def write_object_depends(self):
"""Write out a dependancy rule for each source file so its object file
can be written to a alternative target directory."""
umake_lib.debug("Project.write_object_depends")
for path in self.project.sources:
sourcefile = umake_lib.SourceFile(
self.platform, path, self.project.object_dir)
if not os.path.isfile(sourcefile.path):
continue
self.writeln("%s: %s" % (
sourcefile.obj_path, sourcefile.path))
## make the object target directory
(obj_path, obj_basename) = os.path.split(sourcefile.obj_path)
for dir in self.mkdir(obj_path, 1):
## the "-" sign allows the command to fail but be okay in
## the Makefile; for parallel builds, the directory creation
## may have already been handled by another process
self.writeln("\t-@%s" % (dir))
## write the command to build the object
temp = sourcefile.build_rule.command.execute(
sourcefile.obj_path, sourcefile.path)
self.writeln("\t%s" % (temp))
def mkdir(self, dir, recursive = 0):
"""Returns a string that should make a directory
on the current platform, if recursive = 1, then it returns
a list of makedir strings that when executed in order
creates a deep subdirectory."""
umake_lib.debug("Project.mkdir")
if not recursive:
return self.platform.mkdir.execute(dir)
## Special Recursive mode for Makefiles
cmds = []
done = { None:1, "":1, os.sep:1, os.curdir:1, os.pardir:1 }
while 1:
if done.has_key(dir):
break
(head, tail) = os.path.split(dir)
if not done.has_key(tail):
cmds.append(self.platform.mkdir.execute(dir))
done[dir]=1
dir = head
cmds.reverse()
return cmds
def write_object_depends(self):
"""Write out a dependancy rule for each source file so its object file
can be written to a alternative target directory."""
umake_lib.debug("Project.write_object_depends")
for path in self.project.sources:
sourcefile = umake_lib.SourceFile(self.platform, path,
self.project.object_dir)
if not os.path.isfile(sourcefile.path):
continue
self.writeln("%s: %s" % (sourcefile.obj_path, sourcefile.path))
## make the object target directory
(obj_path, obj_basename) = os.path.split(sourcefile.obj_path)
for dir in self.mkdir(obj_path, 1):
## the "-" sign allows the command to fail but be okay in
## the Makefile; for parallel builds, the directory creation
## may have already been handled by another process
self.writeln("\t-@%s" % (dir))
## write the command to build the object
temp = sourcefile.build_rule.command.execute(
sourcefile.obj_path, sourcefile.path)
self.writeln("\t%s" % (temp))
def mkdir(self, dir, recursive=0):
"""Returns a string that should make a directory
on the current platform, if recursive = 1, then it returns
a list of makedir strings that when executed in order
creates a deep subdirectory."""
umake_lib.debug("Project.mkdir")
if not recursive:
return self.platform.mkdir.execute(dir)
## Special Recursive mode for Makefiles
cmds = []
done = {None: 1, "": 1, os.sep: 1, os.curdir: 1, os.pardir: 1}
while 1:
if done.has_key(dir):
break
(head, tail) = os.path.split(dir)
if not done.has_key(tail):
cmds.append(self.platform.mkdir.execute(dir))
done[dir] = 1
dir = head
cmds.reverse()
return cmds
def remove_line_continuations(um_buff, name):
"""Takes a string of Python code as input, runs it through pylex() to
remove line continuations, then it removes all the blank lines. It
returns a list of strings with one Python statment per line."""
umake_lib.debug("calling pylex..")
_line_list = pylex(um_buff, name)
umake_lib.debug("pylex done")
line_list = []
for line in _line_list:
line = string.rstrip(line)
if len(line) == 0:
continue
line_list.append(line)
return line_list
def remove_line_continuations(um_buff, name):
"""Takes a string of Python code as input, runs it through pylex() to
remove line continuations, then it removes all the blank lines. It
returns a list of strings with one Python statment per line."""
umake_lib.debug("calling pylex..")
