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# First attempt at automatically generating CodeWarior projects
import os
import MacOS
import string
Error="gencwproject.Error"
#
# These templates are executed in-order.
#
TEMPLATELIST= [
("tmp_allsources", "file", "template-allsources.xml", "sources"),
("tmp_linkorder", "file", "template-linkorder.xml", "sources"),
("tmp_grouplist", "file", "template-grouplist.xml", "sources"),
("tmp_alllibraries", "file", "template-alllibraries.xml", "libraries"),
("tmp_linkorderlib", "file", "template-linkorderlib.xml", "libraries"),
("tmp_grouplistlib", "file", "template-grouplistlib.xml", "libraries"),
("tmp_extrasearchdirs", "file", "template-searchdirs.xml", "extrasearchdirs"),
("tmp_projectxmldata", "file", "template.prj.xml", None)
]
class ProjectBuilder:
def __init__(self, dict, templatelist=TEMPLATELIST, templatename=None):
if templatename == None:
if hasattr(MacOS, 'runtimemodel'):
templatename = 'template-%s'%MacOS.runtimemodel
else:
templatename = 'template'
if os.sep in templatename:
templatedir = templatename
else:
try:
packagedir = os.path.split(__file__)[0]
except NameError:
packagedir = os.curdir
templatedir = os.path.join(packagedir, templatename)
if not os.path.exists(templatedir):
raise Error, "Cannot find templatedir %s"%templatedir
self.dict = dict
if not dict.has_key('prefixname'):
dict['prefixname'] = 'mwerks_plugin_config.h'
self.templatelist = templatelist
self.templatedir = templatedir
def generate(self):
for tmpl in self.templatelist:
self._generate_one_template(tmpl)
def _generate_one_template(self, tmpl):
resultname, datasource, dataname, key = tmpl
result = ''
if key:
# This is a multi-element rule. Run for every item in dict[key]
if self.dict.has_key(key):
keyvalues = self.dict[key]
try:
if not type(keyvalues) in (type(()), type([])):
raise Error, "List or tuple expected for %s"%key
for curkeyvalue in keyvalues:
if string.lower(curkeyvalue[:10]) == '{compiler}':
curkeyvalue = curkeyvalue[10:]
self.dict['pathtype'] = 'CodeWarrior'
elif string.lower(curkeyvalue[:9]) == '{project}':
curkeyvalue = curkeyvalue[9:]
self.dict['pathtype'] = 'Project'
elif curkeyvalue[0] == '{':
raise Error, "Unknown {} escape in %s"%curkeyvalue
elif os.path.isabs(curkeyvalue):
self.dict['pathtype'] = 'Absolute'
else:
self.dict['pathtype'] = 'Project'
if curkeyvalue[-2:] == ':*':
curkeyvalue = curkeyvalue[:-2]
self.dict['recursive'] = 'true'
else:
self.dict['recursive'] = 'false'
self.dict[key] = curkeyvalue
curkeyvalueresult = self._generate_one_value(datasource, dataname)
result = result + curkeyvalueresult
finally:
# Restore the list
self.dict[key] = keyvalues
self.dict['pathtype'] = None
del self.dict['pathtype']
self.dict['recursive'] = None
del self.dict['recursive']
else:
# Not a multi-element rule. Simply generate
result = self._generate_one_value(datasource, dataname)
# And store the result
self.dict[resultname] = result
def _generate_one_value(self, datasource, dataname):
if datasource == 'file':
filepath = os.path.join(self.templatedir, dataname)
fp = open(filepath, "r")
format = fp.read()
elif datasource == 'string':
format = dataname
else:
raise Error, 'Datasource should be file or string, not %s'%datasource
return format % self.dict
def _test():
dict = {
"mac_projectxmlname" : "controlstrip.prj.xml", # The XML filename (full path)
"mac_exportname" : "controlstrip.prj.exp", # Export file (relative to project)
"mac_outputdir" : ":", # The directory where the DLL is put (relative to project)
"mac_dllname" : "controlstrip.ppc.slb", # The DLL filename (within outputdir)
"mac_targetname" : "controlstrip.ppc", # The targetname within the project
"sysprefix" : sys.prefix, # Where the Python sources live
"mac_sysprefixtype" : "Absolute", # Type of previous pathname
"sources" : ["controlstripmodule.c"],
"extrasearchdirs": [], # -I and -L, in unix terms
}
pb = ProjectBuilder(dict)
pb.generate()
fp = open(dict["mac_projectxmlname"], "w")
fp.write(dict["tmp_projectxmldata"])
if __name__ == '__main__':
_test()
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