped.");
}
}
}
public static void GenerateBuildScriptAndroid(List <String> GradleProjectNames, Cpp.ToolchainType Toolchain, Cpp.OperatingSystemType HostOperatingSystem, PathString BuildDirectory, Cpp.ArchitectureType TargetArchitecture, Cpp.ConfigurationType Configuration, int MaxProcessCount, PathString AndroidNdk, PathString Ninja, int ApiLevel, bool ForceRegenerate, bool EnableJava)
{
if ((Toolchain == Cpp.ToolchainType.Gradle_Ninja) || (Toolchain == Cpp.ToolchainType.Ninja))
{
if (HostOperatingSystem == Cpp.OperatingSystemType.Windows)
{
var Lines = new List <String>();
Lines.Add("@echo off");
Lines.Add("");
Lines.Add("setlocal");
Lines.Add("if \"%SUB_NO_PAUSE_SYMBOL%\"==\"1\" set NO_PAUSE_SYMBOL=1");
Lines.Add("if /I \"%COMSPEC%\" == %CMDCMDLINE% set NO_PAUSE_SYMBOL=1");
Lines.Add("set SUB_NO_PAUSE_SYMBOL=1");
Lines.Add("call :main");
Lines.Add("set EXIT_CODE=%ERRORLEVEL%");
Lines.Add("if not \"%NO_PAUSE_SYMBOL%\"==\"1\" pause");
Lines.Add("exit /b %EXIT_CODE%");
Lines.Add("");
Lines.Add(":main");
Lines.Add(Shell.EscapeArgumentForShell(Ninja.RelativeTo(BuildDirectory).ToString(PathStringStyle.Windows), Shell.ShellArgumentStyle.CMD) + $" -j{MaxProcessCount} -C projects -f build.ninja || exit /b 1");
if (EnableJava)
{
if (Toolchain == Cpp.ToolchainType.Gradle_Ninja)
{
Lines.Add("pushd gradle || exit /b 1");
Lines.Add($@"call .\gradlew.bat --no-daemon assemble{Configuration} || exit /b 1");
Lines.Add("popd");
Lines.Add("echo To debug a APK, open gradle directory in Android Studio, select Run - Edit Configurations - Debugger - Debug type, and change its value to Dual");
}
else
{
foreach (var GradleProjectName in GradleProjectNames)
{
Lines.Add($"pushd batch\\{Shell.EscapeArgumentForShell(GradleProjectName.Split(':').First(), Shell.ShellArgumentStyle.CMD)} || exit /b 1");
Lines.Add("call build.cmd || exit /b 1");
Lines.Add("popd");
}
Lines.Add("echo To debug a APK, open Android Studio, select Profile or debug APK and select the generated APK, close Android Studio and copy the APK debug project under UserDirectory/ApkProjects to where the APK located(ensure the overwrite of APK), open the new project in Android Studio, add debug symbols for .so files, attach sources for Java files, select Run - Edit Configurations - Debugger - Debug type, and change its value to Dual");
}
}
Lines.Add("");
var BuildPath = BuildDirectory / "build.cmd";
TextFile.WriteToFile(BuildPath, String.Join("\r\n", Lines), System.Text.Encoding.Default, !ForceRegenerate);
}
else
{
var Lines = new List <String>();
Lines.Add("#!/bin/bash");
Lines.Add("set -e");
Lines.Add(Shell.EscapeArgumentForShell(Ninja.RelativeTo(BuildDirectory).ToString(PathStringStyle.Unix), Shell.ShellArgumentStyle.Bash) + $" -j{MaxProcessCount} -C projects -f build.ninja");
if (EnableJava)
{
if (Toolchain == Cpp.ToolchainType.Gradle_Ninja)
{
Lines.Add("pushd gradle");
Lines.Add($@"./gradlew --no-daemon assemble{Configuration}");
Lines.Add("popd");
Lines.Add("echo To debug a APK, open gradle directory in Android Studio, select Run - Edit Configurations - Debugger - Debug type, and change its value to Dual");
}
else
{
foreach (var GradleProjectName in GradleProjectNames)
{
Lines.Add($"pushd batch/{Shell.EscapeArgumentForShell(GradleProjectName.Split(':').First(), Shell.ShellArgumentStyle.Bash)}");
Lines.Add("./build.sh");
Lines.Add("popd");
}
Lines.Add(@"echo To debug a APK, open Android Studio, select Profile or debug APK and select the generated APK, close Android Studio and copy the APK debug project under UserDirectory/ApkProjects to where the APK located\(ensure the overwrite of APK\), open the new project in Android Studio, add debug symbols for .so files, attach sources for Java files, select Run - Edit Configurations - Debugger - Debug type, and change its value to Dual");
}
}
Lines.Add("");
var BuildPath = BuildDirectory / "build.sh";
TextFile.WriteToFile(BuildPath, String.Join("\n", Lines), new System.Text.UTF8Encoding(false), !ForceRegenerate);
if (Shell.Execute("chmod", "+x", BuildPath) != 0)
{
throw new InvalidOperationException("ErrorInExecution: chmod");
}
}
}
}