_line_list = pylex(um_buff, name)
umake_lib.debug("pylex done")
line_list = []
for line in _line_list:
line = string.rstrip(line)
if len(line) == 0:
continue
line_list.append(line)
return line_list
def write_macros(self):
"""Writes all the macros (variables) to the Makefile."""
umake_lib.debug("Project.write_macros")
def str_list(list):
return string.join(list)
self.writeln("## Generated from %s, do not edit, do not commit to cvs!" % (self.project.umakefile_name ))
self.writeln("")
## print out all command and command flag variables
## in the platform command list, taking care not to
## print blank lines for commands/command flas which
## do not exist
for current_command in self.platform.command_list:
command_var = current_command.setup_command_var()
flags_var = current_command.setup_flags_var()
if len(command_var):
self.writeln(command_var)
if len(flags_var):
self.writeln(flags_var)
## write out env variables for compilers
for build_rule in self.platform.build_rules.values():
current_command = build_rule.command
command_var = current_command.setup_command_var()
flags_var = current_command.setup_flags_var()
if len(command_var):
self.writeln(command_var)
if len(flags_var):
self.writeln(flags_var)
## LINKER
if not hasattr(self.platform.link, "linker2"):
self.writeln(self.platform.link.setup_command_var())
self.writeln(self.platform.link.setup_flags_var())
## SRCS
self.writeln("SRCS=%s" % (self.compat_quote(self.project.sources)))
## COMPILED_OBJS, SOURCE_OBJS, OBJS
self.writeln("OBJS=%s %s" % (
self.platform.form_var("COMPILED_OBJS"),
self.platform.form_var("SOURCE_OBJS")))
self.writeln("COMPILED_OBJS=%s" % (
self.compat_quote(self.project.objects)))
self.writeln('SOURCE_OBJS=%s' % (
self.compat_quote(self.project.objsrcs)))
## INCLUDES
self.writeln("INCLUDES=%s" % self.build_quoted_arg_list(
self.project.includes,
self.platform.include_arg))
## DEFINES
if self.platform.cc.prefix_include_arg:
defdir = self.project.output_dir
shell.mkdir(defdir)
name = os.path.join(self.project.module_directory(),
self.project.makefile_name)
prefix_file_name = umake_lib.declaw_name(name)+"_ribodefs.h"
prefix_file_name=os.path.join(defdir, prefix_file_name)
lines=[]
defs=self.project.defines
defs.sort()
for d in defs:
ind = string.find(d,"=")
if ind == -1:
lines.append("#ifndef %s" % (d))
lines.append("#define %s 1" % (d))
else:
lines.append("#ifndef %s" % (d[:ind]))
lines.append("#define %s %s" % (d[:ind],d[ind+1:]))
lines.append("#endif")
for include in self.project.prefix_file_include_list:
## Ugly magic stuff
if type(include) == types.StringType:
if include[0] == '"' or include[0] == '<':
lines.append("#include %s" % (include))
elif include[0] == '#':
lines.append("%s" % (include))
else:
lines.append("#include <%s>" % (include))
elif type(include) == types.ListType:
lines.extend(include)
data = string.join(lines,"\n")+"\n"
umake_lib.write_file(prefix_file_name, data)
self.writeln("DEFINES=%s%s %s%s" % (
self.platform.include_arg,
os.curdir,
self.platform.cc.prefix_include_arg,
prefix_file_name))
else:
self.writeln("DEFINES=%s" % self.build_quoted_arg_list(
self.project.defines,
self.platform.define_arg))
## STATIC_LIBS
static_libs = self.project.libraries + self.project.libraries2 + \
self.project.local_libs + self.project.module_libs
self.writeln("STATIC_LIBS=%s" % (self.compat_quote(static_libs)))
## DYNAMIC_LIBS
self.writeln("DYNAMIC_LIBS=%s %s" % (
self.compat_quote(self.project.dynamic_libraries),
