def addLibrariesToProject(self, libs):
if self.main:
path = self.mainPath()
mkPath = os.path.join(path, "mk.cfg")
props = Properties(mkPath)
lst = props.get("LINK_LIBS").split(',')
lst = [x for x in lst if len(x) > 0]
for l in libs:
lst.append(l)
props.assign("LINK_LIBS", ",".join(lst))
props.save(mkPath)
self.depsChanged.emit(path)
def addLibrariesToProject(self, libs):
if self.main:
path = self.mainPath()
mkPath = os.path.join(path, "mk.cfg")
props = Properties(mkPath)
lst = props.get("LINK_LIBS").split(",")
lst = [x for x in lst if len(x) > 0]
for l in libs:
lst.append(l)
props.assign("LINK_LIBS", ",".join(lst))
props.save(mkPath)
self.depsChanged.emit(path)
def editDependencies(self):
item = self.currentItem()
path = item.data(0, DirectoryRole).toString()
mkPath = os.path.join(path, "mk.cfg")
props = Properties(mkPath)
libs = re.split("\W+", props.get("LINK_LIBS"))
d = DependenciesDialog(libs)
if d.exec_():
props.assign("LINK_LIBS", ",".join(d.libs))
props.save(mkPath)
self.depsChanged.emit(path)
return True
return False
def editDependencies(self):
item = self.currentItem()
path = item.data(0, DirectoryRole).toString()
mkPath = os.path.join(path, "mk.cfg")
props = Properties(mkPath)
libs = re.split(' |;|,', props.get('LINK_LIBS'))
d = DependenciesDialog(libs)
if d.exec_():
props.assign("LINK_LIBS", ",".join(d.libs))
props.save(mkPath)
self.depsChanged.emit(path)
return True
return False
def editDebugSettings(self):
item = self.currentItem()
path = item.data(0, DirectoryRole).toString()
mkPath = os.path.join(path, "mk.cfg")
props = Properties(mkPath)
d = uis.loadDialog("debug_settings")
d.cwdEdit.setText(props.get("DEBUG_CWD"))
d.paramsEdit.setText(props.get("DEBUG_PARAMS"))
d.browseDirButton.clicked.connect(lambda: utils.browseDirectory(d.cwdEdit))
if d.exec_():
props.assign("DEBUG_CWD", d.cwdEdit.text())
props.assign("DEBUG_PARAMS", d.paramsEdit.text())
self.debug = (d.cwdEdit.text(), d.paramsEdit.text())
props.save(mkPath)
def editDebugSettings(self):
item = self.currentItem()
path = item.data(0, DirectoryRole).toString()
mkPath = os.path.join(path, "mk.cfg")
props = Properties(mkPath)
d = uis.loadDialog('debug_settings')
d.cwdEdit.setText(props.get("DEBUG_CWD"))
d.paramsEdit.setText(props.get("DEBUG_PARAMS"))
d.browseDirButton.clicked.connect(
lambda: utils.browseDirectory(d.cwdEdit))
if d.exec_():
props.assign('DEBUG_CWD', d.cwdEdit.text())
props.assign('DEBUG_PARAMS', d.paramsEdit.text())
self.debug = (d.cwdEdit.text(), d.paramsEdit.text())
props.save(mkPath)
def generateConfig(self, dir, files, cfg, o, props):
'''
Generate rules for a configuration (Debug/Release)
'''
name = os.path.basename(dir)
absdir = os.path.abspath(dir)
pb = Properties(os.path.join(dir, "mk.cfg"))
type = pb.get("TYPE")
if len(type) == 0:
if findMain(absdir):
type = "APP"
else:
type = "LIB"
o.write('TYPE={}\n'.format(type))
libs = re.split(',| ', pb.get("LINK_LIBS"))
libs = filter(bool, libs) # remove empty strings
if len(type) == 0:
return False
srcs = filterSources(files)
subdirs = self.findAllSubdirs(srcs)
intr = os.path.join(dir.replace(self.srcDir, self.intrDir), cfg)
verifyDir(intr)
for sd in subdirs:
verifyDir(os.path.join(intr, sd))
outdir = os.path.join(dir.replace(self.srcDir, self.outDir), cfg)
verifyDir(outdir)
#reloutdir=os.path.relpath(outdir,dir)
reloutdir = outdir
#globalInclude=os.path.relpath(self.globalInc,dir)
cfgInclude = ''
