void compiler::compile(Object & obj)
{
string file=obj.filePath;
string base=obj.baseName;
string root=obj.rootDir;
bool isCpp=file.substr(file.find_last_of('.'))==".cpp";
computeDependencies(obj);
obj.addInclude(cfg().rootDir+"hardware/arduino/cores/arduino"); // change this to work with tinyX5;
obj.addInclude(ofToDataPath(cfg().robotRoot+"/include"));
cmd.newCommand();
if(isCpp) cmd.addArgument(cfg().toolDir+"avr-g++");
else cmd.addArgument(cfg().toolDir+"avr-gcc");
cmd.addArgument("-c -g -Os -w");
if(isCpp) cmd.addArgument("-fno-exceptions");
cmd.addArgument("-ffunction-sections -fdata-sections");
cmd.addArgument("-DF_CPU="+cfg().freq+"L");
cmd.addArgument("-DARDUINO=22");
for(unsigned int i=0; i<obj.size(); i++){
cmd.addArgument("-I"+obj[i]);
}
cmd.addArgument("-mmcu="+cfg().mcu);
if(isCpp) cmd.addArgument(root+base+".cpp");
else cmd.addArgument(root+base+".c");
cmd.addArgument("-o " + appletDir+base+ ".o");
percent=0;
cmd.execute();
/*
path/to/avr-g++ -c -g -Os -w -fno-exceptions -ffunction-sections -fdata-sections -DF_CPU=processor_speed
-I(includes_for_cpp) -mmcu=processor_name path/to/target.cpp -o target.o
*/
}
string compiler::searchFolder(string & incl, string startPosition,Object & obj)
{
string ret="";
ofxDirList dir;
//cout << startPosition << " is the start pos\n";
int nDir=dir.listDir(startPosition);
bool found=false;
for(int i = 0; i < nDir; i++){
string fl=dir.getName(i);
if(fl==incl+".h"){
found=true;
if(cfg().verbose) cout << "found " + incl + " in " + startPosition<<endl;
obj.addInclude(startPosition);
}
//if(fl.substr(fl.find_last_of('.'))==".cpp") objects.push_back(Object(dir.getPath(i)));
else if(fl==incl+".cpp"||fl==incl+".c"){
bool foundC=false;
for(unsigned int j=0; j<objects.size()&&!found; j++){
if(objects[j].filePath==dir.getPath(i)) foundC=true;
}
if(!foundC){
objects.push_back(Object(dir.getPath(i)));
computeDependencies(objects.back());
}
}
else if(fl.find_last_of('.')==fl.npos&&!found&&fl!="Makefile"&&fl!="examples"){
ret=searchFolder(incl,dir.getPath(i),obj);
found=ret.length();
}
}
return ret;
}
bool LibConfigProgram::displayInformationAboutYuniVersion(LibConfig::VersionInfo::Settings& version)
{
// Getting the config file
String::List options;
if (not version.configFile(options, pOptPrintErrors) or not version.parserModulesOptions(options, pOptPrintErrors))
{
pExitStatus = 1;
return false;
}
// Dependencies
computeDependencies(version);
if (pOptPrintModulesDeps)
{
printModulesDependencies();
checkForDependencies(version);
return false;
}
if (!checkForDependencies(version))
return false;
return true;
}
void ControlDependenceGraphBase::graphForFunction(Function &F, PostDominatorTree &pdt) {
computeDependencies(F,pdt);
insertRegions(pdt);
}