//--------------------------------------------------------------------------------------------------
void MakeExecutable
(
int argc, ///< Count of the number of command line parameters.
const char** argv ///< Pointer to an array of pointers to command line argument strings.
)
//--------------------------------------------------------------------------------------------------
{
GetCommandLineArgs(argc, argv);
Build(ConstructObjectModel());
}
void CMainFrame::OnInitialUpdate()
{
// Here we process the command line arguments, and automatically load a file if one is specified.
// GetCommandLineArgs retrieves our command line arguments and stores them in a vector of CString.
std::vector<CString> args = GetCommandLineArgs();
// The second argument (if any) contains our file name.
if (args.size() > 1)
{
GetDoc().FileOpen(args[1]);
}
}
void MultipleInstanceManager::SendParameters()
{
if(m_pfnBSM == NULL)
return;
if(__argc < 2)
{
// If there are no arguments to send, then
// we simply activate the other instance.
ActivateOther();
return;
}
std::list<tstring> args = GetCommandLineArgs();
SendParameters(args);
}
//--------------------------------------------------------------------------------------------------
void MakeSystem
(
int argc, ///< Count of the number of command line parameters.
const char** argv ///< Pointer to an array of pointers to command line argument strings.
)
//--------------------------------------------------------------------------------------------------
{
GetCommandLineArgs(argc, argv);
// Set the target-specific environment variables (e.g., LEGATO_TARGET).
mk::SetTargetSpecificEnvVars(BuildParams.Target());
// Parse the .sdef file, populating the System object with the results.
legato::parser::ParseSystem(&System, BuildParams);
Build();
}
//--------------------------------------------------------------------------------------------------
void MakeParsedModel
(
int argc, ///< Count of the number of command line parameters.
const char** argv ///< Pointer to an array of pointers to command line argument strings.
)
//--------------------------------------------------------------------------------------------------
{
// Process our command line arguments and figure out what the user is asking us to do.
auto processedArgs = GetCommandLineArgs(argc, argv);
FindToolChain(processedArgs.params);
mk::BuildParams_t& buildParams = processedArgs.params;
//buildParams.readOnly = true;
// Set the target-specific environment variables (e.g., LEGATO_TARGET).
envVars::SetTargetSpecific(buildParams);
std::ostream& output = std::cout;
switch (processedArgs.defType)
{
case DefType_t::CDEF:
GenerateJsonModel(output, processedArgs, modeller::GetComponent);
break;
case DefType_t::ADEF:
//GenerateJsonModel(output, processedArgs, modeller::GetApp);
break;
case DefType_t::SDEF:
GenerateJsonModel(output, processedArgs, modeller::GetSystem);
break;
case DefType_t::MDEF:
GenerateJsonModel(output, processedArgs, modeller::GetModule);
break;
}
}
//--------------------------------------------------------------------------------------------------
void MakeComponent
(
int argc, ///< Count of the number of command line parameters.
const char** argv ///< Pointer to an array of pointers to command line argument strings.
)
//--------------------------------------------------------------------------------------------------
{
GetCommandLineArgs(argc, argv);
// Set the target-specific environment variables (e.g., LEGATO_TARGET).
mk::SetTargetSpecificEnvVars(BuildParams.Target());
ConstructObjectModel();
if (IsStandAlone)
{
BuildStandAlone();
}
else
{
Build();
}
}
//--------------------------------------------------------------------------------------------------
void MakeApp
(
int argc, ///< Count of the number of command line parameters.
const char** argv ///< Pointer to an array of pointers to command line argument strings.
