def test_getOsCheckScript(self):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
ocs = bootstrap_obj.getOsCheckScript()
self.assertEquals(ocs, "scriptDir/os_check_type.py")
def test_copyPasswordFile(self, write_mock, ssh_run_mock,
ssh_init_mock, scp_run_mock,
scp_init_mock, getPasswordFile_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root", password_file="PasswordFile")
bootstrap_obj = Bootstrap("hostname", shared_state)
getPasswordFile_mock.return_value = "PasswordFile"
# Testing max retcode return
expected1 = {"exitstatus": 42, "log": "log42", "errormsg": "errorMsg"}
expected2 = {"exitstatus": 17, "log": "log17", "errormsg": "errorMsg"}
scp_init_mock.return_value = None
scp_run_mock.return_value = expected1
ssh_init_mock.return_value = None
ssh_run_mock.return_value = expected2
res = bootstrap_obj.copyPasswordFile()
self.assertEquals(res, expected1["exitstatus"])
input_file = str(scp_init_mock.call_args[0][3])
remote_file = str(scp_init_mock.call_args[0][4])
self.assertEqual(input_file, "PasswordFile")
self.assertEqual(remote_file, "PasswordFile")
command = str(ssh_init_mock.call_args[0][3])
self.assertEqual(command, "chmod 600 PasswordFile")
# Another order
expected1 = {"exitstatus": 0, "log": "log0", "errormsg": "errorMsg"}
expected2 = {"exitstatus": 17, "log": "log17", "errormsg": "errorMsg"}
scp_run_mock.return_value = expected1
ssh_run_mock.return_value = expected2
def __init__(self):
Bootstrap.__init__(self)
self._msfile = tempfile.NamedTemporaryFile()
self._msfile.delete = False
self._items=0
self._done=0
progs.register("multistrap");
def test_try_to_execute(self, write_mock):
expected = 43
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
# Normal case
def act_normal_return_int():
return 43
ret = bootstrap_obj.try_to_execute(act_normal_return_int)
self.assertEqual(ret["exitstatus"], expected)
self.assertFalse(write_mock.called)
write_mock.reset_mock()
def act_normal_return():
return {"exitstatus": 43}
ret = bootstrap_obj.try_to_execute(act_normal_return)
self.assertEqual(ret["exitstatus"], expected)
self.assertFalse(write_mock.called)
write_mock.reset_mock()
# Exception scenario
def act():
raise IOError()
ret = bootstrap_obj.try_to_execute(act)
self.assertEqual(ret["exitstatus"], 177)
self.assertTrue(write_mock.called)
def test_interruptBootstrap(self, write_mock, createDoneFile_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
bootstrap_obj.interruptBootstrap()
self.assertTrue(createDoneFile_mock.called)
def test_getRepoFile(self, is_suse_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
is_suse_mock.return_value = False
rf = bootstrap_obj.getRepoFile()
self.assertEquals(rf, "/etc/yum.repos.d/ambari.repo")
def test_agent_setup_command_without_project_version(self):
os.environ[AMBARI_PASSPHRASE_VAR_NAME] = ""
version = None
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
version, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
runSetupCommand = bootstrap_obj.getRunSetupCommand("hostname")
self.assertTrue(runSetupCommand.endswith(" 8440"))
def test_getOsCheckScriptRemoteLocation(self, getRemoteName_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
v = "/tmp/os_check_type1374259902.py"
getRemoteName_mock.return_value = v
ocs = bootstrap_obj.getOsCheckScriptRemoteLocation()
self.assertEquals(ocs, v)
def test_getAmbariPort(self):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
self.assertEquals(bootstrap_obj.getAmbariPort(),"8440")
shared_state.server_port = None
bootstrap_obj = Bootstrap("hostname", shared_state)
self.assertEquals(bootstrap_obj.getAmbariPort(),"null")
def test_is_suse(self, open_mock, isfile_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
isfile_mock.return_value = True
f = open_mock.return_value
f.read.return_value = " suse "
self.assertTrue(bootstrap_obj.is_suse())
def test_checkSudoPackage(self, write_mock, run_mock, init_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440")
bootstrap_obj = Bootstrap("hostname", shared_state)
expected = 42
init_mock.return_value = None
run_mock.return_value = expected
res = bootstrap_obj.checkSudoPackage()
self.assertEquals(res, expected)
command = str(init_mock.call_args[0][3])
self.assertEqual(command, "rpm -qa | grep sudo")
def test_getRunSetupWithPasswordCommand(self, environ_mock):
shared_state = SharedState("root", "123", "sshkey_file", "scriptDir",
"bootdir", "setupAgentFile", "ambariServer",
"centos6", None, "8440", "root")
environ_mock.__getitem__.return_value = "TEST_PASSPHRASE"
bootstrap_obj = Bootstrap("hostname", shared_state)
utime = 1234
bootstrap_obj.getUtime = MagicMock(return_value=utime)
ret = bootstrap_obj.getRunSetupWithPasswordCommand("hostname")
expected = "/var/lib/ambari-agent/tmp/ambari-sudo.sh -S python /var/lib/ambari-agent/tmp/setupAgent{0}.py hostname TEST_PASSPHRASE " \
"ambariServer root 8440 < /var/lib/ambari-agent/tmp/host_pass{0}".format(utime)
self.assertEquals(ret, expected)
def test_getRunSetupWithPasswordCommand(self, environ_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
environ_mock.__getitem__.return_value = "TEST_PASSPHRASE"
bootstrap_obj = Bootstrap("hostname", shared_state)
utime = 1234
bootstrap_obj.getUtime = MagicMock(return_value=utime)
ret = bootstrap_obj.getRunSetupWithPasswordCommand("hostname")
expected = "sudo -S python /var/lib/ambari-agent/data/tmp/setupAgent{0}.py hostname TEST_PASSPHRASE " \
"ambariServer root 8440 < /var/lib/ambari-agent/data/tmp/host_pass{0}".format(utime)
self.assertEquals(ret, expected)
def test_getRepoDir(self, is_suse_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir",
"bootdir", "setupAgentFile", "ambariServer",
"centos6", None, "8440")
bootstrap_obj = Bootstrap("hostname", shared_state)
# Suse
is_suse_mock.return_value = True
res = bootstrap_obj.getRepoDir()
self.assertEquals(res, "/etc/zypp/repos.d")
# non-Suse
is_suse_mock.return_value = False
res = bootstrap_obj.getRepoDir()
self.assertEquals(res, "/etc/yum.repos.d")
def test_createDoneFile(self, write_mock):
tmp_dir = tempfile.gettempdir()
shared_state = SharedState("root", "sshkey_file", "scriptDir", tmp_dir,
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
done_file = os.path.join(tmp_dir, "hostname.done")
expected = 42
bootstrap_obj.createDoneFile(expected)
with open(done_file) as df:
res = df.read()
self.assertEqual(res, str(expected))
os.unlink(done_file)
def test_checkSudoPackageUbuntu(self, write_mock, run_mock, init_mock, server_family_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "ubuntu12",
None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
expected = 42
init_mock.return_value = None
run_mock.return_value = expected
server_family_mock.return_value = ["ubuntu", "12"]
res = bootstrap_obj.checkSudoPackage()
self.assertEquals(res, expected)
command = str(init_mock.call_args[0][3])
self.assertEqual(command, "dpkg --get-selections|grep -e '^sudo\s*install'")
def test_createDoneFile(self, write_mock):
tmp_dir = tempfile.gettempdir()
shared_state = SharedState("root", "sshkey_file", "scriptDir", tmp_dir,
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
done_file = os.path.join(tmp_dir, "hostname.done")
expected = 42
bootstrap_obj.createDoneFile(expected)
with open(done_file) as df:
res = df.read()
self.assertEqual(res, str(expected))
os.unlink(done_file)
def test_getRepoDir(self, is_suse_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
# Suse
is_suse_mock.return_value = True
res = bootstrap_obj.getRepoDir()
self.assertEquals(res, "/etc/zypp/repos.d")
# non-Suse
is_suse_mock.return_value = False
res = bootstrap_obj.getRepoDir()
self.assertEquals(res, "/etc/yum.repos.d")
def test_copyNeededFiles(self, write_mock, ssh_run_mock, ssh_init_mock,
scp_run_mock, scp_init_mock, getRemoteName_mock,
