bool DirectCommands::IsObjectOutdated(ProjectBuildTarget* target, const pfDetails& pfd, wxString* errorStr)
{
// If the source file does not exist, then do not compile.
time_t timeSrc;
depsTimeStamp(pfd.source_file_absolute_native.mb_str(), &timeSrc);
if (!timeSrc)
{
if (errorStr)
*errorStr = _("WARNING: Can't read file's timestamp: ") + pfd.source_file_absolute_native;
if (wxFileExists(pfd.source_file_absolute_native))
{
return true;
}
return false;
}
// If the object file does not exist, then it must be built. In this case
// there is no need to scan the source file for headers.
time_t timeObj;
Compiler* compiler = target ? CompilerFactory::GetCompiler(target->GetCompilerID()) : m_pCompiler;
wxString ObjectAbs = (target->GetUseFlatObjects())?pfd.object_file_flat_absolute_native:pfd.object_file_absolute_native;
depsTimeStamp(ObjectAbs.mb_str(), &timeObj);
if(compiler->GetParentID().Matches(_T("lcy")))
{
wxString ramld = pfd.source_file_native;
if(ramld.Contains(_T(".ld")))
{
depsTimeStamp(ramld.mb_str(), &timeObj);
time_t ramldstamp = m_pCompilerPlugin->GetRamLDTimestamp();
if(timeObj > ramldstamp)
m_pCompilerPlugin->SetRamLDTimestamp(timeObj);
return (timeObj > ramldstamp );
}
}
if (!timeObj)
return true;
// If the source file is newer than the object file, then the object file
// must be built. In this case there is no need to scan the source file
// for headers.
if (timeSrc > timeObj)
return true;
// Scan the source file for headers. Result is NULL if the file does
// not exist. If one of the descendent header files is newer than the
// object file, then the object file must be built.
depsRef ref = depsScanForHeaders(pfd.source_file_absolute_native.mb_str());
if (ref)
{
time_t timeNewest;
(void) depsGetNewest(ref, &timeNewest);
return (timeNewest > timeObj);
}
// object file is up to date with source file
return false;
}
bool DirectCommands::IsObjectOutdated(ProjectBuildTarget* target, const pfDetails& pfd, wxString* errorStr) const
{
// If the source file does not exist, then do not compile.
time_t timeSrc;
depsTimeStamp(pfd.source_file_absolute_native.mb_str(), &timeSrc);
if (!timeSrc)
{
if (errorStr)
*errorStr = _("WARNING: Can't read file's timestamp: ") + pfd.source_file_absolute_native;
if (wxFileExists(pfd.source_file_absolute_native))
return true; // fall-back: Its better to compile in that case
return false;
}
// If the object file does not exist, then it must be built. In this case
// there is no need to scan the source file for headers.
time_t timeObj;
Compiler* compiler = target ? CompilerFactory::GetCompiler(target->GetCompilerID()) : m_pCompiler;
if (!compiler)
return false;
wxString ObjectAbs = (compiler->GetSwitches().UseFlatObjects)
? pfd.object_file_flat_absolute_native
: pfd.object_file_absolute_native;
depsTimeStamp(ObjectAbs.mb_str(), &timeObj);
if (!timeObj)
return true; // fall-back: Its better to compile in that case
// If the source file is newer than the object file, then the object file
// must be built. In this case there is no need to scan the source file
// for headers.
if (timeSrc > timeObj)
return true;
// Do the check for includes only, if not disabled by the user, e.g. in case of non C/C++ compilers
if ( Manager::Get()->GetConfigManager(_T("compiler"))->ReadBool(_T("/skip_include_deps"), false) )
return false;
// Scan the source file for headers. Result is NULL if the file does
// not exist. If one of the descendent header files is newer than the
// object file, then the object file must be built.
depsRef ref = depsScanForHeaders(pfd.source_file_absolute_native.mb_str());
if (ref)
{
time_t timeNewest;
(void) depsGetNewest(ref, &timeNewest);
return (timeNewest > timeObj);
}
// object file is up to date with source file and does not depend on #includes
return false;
}
