def main(workingDir): # # Make sure the tool is built # toolfolder = os.path.dirname(workingDir) destfolder = os.path.join(toolfolder,'bin') toolfolder = os.path.join(toolfolder,'tools','bin') soundexename = burger.gettoolpath(toolfolder,'packsound',True) videoexename = burger.gettoolpath(toolfolder,'packvideo',True) # # Prepare for the output # burger.createfolderifneeded(destfolder) # # Copy the data files # srcfolder = os.path.join(workingDir,'movie') error = convertdata(soundexename,videoexename,srcfolder,destfolder) if error!=0: return error srcfolder = os.path.join(workingDir,'death') error = convertdata(soundexename,videoexename,srcfolder,destfolder) return error
def buildcodewarriormac(fileName,verbose,ignoreerrors): fileNamelower = fileName.lower() # Codewarrior version was not detected for Mac OSX if 'wii' in fileNamelower: return 0 if 'nds' in fileNamelower: return 0 if 'gcn' in fileNamelower: return 0 if 'c10' in fileNamelower: cwfile = '/Applications/Metrowerks CodeWarrior 10.0/Metrowerks CodeWarrior/CodeWarrior IDE 10' elif 'cw9' in fileNamelower: cwfile = '/Applications/Metrowerks CodeWarrior 9.0/Metrowerks CodeWarrior/CodeWarrior IDE 9.6' else: print 'Codewarrior version was not detected' return 0 mytempdir = os.path.join(os.path.dirname(fileName),'temp') errorFile = os.path.basename(fileName) errorList = os.path.splitext(errorFile) errorFile = os.path.join(mytempdir,errorList[0] + '.err') # Make the output folder for errors (If needed) burger.createfolderifneeded(mytempdir) # Create the build command cmd = 'cmdide -proj -bcwef "' + errorFile + '" -y "' + cwfile + '" -z Everything "' + fileName + '"' if verbose==True: print cmd sys.stdout.flush() error = subprocess.call(cmd,cwd=os.path.dirname(fileName),shell=True) return error
def buildcodewarriormac(fileName, verbose, ignoreerrors):
fileNamelower = fileName.lower()
# Codewarrior version was not detected for Mac OSX
if 'wii' in fileNamelower:
return 0
if 'nds' in fileNamelower:
return 0
if 'gcn' in fileNamelower:
return 0
if 'c10' in fileNamelower:
cwfile = '/Applications/Metrowerks CodeWarrior 10.0/Metrowerks CodeWarrior/CodeWarrior IDE 10'
elif 'cw9' in fileNamelower:
cwfile = '/Applications/Metrowerks CodeWarrior 9.0/Metrowerks CodeWarrior/CodeWarrior IDE 9.6'
else:
print 'Codewarrior version was not detected'
return 0
mytempdir = os.path.join(os.path.dirname(fileName), 'temp')
errorFile = os.path.basename(fileName)
errorList = os.path.splitext(errorFile)
errorFile = os.path.join(mytempdir, errorList[0] + '.err')
# Make the output folder for errors (If needed)
burger.createfolderifneeded(mytempdir)
# Create the build command
cmd = 'cmdide -proj -bcwef "' + errorFile + '" -y "' + cwfile + '" -z Everything "' + fileName + '"'
if verbose == True:
print cmd
sys.stdout.flush()
error = subprocess.call(cmd, cwd=os.path.dirname(fileName), shell=True)
return error
def main(workingDir):
#
# Make sure the tool is built
#
toolfolder = os.path.dirname(workingDir)
destfolder = os.path.join(toolfolder, 'bin')
toolfolder = os.path.join(toolfolder, 'tools', 'bin')
soundexename = burger.gettoolpath(toolfolder, 'packsound', True)
videoexename = burger.gettoolpath(toolfolder, 'packvideo', True)
#
# Prepare for the output
#
burger.createfolderifneeded(destfolder)
#
# Copy the data files
#
srcfolder = os.path.join(workingDir, 'movie')
error = convertdata(soundexename, videoexename, srcfolder, destfolder)
if error != 0:
return error
srcfolder = os.path.join(workingDir, 'death')
error = convertdata(soundexename, videoexename, srcfolder, destfolder)
return error
def main(workingDir): # # Locate the SDKs folder so the files can be copied there # sdks = burger.getsdksfolder() # # Files to copy if changed # batchfiles = [ 'build.cmd', 'candle.cmd', 'clean.cmd', 'disasmx36.cmd', 'doxygen.cmd', 'getp4changenumber.cmd', 'git.cmd', 'light.cmd', 'makeprojects.cmd', 'p4.cmd', 'rebuild.cmd', 'wdisasm.cmd' ] # # Ensure the destination directory exists # destfolder = os.path.join(sdks,'windows','bin','x86') burger.createfolderifneeded(destfolder) # # Copy all the changed files # error = 0 for item in batchfiles: # # If the file had changed, update it in perforce # sourcefile = os.path.join(workingDir,item) destfile = os.path.join(destfolder,item) if os.path.isfile(destfile)!=True or \ burger.comparefiles(sourcefile,destfile)!=True: error = burger.copyfileandcheckoutifneeded(sourcefile,destfile) if error!=0: break return error
def buildcodewarriorwindows(fileName,verbose,ignoreerrors):
fileNamelower = fileName.lower()
# Don't use Codewarrior for Mac
if 'mac' in fileNamelower:
return 0
# These targets build on Windows hosts
if 'wii' in fileNamelower:
print 'Can\'t build ' + fileName + ' yet!'