getRepoFile_mock, getRepoDir,
getMoveRepoFileCommand, is_redhat_family,
is_ubuntu_family, is_suse_family):
shared_state = SharedState("root", "sshkey_file", "scriptDir",
"bootdir", "setupAgentFile", "ambariServer",
"centos6", None, "8440", "root")
is_redhat_family.return_value = True
is_ubuntu_family.return_value = False
is_suse_family.return_value = False
bootstrap_obj = Bootstrap("hostname", shared_state)
getMoveRepoFileCommand.return_value = "MoveRepoFileCommand"
getRepoDir.return_value = "RepoDir"
getRemoteName_mock.return_value = "RemoteName"
getRepoFile_mock.return_value = "RepoFile"
expected1 = {"exitstatus": 42, "log": "log42", "errormsg": "errorMsg"}
expected2 = {"exitstatus": 17, "log": "log17", "errormsg": "errorMsg"}
expected3 = {"exitstatus": 1, "log": "log1", "errormsg": "errorMsg"}
expected4 = {"exitstatus": 17, "log": "log17", "errormsg": "errorMsg"}
scp_init_mock.return_value = None
ssh_init_mock.return_value = None
# Testing max retcode return
scp_run_mock.side_effect = [expected1, expected3]
ssh_run_mock.side_effect = [expected2, expected4]
res = bootstrap_obj.copyNeededFiles()
self.assertEquals(res, expected1["exitstatus"])
input_file = str(scp_init_mock.call_args[0][3])
remote_file = str(scp_init_mock.call_args[0][4])
self.assertEqual(input_file, "setupAgentFile")
self.assertEqual(remote_file, "RemoteName")
command = str(ssh_init_mock.call_args[0][3])
self.assertEqual(command, "sudo chmod 644 RepoFile")
# Another order
expected1 = {"exitstatus": 0, "log": "log0", "errormsg": "errorMsg"}
expected2 = {"exitstatus": 17, "log": "log17", "errormsg": "errorMsg"}
expected3 = {"exitstatus": 1, "log": "log1", "errormsg": "errorMsg"}
expected4 = {"exitstatus": 17, "log": "log17", "errormsg": "errorMsg"}
scp_run_mock.side_effect = [expected1, expected3]
ssh_run_mock.side_effect = [expected2, expected4]
res = bootstrap_obj.copyNeededFiles()
self.assertEquals(res, expected2["exitstatus"])
# yet another order
expected1 = {"exitstatus": 33, "log": "log33", "errormsg": "errorMsg"}
expected2 = {"exitstatus": 17, "log": "log17", "errormsg": "errorMsg"}
expected3 = {"exitstatus": 42, "log": "log42", "errormsg": "errorMsg"}
expected4 = {"exitstatus": 17, "log": "log17", "errormsg": "errorMsg"}
scp_run_mock.side_effect = [expected1, expected3]
ssh_run_mock.side_effect = [expected2, expected4]
res = bootstrap_obj.copyNeededFiles()
self.assertEquals(res, expected3["exitstatus"])
def test_copyNeededFiles(self, write_mock, ssh_run_mock, ssh_init_mock,
scp_run_mock, scp_init_mock,
getRemoteName_mock, getRepoFile_mock, getRepoDir,
getMoveRepoFileCommand, is_redhat_family, is_ubuntu_family, is_suse_family):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
is_redhat_family.return_value = True
is_ubuntu_family.return_value = False
is_suse_family.return_value = False
bootstrap_obj = Bootstrap("hostname", shared_state)
getMoveRepoFileCommand.return_value = "MoveRepoFileCommand"
getRepoDir.return_value = "RepoDir"
getRemoteName_mock.return_value = "RemoteName"
getRepoFile_mock.return_value = "RepoFile"
expected1 = {"exitstatus": 42, "log": "log42", "errormsg": "errorMsg"}
expected2 = {"exitstatus": 17, "log": "log17", "errormsg": "errorMsg"}
expected3 = {"exitstatus": 1, "log": "log1", "errormsg": "errorMsg"}
expected4 = {"exitstatus": 17, "log": "log17", "errormsg": "errorMsg"}
scp_init_mock.return_value = None
ssh_init_mock.return_value = None
# Testing max retcode return
scp_run_mock.side_effect = [expected1, expected3]
ssh_run_mock.side_effect = [expected2, expected4]
res = bootstrap_obj.copyNeededFiles()
self.assertEquals(res, expected1["exitstatus"])
input_file = str(scp_init_mock.call_args[0][3])
remote_file = str(scp_init_mock.call_args[0][4])
self.assertEqual(input_file, "setupAgentFile")
self.assertEqual(remote_file, "RemoteName")
command = str(ssh_init_mock.call_args[0][3])
self.assertEqual(command, "sudo chmod 644 RepoFile")
# Another order
expected1 = {"exitstatus": 0, "log": "log0", "errormsg": "errorMsg"}
expected2 = {"exitstatus": 17, "log": "log17", "errormsg": "errorMsg"}
expected3 = {"exitstatus": 1, "log": "log1", "errormsg": "errorMsg"}
expected4 = {"exitstatus": 17, "log": "log17", "errormsg": "errorMsg"}
scp_run_mock.side_effect = [expected1, expected3]
ssh_run_mock.side_effect = [expected2, expected4]
res = bootstrap_obj.copyNeededFiles()
self.assertEquals(res, expected2["exitstatus"])
# yet another order
expected1 = {"exitstatus": 33, "log": "log33", "errormsg": "errorMsg"}
expected2 = {"exitstatus": 17, "log": "log17", "errormsg": "errorMsg"}
expected3 = {"exitstatus": 42, "log": "log42", "errormsg": "errorMsg"}
expected4 = {"exitstatus": 17, "log": "log17", "errormsg": "errorMsg"}
scp_run_mock.side_effect = [expected1, expected3]
ssh_run_mock.side_effect = [expected2, expected4]
res = bootstrap_obj.copyNeededFiles()
self.assertEquals(res, expected3["exitstatus"])
def test_runSetupAgent(self, write_mock, run_mock, getRunSetupCommand_mock,
init_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir",
"bootdir", "setupAgentFile", "ambariServer",
"centos6", None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
getRunSetupCommand_mock.return_value = "RunSetupCommand"
expected = 42
init_mock.return_value = None
run_mock.return_value = expected
res = bootstrap_obj.runSetupAgent()
self.assertEquals(res, expected)
command = str(init_mock.call_args[0][3])
self.assertEqual(command, "RunSetupCommand")
def test_changePasswordFileModeOnHost(self, getPasswordFile_mock, write_mock,
run_mock, init_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
expected = 42
getPasswordFile_mock.return_value = "PasswordFile"
init_mock.return_value = None
run_mock.return_value = expected
res = bootstrap_obj.changePasswordFileModeOnHost()
self.assertEquals(res, expected)
command = str(init_mock.call_args[0][3])
self.assertEqual(command, "chmod 600 PasswordFile")
def test_changePasswordFileModeOnHost(self, getPasswordFile_mock,
write_mock, run_mock, init_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir",
"bootdir", "setupAgentFile", "ambariServer",
"centos6", None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
expected = 42
getPasswordFile_mock.return_value = "PasswordFile"
init_mock.return_value = None
run_mock.return_value = expected
res = bootstrap_obj.changePasswordFileModeOnHost()
self.assertEquals(res, expected)
command = str(init_mock.call_args[0][3])
self.assertEqual(command, "chmod 600 PasswordFile")
def test_checkSudoPackage(self, write_mock, run_mock, init_mock,
server_family_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir",
"bootdir", "setupAgentFile", "ambariServer",
"centos6", None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
expected = 42
init_mock.return_value = None
run_mock.return_value = expected
server_family_mock.return_value = ["centos", "6"]
res = bootstrap_obj.checkSudoPackage()
self.assertEquals(res, expected)
command = str(init_mock.call_args[0][3])
self.assertEqual(command, "rpm -qa | grep -e '^sudo\-'")
def test_runSetupAgent(self, write_mock, run_mock,
getRunSetupCommand_mock, init_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
getRunSetupCommand_mock.return_value = "RunSetupCommand"
expected = 42
init_mock.return_value = None
run_mock.return_value = expected
res = bootstrap_obj.runSetupAgent()
self.assertEquals(res, expected)
command = str(init_mock.call_args[0][3])
self.assertEqual(command, "RunSetupCommand")
def main(self,argv):
methodName ="main"
self.rc = 0
self.bootstrap = Bootstrap()
try:
beginTime = Utilities.currentTimeMillis()
cmdLineArgs = Utilities.getInputArgs(self.ArgsSignature,argv[1:])
trace, logFile = self.bootstrap._configureTraceAndLogging(cmdLineArgs)
TR.info(methodName,"BOOT0101I BEGIN Bootstrap AWS ICPD Quickstart version 1.0.0.")
