def testGetPartialKey(self):
print "testGetPartialKey"
pf = PropertiesFile(self.simplePropertiesFileName)
propertyList = pf.getPartialKey("partial.key.*")
self.assertEqual(len(propertyList), 3)
for key, value in propertyList:
self.assertEqual(value, pf.get(key))
propertyList = pf.getPartialKey("*.key.*")
self.assertEqual(len(propertyList), 3)
for key, value in propertyList:
self.assertEqual(value, pf.get(key))
propertyList = pf.getPartialKey("rubbish.*")
self.assertEqual(len(propertyList), 0)
propertyList = pf.getPartialKey("*.rubbish.*")
self.assertEqual(len(propertyList), 0)
propertyList = pf.getPartialKey("module.*.name")
self.assertEqual(len(propertyList), 2)
propertyList = pf.getPartialKey("*.name")
self.assertEqual(len(propertyList), 1)
def testGet(self):
print "testGet"
pf = PropertiesFile(self.simplePropertiesFileName)
val = pf.get("key")
self.assertEqual(val, "value")
val = pf.get("rubbish")
self.assertEqual(val, None)
val = pf.get("space.filled.value")
self.assertEqual(val, "valuebit nextbit")
val = pf.get("special-characters")
self.assertEqual(val, r"Or@c1e@pp@dm!n")
val = pf.get("back.slash")
self.assertEqual(val, r"back\slash")
def testCreateTokenisedProperties(self):
print "testCreateTokenisedProperties"
pf = PropertiesFile(self.simplePropertiesFileName)
tokenisedFileName = pf.createTokenisedProperties("@@_", "_@@", "testtokenisedproperties.properties")
tokenisedFile = PropertiesFile(tokenisedFileName)
for tpk in tokenisedFile.properties.keys():
print tpk + "=" + tokenisedFile.get(tpk)
if not tpk == "property.file.version":
self.assertEqual(tokenisedFile.get(tpk), pf.get(tpk[3:][:-3]).replace("\\", r"\\"))
self.assertEqual(tpk[:3], "@@_")
self.assertEqual(tpk[-3:], "_@@")
for i in range(len(self.properties)):
if self.properties[i].strip().startswith("#") or self.properties[i].strip() == "" or self.properties[i].strip().startswith("property.file.version"):
self.assertEqual(pf.allEntries[i].strip(), tokenisedFile.allEntries[i].strip())
os.remove(tokenisedFileName)
def testValidateVersionProperty(self): print "testValidateVersionProperty" pf = PropertiesFile(self.simplePropertiesFileName) # default key property.file.version version = pf.validateVersionProperty() self.assertEqual(version, 1) # default key wrong value version = pf.validateVersionProperty(propertyValue="false-version") self.assertEqual(version, 0) # non-existent key version = pf.validateVersionProperty(propertyKey="non.key") self.assertEqual(version, 0) # default key correct version version = pf.validateVersionProperty(propertyValue="ENV_VERSION") self.assertEqual(version, 1) # non-existent key value exists version = pf.validateVersionProperty(propertyKey="non.key", propertyValue="ENV_VERSION") self.assertEqual(version, 0) # specified key value correct version = pf.validateVersionProperty(propertyKey="property.file.version", propertyValue="ENV_VERSION") self.assertEqual(version, 1)
""" take a list of properties files and open them
"""
import sys, os
from propertiesutils import PropertiesFile
from propertiesutils import NonEncryptedPropertiesFile
from loggingutils import SimpleReporter
from propertiesutils import XmlProperties
logger = SimpleReporter()
xpf = XmlProperties("tmp/ant-properties.xml")
xpf.transformProperties("tmp/ant-properties.properties")
pf = PropertiesFile("tmp/ant-properties.properties")
fileList = pf.get("property.files").split(",")
for file in fileList:
logger.report("Processing %s" % (file))
enc = NonEncryptedPropertiesFile(file)
def testGetPasswordProperty(self):
print "TestPropertiesFile : testGetPasswordProperty"
pf = PropertiesFile(self.simplePropertiesFileName)
val = pf.get("my.password.test")
self.assertEqual(val, "mypassword")
def testGetWithEqualsSign(self):
print "testGetWithEqualsSign"
pf = PropertiesFile(self.simplePropertiesFileName)
val = pf.get("contains-equals")
self.assertEqual(val, "123=4")
for each domain
list the clusters
check that the cluster's managed servers are up
if not, bomb
this is pretty crude and may benefit from some cleverness
"""
import sys
from propertiesutils import PropertiesFile
from wlstutils import ServerConnection
from propertiesutils import XmlProperties
try:
tp = XmlProperties("tmp/ant-properties.xml")
tp.transformProperties("tmp/ant-properties.properties")
pf = PropertiesFile("tmp/ant-properties.properties")
adminServers = pf.getPartialKey("*.domain_name")
for k, v in adminServers:
prefix = k.split(".")[0]
username = pf.get(prefix + ".admin_user")
password = pf.get(prefix + ".admin_password")
