def testUsageContainCommand(self, command):
ob = CygAptOb(True);
try:
self.obj.usage();
finally:
ret = ob.getClean();
self.assertTrue(" {0}".format(command) in ret);
def testUsageContainCommand(self, command):
ob = CygAptOb(True)
try:
self.obj.usage()
finally:
ret = ob.getClean()
self.assertTrue(" {0}".format(command) in ret)
def testChecksum(self):
self.obj.download();
ob = CygAptOb(True);
try:
self.obj.checksum();
finally:
ret = ob.getClean();
lines = ret.splitlines();
self.assertEqual(2, len(lines));
self.assertEqual(lines[0], lines[1]);
def testChecksum(self):
self.obj.download()
ob = CygAptOb(True)
try:
self.obj.checksum()
finally:
ret = ob.getClean()
lines = ret.splitlines()
self.assertEqual(2, len(lines))
self.assertEqual(lines[0], lines[1])
def testFind(self):
pkgname = self._var_setupIni.libpkg.name
self.testInstall(pkgname)
self.obj.setPkgName("version")
expected = "{0}: {1}\n".format(pkgname, "/var/" + pkgname + "/version")
ob = CygAptOb(True)
self.obj.find()
ret = ob.getClean()
self.assertEqual(ret, expected)
def testSearch(self):
self.obj.setPkgName("libp")
expected = "{0} - {1}\n".format(
self._var_setupIni.libpkg.name,
self._var_setupIni.libpkg.shortDesc.replace('"', ''))
ob = CygAptOb(True)
self.obj.search()
ret = ob.getClean()
self.assertEqual(ret, expected)
def testSearch(self):
self.obj.setPkgName("libp");
expected = "{0} - {1}\n".format(
self._var_setupIni.libpkg.name,
self._var_setupIni.libpkg.shortDesc.replace('"','')
);
ob = CygAptOb(True);
self.obj.search();
ret = ob.getClean();
self.assertEqual(ret, expected);
def testFind(self):
self.testDoInstall();
self.obj.setPkgName("version");
pkgname = self._var_setupIni.pkg.name;
expected = "{0}: {1}\n".format(
pkgname,
os.path.join("/var", pkgname, "version")
);
ob = CygAptOb(True);
self.obj.find();
ret = ob.getClean();
self.assertEqual(ret, expected);
def testFind(self):
pkgname = self._var_setupIni.libpkg.name;
self.testInstall(pkgname);
self.obj.setPkgName("version");
expected = "{0}: {1}\n".format(
pkgname,
"/var/"+pkgname+"/version"
);
ob = CygAptOb(True);
self.obj.find();
ret = ob.getClean();
self.assertEqual(ret, expected);
def main(self):
main_downloads = None;
main_dists = 0;
main_installed = 0;
main_packagename = None;
main_cyg_apt_rc = None;
home_cyg_apt_rc = None;
main_verbose = False;
main_cygwin_p = (sys.platform == "cygwin");
cas = CygAptSetup(main_cygwin_p, main_verbose);
update_not_needed = [
"ball", "find", "help", "purge", "remove", "version",
"filelist", "update", "setup", "md5",
];
ob = CygAptOb(True);
cas.usage();
usage = ob.getFlush();
cap = CygAptArgParser(usage=usage, scriptname=self.getAppName());
args = cap.parse();
main_command = args.command;
main_files = args.package[:];
main_files.insert(0, main_command);
if len(args.package) > 0:
main_packagename = args.package[0];
else:
main_packagename = None;
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;
cas.setVerbose(main_verbose);
# Take most of our configuration from .cyg-apt
# preferring .cyg-apt in current directory over $(HOME)/.cyg-apt
cwd_cyg_apt_rc = os.path.join(
os.getcwd(),
".{0}".format(self.getAppName())
);
if os.path.exists(cwd_cyg_apt_rc):
main_cyg_apt_rc = cwd_cyg_apt_rc;
elif "HOME" in os.environ:
home_cyg_apt_rc = os.path.join(
os.environ['HOME'],
".{0}".format(self.getAppName())
);
if os.path.exists(home_cyg_apt_rc):
main_cyg_apt_rc = home_cyg_apt_rc;
if main_cyg_apt_rc:
# Take our configuration from .cyg-apt
# Command line options can override, but only for this run.
main_cyg_apt_rc = main_cyg_apt_rc.replace("\\","/");
elif (main_command != "setup"):
print(
"{0}: no .{0}: run \"{0} setup\"".format(self.getAppName()),
file=sys.stderr
);
return 1;
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;
always_update = cautils.parse_rc(main_cyg_apt_rc);
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
);
getattr(cyg_apt, main_command)();
else:
cas.usage(main_cyg_apt_rc);
return 0;
def setUp(self):
TestCase.setUp(self)
self.obj = CygAptOb(False)
class TestOb(TestCase):
def setUp(self):
TestCase.setUp(self)
self.obj = CygAptOb(False)
def tearDown(self):
self.obj._end()
TestCase.tearDown(self)
def makeOn(self):
txt = "TestOb.makeOn "
print(txt, end="")
value = sys.stdout.getvalue()
self.assertTrue(value.endswith(txt))
self.assertTrue(self.obj._state)
def makeOff(self):
self.assertEqual(repr(sys.stdout), REPR_STDOUT)
self.assertFalse(self.obj._state)
def test__init__(self):
self.assertTrue(isinstance(self.obj, CygAptOb))
def testClean(self):
self.obj.clean()
self.makeOff()
self.obj.start()
self.makeOn()
self.obj.clean()
self.assertEqual(self.obj._buffer.getvalue(), "")
self.assertNotEqual(self.obj._value, "")
self.assertNotEqual(self.obj.getContents(), "")
def testStartEnd(self):
self.obj._end()
self.makeOff()
self.obj.start()
self.makeOn()
self.obj._end()
self.makeOff()
def testEndClean(self):
self.obj.endClean()
self.makeOff()
self.obj.start()
self.makeOn()
self.obj.endClean()
self.makeOff()
def testEndFlush(self):
self.obj.endFlush()
self.makeOff()
self.obj.start()
self.makeOn()
self.obj.endFlush()
self.makeOff()
def testFlush(self):
self.obj.flush()
self.makeOff()
self.obj.start()
self.makeOn()
self.obj.flush()
self.makeOn()
def testGetClean(self):
ret = self.obj.getClean()
self.assertFalse(ret)
self.makeOff()
self.obj.start()
self.makeOn()
t = self.obj._buffer.getvalue()
txt = "TestOb.test_getClean"
print(txt)
ret = self.obj.getClean()
self.assertEqual(ret, "{0}{1}\n".format(t, txt))
self.makeOff()
def testGetContent(self):
ret = self.obj.getContents()
self.assertFalse(ret)
self.makeOff()
self.obj.start()
txt = "TestOb.test_get_content"
print(txt)
ret = self.obj.getContents()
self.assertEqual(ret, "{0}\n".format(txt))
self.makeOn()
def testGetFlush(self):
ret = self.obj.getFlush()
self.assertFalse(ret)
self.makeOff()
self.obj.start()
txt = "TestOb.test_getFlush"
print(txt)
ret = self.obj.getFlush()
self.assertEqual(ret, "{0}\n".format(txt))
self.makeOff()
def testGetLength(self):
ret = self.obj.getLength()
self.assertFalse(ret)
self.makeOff()
self.obj.start()
length = 10
print("t" * length)
ret = self.obj.getLength()
self.assertEqual(ret, length + 1)
self.makeOn()
def testImplicitFlush(self):
self.obj.implicitFlush(True)
self.makeOff()
self.obj.implicitFlush(False)
self.makeOn()
def setUp(self):
unittest.TestCase.setUp(self);
self.obj = CygAptOb(False);
class TestOb(unittest.TestCase):
def setUp(self):
unittest.TestCase.setUp(self);
self.obj = CygAptOb(False);
def tearDown(self):
unittest.TestCase.tearDown(self);
self.obj._end();
def makeOn(self):
txt = "TestOb.makeOn ";
print(txt, end="");
value = sys.stdout.getvalue();
self.assertTrue(value.endswith(txt));
self.assertTrue(self.obj._state);
def makeOff(self):
self.assertEqual(repr(sys.stdout), REPR_STDOUT);
self.assertFalse(self.obj._state);
def test__init__(self):
self.assertTrue(isinstance(self.obj, CygAptOb));
def testClean(self):
self.obj.clean();
self.makeOff();
self.obj.start();
self.makeOn();
self.obj.clean();
self.assertEqual(self.obj._buffer.getvalue(), "");
self.assertNotEqual(self.obj._value, "");
self.assertNotEqual(self.obj.getContents(), "");
def testStartEnd(self):
self.obj._end();
self.makeOff();
self.obj.start();
self.makeOn();
self.obj._end();
self.makeOff();
def testEndClean(self):
self.obj.endClean();
self.makeOff();
self.obj.start();
self.makeOn();
self.obj.endClean();
self.makeOff();
def testEndFlush(self):
self.obj.endFlush();
self.makeOff();
self.obj.start();
self.makeOn();
self.obj.endFlush();
self.makeOff();
def testFlush(self):
self.obj.flush();
self.makeOff();
self.obj.start();
self.makeOn();
self.obj.flush();
self.makeOn();
def testGetClean(self):
ret = self.obj.getClean();
self.assertFalse(ret);
self.makeOff();
self.obj.start();
self.makeOn();
t = self.obj._buffer.getvalue();
txt = "TestOb.test_getClean";
print(txt);
ret = self.obj.getClean();
self.assertEqual(ret, "{0}{1}\n".format(t, txt));
self.makeOff();
def testGetContent(self):
ret = self.obj.getContents();
self.assertFalse(ret);
self.makeOff();
self.obj.start();
txt = "TestOb.test_get_content";
print(txt);
ret = self.obj.getContents();
self.assertEqual(ret, "{0}\n".format(txt));
self.makeOn();
def testGetFlush(self):
ret = self.obj.getFlush();
self.assertFalse(ret);
self.makeOff();
self.obj.start();
txt = "TestOb.test_getFlush";
print(txt);
ret = self.obj.getFlush();
self.assertEqual(ret, "{0}\n".format(txt));
self.makeOff();
def testGetLength(self):
ret = self.obj.getLength();
self.assertFalse(ret);
self.makeOff();
self.obj.start();
length = 10;
print("t" * length);
ret = self.obj.getLength();
self.assertEqual(ret, length + 1);
self.makeOn();
def testImplicitFlush(self):
self.obj.implicitFlush(True);
self.makeOff();
self.obj.implicitFlush(False);
self.makeOn();
def setUp(self):
TestCase.setUp(self);
self.obj = CygAptOb(False);