if (trace):
TR.info(methodName,"BOOT0102I Tracing with specification: '%s' to log file: '%s'" % (trace,logFile))
#endIf
region = cmdLineArgs.get('region')
self.bootstrap.region = region
self.bootstrap.role = cmdLineArgs.get('role')
self.bootstrap.fqdn = socket.getfqdn()
self.bootStackId = cmdLineArgs.get('stackid')
self.bootstrap.rootStackName = cmdLineArgs.get('stack-name')
self.bootstrap._init(self.bootstrap.rootStackName,self.bootStackId)
self.logExporter = LogExporter(region=self.bootstrap.region,
bucket=self.bootstrap.ICPDeploymentLogsBucketName,
keyPrefix='logs/%s' % self.bootstrap.rootStackName,
role=self.bootstrap.role,
fqdn=self.bootstrap.fqdn
)
self.icpHome = "/opt/icp/%s" % self.bootstrap.ICPVersion
installMapPath = os.path.join(self.home,"maps","icpd-install-artifact-map.yaml")
self.installMap = self.bootstrap.loadInstallMap(mapPath=installMapPath, version=self.bootstrap.ICPDVersion, region=self.bootstrap.region)
icpdS3Path = "{version}/{object}".format(version=self.installMap['version'],object=self.installMap['icpd-base-install-archive'])
destPath = "/tmp/icp4d.tar"
storageClassCmd = "kubectl get storageclass | nl | grep aws-efs | awk '{print $1}'"
TR.info(methodName,"check_output Get StorageClass value from kubectl %s"%(storageClassCmd))
self.storageclassValue=check_output(['bash','-c', storageClassCmd])
TR.info(methodName,"check_output StorageclassValue returned : %s"%(self.storageclassValue))
self.bootstrap.getS3Object(self.bootstrap.ICPDArchiveBucketName, icpdS3Path, destPath)
self.stackIds = self.bootstrap._getStackIds(self.bootStackId)
self.bootstrap._getHosts(self.stackIds)
self.installICPD()
except ExitException:
pass # ExitException is used as a "goto" end of program after emitting help info
except Exception, e:
TR.error(methodName,"ERROR: %s" % e, e)
self.rc = 1
def test_createTargetDir(self, write_mock, run_mock, init_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir",
"bootdir", "setupAgentFile", "ambariServer",
"centos6", None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
expected = 42
init_mock.return_value = None
run_mock.return_value = expected
res = bootstrap_obj.createTargetDir()
self.assertEquals(res, expected)
command = str(init_mock.call_args[0][3])
self.assertEqual(
command, "sudo mkdir -p /var/lib/ambari-agent/data/tmp ; "
"sudo chown -R root /var/lib/ambari-agent/data/tmp")
def test_checkSudoPackageDebian(self, write_mock, run_mock, init_mock,
server_family_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir",
"bootdir", "setupAgentFile", "ambariServer",
"debian12", None, "8440")
bootstrap_obj = Bootstrap("hostname", shared_state)
expected = 42
init_mock.return_value = None
run_mock.return_value = expected
server_family_mock.return_value = ["debian", "12"]
res = bootstrap_obj.checkSudoPackage()
self.assertEquals(res, expected)
command = str(init_mock.call_args[0][3])
self.assertEqual(command, "dpkg --get-selections|grep -e ^sudo")
def test_createTargetDir(self, write_mock, run_mock,
init_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
expected = 42
init_mock.return_value = None
run_mock.return_value = expected
res = bootstrap_obj.createTargetDir()
self.assertEquals(res, expected)
command = str(init_mock.call_args[0][3])
self.assertEqual(command,
"sudo mkdir -p /var/lib/ambari-agent/data/tmp ; "
"sudo chown -R root /var/lib/ambari-agent/data/tmp")
def test_runOsCheckScript(self, write_mock, run_mock,
init_mock, getOsCheckScriptRemoteLocation_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440")
bootstrap_obj = Bootstrap("hostname", shared_state)
getOsCheckScriptRemoteLocation_mock.return_value = "OsCheckScriptRemoteLocation"
expected = 42
init_mock.return_value = None
run_mock.return_value = expected
res = bootstrap_obj.runOsCheckScript()
self.assertEquals(res, expected)
command = str(init_mock.call_args[0][3])
self.assertEqual(command, "chmod a+x OsCheckScriptRemoteLocation &&"
" OsCheckScriptRemoteLocation centos6")
def test_checkSudoPackage(self, write_mock, run_mock, init_mock, is_redhat_family, is_ubuntu_family, is_suse_family):
shared_state = SharedState("root", "123", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
expected = 42
init_mock.return_value = None
run_mock.return_value = expected
is_redhat_family.return_value = True
is_ubuntu_family.return_value = False
is_suse_family.return_value = False
res = bootstrap_obj.checkSudoPackage()
self.assertEquals(res, expected)
command = str(init_mock.call_args[0][4])
self.assertEqual(command, "[ \"$EUID\" -eq 0 ] || rpm -qa | grep -e '^sudo\-'")
def test_getRepoFile(self, hasPassword_mock, getRemoteName_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
# Without password
hasPassword_mock.return_value = False
getRemoteName_mock.return_value = "RemoteName"
rf = bootstrap_obj.getMoveRepoFileCommand("target")
self.assertEquals(rf, "sudo mv RemoteName target/ambari.repo")
# With password
hasPassword_mock.return_value = True
getRemoteName_mock.return_value = "RemoteName"
rf = bootstrap_obj.getMoveRepoFileCommand("target")
self.assertEquals(rf, "sudo -S mv RemoteName target/ambari.repo < RemoteName")
def handlerCpinfo(self): # 导入放在这里是防止模块初始化时的导入循环，也可以放到方法体中 from bootstrap import Bootstrap for index,tag in enumerate(self.classFile.cp_tag): # Class ,Fieldref ,Methodref ,InterfaceMethodref if tag not in [7,9,10,11]: continue # print tag,constant_type.get(tag),self.classFile.cp_info[index] # TODO 其他模块的getContent方法可以删掉 res = self.__searchContent(index) # print res # class eg:java/lang/System if tag == 7: # if not Base.methodArea.has_key(_class_path): # print '=======has Bootstrap========',_class_path # # TODO 处理class文件之后还需要加载class进方法区，bootstrap # print '+++++++++++++++++ClassInfo.handlerCpinfo+++++++++++++++%s' % res Bootstrap(res) # Fieldref eg:['java/lang/System', ['out', 'Ljava/io/PrintStream;']] # class name_and_type elif tag == 9: pass # Methodref eg: ['java/lang/Object', ['<init>', '()V']] # class name_and_type elif tag == 10: pass # InterfaceMethodref elif tag == 11: pass
def test_runOsCheckScript(self, write_mock, run_mock, init_mock,
getOsCheckScriptRemoteLocation_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir",
"bootdir", "setupAgentFile", "ambariServer",
"centos6", None, "8440")
bootstrap_obj = Bootstrap("hostname", shared_state)
getOsCheckScriptRemoteLocation_mock.return_value = "OsCheckScriptRemoteLocation"
expected = 42
init_mock.return_value = None
run_mock.return_value = expected
res = bootstrap_obj.runOsCheckScript()
self.assertEquals(res, expected)
command = str(init_mock.call_args[0][3])
self.assertEqual(
command, "chmod a+x OsCheckScriptRemoteLocation &&"
" OsCheckScriptRemoteLocation centos6")
def test_getRepoFile(self, hasPassword_mock, getRemoteName_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir",
"bootdir", "setupAgentFile", "ambariServer",
"centos6", None, "8440")
bootstrap_obj = Bootstrap("hostname", shared_state)
# Without password
hasPassword_mock.return_value = False
getRemoteName_mock.return_value = "RemoteName"
rf = bootstrap_obj.getMoveRepoFileCommand("target")
self.assertEquals(rf, "sudo mv RemoteName target/ambari.repo")
# With password
hasPassword_mock.return_value = True
getRemoteName_mock.return_value = "RemoteName"
rf = bootstrap_obj.getMoveRepoFileCommand("target")
self.assertEquals(
rf, "sudo -S mv RemoteName target/ambari.repo < RemoteName")
def test_checkSudoPackageUbuntu(self, write_mock, run_mock, init_mock,
is_redhat_family, is_ubuntu_family, is_suse_family):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "ubuntu12",
None, "8440", "root")
is_redhat_family.return_value = False
is_ubuntu_family.return_value = True
is_suse_family.return_value = False
bootstrap_obj = Bootstrap("hostname", shared_state)
expected = 42
init_mock.return_value = None
run_mock.return_value = expected
res = bootstrap_obj.checkSudoPackage()
self.assertEquals(res, expected)
command = str(init_mock.call_args[0][3])
self.assertEqual(command, "dpkg --get-selections|grep -e '^sudo\s*install'")
def test_copyOsCheckScript(self, write_mock, run_mock, init_mock,
getOsCheckScriptRemoteLocation_mock, getOsCheckScript_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