#o = open(output,'w')
mkProps = Properties()
o.write('CPP_{}=g++\n'.format(cfg))
mkProps.assign('CPP_{}'.format(cfg), 'g++')
o.write('INC_{}=-I{} {}\n'.format(cfg, self.globalInc, cfgInclude))
mkProps.assign('INC_{}'.format(cfg),
'-I{} {}'.format(self.globalInc, cfgInclude))
cflags = '-c $(OPT_{}) $(INC_{}) '.format(cfg, cfg)
cflags = self.addCompileSettings(cflags, props, cfg)
lflags = '$(OPT_{}) $(OBJS_{}) '.format(cfg, cfg)
lflags = self.addLinkSettings(lflags, props, cfg)
libdeps = {}
for stage in ['local', 'package']:
for lib in libs:
if lib in packages:
if stage == 'package':
cflags = cflags + ' `pkg-config --cflags {}` '.format(
lib)
lflags = lflags + ' `pkg-config --libs {}` '.format(
lib)
else:
if lib in self.wsLibs:
if stage == 'local':
rel = self.wsLibs.get(lib)
libdir = os.path.join(self.root, 'out', rel, cfg)
libDir = os.path.join(self.root, 'src', rel)
libProps = Properties(
os.path.join(libDir, "mk.cfg"))
wPrefix = ''
wSuffix = ''
if libProps.get('BUILD_WHOLE_ARCHIVE',
'False') == 'True':
wPrefix = ' -Wl,--whole-archive'
wSuffix = '-Wl,--no-whole-archive '
lflags = lflags + '{} -L{} -l{} {}'.format(
wPrefix, libdir, lib, wSuffix)
libdeps[lib] = libDir
else:
if stage == 'package':
lflags = lflags + ' -l{} '.format(lib)
o.write('CFLAGS_{}={}\n'.format(cfg, cflags))
o.write('LFLAGS_{}={}\n'.format(cfg, lflags))
objs = srcs
for e in src_exts:
objs = arreplace(objs, e, '.o')
for i in xrange(0, len(objs)):
objs[i] = os.path.join(intr, objs[i])
o.write("OBJS_{}=".format(cfg))
for obj in objs:
o.write("\\\n" + obj)
o.write("\n\n")
liblist = []
for lib in libdeps:
libname = "{}_{}".format(lib, cfg)
liblist.append(libname)
libpath = libdeps.get(lib)
o.write("{}:\n".format(libname))
o.write("\t@make --no-print-directory -C {} {}\n\n".format(
libpath, cfg))
o.write("clean_{}:\n".format(libname))
o.write("\t@make --no-print-directory -C {} clean_{}\n\n".format(
libpath, cfg))
cleanlibs = ''
if type == 'LIB':
outfile = '{}/lib{}.a'.format(reloutdir, name)
o.write('{}: $(OBJS_{})\n'.format(outfile, cfg))
o.write('\tar cr {} $(OBJS_{})\n\n'.format(outfile, cfg))
else:
outfile = "{}/{}".format(reloutdir, name)
o.write('OUTPUT_PATH_{}={}\n\n'.format(cfg, outfile))
if len(liblist) > 0:
cleanlibs = 'clean_' + ' clean_'.join(liblist)
liblist = ' '.join(liblist)
o.write('{}: $(OBJS_{}) {}\n'.format(outfile, cfg, liblist))
o.write('\t$(CPP_{}) -o {} $(LFLAGS_{})\n\n'.format(
cfg, outfile, cfg))
o.write('clean_{}: {}\n\t@rm -f $(OBJS_{}) {}\n\n'.format(
cfg, cleanlibs, cfg, outfile))
o.write('{}: {}\n\n'.format(cfg, outfile))
for i in xrange(0, len(objs)):
src = os.path.join(absdir, srcs[i])
depcmd = 'g++ {} -MM {}'.format(cflags, src)
depcmd = templates.generateMkCommand(depcmd, mkProps)
(out, err) = utils.shellcall(dir, depcmd)
p = out.find(':')
hdeps = ':\n'
if p > 0:
hdeps = out[p:].replace('\\\n', '')
o.write('{}{}'.format(objs[i], hdeps))
if self.cppcheck:
o.write('\tcppcheck {}/{}\n'.format(absdir, srcs[i]))
o.write('\t$(CPP_{}) $(CFLAGS_{}) -o {} {}/{}\n\n'.format(
cfg, cfg, objs[i], absdir, srcs[i]))
return True
def generateConfig(self,dir,files,cfg,o,props):
'''
Generate rules for a configuration (Debug/Release)
'''
name=os.path.basename(dir)
absdir=os.path.abspath(dir)
pb=Properties(os.path.join(dir,"mk.cfg"))
type=pb.get("TYPE")
if len(type)==0:
if findMain(absdir):
type="APP"
else:
type="LIB"
o.write('TYPE={}\n'.format(type))