return 0
elif 'nds' in fileNamelower:
print 'Can\'t build ' + fileName + ' yet!'
return 0
elif 'gcn' in fileNamelower:
print 'Can\'t build ' + fileName + ' yet!'
return 0
elif 'w32' in fileNamelower or 'win' in fileNamelower:
cwfile = os.getenv('CWFolder')
if cwfile==None:
print 'Can\'t build ' + fileName + '! CWFolder not set to Codewarrior 9.4 for Windows!'
return 0
# Note: CmdIDE is preferred, however, Codewarrior 9.4 has a bug
# that it will die horribly if the pathname to it
# has a space, so ide is used instead.
cwfile = os.path.join(cwfile,'Bin','ide')
else:
print 'Codewarrior version was not detected for ' + fileName
return 0
mytempdir = os.path.join(os.path.dirname(fileName),'temp')
errorFile = os.path.basename(fileName)
errorList = os.path.splitext(errorFile)
errorFile = os.path.join(mytempdir,errorList[0] + '.err')
# Make the output folder for errors (If needed)
burger.createfolderifneeded(mytempdir)
# Create the build command
# /s New instance
# /t Project name
# /b Build
# /c close the project after completion
# /q Close Codewarrior on completion
cmd = '"' + cwfile + '" "' + fileName + '" /t Everything /s /c /q /b'
if verbose==True:
print cmd
sys.stdout.flush()
error = subprocess.call(cmd,cwd=os.path.dirname(fileName),shell=True)
return error
def buildcodewarriorwindows(fileName, verbose, ignoreerrors):
fileNamelower = fileName.lower()
# Don't use Codewarrior for Mac
if 'mac' in fileNamelower:
return 0
# These targets build on Windows hosts
if 'wii' in fileNamelower:
print 'Can\'t build ' + fileName + ' yet!'
return 0
elif 'nds' in fileNamelower:
print 'Can\'t build ' + fileName + ' yet!'
return 0
elif 'gcn' in fileNamelower:
print 'Can\'t build ' + fileName + ' yet!'
return 0
elif 'w32' in fileNamelower or 'win' in fileNamelower:
cwfile = os.getenv('CWFolder')
if cwfile == None:
print 'Can\'t build ' + fileName + '! CWFolder not set to Codewarrior 9.4 for Windows!'
return 0
# Note: CmdIDE is preferred, however, Codewarrior 9.4 has a bug
# that it will die horribly if the pathname to it
# has a space, so ide is used instead.
cwfile = os.path.join(cwfile, 'Bin', 'ide')
else:
print 'Codewarrior version was not detected for ' + fileName
return 0
mytempdir = os.path.join(os.path.dirname(fileName), 'temp')
errorFile = os.path.basename(fileName)
errorList = os.path.splitext(errorFile)
errorFile = os.path.join(mytempdir, errorList[0] + '.err')
# Make the output folder for errors (If needed)
burger.createfolderifneeded(mytempdir)
# Create the build command
# /s New instance
# /t Project name
# /b Build
# /c close the project after completion
# /q Close Codewarrior on completion
cmd = '"' + cwfile + '" "' + fileName + '" /t Everything /s /c /q /b'
if verbose == True:
print cmd
sys.stdout.flush()
error = subprocess.call(cmd, cwd=os.path.dirname(fileName), shell=True)
return error
def builddoxygen(fullpathname, verbose):
# Is Doxygen installed?
doxygenpath = burger.whereisdoxygen()
if doxygenpath == None:
return 0
# Make the output folder for errors (If needed)
tempdir = os.path.join(os.path.dirname(fullpathname), 'temp')
burger.createfolderifneeded(tempdir)
bindir = os.path.join(os.path.dirname(fullpathname), 'bin')
burger.createfolderifneeded(bindir)
# Location of the log file
errorsfile = os.path.join(bindir, 'doxygenerrors.txt')
# Create the build command
if burger.getmachosttype() != False:
# The mac version requires the file to have Linux line feeds!!!
tempdox = fullpathname + '.tempfile'
cmd = 'addlf -l "' + fullpathname + '" "' + tempdox + '"'
if verbose == True:
print cmd
subprocess.call(cmd, cwd=os.path.dirname(fullpathname), shell=True)
cmd = '"' + os.path.join(
doxygenpath) + '" "' + tempdox + '" 2> "' + errorsfile + '"'
if verbose == True:
print cmd
error = subprocess.call(cmd,
cwd=os.path.dirname(fullpathname),
shell=True)
os.remove(tempdox)
else:
cmd = '"' + os.path.join(
doxygenpath) + '" "' + fullpathname + '" 2> "' + errorsfile + '"'
if verbose == True:
print cmd
error = subprocess.call(cmd,
cwd=os.path.dirname(fullpathname),
shell=True)
# If the error log has nothing, delete it
if os.stat(errorsfile).st_size == 0:
os.remove(errorsfile)
return error
def main(workingDir):
#
# The tool to build a DOS app only exists under windows
#
if burger.hostmachine() != 'windows':
return 0
#
# Create the output folder
#
binfolder = os.path.join(workingDir, 'bin')
burger.createfolderifneeded(binfolder)
#
# Build if needed
#
comfile = os.path.join(binfolder, 'resetega.com')
sourcefile = os.path.join(workingDir, 'resetega.i86')
if burger.isthesourcenewer(sourcefile, comfile):
#
# Use jwasm to create a COM file
#
cmd = 'jwasm -bin -Fo"' + comfile + '" "' + sourcefile + '"'
error = subprocess.call(cmd, cwd=workingDir, shell=True)
if error != 0:
return error
#
# Update in perforce
#
sdks = burger.getsdksfolder()
destfile = os.path.join(sdks, 'dos', 'bin', 'resetega.com')
error = burger.copyfileandcheckoutifneeded(comfile, destfile)
if error != 0:
return 0
return 0
def main(workingDir): # # The tool to build a DOS app only exists under windows # if burger.hostmachine()!='windows': return 0 # # Create the output folder # binfolder = os.path.join(workingDir,'bin') burger.createfolderifneeded(binfolder) # # Build if needed # comfile = os.path.join(binfolder,'resetega.com') sourcefile = os.path.join(workingDir,'resetega.i86') if burger.isthesourcenewer(sourcefile,comfile): # # Use jwasm to create a COM file # cmd = 'jwasm -bin -Fo"' + comfile + '" "' + sourcefile + '"' error = subprocess.call(cmd,cwd=workingDir,shell=True) if error!=0: return error # # Update in perforce # sdks = burger.getsdksfolder(); destfile = os.path.join(sdks,'dos','bin','resetega.com') error = burger.copyfileandcheckoutifneeded(comfile,destfile) if error!=0: return 0 return 0
def builddoxygen(fullpathname,verbose): # Is Doxygen installed? doxygenpath = burger.whereisdoxygen() if doxygenpath==None: return 0 # Make the output folder for errors (If needed) tempdir = os.path.join(os.path.dirname(fullpathname),'temp') burger.createfolderifneeded(tempdir) bindir = os.path.join(os.path.dirname(fullpathname),'bin') burger.createfolderifneeded(bindir) # Location of the log file errorsfile = os.path.join(bindir,'doxygenerrors.txt') # Create the build command if burger.getmachosttype()!=False: # The mac version requires the file to have Linux line feeds!!! tempdox = fullpathname + '.tempfile' cmd = 'addlf -l "' + fullpathname +'" "' + tempdox + '"' if verbose==True: print cmd subprocess.call(cmd,cwd=os.path.dirname(fullpathname),shell=True) cmd = '"' + os.path.join(doxygenpath) + '" "' + tempdox + '" 2> "' + errorsfile + '"' if verbose==True: print cmd error = subprocess.call(cmd,cwd=os.path.dirname(fullpathname),shell=True) os.remove(tempdox) else: cmd = '"' + os.path.join(doxygenpath) + '" "' + fullpathname + '" 2> "' + errorsfile + '"' if verbose==True: print cmd error = subprocess.call(cmd,cwd=os.path.dirname(fullpathname),shell=True) # If the error log has nothing, delete it if os.stat(errorsfile).st_size==0: os.remove(errorsfile) return error