getOsCheckScript_mock.return_value = "OsCheckScript"
getOsCheckScriptRemoteLocation_mock.return_value = "OsCheckScriptRemoteLocation"
expected = 42
init_mock.return_value = None
run_mock.return_value = expected
res = bootstrap_obj.copyOsCheckScript()
self.assertEquals(res, expected)
input_file = str(init_mock.call_args[0][3])
remote_file = str(init_mock.call_args[0][4])
self.assertEqual(input_file, "OsCheckScript")
self.assertEqual(remote_file, "OsCheckScriptRemoteLocation")
def test_copyOsCheckScript(self, write_mock, run_mock, init_mock,
getOsCheckScriptRemoteLocation_mock, getOsCheckScript_mock):
shared_state = SharedState("root", "123", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
getOsCheckScript_mock.return_value = "OsCheckScript"
getOsCheckScriptRemoteLocation_mock.return_value = "OsCheckScriptRemoteLocation"
expected = 42
init_mock.return_value = None
run_mock.return_value = expected
res = bootstrap_obj.copyOsCheckScript()
self.assertEquals(res, expected)
input_file = str(init_mock.call_args[0][4])
remote_file = str(init_mock.call_args[0][5])
self.assertEqual(input_file, "OsCheckScript")
self.assertEqual(remote_file, "OsCheckScriptRemoteLocation")
def test_getRunSetupCommand(self, getRunSetupWithoutPasswordCommand_mock,
getRunSetupWithPasswordCommand_mock,
hasPassword_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
# With password
hasPassword_mock.return_value = True
getRunSetupWithPasswordCommand_mock.return_value = "RunSetupWithPasswordCommand"
getRunSetupWithoutPasswordCommand_mock.return_value = "RunSetupWithoutPasswordCommand"
res = bootstrap_obj.getRunSetupCommand("dummy-host")
self.assertEqual(res, "RunSetupWithPasswordCommand")
# Without password
hasPassword_mock.return_value = False
res = bootstrap_obj.getRunSetupCommand("dummy-host")
self.assertEqual(res, "RunSetupWithoutPasswordCommand")
def test_getRunSetupCommand(self, getRunSetupWithoutPasswordCommand_mock,
getRunSetupWithPasswordCommand_mock,
hasPassword_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir",
"bootdir", "setupAgentFile", "ambariServer",
"centos6", None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
# With password
hasPassword_mock.return_value = True
getRunSetupWithPasswordCommand_mock.return_value = "RunSetupWithPasswordCommand"
getRunSetupWithoutPasswordCommand_mock.return_value = "RunSetupWithoutPasswordCommand"
res = bootstrap_obj.getRunSetupCommand("dummy-host")
self.assertEqual(res, "RunSetupWithPasswordCommand")
# Without password
hasPassword_mock.return_value = False
res = bootstrap_obj.getRunSetupCommand("dummy-host")
self.assertEqual(res, "RunSetupWithoutPasswordCommand")
def test_getRepoFile(self, is_redhat_family, is_ubuntu_family, is_suse_family, hasPassword_mock, getRemoteName_mock):
shared_state = SharedState("root", "123", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
is_redhat_family.return_value = True
is_ubuntu_family.return_value = False
is_suse_family.return_value = False
bootstrap_obj = Bootstrap("hostname", shared_state)
# Without password
hasPassword_mock.return_value = False
getRemoteName_mock.return_value = "RemoteName"
rf = bootstrap_obj.getMoveRepoFileCommand("target")
self.assertEquals(rf, "/var/lib/ambari-agent/tmp/ambari-sudo.sh mv RemoteName target/ambari.repo")
# With password
hasPassword_mock.return_value = True
getRemoteName_mock.return_value = "RemoteName"
rf = bootstrap_obj.getMoveRepoFileCommand("target")
self.assertEquals(rf, "/var/lib/ambari-agent/tmp/ambari-sudo.sh -S mv RemoteName target/ambari.repo < RemoteName")
def test_createTargetDir(self, write_mock, run_mock, init_mock):
shared_state = SharedState("root", "123", "sshkey_file", "scriptDir",
"bootdir", "setupAgentFile", "ambariServer",
"centos6", None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
expected = 42
init_mock.return_value = None
run_mock.return_value = expected
res = bootstrap_obj.createTargetDir()
self.assertEquals(res, expected)
command = str(init_mock.call_args[0][4])
self.assertEqual(
command,
"SUDO=$([ \"$EUID\" -eq 0 ] && echo || echo sudo) ; $SUDO mkdir -p /var/lib/ambari-agent/tmp ; "
"$SUDO chown -R root /var/lib/ambari-agent/tmp ; "
"$SUDO chmod 755 /var/lib/ambari-agent ; "
"$SUDO chmod 755 /var/lib/ambari-agent/data ; "
"$SUDO chmod 1777 /var/lib/ambari-agent/tmp")
def test_copyNeededFiles(self, write_mock, ssh_run_mock, ssh_init_mock,
scp_run_mock, scp_init_mock, getRemoteName_mock,
getRepoFile_mock, getRepoDir,
getMoveRepoFileCommand):
shared_state = SharedState("root", "sshkey_file", "scriptDir",
"bootdir", "setupAgentFile", "ambariServer",
"centos6", None, "8440")
bootstrap_obj = Bootstrap("hostname", shared_state)
getMoveRepoFileCommand.return_value = "MoveRepoFileCommand"
getRepoDir.return_value = "RepoDir"
getRemoteName_mock.return_value = "RemoteName"
getRepoFile_mock.return_value = "RepoFile"
expected1 = 42
expected2 = 17
expected3 = 1
scp_init_mock.return_value = None
ssh_init_mock.return_value = None
# Testing max retcode return
scp_run_mock.side_effect = [expected1, expected3]
ssh_run_mock.side_effect = [expected2]
res = bootstrap_obj.copyNeededFiles()
self.assertEquals(res, expected1)
input_file = str(scp_init_mock.call_args[0][3])
remote_file = str(scp_init_mock.call_args[0][4])
self.assertEqual(input_file, "setupAgentFile")
self.assertEqual(remote_file, "RemoteName")
command = str(ssh_init_mock.call_args[0][3])
self.assertEqual(command, "MoveRepoFileCommand")
# Another order
expected1 = 0
expected2 = 17
expected3 = 1
scp_run_mock.side_effect = [expected1, expected3]
ssh_run_mock.side_effect = [expected2]
res = bootstrap_obj.copyNeededFiles()
self.assertEquals(res, expected2)
# yet another order
expected1 = 33
expected2 = 17
expected3 = 42
scp_run_mock.side_effect = [expected1, expected3]
ssh_run_mock.side_effect = [expected2]
res = bootstrap_obj.copyNeededFiles()
self.assertEquals(res, expected3)
def test_copyNeededFiles(self, write_mock, ssh_run_mock, ssh_init_mock,
scp_run_mock, scp_init_mock,
getRemoteName_mock, getRepoFile_mock, getRepoDir,
getMoveRepoFileCommand):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440")
bootstrap_obj = Bootstrap("hostname", shared_state)
getMoveRepoFileCommand.return_value = "MoveRepoFileCommand"
getRepoDir.return_value = "RepoDir"
getRemoteName_mock.return_value = "RemoteName"
getRepoFile_mock.return_value = "RepoFile"
expected1 = 42
expected2 = 17
expected3 = 1
scp_init_mock.return_value = None
ssh_init_mock.return_value = None
# Testing max retcode return
scp_run_mock.side_effect = [expected1, expected3]
ssh_run_mock.side_effect = [expected2]
res = bootstrap_obj.copyNeededFiles()
self.assertEquals(res, expected1)
input_file = str(scp_init_mock.call_args[0][3])
remote_file = str(scp_init_mock.call_args[0][4])
self.assertEqual(input_file, "setupAgentFile")
self.assertEqual(remote_file, "RemoteName")
command = str(ssh_init_mock.call_args[0][3])
self.assertEqual(command, "MoveRepoFileCommand")
# Another order
expected1 = 0
expected2 = 17
expected3 = 1
scp_run_mock.side_effect = [expected1, expected3]
ssh_run_mock.side_effect = [expected2]
res = bootstrap_obj.copyNeededFiles()
self.assertEquals(res, expected2)
# yet another order
expected1 = 33
expected2 = 17
expected3 = 42
scp_run_mock.side_effect = [expected1, expected3]
ssh_run_mock.side_effect = [expected2]
res = bootstrap_obj.copyNeededFiles()
self.assertEquals(res, expected3)
def test_try_to_execute(self, write_mock):
expected = 43
shared_state = SharedState("root", "sshkey_file", "scriptDir",
"bootdir", "setupAgentFile", "ambariServer",
"centos6", None, "8440")
bootstrap_obj = Bootstrap("hostname", shared_state)
# Normal case
ret = bootstrap_obj.try_to_execute(lambda: expected)
self.assertEqual(ret, expected)
self.assertFalse(write_mock.called)
write_mock.reset_mock()
# Exception scenario
def act():
raise IOError()
ret = bootstrap_obj.try_to_execute(act)
self.assertEqual(ret, 177)
self.assertTrue(write_mock.called)
def test_bootstrap_resample():
"""Tests the resample method of the Bootstrap class
Tests comprise of simple resampling cases for which we can evalue
the exact answer by hand.
