def __init__(self, debug=False, make_dir=None):
"""Generates the default make files.
Args:
make_dir: string: The directory in which make files are created.
cleanup: bool: Cleanup at the end.
"""
if not make_dir:
make_dir = os.path.join(FileUtils.GetBinDir(), '__build_files__')
self.__make_dir = make_dir
self.__debug = debug
# Create the dir if not already present.
if not os.path.exists(make_dir):
os.makedirs(make_dir)
(makefile_fd,
self.__makefile_name) = tempfile.mkstemp(prefix='makefile_',
suffix='.main.mak',
dir=make_dir)
# Detect supported compilers
self.__gcc_supported = self._CompilerSupported('gcc')
self.__clang_supported = self._CompilerSupported('clang')
# Generate dummy files.
self.ResetMakeFiles()
def WorkHorse(cls, rules):
"""Runs the workhorse for the command.
Args:
rules: list: List of rules to be handled.
Return:
(list, list): Returns a tuple of list in the form
(successful_rules, failed_rules) specifying rules that succeeded and
ones that failed.
"""
# Create the user friendly link to bin dir if it doesn't already exist.
FileUtils.CreateLink(FileUtils.GetEDir(), FileUtils.GetBinDir())
# Create the link to the web test directory if it exists
if os.path.exists(FileUtils.GetWebTestHtmlLink()):
FileUtils.CreateLink(FileUtils.GetWebTestHtmlLink(),
FileUtils.GetWebTestHtmlDir())
gen_makefile = GenMakefile(Flags.ARGS.debug)
gen_makefile.GenMainMakeFile()
(success_genmake,
failed_genmake) = gen_makefile.GenAutoMakeFileFromRules(
rules, Flags.ARGS.allowed_rule_types)
(success_make,
failed_make) = cls._MakeRules(success_genmake,
gen_makefile.GetMakeFileName())
return (success_make, failed_genmake + failed_make)
def create_working_dir(cls, name):
"""Delete old temporary files AND create the working directory
Args:
name (string) : the package name
Returns:
the working directory to use
"""
workingdir = os.path.join(FileUtils.GetBinDir(), 'package',
'%s' % name)
# clean up the old package if necessary
if os.path.isdir(workingdir):
shutil.rmtree(workingdir)
os.makedirs(workingdir)
return workingdir
def __init__(self, rule_name):
"""initializes the state
Args:
rule_name (string) - the rule name
Raises:
UnsupportedRuleError: raises exception if the rule type is not yet
supported. add to the RULE_TYPES lists
"""
# Create the user friendly link to bin dir if it doesn't already exist.
FileUtils.CreateLink(FileUtils.GetEDir(), FileUtils.GetBinDir())
rule_name = Utils.RuleNormalizedName(rule_name)
Rules.LoadRule(rule_name)
self._rule = Rules.GetRule(rule_name)
if not self._rule['_type'] in Packager.RULE_PACKAGER:
err = 'Rule type %s not supported' % self._rule._type
TermColor.Error(err)
raise UnsupportedRuleError(err)
self._packager = Packager.RULE_PACKAGER[self._rule['_type']]
def make_package(cls, rule):
"""@override"""
name = rule['name']
if not 'rule' in rule or not rule['rule']:
err = 'no rule field for %s' % name
TermColor.Error(err)
raise Error(err)
if not 'ctrl' in rule or not rule['ctrl']:
err = 'no yaml ctrl field for %s' % name
TermColor.Error(err)
raise Error(err)
subprocess.check_call('flash build %s' % rule['rule'], shell=True)
# clean up the old package and create the working directory
workingdir = PkgUtils.create_working_dir(name)
# collect the files
files = {}
# the binary path
files[os.path.join(FileUtils.GetBinDir(), rule['rule'])] = \
os.path.basename(rule['rule'])
# the loop script
files[os.path.join(FileUtils.GetSrcRoot(),
Flags.ARGS.loop_script_path)] = 'loop'
# the control script
files[os.path.join(FileUtils.GetSrcRoot(),
Flags.ARGS.pkg_bin_ctrl_path)] = 'control'
# the yaml file
files[os.path.join(FileUtils.GetSrcRoot(),
rule['ctrl'])] = 'control.yaml'
# copy the files
for src, dest in files.items():
shutil.copy2(src, os.path.join(workingdir, dest))
# copy the shared files
CopyShared.copy(workingdir)
# import the package
packages = Packages(host=Flags.ARGS.pkg_host,
user=Flags.ARGS.pkg_user,
root=Flags.ARGS.pkg_repo)
# import the package
if Flags.ARGS.pkg_version_prefix:
return name, packages.f_import(workingdir, name,
Flags.ARGS.pkg_version_prefix)
else:
return name, packages.f_import(workingdir, name)
def GenMainMakeFile(self):
"""Generates the main make file."""
f = open(self.GetMakeFileName(), 'w')
f.write('SRCROOT = %s\n' % FileUtils.GetSrcRoot())
f.write('BINDIR = %s\n' % FileUtils.GetBinDir())
f.write('AUTO_MAKEFILE_CC = %s\n' % self.GetAutoMakeFileName('cc'))
f.write('AUTO_MAKEFILE_JS = %s\n' % self.GetAutoMakeFileName('js'))
f.write('AUTO_MAKEFILE_NG = %s\n' % self.GetAutoMakeFileName('ng'))
f.write('AUTO_MAKEFILE_NGE2E = %s\n' %
self.GetAutoMakeFileName('nge2e'))
f.write('AUTO_MAKEFILE_PKG = %s\n' % self.GetAutoMakeFileName('pkg'))
f.write('AUTO_MAKEFILE_PKG_BIN = %s\n' %
self.GetAutoMakeFileName('pkg_bin'))
f.write('AUTO_MAKEFILE_PKG_SYS = %s\n' %
self.GetAutoMakeFileName('pkg_sys'))
f.write('AUTO_MAKEFILE_PY = %s\n' % self.GetAutoMakeFileName('py'))
f.write('AUTO_MAKEFILE_SWIG = %s\n' % self.GetAutoMakeFileName('swig'))
f.write('PROTOBUFDIR = %s\n' % ProtoRules.GetProtoBufBaseDir())
f.write('PROTOBUFOUTDIR = %s\n' % ProtoRules.GetProtoBufOutDir())
f.write('SWIGBUFOUTDIR = %s\n' % SwigRules.GetSwigOutDir())
f.write('\n')
makefile_template = os.path.join(
os.path.dirname(
os.path.abspath(inspect.getfile(inspect.currentframe()))),
self.GetMakeFileTemplate())
f.write(
'###############################################################\n'
)
f.write('#Template from: %s \n' % makefile_template)
f.write(
'###############################################################\n'
)
f.write(open(makefile_template).read())
f.write(
'\n###############################################################\n'
)