def main(workingDir):
#
# Create the output folder if needed
#
toolfolder = os.path.dirname(workingDir)
destfolder = os.path.join(toolfolder, 'bin')
burger.createfolderifneeded(destfolder)
#
# Update the map files
#
filelist = [
['icon', 'spaceace.icon#ca0000'], # Icon file
['buildall', 'SpaceAce#b3db03'], # Application file
['spaceacerez', 'SpaceAce#b3db03r'] # Resource file
]
error = 0
for item in filelist:
src = os.path.join(workingDir, item[0] + '.a65')
dest = os.path.join(destfolder, item[1])
if burger.isthesourcenewer(src, dest) == True:
cmd = 'a65816 . ' + item[0] + '.a65'
error = subprocess.call(cmd, cwd=workingDir, shell=True)
if error != 0:
return error
#
# Do some cleanup
#
burger.deletefileifpresent(os.path.join(workingDir,
'_FileInformation.txt'))
return error
def main(workingDir): # # Create the output folder if needed # toolfolder = os.path.dirname(workingDir) destfolder = os.path.join(toolfolder,'bin') burger.createfolderifneeded(destfolder) # # Update the map files # filelist = [ ['icon','spaceace.icon#ca0000'], # Icon file ['buildall','SpaceAce#b3db03'], # Application file ['spaceacerez','SpaceAce#b3db03r'] # Resource file ] error = 0 for item in filelist: src = os.path.join(workingDir,item[0] + '.a65') dest = os.path.join(destfolder,item[1]) if burger.isthesourcenewer(src,dest)==True: cmd = 'a65816 . ' + item[0] + '.a65' error = subprocess.call(cmd,cwd=workingDir,shell=True) if error!=0: return error # # Do some cleanup # burger.deletefileifpresent(os.path.join(workingDir,'_FileInformation.txt')) return error
def main(workingDir):
#
# Was Burgerlib already installed?
#
sdks = burger.getsdksfolder()
#
# Update the changelist header
#
burger.makeversionheader(workingDir,os.path.join(workingDir,'source','version.h'))
#
# Folders for all the target operating systems supported
#
destinations = [
'windows',
'dos',
'mac',
'macosx',
'linux',
'beos',
'ps2',
'ps3',
'ps4',
'gamecube',
'wii',
'dsi',
'xbox',
'xbox360',
'xboxone',
'ios',
'android',
'shield',
'ouya']
#
# Ensure the destination directories exist
#
for dest in destinations:
burger.createfolderifneeded(os.path.join(sdks,dest,'burgerlib'))
#
# Ensure the output folder exists
#
outputfolder = os.path.join(workingDir,'bin')
burger.createfolderifneeded(outputfolder)
#
# Create the super header
#
burgerhfile = os.path.join(outputfolder,'burger.h')
cmd = 'makeheader "' + os.path.join(workingDir,'source','templateburgerbase.h') + '" "' + burgerhfile + '"'
error = subprocess.call(cmd,cwd=workingDir,shell=True)
if error==0:
# Was there a change in the output?
windowsburgerlib = os.path.join(sdks,'windows','burgerlib')
testfile = os.path.join(windowsburgerlib,'burger.h')
if os.path.isfile(testfile)!=True or \
burger.comparefiles(burgerhfile,testfile)!=True:
# Copy only if changed
for dest in destinations:
destfolder = os.path.join(sdks,dest,'burgerlib')
error = burger.copyfileandcheckoutifneeded(burgerhfile,os.path.join(destfolder,'burger.h'))
if error!=0:
break
#
# Was there a change in special headers?
#
if error==0:
specialheaders = [
'brstartup.h',
'brgl.h',
'brglext.h',
'brglut.h',
'brglxext.h'
]
for item in specialheaders:
brstartuphfile = os.path.join(workingDir,'source',item)
testfile = os.path.join(sdks,'windows','burgerlib',item)
if os.path.isfile(testfile)!=True or \
burger.comparefiles(brstartuphfile,testfile)==False:
for dest in destinations:
error = burger.copyfileandcheckoutifneeded(brstartuphfile,os.path.join(sdks,dest,'burgerlib',item))
if error!=0:
break
#
# Did any of the Mac Carbon/Classic resource files change?
#
if error==0:
macosfolder = os.path.join(workingDir,'source','mac')
destfolder = os.path.join(sdks,'mac','burgerlib')
filedata = os.listdir(macosfolder)
for file in filedata:
tfile = file.lower()
if tfile.endswith('.r'):
destfile = os.path.join(destfolder,file)
sourcefile = os.path.join(macosfolder,file)
if os.path.isfile(destfile)!=True or \
burger.comparefiles(sourcefile,destfile)==False:
error = burger.copyfileandcheckoutifneeded(sourcefile,destfile)
if error!=0:
break
return error
def generate(solution):
import makeprojects
#
# Find the files to put into the project
#
codefiles,includedirectories = solution.getfilelist()
#
# Configure the xcode writer to the type
# of solution requested
#
solution.xcode.defaults(solution)
#
# Ensure the slashes are correct for XCode
#
for item in codefiles:
item.filename = burger.converttolinuxslashes(item.filename)
#
# Determine the ide and target type for the final file name
#
idecode = solution.getidecode()
platformcode = solution.getplatformcode()
xcodeprojectfile = Project(solution.projectname,idecode,platformcode)
rootproject = xcodeprojectfile.pbxprojects[0]
#
# Let's create the solution file!
#
solutionfoldername = os.path.join(solution.workingDir,xcodeprojectfile.projectnamecode + '.xcodeproj')
burger.createfolderifneeded(solutionfoldername)
projectfilename = os.path.join(solutionfoldername,'project.pbxproj')
#
# Add the configuration file reference (or not)
#
if solution.xcode.configfilename!=None:
configfilereference = xcodeprojectfile.addfilereference(solution.xcode.configfilename,'text.xcconfig')
else:
configfilereference = None
#
# Add the frameworks to the build list
#
for framework in solution.xcode.frameworks:
item = makeprojects.SourceFile(framework,'','frameworks')
codefiles.append(item)
#
# Insert all of the files found into the file references
#
for item in codefiles:
# Remove unsupported file types
if item.type!='windowsresource' and \
item.type!='macresource' and \
item.type!='hlsl':
xcodeprojectfile.addfilereference(item.filename,item.type)
#
# What's the final output file?
#
if solution.kind=='library':
if solution.platform=='ios':
libextension = 'ios.a'
else:
libextension = 'osx.a'
outputfilereference = xcodeprojectfile.addfilereference('lib' + solution.projectname + idecode + libextension,'lib')
else:
if solution.kind=='game':
outputfilereference = xcodeprojectfile.addfilereference(solution.projectname + '.app','exe')
else:
outputfilereference = xcodeprojectfile.addfilereference(solution.projectname,'exe')
#
# If a fat library, add references for dev and sim targets
#
ioslibrary = False
if solution.platform=='ios':
if solution.kind=='library':
ioslibrary = True
if ioslibrary == True:
devfilereference = xcodeprojectfile.addfilereference('lib' + solution.projectname + idecode + 'dev.a','lib')
simfilereference = xcodeprojectfile.addfilereference('lib' + solution.projectname + idecode + 'sim.a','lib')
#
# Two targets for "fat" libraries
#
buildphase1 = xcodeprojectfile.addsourcesbuildphase(devfilereference)
buildphase2 = xcodeprojectfile.addsourcesbuildphase(simfilereference)
framephase1 = xcodeprojectfile.addframeworksbuildphase(devfilereference)
framephase2 = xcodeprojectfile.addframeworksbuildphase(simfilereference)
#
# Add source files to compile for the ARM and the Intel libs
#
for item in xcodeprojectfile.pbxfilereferences:
if item.type=='cpp' or item.type=='glsl':
buildphase1.append(xcodeprojectfile.addbuildfile(item,devfilereference))
buildphase2.append(xcodeprojectfile.addbuildfile(item,simfilereference))
elif item.type=='frameworks':
framephase1.append(xcodeprojectfile.addbuildfile(item,devfilereference))
framephase2.append(xcodeprojectfile.addbuildfile(item,simfilereference))
else:
devfilereference = None
simfilereference = None