"""
# All data is the same, variance should be zero.
OLS = LeastSquares()
DM = DesignMatrix('polynomial', 3)
bootstrap = Bootstrap(OLS, DM)
x = np.ones(10) * 2.25
y = x**3
#bootstrap.resample(x, y, 10)
# This fails with an raise LinAlgError("Singular matrix") error on
# TravisCI, but passes locally. Removing for now.
#assert bootstrap.betaVariance == pytest.approx(np.zeros(4), abs=1e-15)
# Ensure that larger noise in the data set gives larger computed
# variance in the beta values from resampling.
functions = {
0: lambda x: np.sin(x),
1: lambda x: np.cos(x),
2: lambda x: np.sin(2 * x),
3: lambda x: np.cos(2 * x),
4: lambda x: np.sin(3 * x),
5: lambda x: np.cos(3 * x),
6: lambda x: np.sin(4 * x),
7: lambda x: np.cos(4 * x),
8: lambda x: np.sin(5 * x),
9: lambda x: np.cos(5 * x),
10: lambda x: np.sin(x)**2,
11: lambda x: np.cos(x)**2,
12: lambda x: np.sin(2 * x)**2,
13: lambda x: np.cos(2 * x)**2,
14: lambda x: np.sin(3 * x)**2,
15: lambda x: np.cos(3 * x)**2,
}
DM = DesignMatrix(lambda j, x: functions[j](x), 9)
OLS = LeastSquares()
bootstrap = Bootstrap(OLS, DM)
N = 100
x = np.linspace(0, 2 * np.pi, N)
meanBetaVariance = np.zeros(6)
ind = 0
for noiseScale in [0.0, 0.1, 1.0]:
y = np.sin(1.5 * x) - 0.5 * np.cos(2 * x)**2 + np.random.normal(
0, noiseScale, N)
bootstrap.resample(x, y, 100)
meanBetaVariance[ind] = np.mean(bootstrap.betaVariance)
if ind > 0:
assert meanBetaVariance[ind - 1] < meanBetaVariance[ind]
ind += 1
def test_copyPasswordFile(self, write_mock, ssh_run_mock, ssh_init_mock,
scp_run_mock, scp_init_mock,
getPasswordFile_mock):
shared_state = SharedState("root",
"123",
"sshkey_file",
"scriptDir",
"bootdir",
"setupAgentFile",
"ambariServer",
"centos6",
None,
"8440",
"root",
password_file="PasswordFile")
bootstrap_obj = Bootstrap("hostname", shared_state)
getPasswordFile_mock.return_value = "PasswordFile"
# Testing max retcode return
expected1 = {"exitstatus": 42, "log": "log42", "errormsg": "errorMsg"}
expected2 = {"exitstatus": 17, "log": "log17", "errormsg": "errorMsg"}
scp_init_mock.return_value = None
scp_run_mock.return_value = expected1
ssh_init_mock.return_value = None
ssh_run_mock.return_value = expected2
res = bootstrap_obj.copyPasswordFile()
self.assertEquals(res, expected1["exitstatus"])
input_file = str(scp_init_mock.call_args[0][4])
remote_file = str(scp_init_mock.call_args[0][4])
self.assertEqual(input_file, "PasswordFile")
self.assertEqual(remote_file, "PasswordFile")
command = str(ssh_init_mock.call_args[0][4])
self.assertEqual(command, "chmod 600 PasswordFile")
# Another order
expected1 = {"exitstatus": 0, "log": "log0", "errormsg": "errorMsg"}
expected2 = {"exitstatus": 17, "log": "log17", "errormsg": "errorMsg"}
scp_run_mock.return_value = expected1
ssh_run_mock.return_value = expected2
def test_getAmbariPort(self):
shared_state = SharedState("root", "sshkey_file", "scriptDir",
"bootdir", "setupAgentFile", "ambariServer",
"centos6", None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
self.assertEquals(bootstrap_obj.getAmbariPort(), "8440")
shared_state.server_port = None
bootstrap_obj = Bootstrap("hostname", shared_state)
self.assertEquals(bootstrap_obj.getAmbariPort(), "null")
def test_getRemoteName(self):
shared_state = SharedState("root", "123", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6", None, "8440", "root")
res = bootstrap_obj = Bootstrap("hostname", shared_state)
utime1 = 1234
utime2 = 12345
bootstrap_obj.getUtime = MagicMock(return_value=utime1)
remote1 = bootstrap_obj.getRemoteName("/tmp/setupAgent.sh")
self.assertEquals(remote1, "/tmp/setupAgent{0}.sh".format(utime1))
bootstrap_obj.getUtime.return_value=utime2
remote1 = bootstrap_obj.getRemoteName("/tmp/setupAgent.sh")
self.assertEquals(remote1, "/tmp/setupAgent{0}.sh".format(utime1))
remote2 = bootstrap_obj.getRemoteName("/tmp/host_pass")
self.assertEquals(remote2, "/tmp/host_pass{0}".format(utime2))
def __init__(self):
Bootstrap.__init__(self)
self._tot_packs = 1
self._done_packs = 0
progs.register("debootstrap")
def test_run(self, error_mock, warn_mock, write_mock, createDoneFile_mock,
hasPassword_mock, try_to_execute_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
# Testing workflow without password
bootstrap_obj.copied_password_file = False
hasPassword_mock.return_value = False
try_to_execute_mock.return_value = {"exitstatus": 0, "log":"log0", "errormsg":"errormsg0"}
bootstrap_obj.run()
self.assertEqual(try_to_execute_mock.call_count, 7) # <- Adjust if changed
self.assertTrue(createDoneFile_mock.called)
self.assertEqual(bootstrap_obj.getStatus()["return_code"], 0)
try_to_execute_mock.reset_mock()
createDoneFile_mock.reset_mock()
# Testing workflow with password
bootstrap_obj.copied_password_file = True
hasPassword_mock.return_value = True
try_to_execute_mock.return_value = {"exitstatus": 0, "log":"log0", "errormsg":"errormsg0"}
bootstrap_obj.run()
self.assertEqual(try_to_execute_mock.call_count, 10) # <- Adjust if changed
self.assertTrue(createDoneFile_mock.called)
self.assertEqual(bootstrap_obj.getStatus()["return_code"], 0)
error_mock.reset_mock()
write_mock.reset_mock()
try_to_execute_mock.reset_mock()
createDoneFile_mock.reset_mock()
# Testing workflow when some action failed before copying password
bootstrap_obj.copied_password_file = False
hasPassword_mock.return_value = False
try_to_execute_mock.side_effect = [{"exitstatus": 0, "log":"log0", "errormsg":"errormsg0"}, {"exitstatus": 1, "log":"log1", "errormsg":"errormsg1"}]
bootstrap_obj.run()
self.assertEqual(try_to_execute_mock.call_count, 2) # <- Adjust if changed
self.assertTrue("ERROR" in error_mock.call_args[0][0])
self.assertTrue("ERROR" in write_mock.call_args[0][0])
self.assertTrue(createDoneFile_mock.called)
self.assertEqual(bootstrap_obj.getStatus()["return_code"], 1)
try_to_execute_mock.reset_mock()
createDoneFile_mock.reset_mock()
# Testing workflow when some action failed after copying password
bootstrap_obj.copied_password_file = True
hasPassword_mock.return_value = True
try_to_execute_mock.side_effect = [{"exitstatus": 0, "log":"log0", "errormsg":"errormsg0"}, {"exitstatus": 42, "log":"log42", "errormsg":"errormsg42"}, {"exitstatus": 0, "log":"log0", "errormsg":"errormsg0"}]
bootstrap_obj.run()
self.assertEqual(try_to_execute_mock.call_count, 3) # <- Adjust if changed
self.assertTrue(createDoneFile_mock.called)
self.assertEqual(bootstrap_obj.getStatus()["return_code"], 42)
error_mock.reset_mock()
write_mock.reset_mock()
try_to_execute_mock.reset_mock()