self.compat_quote(self.project.sys_libraries,
self.platform.sys_lib_arg)))
self.writeln("")
## suffixes
if len(self.platform.suffix_list):
self.writeln(".SUFFIXES: %s" % (
string.join(self.platform.suffix_list)))
self.writeln("")
## default/misc build rules
for rule in self.platform.build_rules.values():
## Add custom INCLUDE/DEFINE variables for each compiler
## (Except CC/CXX, which uses INCLUDE/DEFINES)
if rule.command.make_var not in [ "CC", "CXX" ]:
if rule.command.define_arg and rule.command.make_var:
try:
defs = None
try:
defs = rule.command.defines
except AttributeError:
pass
if defs == None:
defs = self.project.defines
self.writeln("%sDEFINES=%s" % (
rule.command.make_var,
self.build_quoted_arg_list(defs,
rule.command.define_arg)))
self.writeln("")
except:
pass
if rule.command.include_arg and rule.command.make_var:
try:
includes = None
try:
includes = rule.command.includes
except AttributeError:
pass
if includes == None:
includes = self.project.includes
self.writeln("%sINCLUDES=%s" % (
rule.command.make_var,
self.build_quoted_arg_list(includes,
rule.command.include_arg)))
self.writeln("")
except:
pass
if self.platform.build_rules.get(rule.source_suffix,None) == rule:
rule_str = "%s%s%s" % (
rule.source_suffix, rule.target_suffix,
self.platform.make_depend)
self.writeln(rule_str)
cmd_str = rule.command.execute(
self.platform.make_target, self.platform.make_source)
self.writeln("\t%s" % (cmd_str))
self.writeln("")
def write_macros(self):
"""Writes all the macros (variables) to the Makefile."""
umake_lib.debug("Project.write_macros")
def str_list(list):
return string.join(list)
self.writeln(
"## Generated from %s, do not edit, do not commit to cvs!" %
(self.project.umakefile_name))
self.writeln("")
## print out all command and command flag variables
## in the platform command list, taking care not to
## print blank lines for commands/command flas which
## do not exist
for current_command in self.platform.command_list:
command_var = current_command.setup_command_var()
flags_var = current_command.setup_flags_var()
if len(command_var):
self.writeln(command_var)
if len(flags_var):
self.writeln(flags_var)
## write out env variables for compilers
for build_rule in self.platform.build_rules.values():
current_command = build_rule.command
command_var = current_command.setup_command_var()
flags_var = current_command.setup_flags_var()
if len(command_var):
self.writeln(command_var)
if len(flags_var):
self.writeln(flags_var)
## LINKER
if not hasattr(self.platform.link, "linker2"):
self.writeln(self.platform.link.setup_command_var())
self.writeln(self.platform.link.setup_flags_var())
## SRCS
self.writeln("SRCS=%s" % (self.compat_quote(self.project.sources)))
## COMPILED_OBJS, SOURCE_OBJS, OBJS
self.writeln("OBJS=%s %s" % (self.platform.form_var("COMPILED_OBJS"),
self.platform.form_var("SOURCE_OBJS")))
self.writeln("COMPILED_OBJS=%s" %
(self.compat_quote(self.project.objects)))
self.writeln('SOURCE_OBJS=%s' %
(self.compat_quote(self.project.objsrcs)))
## INCLUDES
self.writeln("INCLUDES=%s" % self.build_quoted_arg_list(
self.project.includes, self.platform.include_arg))
## DEFINES
if self.platform.cc.prefix_include_arg:
defdir = self.project.output_dir
shell.mkdir(defdir)
name = os.path.join(self.project.module_directory(),
self.project.makefile_name)
prefix_file_name = umake_lib.declaw_name(name) + "_ribodefs.h"
prefix_file_name = os.path.join(defdir, prefix_file_name)
lines = []
defs = self.project.defines