buildphase1 = xcodeprojectfile.addsourcesbuildphase(outputfilereference)
framephase1 = xcodeprojectfile.addframeworksbuildphase(outputfilereference)
for item in xcodeprojectfile.pbxfilereferences:
if item.type=='cpp' or item.type=='glsl':
buildphase1.append(xcodeprojectfile.addbuildfile(item,outputfilereference))
elif item.type=='frameworks':
framephase1.append(xcodeprojectfile.addbuildfile(item,outputfilereference))
#
# Create the root file group and the Products group
#
groupproducts = xcodeprojectfile.addgroup('Products',None)
grouproot = xcodeprojectfile.addgroup(xcodeprojectfile.projectname,None)
grouproot.appendgroup(groupproducts)
# No frameworks group unless one is warranted
frameworksgroup = None
#
# Insert all the file references into groups
#
for item in xcodeprojectfile.pbxfilereferences:
# Products go into a special group
if item.type=='exe':
groupproducts.append(item)
elif item.type=='lib':
groupproducts.append(item)
elif item.type=='frameworks':
# Create the group if needed
if frameworksgroup==None:
frameworksgroup = xcodeprojectfile.addgroup('Frameworks',None)
grouproot.appendgroup(frameworksgroup)
frameworksgroup.append(item)
else:
# Isolate the path
index = item.filename.rfind('/')
if index==-1:
# Put in the root group
grouproot.append(item)
else:
# Separate the path and name
base = item.filename[index+1:]
path = item.filename[0:index]
#
# See if a group already exists
#
found = False
for matchgroup in xcodeprojectfile.pbxgroups:
if matchgroup.path!=None and matchgroup.path==path:
# Add to a pre-existing group
matchgroup.append(item)
found = True
break
if found==True:
continue
# Group not found. Iterate and create the group
# May need multiple levels
#
# Hack to remove preceding ../ entries
#
if path.startswith('../'):
index = 3
elif path.startswith('../../'):
index = 6
else:
index = 0
notdone = True
previousgroup = grouproot
while notdone:
endindex = path[index:].find('/')
if endindex==-1:
# Final level, create group and add reference
matchgroup = xcodeprojectfile.addgroup(path[index:],path)
matchgroup.append(item)
previousgroup.appendgroup(matchgroup)
notdone = False
else:
#
# See if a group already exists
#
temppath = path[0:index+endindex]
found = False
for matchgroup in xcodeprojectfile.pbxgroups:
if matchgroup.path==None:
continue
if matchgroup.path==temppath:
found = True
break
if found!=True:
matchgroup = xcodeprojectfile.addgroup(path[index:index+endindex],temppath)
previousgroup.appendgroup(matchgroup)
previousgroup = matchgroup
index = index+endindex+1
#
# Create the config list for the root project
#
configlistref = xcodeprojectfile.addxcconfigurationlist('PBXProject',xcodeprojectfile.projectnamecode)
for item in solution.configurations:
configlistref.configurations.append(xcodeprojectfile.addxcbuildconfigurationlist(item,configfilereference,configlistref,None,False))
rootproject.configlistref = configlistref
rootproject.rootgroup = grouproot
#
# Create the PBXNativeTarget config chunks
#
sdkroot = None
if solution.platform=='ios':
sdkroot = 'iphoneos'
if solution.kind=='library':
outputtype = 'com.apple.product-type.library.static'
elif solution.kind=='screensaver':
outputtype = 'com.apple.product-type.bundle'
elif solution.kind=='game':
outputtype = 'com.apple.product-type.application'
else:
outputtype = 'com.apple.product-type.tool'
#
# For a normal project, attach the config to a native target and we're done
#
if ioslibrary==False:
configlistref = xcodeprojectfile.addxcconfigurationlist('PBXNativeTarget',xcodeprojectfile.projectname)
install = False
if solution.kind=='game':
install = True
for item in solution.configurations:
configlistref.configurations.append(xcodeprojectfile.addxcbuildconfigurationlist(item,None,configlistref,sdkroot,install))
if solution.kind=='library':
finalname = xcodeprojectfile.projectnamecode
else:
finalname = xcodeprojectfile.projectname