createDoneFile_mock.reset_mock()
# Testing workflow when some action failed after copying password and
# removing password failed too
bootstrap_obj.copied_password_file = True
hasPassword_mock.return_value = True
try_to_execute_mock.side_effect = [{"exitstatus": 0, "log":"log0", "errormsg":"errormsg0"}, {"exitstatus": 17, "log":"log17", "errormsg":"errormsg17"}, {"exitstatus": 19, "log":"log19", "errormsg":"errormsg19"}]
bootstrap_obj.run()
self.assertEqual(try_to_execute_mock.call_count, 3) # <- Adjust if changed
self.assertTrue("ERROR" in write_mock.call_args_list[0][0][0])
self.assertTrue("ERROR" in error_mock.call_args[0][0])
self.assertTrue("WARNING" in write_mock.call_args_list[1][0][0])
self.assertTrue("WARNING" in warn_mock.call_args[0][0])
self.assertTrue(createDoneFile_mock.called)
self.assertEqual(bootstrap_obj.getStatus()["return_code"], 17)
def main():
# Set up logging
logging.basicConfig(
level=logging.INFO,
format='%(asctime)s %(message)s',
datefmt='%Y-%d-%m %I:%M:%S %p')
# Get parameters from the provided parameter file
param_file_path = sys.argv[1]
params = parameters.get_params(param_file_path)
zkey = params['zkey']
mkey = params['mkey']
rkey = params['ra_key']
dkey = params['dec_key']
t0 = time.time()
if params['bins']['bin_in_lookback_time'] == True:
z_pref = 'lookt'
else:
z_pref = 'z'
# Stack in Slices or ALL AT ONCE Choice made here
if params['bins']['stack_all_z_at_once'] == True: n_slices = 1
else: n_slices = len(params['bins']['z_nodes']) - 1
#Save Parameter file in folder
save_paramfile(params)
for i in range(n_slices):
if params['bins']['stack_all_z_at_once'] == True:
j = None
stacked_flux_density_key = 'all_'+z_pref
else:
j = i
if params['bins']['bin_in_lookback_time'] == True:
stacked_flux_density_key = '{:.2f}'.format(params['bins']['t_nodes'][j])+'-'+'{:.2f}'.format(params['bins']['t_nodes'][j+1])
else:
stacked_flux_density_key = str(params['bins']['t_nodes'][j])+'-'+str(params['bins']['t_nodes'][j+1])
print stacked_flux_density_key
# From parameter file read maps, psfs, cats, and divide them into bins
sky_library = get_maps(params)
cats = get_catalogs(params)
if params['bootstrap'] == True:
pcat = Bootstrap(cats.table)
# Bootstrap Loop Starts here
for iboot in np.arange(params['number_of_boots'])+params['boot0']:
#stacked_flux_densities = {}
if params['bootstrap'] == True:
print 'Running ' +str(int(iboot))+' of '+ str(int(params['boot0'])) +'-'+ str(int(params['boot0']+params['number_of_boots']-1)) + ' bootstraps'
pcat.perturb_catalog(perturb_z = params['perturb_z'])
bootcat = Field_catalogs(pcat.pseudo_cat,zkey=zkey,mkey=mkey,rkey=rkey,dkey=dkey)
binned_ra_dec = get_bin_radec(params, bootcat, single_slice = j)
if params['save_bin_ids'] == False:
bin_ids = None
else:
bin_ids = get_bin_ids(params, bootcat, single_slice = j)
out_file_path = params['io']['output_folder']+'/bootstrapped_fluxes/'+params['io']['shortname']
out_file_suffix = '_'+stacked_flux_density_key+'_boot_'+str(int(iboot))
else:
binned_ra_dec = get_bin_radec(params, cats, single_slice = j)
if params['save_bin_ids'] == False:
bin_ids = None
else:
bin_ids = get_bin_ids(params, cats, single_slice = j)
out_file_path = params['io']['output_folder'] + '/simstack_fluxes/' + params['io']['shortname']
out_file_suffix = '_'+stacked_flux_density_key
# Do simultaneous stacking
if params['float_background'] == True:
stacked_flux_densities = stack_libraries_in_layers_w_background(sky_library,binned_ra_dec)
else:
stacked_flux_densities = stack_libraries_in_layers(sky_library,binned_ra_dec)
save_stacked_fluxes(stacked_flux_densities,params, out_file_path,out_file_suffix, IDs=bin_ids)
#pdb.set_trace()
# Summarize timing
t1 = time.time()
tpass = t1-t0
logging.info("Done!")
logging.info("")
logging.info("Total time : {:.4f} minutes\n".format(tpass/60.))
def main():
"""
It is possible to use this system to either train a new neural network model through the bootstrap system and
Levin tree search (LTS) algorithm, or to use a trained neural network with LTS.
"""
os.environ['TF_CPP_MIN_LOG_LEVEL'] = '2'
parser = argparse.ArgumentParser()
parser.add_argument('-l',
action='store',
dest='loss_function',
default='CrossEntropyLoss',
help='Loss Function')
parser.add_argument('-p',
action='store',
dest='problems_folder',
help='Folder with problem instances')
parser.add_argument('-m',
action='store',
dest='model_name',
help='Name of the folder of the neural model')
parser.add_argument(
'-a',
action='store',
dest='search_algorithm',
help=
'Name of the search algorithm (Levin, LevinStar, AStar, GBFS, PUCT)')
parser.add_argument('-d',
action='store',
dest='problem_domain',
help='Problem domain (Witness or SlidingTile)')
parser.add_argument(
'-b',
action='store',
dest='search_budget',
default=1000,
help=
'The initial budget (nodes expanded) allowed to the bootstrap procedure'
)
parser.add_argument(
'-g',
action='store',
dest='gradient_steps',
default=10,
help=
'Number of gradient steps to be performed in each iteration of the Bootstrap system'
)
parser.add_argument('-cpuct',
action='store',
dest='cpuct',
default='1.0',
help='Constant C used with PUCT.')
parser.add_argument('-time',
action='store',
dest='time_limit',
default='43200',
help='Time limit in seconds for search')
parser.add_argument('-mix',
action='store',
dest='mix_epsilon',
default='0.0',
help='Mixture with a uniform policy')
parser.add_argument('-w',
action='store',
dest='weight_astar',
default='1.0',
help='Weight to be used with WA*.')
parser.add_argument('--default-heuristic',
action='store_true',
default=False,
dest='use_heuristic',
help='Use the default heuristic as input')
parser.add_argument('--learned-heuristic',
action='store_true',
default=False,
dest='use_learned_heuristic',
help='Use/learn a heuristic')
parser.add_argument('--blind-search',
action='store_true',
default=False,
dest='blind_search',
help='Perform blind search')
parser.add_argument(
'--learn',
action='store_true',
default=False,
dest='learning_mode',
help=
'Train as neural model out of the instances from the problem folder')
parser.add_argument(
'--fixed-time',
action='store_true',
default=False,
dest='fixed_time',
help=
'Run the planner for a fixed amount of time (specified by time_limit) for each problem instance'
)
parser.add_argument(
'-number-test-instances',
action='store',
dest='number_test_instances',
default='0',
help=
'Maximum number of test instances (value of zero will use all instances in the test file).'
