def main(self):
# parse command line arguments
cap = CygAptArgParser(scriptname=self.getAppName())
args = cap.parse()
# initialize main variables with command line arguments and options
main_command = args.command
main_files = args.package[:]
main_files.insert(0, main_command)
main_packagename = None
if len(args.package) > 0:
main_packagename = args.package[0]
main_verbose = args.verbose
main_download_p = args.download_p
main_mirror = args.mirror
main_distname = args.distname
main_noupdate = args.noupdate
main_nodeps_p = args.nodeps_p
main_regex_search = args.regex_search
main_nobarred = args.force
main_verify = args.verify
main_nopostinstall = args.nopostinstall
main_nopostremove = args.nopostremove
main_downloads = None
main_dists = 0
main_installed = 0
# locate and parse the configuration file
main_cyg_apt_rc = self.getConfigPath()
config = None
if main_cyg_apt_rc:
config = cautils.parse_rc(main_cyg_apt_rc)
elif (main_command != "setup"):
print("{0}: no .{0}: run \"{0} setup\"".format(self.getAppName()),
file=sys.stderr)
return 1
# create a CygAptSetup instance and its dependencies
main_cygwin_p = (sys.platform == "cygwin")
is_64_bit = False
if main_cygwin_p:
# Running Cygwin python, so python architecture == Cygwin architecture
if 2**32 < sys.maxsize:
is_64_bit = True
elif config and main_command != 'setup':
# Running Windows python, so examine cygwin1.dll
pathMapper = PathMapper(config.ROOT.rstrip('\\/'), main_cygwin_p)
if cautils.pe_is_64_bit(pathMapper.mapPath("/bin/cygwin1.dll")):
is_64_bit = True
if is_64_bit:
main_arch = 'x86_64'
else:
main_arch = 'x86'
cas = CygAptSetup(main_cygwin_p, main_verbose, main_arch)
# run command
if (main_command == "setup"):
cas.setup(args.force)
return 0
elif (main_command == "help"):
cas.usage(main_cyg_apt_rc)
return 0
elif (main_command == "update"):
cas.update(main_cyg_apt_rc, main_verify, main_mirror=main_mirror)
return 0
# make an update if needed
update_not_needed = [
"ball",
"find",
"help",
"purge",
"remove",
"version",
"filelist",
"update",
"setup",
"md5",
]
always_update = config.always_update
always_update = always_update and\
main_command not in update_not_needed and\
not main_noupdate
if always_update:
cas.update(main_cyg_apt_rc, main_verify, main_mirror=main_mirror)
if main_command and main_command in dir(CygApt):
cyg_apt = CygApt(
main_packagename,
main_files,
main_cyg_apt_rc,
main_cygwin_p,
main_download_p,
main_mirror,
main_downloads,
main_distname,
main_nodeps_p,
main_regex_search,
main_nobarred,
main_nopostinstall,
main_nopostremove,
main_dists,
main_installed,
self.getAppName(),
main_verbose,
main_arch,
)
getattr(cyg_apt, main_command)()
else:
cas.usage(main_cyg_apt_rc)
return 0
def testPEArchitecture(self, filename, expected):
fn = os.path.join(__DIR__, 'fixtures', 'utils', filename);
self.assertTrue(utils.pe_is_64_bit(fn) is expected);
def testPEArchitectureRaisesWithInvalidFile(self, filename, expectedMessage):
fn = os.path.join(__DIR__, 'fixtures', 'utils', filename);
message = '^{0}$'.format(re.escape(expectedMessage.format(fn)));
with self.assertRaisesRegexp(UnexpectedValueException, message):
utils.pe_is_64_bit(fn);
def main(self):
# parse command line arguments
cap = CygAptArgParser(scriptname=self.getAppName());
args = cap.parse();
# initialize main variables with command line arguments and options
main_command = args.command;
main_files = args.package[:];
main_files.insert(0, main_command);
main_packagename = None;
if len(args.package) > 0:
main_packagename = args.package[0];
main_verbose = args.verbose;
main_download_p = args.download_p;
main_mirror = args.mirror;
main_distname = args.distname;
main_noupdate = args.noupdate;
main_nodeps_p = args.nodeps_p;
main_regex_search = args.regex_search;
main_nobarred = args.force;
main_verify = args.verify;
main_nopostinstall = args.nopostinstall;
main_nopostremove = args.nopostremove;
main_downloads = None;
main_dists = 0;
main_installed = 0;
# locate and parse the configuration file
main_cyg_apt_rc = self.getConfigPath();
config = None;
if main_cyg_apt_rc:
config = cautils.parse_rc(main_cyg_apt_rc);
elif (main_command != "setup"):
print(
"{0}: no .{0}: run \"{0} setup\"".format(self.getAppName()),
file=sys.stderr
);
return 1;
# create a CygAptSetup instance and its dependencies
main_cygwin_p = (sys.platform == "cygwin");
is_64_bit = False;
if main_cygwin_p :
# Running Cygwin python, so python architecture == Cygwin architecture
if 2**32 < sys.maxsize :
is_64_bit = True;
elif config and main_command != 'setup' :
# Running Windows python, so examine cygwin1.dll
pathMapper = PathMapper(config.ROOT.rstrip('\\/'), main_cygwin_p);
if cautils.pe_is_64_bit(pathMapper.mapPath("/bin/cygwin1.dll")) :
is_64_bit = True;
if is_64_bit :
main_arch = 'x86_64';
else:
main_arch = 'x86';
cas = CygAptSetup(main_cygwin_p, main_verbose, main_arch);
# run command
if (main_command == "setup"):
cas.setup(args.force);
return 0;
elif (main_command == "help"):
cas.usage(main_cyg_apt_rc);
return 0;
elif (main_command == "update"):
cas.update(main_cyg_apt_rc, main_verify, main_mirror=main_mirror);
return 0;
# make an update if needed
update_not_needed = [
"ball", "find", "help", "purge", "remove", "version",
"filelist", "update", "setup", "md5",
];
always_update = config.always_update;
always_update = always_update and\
main_command not in update_not_needed and\
not main_noupdate;
if always_update:
cas.update(main_cyg_apt_rc, main_verify, main_mirror=main_mirror);
if main_command and main_command in dir(CygApt):
cyg_apt = CygApt(
main_packagename,
main_files,
main_cyg_apt_rc,
main_cygwin_p,
main_download_p,
main_mirror,
main_downloads,
main_distname,
main_nodeps_p,
main_regex_search,
main_nobarred,
main_nopostinstall,
main_nopostremove,
main_dists,
main_installed,
self.getAppName(),
main_verbose,
main_arch,
);
getattr(cyg_apt, main_command)();
else:
cas.usage(main_cyg_apt_rc);
return 0;