defs.sort()
for d in defs:
ind = string.find(d, "=")
if ind == -1:
lines.append("#ifndef %s" % (d))
lines.append("#define %s 1" % (d))
else:
lines.append("#ifndef %s" % (d[:ind]))
lines.append("#define %s %s" % (d[:ind], d[ind + 1:]))
lines.append("#endif")
for include in self.project.prefix_file_include_list:
## Ugly magic stuff
if type(include) == types.StringType:
if include[0] == '"' or include[0] == '<':
lines.append("#include %s" % (include))
elif include[0] == '#':
lines.append("%s" % (include))
else:
lines.append("#include <%s>" % (include))
elif type(include) == types.ListType:
lines.extend(include)
data = string.join(lines, "\n") + "\n"
umake_lib.write_file(prefix_file_name, data)
self.writeln(
"DEFINES=%s%s %s%s" %
(self.platform.include_arg, os.curdir,
self.platform.cc.prefix_include_arg, prefix_file_name))
else:
self.writeln("DEFINES=%s" % self.build_quoted_arg_list(
self.project.defines, self.platform.define_arg))
## STATIC_LIBS
static_libs = self.project.libraries + self.project.libraries2 + \
self.project.local_libs + self.project.module_libs
self.writeln("STATIC_LIBS=%s" % (self.compat_quote(static_libs)))
## DYNAMIC_LIBS
self.writeln("DYNAMIC_LIBS=%s %s" %
(self.compat_quote(self.project.dynamic_libraries),
self.compat_quote(self.project.sys_libraries,
self.platform.sys_lib_arg)))
self.writeln("")
## suffixes
if len(self.platform.suffix_list):
self.writeln(".SUFFIXES: %s" %
(string.join(self.platform.suffix_list)))
self.writeln("")
## default/misc build rules
for rule in self.platform.build_rules.values():
## Add custom INCLUDE/DEFINE variables for each compiler
## (Except CC/CXX, which uses INCLUDE/DEFINES)
if rule.command.make_var not in ["CC", "CXX"]:
if rule.command.define_arg and rule.command.make_var:
try:
defs = None
try:
defs = rule.command.defines
except AttributeError:
pass
if defs == None:
defs = self.project.defines
self.writeln("%sDEFINES=%s" %
(rule.command.make_var,
self.build_quoted_arg_list(
defs, rule.command.define_arg)))
self.writeln("")
except:
pass
if rule.command.include_arg and rule.command.make_var:
try:
includes = None
try:
includes = rule.command.includes
except AttributeError:
pass
if includes == None:
includes = self.project.includes
self.writeln("%sINCLUDES=%s" %
(rule.command.make_var,
self.build_quoted_arg_list(
includes, rule.command.include_arg)))
self.writeln("")
except:
pass
if self.platform.build_rules.get(rule.source_suffix, None) == rule:
rule_str = "%s%s%s" % (rule.source_suffix, rule.target_suffix,
self.platform.make_depend)
self.writeln(rule_str)
cmd_str = rule.command.execute(self.platform.make_target,
self.platform.make_source)
self.writeln("\t%s" % (cmd_str))
self.writeln("")
def generate_uberxml(platform, project, mprj):
global UberTemplate
target_tag = '#TARGET#'
targetorder_tag = '#TARGETORDER#'
group_tag = '#GROUP#'
make_all_subtargets_tag = '#MAKE_ALL_SUBTARGETS#'
dependencies_section_empty = '<SUBTARGETLIST></SUBTARGETLIST>'
uber_template = UberTemplate
# scoop up the uber text from each directory, add the depend
all_module_targetnames_list = []
for mod in project.get_uber_makes():
uber_file_name = mod.makefile() + "_uber.xmldata"
umake_lib.debug("Reading uber-data %r" % repr(uber_file_name))
# Read the generated UBER-file
try:
uber_text = open(uber_file_name, 'r').read()
except:
print "==> Cannot read from %s " % (uber_file_name )
continue
uber_text = string.replace(uber_text,"#SRC_ROOT_PATH#", project.src_root_path)