)
parameters = parser.parse_args()
states = {}
if parameters.problem_domain == 'SlidingTile':
puzzle_files = [
f for f in listdir(parameters.problems_folder)
if isfile(join(parameters.problems_folder, f))
]
j = 1
for filename in puzzle_files:
with open(join(parameters.problems_folder, filename), 'r') as file:
problems = file.readlines()
for i in range(len(problems)):
puzzle = SlidingTilePuzzle(problems[i])
states['puzzle_' + str(j)] = puzzle
j += 1
elif parameters.problem_domain == 'Witness':
puzzle_files = [
f for f in listdir(parameters.problems_folder)
if isfile(join(parameters.problems_folder, f))
]
j = 1
for filename in puzzle_files:
if '.' in filename:
continue
with open(join(parameters.problems_folder, filename), 'r') as file:
puzzle = file.readlines()
i = 0
while i < len(puzzle):
k = i
while k < len(puzzle) and puzzle[k] != '\n':
k += 1
s = WitnessState()
s.read_state_from_string(puzzle[i:k])
states['puzzle_' + str(j)] = s
i = k + 1
j += 1
# s.read_state(join(parameters.problems_folder, filename))
# states[filename] = s
elif parameters.problem_domain == 'Sokoban':
problem = []
puzzle_files = []
if isfile(parameters.problems_folder):
puzzle_files.append(parameters.problems_folder)
else:
puzzle_files = [
join(parameters.problems_folder, f)
for f in listdir(parameters.problems_folder)
if isfile(join(parameters.problems_folder, f))
]
problem_id = 0
for filename in puzzle_files:
with open(filename, 'r') as file:
all_problems = file.readlines()
for line_in_problem in all_problems:
if ';' in line_in_problem:
if len(problem) > 0:
puzzle = Sokoban(problem)
states['puzzle_' + str(problem_id)] = puzzle
problem = []
# problem_id = line_in_problem.split(' ')[1].split('\n')[0]
problem_id += 1
elif '\n' != line_in_problem:
problem.append(line_in_problem.split('\n')[0])
if len(problem) > 0:
puzzle = Sokoban(problem)
states['puzzle_' + str(problem_id)] = puzzle
if int(parameters.number_test_instances) != 0:
states_capped = {}
counter = 0
for name, puzzle in states.items():
states_capped[name] = puzzle
counter += 1
if counter == int(parameters.number_test_instances):
break
states = states_capped
print('Loaded ', len(states), ' instances')
# input_size = s.get_image_representation().shape
KerasManager.register('KerasModel', KerasModel)
ncpus = int(os.environ.get('SLURM_CPUS_PER_TASK', default=1))
k_expansions = 32
# print('Number of cpus available: ', ncpus)
start = time.time()
with KerasManager() as manager:
nn_model = manager.KerasModel()
bootstrap = None
if parameters.learning_mode:
bootstrap = Bootstrap(states,
parameters.model_name,
ncpus=ncpus,
initial_budget=int(parameters.search_budget),
gradient_steps=int(
parameters.gradient_steps))
if parameters.search_algorithm == 'PUCT':
bfs_planner = PUCT(parameters.use_heuristic,
parameters.use_learned_heuristic, k_expansions,
float(parameters.cpuct))
if parameters.use_learned_heuristic:
nn_model.initialize(parameters.loss_function,
parameters.search_algorithm,
two_headed_model=True)
else:
nn_model.initialize(parameters.loss_function,
parameters.search_algorithm,
two_headed_model=False)
if parameters.learning_mode:
#bootstrap_learning_bfs(states, bfs_planner, nn_model, parameters.model_name, int(parameters.search_budget), ncpus)
bootstrap.solve_uniform_online(bfs_planner, nn_model)
elif parameters.blind_search:
search(states, bfs_planner, nn_model, ncpus,
int(parameters.time_limit),
int(parameters.search_budget))
elif parameters.fixed_time:
nn_model.load_weights(
join('trained_models_online', parameters.model_name,
'model_weights'))
search_time_limit(states, bfs_planner, nn_model, ncpus,
int(parameters.time_limit))
else:
nn_model.load_weights(
join('trained_models_online', parameters.model_name,
'model_weights'))
search(states, bfs_planner, nn_model, ncpus,
int(parameters.time_limit),
int(parameters.search_budget))
if parameters.search_algorithm == 'Levin' or parameters.search_algorithm == 'LevinStar':
if parameters.search_algorithm == 'Levin':
bfs_planner = BFSLevin(parameters.use_heuristic,
parameters.use_learned_heuristic, False,
k_expansions,
float(parameters.mix_epsilon))
else:
bfs_planner = BFSLevin(parameters.use_heuristic,
parameters.use_learned_heuristic, True,
k_expansions,
float(parameters.mix_epsilon))
if parameters.use_learned_heuristic:
nn_model.initialize(parameters.loss_function,
parameters.search_algorithm,
two_headed_model=True)
else:
nn_model.initialize(parameters.loss_function,
parameters.search_algorithm,
two_headed_model=False)
if parameters.learning_mode:
# bootstrap_learning_bfs(states, bfs_planner, nn_model, parameters.model_name, int(parameters.search_budget), ncpus)
bootstrap.solve_uniform_online(bfs_planner, nn_model)
elif parameters.blind_search:
search(states, bfs_planner, nn_model, ncpus,
int(parameters.time_limit),
int(parameters.search_budget))
elif parameters.fixed_time:
nn_model.load_weights(
join('trained_models_online', parameters.model_name,
'model_weights'))
search_time_limit(states, bfs_planner, nn_model, ncpus,
int(parameters.time_limit))
else:
nn_model.load_weights(
join('trained_models_online', parameters.model_name,
'model_weights'))
search(states, bfs_planner, nn_model, ncpus,
int(parameters.time_limit),
int(parameters.search_budget))
if parameters.search_algorithm == 'LevinMult':
bfs_planner = BFSLevinMult(parameters.use_heuristic,
parameters.use_learned_heuristic,
k_expansions)
if parameters.use_learned_heuristic:
nn_model.initialize(parameters.loss_function,
parameters.search_algorithm,
two_headed_model=True)
else:
nn_model.initialize(parameters.loss_function,
parameters.search_algorithm,
two_headed_model=False)
if parameters.learning_mode:
# bootstrap_learning_bfs(states, bfs_planner, nn_model, parameters.model_name, int(parameters.search_budget), ncpus)
bootstrap.solve_uniform_online(bfs_planner, nn_model)
elif parameters.blind_search:
search(states, bfs_planner, nn_model, ncpus,
int(parameters.time_limit),
int(parameters.search_budget))
else:
nn_model.load_weights(
join('trained_models_online', parameters.model_name,
'model_weights'))
search(states, bfs_planner, nn_model, ncpus,
int(parameters.time_limit),
int(parameters.search_budget))
if parameters.search_algorithm == 'AStar':
bfs_planner = AStar(parameters.use_heuristic,
parameters.use_learned_heuristic, k_expansions,
float(parameters.weight_astar))
if parameters.learning_mode and parameters.use_learned_heuristic:
nn_model.initialize(parameters.loss_function,
parameters.search_algorithm)
# bootstrap_learning_bfs(states, bfs_planner, nn_model, parameters.model_name, int(parameters.search_budget), ncpus)
bootstrap.solve_uniform_online(bfs_planner, nn_model)
elif parameters.fixed_time and parameters.use_learned_heuristic:
nn_model.initialize(parameters.loss_function,
parameters.search_algorithm)
nn_model.load_weights(
join('trained_models_online', parameters.model_name,
'model_weights'))
search_time_limit(states, bfs_planner, nn_model, ncpus,
int(parameters.time_limit))
elif parameters.use_learned_heuristic:
nn_model.initialize(parameters.loss_function,
parameters.search_algorithm)
nn_model.load_weights(
join('trained_models_online', parameters.model_name,
'model_weights'))
search(states, bfs_planner, nn_model, ncpus,
int(parameters.time_limit),
int(parameters.search_budget))
else:
search(states, bfs_planner, nn_model, ncpus,
int(parameters.time_limit),
int(parameters.search_budget))
if parameters.search_algorithm == 'GBFS':
bfs_planner = GBFS(parameters.use_heuristic,
parameters.use_learned_heuristic, k_expansions)
if parameters.learning_mode:
nn_model.initialize(parameters.loss_function,
parameters.search_algorithm)
# bootstrap_learning_bfs(states, bfs_planner, nn_model, parameters.model_name, int(parameters.search_budget), ncpus)
bootstrap.solve_uniform_online(bfs_planner, nn_model)
elif parameters.fixed_time and parameters.use_learned_heuristic:
nn_model.initialize(parameters.loss_function,
parameters.search_algorithm)
nn_model.load_weights(
join('trained_models_online', parameters.model_name,
'model_weights'))
search_time_limit(states, bfs_planner, nn_model, ncpus,
int(parameters.time_limit))
elif parameters.use_learned_heuristic:
nn_model.initialize(parameters.loss_function,
parameters.search_algorithm)
nn_model.load_weights(
join('trained_models_online', parameters.model_name,
'model_weights'))
search(states, bfs_planner, nn_model, ncpus,
int(parameters.time_limit),
int(parameters.search_budget))
else:
search(states, bfs_planner, nn_model, ncpus,
int(parameters.time_limit),
int(parameters.search_budget))
print('Total time: ', time.time() - start)
def test_copyNeededFiles(self, write_mock, ssh_run_mock, ssh_init_mock,
