win32-psos-arm.cf

linux下的一款播放器

# -*- python -*-
#
# ***** BEGIN LICENSE BLOCK *****
# Source last modified: $Id: win32-psos-arm.cf,v 1.4 2004/10/07 17:08:54 rishimathew Exp $
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"""Settings to build ARM libs for PSOS with ADS compiler on i386 Windows."""

exec_config_file('win32-psos.cf')
exec_config_file('win-nmake.cf')

project.AddBuildOption('nodll')
project.AddBuildOption('static')
project.AddBuildOption('static_only')

if project.build_choices.count("dynamic"):
    print "*** -t dynamic is not supported."
    project.RemoveBuildOption('dynamic')

platform.include_arg = '-I'
platform.define_arg = '-D'
platform.object_suffix = 'o'
platform.shared_object_suffix = 'obj'

## suffixes for target types
platform.library_suffix      = 'lib'

platform.make_lib.cmd = 'armar -create'
#satya_temp platform.make_lib.cmd  = 'armlink -partial -info sizes,totals,unused -map -list ptl.map -output'

platform.make_lib.make_var = 'MAKE_LIB'
platform.make_lib.make_flags = 'MAKE_LIB_FLAGS'

## list of PCF files to run
platform.pcf_prefix_list = platform.pcf_prefix_list + ['psos_arm']

project.AddDefines("ARM_COTULLA")
project.AddDefines('ARM', '_ARM', '_PSOS',
                   '_UNIX_THREADED_NETWORK_IO',
                   'HELIX_CONFIG_DISABLE_ATOMIC_OPERATORS', # until we have a real implementation
                   'HELIX_CONFIG_FIXEDPOINT' # use fixed point implementation where possible.
                   )

if project.BuildOption('arm_thumb'):
    project.AddDefines('ARM_THUMB')
else:
    project.AddDefines('ARM_ADS')

## suffixes for target types
platform.exe_suffix          = 'a'

## Compiler Class
class ARMCompiler(Compiler):
    def __init__(self):
        Compiler.__init__(self)

    def execute(self, target_file, src_file):
        extra_args = ''

        return form_string(
            platform.form_var(self.make_var),
            platform.form_var(self.make_flags),
            extra_args,
            self.target_arg + target_file,
            self.source_arg,
            src_file)

class ARMAssembler(Compiler):
    def __init__(self):
        Compiler.__init__(self)

    def setup_flags_var(self):
        def_str = form_string(platform.form_var("INCLUDES"))
        return form_string(self.make_flags, '=', self.form_args(), def_str)

## instance compiler object
platform.cc = ARMCompiler()
platform.cxx = ARMCompiler()
platform.asm = ARMAssembler()

cc = platform.cc
cxx = platform.cxx

if project.IsDefined('ARM_ADS'):
    cxx.cmd = 'armcpp'
    cc.cmd = 'armcpp -ansi'
else:
    cxx.cmd = 'tcpp'
    cc.cmd = 'tcpp'
    
cxx.source_arg = cc.source_arg = '-c '
cxx.target_arg = cc.target_arg = '-o'
cxx.make_var = 'CXX'
cc.make_var = 'CC'
cxx.make_flags = 'CXXFLAGS'
cc.make_flags = 'CCFLAGS'
cxx.include_arg = cc.include_arg = '-I'

asm = platform.asm
asm.cmd = 'armasm'
asm.source_arg = ' '
asm.make_var = 'ARMASM'
asm.make_flags = 'ARMASMFLAGS'
asm.target_arg = '-o'
asm.include_arg = '-I'

asm.args['debug'] = '-g'
platform.build_rules['.s'] = BuildRule('.s', '.obj', asm)

## PLAYER_HELIX Changed for a smaller footprint 
## cxx.args['debug']   = cc.args['debug'] = '-g -O0'
cxx.args['debug']   = cc.args['debug'] = '-O2 -Otime -Oldrd -g -dwarf2'

## no_optimize: no optimization on release builds
if project.BuildOption('no_optimize'):
    cc.args['release'] = '-g- -O0'
else:
    cc.args['release'] = '-g- -O2'

cxx.args['release'] = cc.args['release']

def ARMTimeOptimize():
    cc.args['default'] = cc.args['default'] + ' -Otime -Oldrd'
    cxx.args['default'] = cxx.args['default'] + ' -Otime -Oldrd'

class ARMLinker(Linker2):
    def __init__(self):
        Linker2.__init__(self)

        ## these are here to emulate the old linker class
        ## for Umakefil/*.pcf files which do direct modification
        ## of this class
        self.def_file = ""
        self.implib_file = ""

        self.args = {}
        self.args["default"] = ""
        self.args["debug"] = ""
        self.args["release"] = ""
        self.args["dll"] = ""

    def link_paths(self):
        return string.join(platform.system_paths) +\
               string.join(project.system_paths)

    def LinkLIB(self, target_path, objects):
        cmd_list = []

        cmd = "%s %s %s" % (platform.make_lib.cmd, target_path, objects)
        cmd_list.append(cmd)

        return cmd_list

    def CleanLIB(self, target_path):
        return [target_path]

    def LinkDLL(self, target_path, objects, static_libs, dynamic_libs):
        # XXXSAB fill this in
        return ['echo %s' % target_path]

    def CleanDLL(self, target_path):
        list = []
        list.append(target_path)
        return list

    def LinkEXE(self, target_path, objects, static_libs, dynamic_libs):
        cmd_list = []

        arg_list = ['-remove -verbose -errors errors.txt -info sizes,totals,unused -map -list image.map -output', target_path]
#        arg_list = ['-create', target_path]
        arg_list.append(self.link_paths())
        arg_list.append(objects)
        libs = project.libraries + project.libraries2 + \
               project.local_libs + project.module_libs + \
               project.dynamic_libraries + \
               project.sys_libraries
        for lib in libs:
            arg_list = arg_list + [lib]
        cmd = "armlink %s" % (string.join(arg_list))
        cmd_list.append(cmd)

        return cmd_list
    
    def CleanEXE(self, target_path):
        list = []
        list.append(target_path)
        return list

platform.link = ARMLinker()

## target paths
project.output_dir = '%sarm' % project.output_dir