)
//--------------------------------------------------------------------------------------------------
{
GetCommandLineArgs(argc, argv);
// Set the target-specific environment variables (e.g., LEGATO_TARGET).
envVars::SetTargetSpecific(BuildParams.target);
// If we have been asked not to run Ninja, then delete the staging area because it probably
// will contain some of the wrong files now that .Xdef file have changed.
if (DontRunNinja)
{
file::DeleteDir(path::Combine(BuildParams.workingDir, "staging"));
}
// If we have not been asked to ignore any already existing build.ninja, and the command-line
// arguments and environment variables we were given are the same as last time, just run ninja.
else if (args::MatchesSaved(BuildParams, argc, argv) && envVars::MatchesSaved(BuildParams))
{
RunNinja(BuildParams);
// NOTE: If build.ninja exists, RunNinja() will not return. If it doesn't it will.
}
// Construct a model of the application.
AppPtr = modeller::GetApp(AdefFilePath, BuildParams);
if (AppPtr->version.empty())
{
AppPtr->version = VersionSuffix;
}
// Append a "." and the VersionSuffix if the user provides a
// "--append or -a" argument in the command line
else if (VersionSuffix.empty() == false)
{
AppPtr->version += '.' + VersionSuffix;
}
// Ensure that all client-side interfaces have either been bound to something or declared
// external.
modeller::EnsureClientInterfacesSatisfied(AppPtr);
if (BuildParams.beVerbose)
{
modeller::PrintSummary(AppPtr);
}
// Since this app is the only app, it won't be under the "apps" subdirectory,
// reset the application's relative working directory path.
AppPtr->workingDir = "";
// Create the working directory, if it doesn't already exist.
file::MakeDir(BuildParams.workingDir);
// Generate the configuration data file.
config::Generate(AppPtr, BuildParams);
// Generate the build script for the application.
ninja::Generate(AppPtr, BuildParams, OutputDir, argc, argv);
// For each executable in the application,
for (auto exePtr : AppPtr->executables)
{
// Generate _main.c.
code::GenerateExeMain(exePtr, BuildParams);
}
// For each component in the application,
for (auto componentPtr : AppPtr->components)
{
// Create a working directory to build the component in.
file::MakeDir(path::Combine(BuildParams.workingDir, componentPtr->workingDir));
// Generate a custom "interfaces.h" file for this component.
code::GenerateInterfacesHeader(componentPtr, BuildParams);
// Generate a custom "_componentMain.c" file for this component.
code::GenerateComponentMainFile(componentPtr, BuildParams, false);
}
// Generate the manifest.app file for Air Vantage.
airVantage::GenerateManifest(AppPtr, BuildParams);
// If we haven't been asked not to run ninja,
if (!DontRunNinja)
{
// Save the command-line arguments and environment variables for future comparison.
// Note: we don't need to do this if we have been asked not to run ninja, because
// that only happens when ninja is already running and asking us to regenerate its
// script for us, and that only happens if we just saved the args and env vars and
// ran ninja.
args::Save(BuildParams, argc, argv);
envVars::Save(BuildParams);
RunNinja(BuildParams);
}
}
//--------------------------------------------------------------------------------------------------
void MakeSystem
(
int argc, ///< Count of the number of command line parameters.
const char** argv ///< Pointer to an array of pointers to command line argument strings.
)
//--------------------------------------------------------------------------------------------------
{
GetCommandLineArgs(argc, argv);
// Set the target-specific environment variables (e.g., LEGATO_TARGET).
envVars::SetTargetSpecific(BuildParams.target);
// Compute the staging directory path.
auto stagingDir = path::Combine(BuildParams.workingDir, "staging");
// If we have been asked not to run Ninja, then delete the staging area because it probably
// will contain some of the wrong files now that .Xdef file have changed.
if (DontRunNinja)
{
file::DeleteDir(stagingDir);
}
// If we have not been asked to ignore any already existing build.ninja, and the command-line
// arguments and environment variables we were given are the same as last time, just run ninja.
else if (args::MatchesSaved(BuildParams, argc, argv) && envVars::MatchesSaved(BuildParams))
{
RunNinja(BuildParams);
// NOTE: If build.ninja exists, RunNinja() will not return. If it doesn't it will.