nativetarget1 = xcodeprojectfile.addnativeproject(finalname,outputfilereference,xcodeprojectfile.projectname,outputtype)
nativetarget1.configlistref = configlistref
rootproject.append(nativetarget1)
nativetarget1.append(buildphase1.uuid,'Sources')
nativetarget1.append(framephase1.uuid,'Frameworks')
#
# For fat binary iOS projects, it's a lot messier
#
else:
targetname = xcodeprojectfile.projectnamecode
configlistref = xcodeprojectfile.addxcconfigurationlist('PBXNativeTarget',targetname)
for item in solution.configurations:
configlistref.configurations.append(xcodeprojectfile.addxcbuildconfigurationlist(item,None,configlistref,None,False))
nativetarget1 = xcodeprojectfile.addnativeproject(targetname,outputfilereference,xcodeprojectfile.projectname,outputtype)
nativetarget1.configlistref = configlistref
rootproject.append(nativetarget1)
targetname = solution.projectname + idecode + 'dev'
configlistref = xcodeprojectfile.addxcconfigurationlist('PBXNativeTarget',targetname)
for item in solution.configurations:
configlistref.configurations.append(xcodeprojectfile.addxcbuildconfigurationlist(item,None,configlistref,'iphoneos',False))
nativeprojectdev = xcodeprojectfile.addnativeproject(targetname,devfilereference,xcodeprojectfile.projectname,outputtype)
nativeprojectdev.configlistref = configlistref
rootproject.append(nativeprojectdev)
nativeprojectdev.append(buildphase1.uuid,'Sources')
nativeprojectdev.append(framephase1.uuid,'Frameworks')
devcontainer = xcodeprojectfile.addcontaineritemproxy(nativeprojectdev,xcodeprojectfile.uuid)
targetname = solution.projectname + idecode + 'sim'
configlistref = xcodeprojectfile.addxcconfigurationlist('PBXNativeTarget',targetname)
for item in solution.configurations:
configlistref.configurations.append(xcodeprojectfile.addxcbuildconfigurationlist(item,None,configlistref,'iphonesimulator',False))
nativeprojectsim = xcodeprojectfile.addnativeproject(targetname,simfilereference,xcodeprojectfile.projectname,outputtype)
nativeprojectsim.configlistref = configlistref
rootproject.append(nativeprojectsim)
nativeprojectsim.append(buildphase2.uuid,'Sources')
nativeprojectsim.append(framephase2.uuid,'Frameworks')
simcontainer = xcodeprojectfile.addcontaineritemproxy(nativeprojectsim,xcodeprojectfile.uuid)
nativetarget1.depend(xcodeprojectfile.adddependency(devcontainer,nativeprojectdev).uuid,'PBXTargetDependency')
nativetarget1.depend(xcodeprojectfile.adddependency(simcontainer,nativeprojectsim).uuid,'PBXTargetDependency')
#
# Add in a shell script build phase if needed
#
#
# Is this an application?
#
if solution.platform=='macosx':
if solution.kind=='tool':
input = ['${CONFIGURATION_BUILD_DIR}/${EXECUTABLE_NAME}']
output = '${SRCROOT}/bin/${EXECUTABLE_NAME}${IDESUFFIX}${SUFFIX}'
command = 'if [ ! -d ${SRCROOT}/bin ]; then mkdir ${SRCROOT}/bin; fi\\n' \
'${CP} ${CONFIGURATION_BUILD_DIR}/${EXECUTABLE_NAME} ${SRCROOT}/bin/${EXECUTABLE_NAME}${IDESUFFIX}${SUFFIX}'
shellbuildphase = xcodeprojectfile.addshellscriptbuildphase(input,output,command)
nativetarget1.append(shellbuildphase.uuid,'ShellScript')
elif solution.kind=='game':
input = ['${CONFIGURATION_BUILD_DIR}/${EXECUTABLE_NAME}.app/Contents/MacOS/${EXECUTABLE_NAME}']
output = '${SRCROOT}/bin/${EXECUTABLE_NAME}${IDESUFFIX}${SUFFIX}.app/Contents/MacOS/${EXECUTABLE_NAME}${IDESUFFIX}${SUFFIX}'
command = 'if [ ! -d ${SRCROOT}/bin ]; then mkdir ${SRCROOT}/bin; fi\\n' \
'${CP} -r ${CONFIGURATION_BUILD_DIR}/${EXECUTABLE_NAME}.app/ ${SRCROOT}/bin/${EXECUTABLE_NAME}${IDESUFFIX}${SUFFIX}.app/\\n' \
'mv ${SRCROOT}/bin/${EXECUTABLE_NAME}${IDESUFFIX}${SUFFIX}.app/Contents/MacOS/${EXECUTABLE_NAME} ${SRCROOT}/bin/${EXECUTABLE_NAME}${IDESUFFIX}${SUFFIX}.app/Contents/MacOS/${EXECUTABLE_NAME}${IDESUFFIX}${SUFFIX}'
shellbuildphase = xcodeprojectfile.addshellscriptbuildphase(input,output,command)
nativetarget1.append(shellbuildphase.uuid,'ShellScript')
