def __init__(self, platform, project):
global project_extension
global workspace_extension
umake_lib.Targets.__init__(self, platform, project)
dsw=Workspace()
projects = []
makefiles = []
for sumake in project.get_uber_makes():
makefiles.append(sumake.abs_makefile())
name = umake_lib.declaw_name(sumake.abs_makefile())
path = os.path.dirname(sumake.makefile())
path = os.path.join(path, umake_lib.declaw_name(sumake.abs_makefile()))
dsw.AddProject(name,path+"."+project_extension)
for dep in sumake.dependencies():
dep = umake_lib.declaw_name(dep)
dsw.AddDependency(name, dep)
name = os.path.join(self.project.module_directory(),
self.project.makefile_name)
name = umake_lib.declaw_name(name)
umake_lib.write_file(name+"."+workspace_extension,dsw.generate())
def __init__(self, platform, project):
umake_lib.Targets.__init__(self, platform, project)
self.variables = {}
self.setup_variables()
name = os.path.join(self.project.module_directory(),
self.project.makefile_name)
name = umake_lib.declaw_name(name)
proj=Project(name,
self.project.makefile_name,
project.getTargetType(),
self.variables)
self.proj=proj
self.add_configurations()
for src in project.sources:
sourcefile = umake_lib.SourceFile(
platform, src, project.object_dir)
proj.AddSourceFile(sourcefile)
cache = globals().get("__umake_win_makefile_header_cache__",
{"dir":""})
if cache["dir"] != os.getcwd():
cache["dir"]=os.getcwd()
headers = []
## Not very pretty, we add all header files
## found in this directory (or any subdir)
## to the project.
potential_headers = [ "." ]
for h in potential_headers:
if os.path.isdir(h):
for f in os.listdir(h):
potential_headers.append(os.path.join(h,f))
else:
if string.lower(os.path.splitext(h)[1]) == ".h":
headers.append(h)
cache["headers"] = headers
globals()["__umake_win_makefile_header_cache__"] = cache
proj.AddHeaderFiles(cache["headers"])
global project_extension
global workspace_extension
name = os.path.join(self.project.module_directory(),
self.project.makefile_name)
name = umake_lib.declaw_name(name)
data=proj.generate()
umake_lib.write_file(name+"."+project_extension,proj.generate())
def WritePrefixFile(mprj):
"""Write the prefix header file for projects. Prefix files on the
Macintosh are, by default, always included in every source file before
any other header file. Therefore, it is a useful place to set up
#defines, since the Mac doesn't support doing them any other way."""
line_list = [
"/* Prefix File Generated by Umake */",
]
## get all the defines into one list
line_list.append("/* begin defines */")
for define in mprj.define_list:
index = string.find(define, '=')
## define without value, just set to true
if index == -1:
line_list.append("#define %s 1" % (define))
continue
## define with value
key = string.strip(define[:index])
value = string.strip(define[index+1:])
line_list.append('#define %s %s' % (key, value))
line_list.append("/* end defines */")
## PPC vs. 68k, very legacy...
line_list = line_list + [
"#ifdef __POWERPC__",
" #define _MACPPC 1",
"#else",
" #define _MAC68K 1",
"#endif /* __POWERPC__ */",
]
## included in everything
for include in mprj.prefix_file_include_list:
line_list.append("#include <%s>" % (include))
## write the file and set creator/type
data=string.join(line_list,"\n") + "\n"
umake_lib.write_file(mprj.prefix_file_path, data)
fsspec = macfs.FSSpec(mprj.prefix_file_path)
fsspec.SetCreatorType('CWIE', 'TEXT')
def WriteResourcePrefixFile(mprj):
"""Write the prefix header file for resource projects."""
line_list = [
"/* Resource Prefix File Generated by Umake */",
"#include <types.r>",
"#define _MACINTOSH",
]
data=string.join(line_list,"\n") + "\n"
umake_lib.write_file(mprj.rprefix_file_path, data)
fsspec = macfs.FSSpec(mprj.rprefix_file_path)
fsspec.SetCreatorType('CWIE', 'TEXT')
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("")