}
// Construct a model of the system.
model::System_t* systemPtr = modeller::GetSystem(SdefFilePath, BuildParams);
// If verbose mode is on, print a summary of the system model.
if (BuildParams.beVerbose)
{
// modeller::PrintSummary(systemPtr);
}
// Create the working directory and the staging directory, if they don't already exist.
file::MakeDir(stagingDir);
// Generate code for all the components in the system.
GenerateCode(model::Component_t::GetComponentMap(), BuildParams);
// Generate code and configuration files for all the apps in the system.
for (auto appMapEntry : systemPtr->apps)
{
GenerateCode(appMapEntry.second, BuildParams);
}
// Generate the configuration files for the system.
config::Generate(systemPtr, BuildParams);
// Generate the build script for the system.
ninja::Generate(systemPtr, BuildParams, OutputDir, argc, argv);
// If we haven't been asked not to run ninja,
if (!DontRunNinja)
{
// Save the command-line arguments and environment variables for future comparison.
// Note: we don't need to do this if we have been asked not to run ninja, because
// that only happens when ninja is already running and asking us to regenerate its
// script for us, and that only happens if we just saved the args and env vars and
// ran ninja.
args::Save(BuildParams, argc, argv);
envVars::Save(BuildParams);
RunNinja(BuildParams);
}
}
//--------------------------------------------------------------------------------------------------
void MakeApp
(
int argc, ///< Count of the number of command line parameters.
const char** argv ///< Pointer to an array of pointers to command line argument strings.
)
//--------------------------------------------------------------------------------------------------
{
GetCommandLineArgs(argc, argv);
// Set the target-specific environment variables (e.g., LEGATO_TARGET).
envVars::SetTargetSpecific(BuildParams.target);
// If we have been asked not to run Ninja, then delete the staging area because it probably
// will contain some of the wrong files now that .Xdef file have changed.
if (DontRunNinja)
{
file::DeleteDir(path::Combine(BuildParams.workingDir, "staging"));
}
// If we have not been asked to ignore any already existing build.ninja, and the command-line
// arguments and environment variables we were given are the same as last time, just run ninja.
else if (args::MatchesSaved(BuildParams, argc, argv) && envVars::MatchesSaved(BuildParams))
{
RunNinja(BuildParams);
// NOTE: If build.ninja exists, RunNinja() will not return. If it doesn't it will.
}
// If we have not been asked to ignore any already existing build.ninja and there has
// been a change in either the argument list or the environment variables,
// save the command-line arguments and environment variables for future comparison.
// Note: we don't need to do this if we have been asked not to run ninja, because
// that only happens when ninja is already running and asking us to regenerate its
// script for us, and that only happens if the args and env vars have already been saved.
else
{
// Save the command line arguments.
args::Save(BuildParams, argc, argv);
// Save the environment variables.
// Note: we must do this before we parse the definition file, because parsing the file
// will result in the CURDIR environment variable being set.
envVars::Save(BuildParams);
}
// Construct a model of the application.
model::App_t* appPtr = modeller::GetApp(AdefFilePath, BuildParams);
// Append a "." and the VersionSuffix if the user provides a
// "--append or -a" argument in the command line.
if (appPtr->version.empty())
{
appPtr->version = VersionSuffix;
}
else if (VersionSuffix.empty() == false)
{
appPtr->version += '.' + VersionSuffix;
}
// Ensure that all client-side interfaces have either been bound to something or declared
// external.
modeller::EnsureClientInterfacesSatisfied(appPtr);
// If verbose mode is on, print a summary of the application model.
if (BuildParams.beVerbose)
{
modeller::PrintSummary(appPtr);
}
// Generate app-specific code and configuration files.
GenerateCode(appPtr, BuildParams);
// Generate code for all the components in the app.
GenerateCode(appPtr->components, BuildParams);
// Generate the build script for the application.
ninja::Generate(appPtr, BuildParams, OutputDir, argc, argv);
// If we haven't been asked not to, run ninja.
if (!DontRunNinja)
{
RunNinja(BuildParams);
}
}