try:
(uber_target_name,
uber_text_1,
uber_text_2,
uber_text_3,
uber_output_path) = string.split(uber_text, "<<>>")
except:
print "==> Cannot parse %s from module %s for <<>> sections" % (uber_file_name, module.name)
continue
uber_target_name = string.strip(uber_target_name)
# also add this as a subtarget for the Make All target
all_module_targetnames_list.append(uber_target_name)
# now we look for the <SUBTARGETLIST></SUBTARGETLIST> in the target section of the
# module's XML, and replace it with a list of all actual dependencies
# make a subtarget list containing our dependencies list, and replace the empty one
# in the template with ours
deps = mod.dependencies()[:]
deps.reverse()
dependencies_section_xml = MakeDependenciesSubtargetListXML(deps)
uber_text_1 = string.replace(uber_text_1,
dependencies_section_empty,
dependencies_section_xml,
1)
# if an empty subtarget list is left in the template, remove it
uber_text_1 = string.replace(uber_text_1,
dependencies_section_empty,
"",
1)
# finally, follow the target, targetorder, and group placeholders in the top level
# template with the data for this module
template1 = string.replace(uber_template, target_tag, target_tag + '\n' + uber_text_1, 1)
template2 = string.replace(template1, targetorder_tag, targetorder_tag + '\n' + uber_text_2, 1)
uber_template = string.replace(template2, group_tag, group_tag + '\n' + uber_text_3, 1)
# if we found any uber.xml files, generate the master uber.xml file
# print "Extracted uber-project XML from %s" % (string.join(success_list, ", "))
# insert the Make All subtarget list
make_all_dependencies_section_xml = MakeDependenciesSubtargetListXML(all_module_targetnames_list)
uber_template = string.replace(uber_template,
make_all_subtargets_tag,
make_all_dependencies_section_xml, 1)
# remove the placeholder tags from the template
uber_template = string.replace(uber_template, target_tag, "", 1)
uber_template = string.replace(uber_template, targetorder_tag, "", 1)
uber_template = string.replace(uber_template, group_tag, "", 1)
# write out the file into an uber directory in the source directory
uberxml_output_name = project.makefile_name + "_uber.xml"
print "Writing %s" % (uberxml_output_name)
try:
# delete any old xml file with the same name as our uber
if os.path.isfile(uberxml_output_name):
os.remove(uberxml_output_name)
open(uberxml_output_name, 'w').write(uber_template)
except IOError:
print "*** Failed to write file %s" % (uberxml_output_name)
def WriteProjectSettingsXML(mprj, templateName):
""" Writes out the Applescript which writes the <SETTINGS> section of
the CodeWarrior XML. This includes all the CW project preferences,
source file list and link order. This function is used to write
out the settings for 'project.xml' and 'project_uber.xml' """
template_filename = os.path.join(os.environ['BUILD_ROOT'],"bin","mac", templateName)
template_text = open(template_filename,"r").read()
## set access paths
user_list = []
if templateName == "project_uber.xml":
# uber can't have local paths eg. ':', ':pub:'
# they must be like '::pndebug:', '::pndebug:pub:'
module_path = os.getcwd()
src_root_path = macpath.normpath(os.path.join(module_path,mprj.project.src_root_path))+":"
for (path, recursive, origin) in mprj.user_paths:
umake_lib.debug("USER_PATH: %s => (%s)" %
(repr(path),
repr(mprj.project.src_root_path)))
path = macpath.normpath(macpath.join(module_path, path))
if path[:len(src_root_path)] == src_root_path:
path = "#SRC_ROOT_PATH#" + path[len(src_root_path):]
umake_lib.debug("USER_PATH: => %s (%s)" %
(repr(path),
repr(src_root_path)))
user_list.append(path)
else:
for (path, recursive, origin) in mprj.user_paths:
path = macpath.normpath(path)
user_list.append(path)
## Set CodeWarrior prefs
empty_list = []
template_text = SetAccessPathBlock(template_text,
user_list,
empty_list,
empty_list,
"#USER_SEARCH_PATHS#")
system_list = []
recursive_list = []
origin_list = []
for (path, recursive, origin) in mprj.system_paths:
system_list.append(path)
recursive_list.append(recursive)
origin_list.append(origin)
template_text = SetAccessPathBlock(template_text,
system_list,
recursive_list,
origin_list,
"#SYSTEM_SEARCH_PATHS#")
## add files
file_list = string.join(mprj.source_list, ',')
source_dir,output_dir = macpath.split(mprj.output_dir_path)
target_type = ''
if output_dir == "debug":
target_type = "debug"
template_text = SetFileListBlock(template_text,
file_list,
"#TEXT_FILE_LIST#",
"Text",
target_type)
source_list = []
for file_name in mprj.source_list:
source_list.append(file_name)
if len(mprj.library_list):
library_list = string.join(mprj.library_list, ',')
template_text = SetFileListBlock(template_text,
library_list,
"#LIB_FILE_LIST#",
"Library",
"")
# add libs to source list since they need to be
# included with groups, link order iterms
for library in mprj.library_list:
lib_path, lib_name = os.path.split(library)
if lib_name not in mprj.source_list:
source_list.append(lib_name)
else:
template_text=string.replace(template_text, "#LIB_FILE_LIST#", "")
# link order
file_list = string.join(source_list, ',')
gLinkOrderBlockString="""
<FILEREF>
<PATHTYPE>Name</PATHTYPE>
<PATH>#THE_VALUE#</PATH>
<PATHFORMAT>MacOS</PATHFORMAT>
</FILEREF>
"""
template_text = SetPreferenceBlock(template_text,
file_list,
gLinkOrderBlockString,
"#LINK_ORDER_ITEMS#")
## add frameworks
if len(mprj.project.sys_frameworks):
framework_string_list = string.join(mprj.project.sys_frameworks, ',')
template_text=SetFrameworkBlock(template_text,
framework_string_list,
"#FRAMEWORK_LIST#")
else:
template_text=string.replace(template_text, "#FRAMEWORK_LIST#", "")
## group order
template_text=SetGroupBlock(template_text,
file_list,
"#GROUP_LIST_ITEMS#",
mprj.cwtarget_name)
template_text = string.replace(template_text,
"#GROUP_NAME#",
mprj.cwtarget_name)
## CW project preferences
template_text=SetPreferenceValue(template_text, "MWFrontEnd_C_prefixname", mprj.prefix_file)
template_text=SetPreferenceValue(template_text, "MWRez_Language_prefixname", mprj.rprefix_file)
## set remaining preferences - theses are defined in macos-carbon-powerpc-cw6.cf
for (panel, pref) in mprj.preferences.items():
for (pref_key, pref_value) in pref.items():
template_text = SetPreferenceValue(template_text,
pref_key,
pref_value)
# set target dir to debug/release
if templateName == "project_uber.xml":
module_path = mprj.project_file_path[:-1]
module_path, module_name = os.path.split(module_path)
module_path, module_name = os.path.split(module_path)
template_text = string.replace(template_text,
"#TARGET_DIR#",
"#SRC_ROOT_PATH#%s:%s:" % (module_name,output_dir))
template_text = string.replace(template_text,
"#OUTPUT_FILE_NAME#",
"%s:%s" % (output_dir,mprj.output_name))
else:
template_text = string.replace(template_text,
"#TARGET_DIR#",
":%s:" % (output_dir))
template_text = string.replace(template_text,
"#TARGET_NAME#",
mprj.cwtarget_name)
return template_text