libs=re.split(',| ',pb.get("LINK_LIBS"))
libs=filter(bool,libs) # remove empty strings
if len(type)==0:
return False
srcs=filterSources(files)
subdirs=self.findAllSubdirs(srcs)
intr=os.path.join(dir.replace(self.srcDir,self.intrDir),cfg)
verifyDir(intr)
for sd in subdirs:
verifyDir(os.path.join(intr,sd))
outdir=os.path.join(dir.replace(self.srcDir,self.outDir),cfg)
verifyDir(outdir)
#reloutdir=os.path.relpath(outdir,dir)
reloutdir=outdir
#globalInclude=os.path.relpath(self.globalInc,dir)
cfgInclude=''
#o = open(output,'w')
mkProps=Properties()
o.write('CPP_{}=g++\n'.format(cfg))
mkProps.assign('CPP_{}'.format(cfg),'g++')
o.write('INC_{}=-I{} {}\n'.format(cfg,self.globalInc,cfgInclude))
mkProps.assign('INC_{}'.format(cfg),'-I{} {}'.format(self.globalInc,cfgInclude))
cflags='-c $(OPT_{}) $(INC_{}) '.format(cfg,cfg)
cflags=self.addCompileSettings(cflags,props,cfg)
lflags='$(OPT_{}) $(OBJS_{}) '.format(cfg,cfg)
lflags=self.addLinkSettings(lflags,props,cfg)
libdeps={}
for stage in ['local','package']:
for lib in libs:
if lib in packages:
if stage=='package':
cflags=cflags+' `pkg-config --cflags {}` '.format(lib)
lflags=lflags+' `pkg-config --libs {}` '.format(lib)
else:
if lib in self.wsLibs:
if stage=='local':
rel=self.wsLibs.get(lib)
libdir=os.path.join(self.root,'out',rel,cfg)
libDir=os.path.join(self.root,'src',rel)
libProps=Properties(os.path.join(libDir,"mk.cfg"))
wPrefix=''
wSuffix=''
if libProps.get('BUILD_WHOLE_ARCHIVE','False')=='True':
wPrefix=' -Wl,--whole-archive'
wSuffix='-Wl,--no-whole-archive '
lflags=lflags+'{} -L{} -l{} {}'.format(wPrefix,libdir,lib,wSuffix)
libdeps[lib]=libDir
else:
if stage=='package':
lflags=lflags+' -l{} '.format(lib)
o.write('CFLAGS_{}={}\n'.format(cfg,cflags))
o.write('LFLAGS_{}={}\n'.format(cfg,lflags))
objs = arreplace(srcs,'.cpp','.o')
for i in xrange(0,len(objs)):
objs[i]=os.path.join(intr,objs[i])
o.write("OBJS_{}=".format(cfg))
for obj in objs:
o.write("\\\n"+obj)
o.write("\n\n")
liblist=[]
for lib in libdeps:
libname="{}_{}".format(lib,cfg)
liblist.append(libname)
libpath=libdeps.get(lib)
o.write("{}:\n".format(libname))
o.write("\t@make --no-print-directory -C {} {}\n\n".format(libpath,cfg))
o.write("clean_{}:\n".format(libname))
o.write("\t@make --no-print-directory -C {} clean_{}\n\n".format(libpath,cfg))
cleanlibs=''
if type=='LIB':
outfile='{}/lib{}.a'.format(reloutdir,name)
o.write('{}: $(OBJS_{})\n'.format(outfile,cfg))
o.write('\tar cr {} $(OBJS_{})\n\n'.format(outfile,cfg))
else:
outfile="{}/{}".format(reloutdir,name)
o.write('OUTPUT_PATH_{}={}\n\n'.format(cfg,outfile))
if len(liblist)>0:
cleanlibs='clean_'+' clean_'.join(liblist)
liblist=' '.join(liblist)
o.write('{}: $(OBJS_{}) {}\n'.format(outfile,cfg,liblist))
o.write('\t$(CPP_{}) -o {} $(LFLAGS_{})\n\n'.format(cfg,outfile,cfg))
o.write('clean_{}: {}\n\t@rm -f $(OBJS_{}) {}\n\n'.format(cfg,cleanlibs,cfg,outfile))
o.write('{}: {}\n\n'.format(cfg,outfile))
for i in xrange(0,len(objs)):
src=os.path.join(absdir,srcs[i])
depcmd='g++ {} -MM {}'.format(cflags,src)
depcmd=templates.generateMkCommand(depcmd,mkProps)
(out,err)=utils.shellcall(dir,depcmd)
p=out.find(':')
if p>0:
hdeps=out[p:].replace('\\\n','')
o.write('{}{}'.format(objs[i],hdeps))
if self.cppcheck:
o.write('\tcppcheck {}/{}\n'.format(absdir,srcs[i]))
o.write('\t$(CPP_{}) $(CFLAGS_{}) -o {} {}/{}\n\n'.format(cfg,cfg,objs[i],absdir,srcs[i]))
return True