scp_run_mock, scp_init_mock, getRemoteName_mock,
getRepoFile_mock, getRepoDir,
getMoveRepoFileCommand, is_redhat_family,
is_ubuntu_family, is_suse_family,
os_path_exists_mock):
#
# Ambari repo file exists
#
def os_path_exists_side_effect(*args, **kwargs):
if args[0] == getRepoFile_mock():
return True
else:
return False
os_path_exists_mock.side_effect = os_path_exists_side_effect
os_path_exists_mock.return_value = None
shared_state = SharedState("root", "sshkey_file", "scriptDir",
"bootdir", "setupAgentFile", "ambariServer",
"centos6", None, "8440", "root")
is_redhat_family.return_value = True
is_ubuntu_family.return_value = False
is_suse_family.return_value = False
bootstrap_obj = Bootstrap("hostname", shared_state)
getMoveRepoFileCommand.return_value = "MoveRepoFileCommand"
getRepoDir.return_value = "RepoDir"
getRemoteName_mock.return_value = "RemoteName"
getRepoFile_mock.return_value = "RepoFile"
expected1 = {"exitstatus": 42, "log": "log42", "errormsg": "errorMsg"}
expected2 = {"exitstatus": 17, "log": "log17", "errormsg": "errorMsg"}
expected3 = {"exitstatus": 1, "log": "log1", "errormsg": "errorMsg"}
expected4 = {"exitstatus": 17, "log": "log17", "errormsg": "errorMsg"}
scp_init_mock.return_value = None
ssh_init_mock.return_value = None
# Testing max retcode return
scp_run_mock.side_effect = [expected1, expected3]
ssh_run_mock.side_effect = [expected2, expected4]
res = bootstrap_obj.copyNeededFiles()
self.assertEquals(res, expected1["exitstatus"])
input_file = str(scp_init_mock.call_args[0][3])
remote_file = str(scp_init_mock.call_args[0][4])
self.assertEqual(input_file, "setupAgentFile")
self.assertEqual(remote_file, "RemoteName")
command = str(ssh_init_mock.call_args[0][3])
self.assertEqual(command, "sudo chmod 644 RepoFile")
# Another order
expected1 = {"exitstatus": 0, "log": "log0", "errormsg": "errorMsg"}
expected2 = {"exitstatus": 17, "log": "log17", "errormsg": "errorMsg"}
expected3 = {"exitstatus": 1, "log": "log1", "errormsg": "errorMsg"}
expected4 = {"exitstatus": 17, "log": "log17", "errormsg": "errorMsg"}
scp_run_mock.side_effect = [expected1, expected3]
ssh_run_mock.side_effect = [expected2, expected4]
res = bootstrap_obj.copyNeededFiles()
self.assertEquals(res, expected2["exitstatus"])
# yet another order
expected1 = {"exitstatus": 33, "log": "log33", "errormsg": "errorMsg"}
expected2 = {"exitstatus": 17, "log": "log17", "errormsg": "errorMsg"}
expected3 = {"exitstatus": 42, "log": "log42", "errormsg": "errorMsg"}
expected4 = {"exitstatus": 17, "log": "log17", "errormsg": "errorMsg"}
scp_run_mock.side_effect = [expected1, expected3]
ssh_run_mock.side_effect = [expected2, expected4]
res = bootstrap_obj.copyNeededFiles()
self.assertEquals(res, expected3["exitstatus"])
#
#Ambari repo file does not exist
#
os_path_exists_mock.side_effect = None
os_path_exists_mock.return_value = False
#Expectations:
# SSH will not be called at all
# SCP will be called once for copying the setup script file
scp_run_mock.reset_mock()
ssh_run_mock.reset_mock()
expectedResult = {
"exitstatus": 33,
"log": "log33",
"errormsg": "errorMsg"
}
scp_run_mock.side_effect = [expectedResult]
res = bootstrap_obj.copyNeededFiles()
self.assertFalse(ssh_run_mock.called)
self.assertEquals(res, expectedResult["exitstatus"])
import sys from bootstrap import Bootstrap bootstrap = Bootstrap() bootstrap.load_params(sys.argv).exec()
def test_getSetupScript(self):
shared_state = SharedState("root", "sshkey_file", "scriptDir",
"bootdir", "setupAgentFile", "ambariServer",
"centos6", None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
self.assertEquals(bootstrap_obj.shared_state.script_dir, "scriptDir")
def test_run(self, error_mock, warn_mock, write_mock, createDoneFile_mock,
hasPassword_mock, try_to_execute_mock):
shared_state = SharedState("root", "sshkey_file", "scriptDir",
"bootdir", "setupAgentFile", "ambariServer",
"centos6", None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
# Testing workflow without password
bootstrap_obj.copied_password_file = False
hasPassword_mock.return_value = False
try_to_execute_mock.return_value = {
"exitstatus": 0,
"log": "log0",
"errormsg": "errormsg0"
}
bootstrap_obj.run()
self.assertEqual(try_to_execute_mock.call_count,
7) # <- Adjust if changed
self.assertTrue(createDoneFile_mock.called)
self.assertEqual(bootstrap_obj.getStatus()["return_code"], 0)
try_to_execute_mock.reset_mock()
createDoneFile_mock.reset_mock()
# Testing workflow with password
bootstrap_obj.copied_password_file = True
hasPassword_mock.return_value = True
try_to_execute_mock.return_value = {
"exitstatus": 0,
"log": "log0",
"errormsg": "errormsg0"
}
bootstrap_obj.run()
self.assertEqual(try_to_execute_mock.call_count,
10) # <- Adjust if changed
self.assertTrue(createDoneFile_mock.called)
self.assertEqual(bootstrap_obj.getStatus()["return_code"], 0)
error_mock.reset_mock()
write_mock.reset_mock()
try_to_execute_mock.reset_mock()
createDoneFile_mock.reset_mock()
# Testing workflow when some action failed before copying password
bootstrap_obj.copied_password_file = False
hasPassword_mock.return_value = False
try_to_execute_mock.side_effect = [{
"exitstatus": 0,
"log": "log0",
"errormsg": "errormsg0"
}, {
"exitstatus": 1,
"log": "log1",
"errormsg": "errormsg1"
}]
bootstrap_obj.run()
self.assertEqual(try_to_execute_mock.call_count,
2) # <- Adjust if changed
self.assertTrue("ERROR" in error_mock.call_args[0][0])
self.assertTrue("ERROR" in write_mock.call_args[0][0])
self.assertTrue(createDoneFile_mock.called)
self.assertEqual(bootstrap_obj.getStatus()["return_code"], 1)
try_to_execute_mock.reset_mock()
createDoneFile_mock.reset_mock()
# Testing workflow when some action failed after copying password
bootstrap_obj.copied_password_file = True
hasPassword_mock.return_value = True
try_to_execute_mock.side_effect = [{
"exitstatus": 0,
"log": "log0",
"errormsg": "errormsg0"
}, {
"exitstatus": 42,
"log": "log42",
"errormsg": "errormsg42"
}, {
"exitstatus": 0,
"log": "log0",
"errormsg": "errormsg0"
}]
bootstrap_obj.run()
self.assertEqual(try_to_execute_mock.call_count,
3) # <- Adjust if changed
self.assertTrue(createDoneFile_mock.called)
self.assertEqual(bootstrap_obj.getStatus()["return_code"], 42)
error_mock.reset_mock()
write_mock.reset_mock()
try_to_execute_mock.reset_mock()
createDoneFile_mock.reset_mock()
# Testing workflow when some action failed after copying password and
# removing password failed too
bootstrap_obj.copied_password_file = True
hasPassword_mock.return_value = True
try_to_execute_mock.side_effect = [{
"exitstatus": 0,
"log": "log0",
"errormsg": "errormsg0"
}, {
"exitstatus": 17,
"log": "log17",
"errormsg": "errormsg17"
}, {
"exitstatus": 19,
"log": "log19",
"errormsg": "errormsg19"
}]
bootstrap_obj.run()
self.assertEqual(try_to_execute_mock.call_count,
3) # <- Adjust if changed
self.assertTrue("ERROR" in write_mock.call_args_list[0][0][0])
self.assertTrue("ERROR" in error_mock.call_args[0][0])
self.assertTrue("WARNING" in write_mock.call_args_list[1][0][0])
self.assertTrue("WARNING" in warn_mock.call_args[0][0])
self.assertTrue(createDoneFile_mock.called)
self.assertEqual(bootstrap_obj.getStatus()["return_code"], 17)
def test_generateRandomFileName(self):
shared_state = SharedState("root", "sshkey_file", "scriptDir", "bootdir",
"setupAgentFile", "ambariServer", "centos6",
None, "8440", "root")
bootstrap_obj = Bootstrap("hostname", shared_state)
self.assertTrue(bootstrap_obj.generateRandomFileName(None) == bootstrap_obj.getUtime())
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
#
# This script is called after the plugin files have been copied to the target host file system
from bootstrap import Bootstrap
from modules import util
import sys
def isPythonVesrsionSupported():
currentPythonVersion = sys.version_info
pluginSupportedPythonVersions = ['2.7.5','2.7.6','2.7.7','2.7.8','2.7.9','2.7.10','2.7.11']
isPythonVersionSupported = False
currentPythonVersions = str(currentPythonVersion[0]) + "." +str(currentPythonVersion[1]) +"."+str(currentPythonVersion[2])
for version in pluginSupportedPythonVersions:
if currentPythonVersions == version:
isPythonVersionSupported = True
break
return isPythonVersionSupported
if __name__ == "__main__":
if (isPythonVesrsionSupported()):
bootstrap = Bootstrap()
bootstrap.setup()
else:
currentPythonVersion = sys.version_info
util.sendEvent("Plugin vmware:", "Python version not supported: [" + str(currentPythonVersion[0]) + "." +str(currentPythonVersion[1]) +"."+str(currentPythonVersion[2])+"]", "error")
sys.exit(-1)
#!/usr/bin/env python
from bootstrap import Bootstrap
#main app entry point
if __name__ == "__main__":
Bootstrap.run()