#
# Is there a final folder?
#
if solution.finalfolder!=None:
if ioslibrary==False:
input = ['${CONFIGURATION_BUILD_DIR}/${EXECUTABLE_NAME}']
else:
input = [
'${BUILD_ROOT}/' + solution.projectname + idecode + 'dev${SUFFIX}/lib' + solution.projectname + idecode + 'dev.a',
'${BUILD_ROOT}/' + solution.projectname + idecode + 'sim${SUFFIX}/lib' + solution.projectname + idecode + 'sim.a'
]
finalfolder = solution.finalfolder.replace('(','{')
finalfolder = finalfolder.replace(')','}')
if ioslibrary==True:
command = '${SDKS}/macosx/bin/p4 edit ' + finalfolder + '${FINAL_OUTPUT}\\nlipo -output ' + \
finalfolder + '${FINAL_OUTPUT} -create ${BUILD_ROOT}/' + solution.projectname + idecode + \
'dev${SUFFIX}/lib' + solution.projectname + idecode + 'dev.a ${BUILD_ROOT}/' + solution.projectname + idecode + 'sim${SUFFIX}/lib' + solution.projectname + idecode + 'sim.a\\n';
elif solution.kind=='library':
command = '${SDKS}/macosx/bin/p4 edit ' + finalfolder + '${FINAL_OUTPUT}\\n${CP} ${CONFIGURATION_BUILD_DIR}/${EXECUTABLE_NAME} ' + finalfolder + '${FINAL_OUTPUT}\\n'
else:
command = 'if [ \\"${CONFIGURATION}\\" == \\"Release\\" ]; then\\n${SDKS}/macosx/bin/p4 edit ' + finalfolder + '${FINAL_OUTPUT}\\n${CP} ${CONFIGURATION_BUILD_DIR}/${EXECUTABLE_NAME} ' + finalfolder + '${FINAL_OUTPUT}\\nfi\\n'
shellbuildphase = xcodeprojectfile.addshellscriptbuildphase(input,solution.finalfolder + '${FINAL_OUTPUT}',command)
nativetarget1.append(shellbuildphase.uuid,'ShellScript')
#
# Serialize the XCode file
#
fp = StringIO.StringIO()
xcodeprojectfile.write(fp)
#
# Did it change?
#
if burger.comparefiletostring(projectfilename,fp):
if solution.verbose==True:
print projectfilename + ' was not changed'
else:
burger.perforceedit(projectfilename)
fp2 = open(projectfilename,'w')
fp2.write(fp.getvalue())
fp2.close()
fp.close()
return 0
def main(workingDir):
#
# Was Burgerlib already installed?
#
sdks = burger.getsdksfolder()
#
# Update the changelist header
#
burger.makeversionheader(workingDir,
os.path.join(workingDir, 'source', 'version.h'))
#
# Folders for all the target operating systems supported
#
destinations = [
'windows', 'dos', 'mac', 'macosx', 'linux', 'beos', 'ps2', 'ps3',
'ps4', 'gamecube', 'wii', 'dsi', 'xbox', 'xbox360', 'xboxone', 'ios',
'android', 'shield', 'ouya'
]
#
# Ensure the destination directories exist
#
for dest in destinations:
burger.createfolderifneeded(os.path.join(sdks, dest, 'burgerlib'))
#
# Ensure the output folder exists
#
outputfolder = os.path.join(workingDir, 'bin')
burger.createfolderifneeded(outputfolder)
#
# Create the super header
#
burgerhfile = os.path.join(outputfolder, 'burger.h')
cmd = 'makeheader "' + os.path.join(
workingDir, 'source',
'templateburgerbase.h') + '" "' + burgerhfile + '"'
error = subprocess.call(cmd, cwd=workingDir, shell=True)
if error == 0:
# Was there a change in the output?
windowsburgerlib = os.path.join(sdks, 'windows', 'burgerlib')
testfile = os.path.join(windowsburgerlib, 'burger.h')
if os.path.isfile(testfile)!=True or \
burger.comparefiles(burgerhfile,testfile)!=True:
# Copy only if changed
for dest in destinations:
destfolder = os.path.join(sdks, dest, 'burgerlib')
error = burger.copyfileandcheckoutifneeded(
burgerhfile, os.path.join(destfolder, 'burger.h'))
if error != 0:
break
#
# Was there a change in special headers?
#
if error == 0:
specialheaders = [
'brstartup.h', 'brgl.h', 'brglext.h', 'brglut.h', 'brglxext.h'
]
for item in specialheaders:
brstartuphfile = os.path.join(workingDir, 'source', item)
testfile = os.path.join(sdks, 'windows', 'burgerlib', item)
if os.path.isfile(testfile)!=True or \
burger.comparefiles(brstartuphfile,testfile)==False:
for dest in destinations:
error = burger.copyfileandcheckoutifneeded(
brstartuphfile,
os.path.join(sdks, dest, 'burgerlib', item))
if error != 0:
break
#
# Did any of the Mac Carbon/Classic resource files change?
#
if error == 0:
macosfolder = os.path.join(workingDir, 'source', 'mac')
destfolder = os.path.join(sdks, 'mac', 'burgerlib')
filedata = os.listdir(macosfolder)
for file in filedata:
tfile = file.lower()
if tfile.endswith('.r'):
destfile = os.path.join(destfolder, file)
sourcefile = os.path.join(macosfolder, file)
if os.path.isfile(destfile)!=True or \
burger.comparefiles(sourcefile,destfile)==False:
error = burger.copyfileandcheckoutifneeded(
sourcefile, destfile)
if error != 0:
break
return error