url = pf.get(prefix + ".admin_url")
sc = ServerConnection(url, username, password)
sc.logOn()
clusters = sc.listClusters()
for cluster in clusters:
if not sc.clusterIsUp(cluster):
print "[ERROR] One or more managed servers is not running"
sys.exit(1)
print "[INFO] all managed servers are running"
except Exception, e:
import os, sys
from propertiesutils import XmlProperties
from propertiesutils import PropertiesFile
xmlProps = XmlProperties("tmp/ant-properties.xml")
antPropertiesFile = "tmp/ant-properties.properties"
xmlProps.transformProperties(antPropertiesFile)
apf = PropertiesFile(antPropertiesFile)
# add some validation of existence of config file
configFilePath = apf.get("config.file.path")
if os.path.isfile(configFilePath):
epf = PropertiesFile(configFilePath)
else:
print "[ERROR] configuration properties file " + configFilePath + " does not exist"
sys.exit("missing environment configuration file")
# add some validation of version
envVersion = apf.get("config.file.version")
if epf.validateVersionProperty(propertyValue=envVersion):
version = epf.get("property.file.version")
config_file_name = apf.get("config.file.name")
tpf = epf.createTokenisedProperties("{@", "@}", "configmaps/" + config_file_name + version + ".properties")
else:
print "[ERROR] invalid configuration file version"
sys.exit("invalid configuration file")
def testGetConfig(self):
print "TestDatasourceConfig : testGetConfig"
pf = PropertiesFile("modules/testdsdetails.properties")
dsList = pf.getPartialKey("*.db.host")
testpost24 = 0
testpre241 = 0
for k, v in dsList:
tag = k.split(".")[0]
dsConfig = DatasourceConfig(tag, pf).getConfig()
if pf.get(tag + ".datasource.name"):
# post 2.4.0
self.assertEqual(pf.get(tag + ".datasource.name"), dsConfig["name"])
jndiList = []
for jndiName in pf.get(tag + ".jndi.name").split(","):
jndiList.append(jndiName.strip())
self.assertEqual(jndiList, dsConfig["jndi"])
testpost24 = 1
else:
# pre 2.4.1
self.assertEqual(tag, dsConfig["name"])
self.assertEqual(tag, dsConfig["jndi"][0])
testpre241 = 1
self.assertEqual(pf.get(tag + ".db.host"), dsConfig["host"])
self.assertEqual(pf.get(tag + ".db.port"), dsConfig["port"])
self.assertEqual(pf.get(tag + ".db.user"), dsConfig["user"])
self.assertEqual(pf.get(tag + ".db.password"), dsConfig["password"])
self.assertEqual(pf.get(tag + ".db.name"), dsConfig["dbName"])
self.assertEqual(pf.get(tag + ".db.url"), dsConfig["url"])
self.assertEqual(pf.get(tag + ".db.driver"), dsConfig["driver"])
targets = []
for target in pf.get(tag + ".target").split(","):
targets.append(target.strip())
self.assertEqual(targets, dsConfig["target"])
self.assertEqual(testpost24, 1)
self.assertEqual(testpre241, 1)
def testGetConfig(self):
print "TestJMSResourceConfig : testGetConfig"
pf = PropertiesFile("modules/testjmsdetails.properties")
jmsList = pf.getPartialKey("*.jms.system.module.name")
for k, v in jmsList:
tag = k.split(".")[0]
jmsConfig = JMSResourceConfig(tag, pf).getConfig()
self.assertEqual(pf.get(tag + ".jms.system.module.name"), tag)
if pf.get(tag + ".jms.system.module.suffix"):
self.assertEqual(jmsConfig["module.name"], tag + "_" + pf.get(tag + ".jms.system.module.suffix"))
else:
self.assertEqual(jmsConfig["module.name"], tag)
self.assertEqual(jmsConfig["base.name"], tag)
if pf.get(tag + ".target.suffix"):
self.assertEqual(jmsConfig["target.domain"], pf.get(tag + ".target.domain") + "_" + pf.get(tag + ".target.suffix"))
else:
self.assertEqual(jmsConfig["target.domain"], pf.get(tag + ".target.domain"))
self.assertEqual(jmsConfig["datasource"], pf.get(tag + ".datasource"))
# simply test that the number of queues is the same
self.assertEqual(len(jmsConfig["queues"]), len(pf.getPartialKey(tag + ".queue.*.name")))
# simply test that the number of topics is the same
self.assertEqual(len(jmsConfig["topics"]), len(pf.getPartialKey(tag + ".topic.*.name")))
def importIntoDomain():
try:
# Declare Variables
sessionMBean = None
alsbConfigurationMBean = None
xpf = XmlProperties("tmp/ant-properties.xml")
xpf.transformProperties("tmp/ant-properties.properties")
pf = PropertiesFile("tmp/ant-properties.properties")
packageHome = pf.get("package.home")
# Connect to Server
print 'Connecting to server: ', pf.get("osbadm.adminUrl")
# connectToServer()
connect(pf.get("osbadm.admin_user"), pf.get("osbadm.admin_password"), pf.get("osbadm.adminUrl"))
domainRuntime()
# Create unique session name
print 'Creating unique session name'
sessionName = createSessionName()
print 'Created session name :', sessionName
# Create and start session
print 'Creating SessionMBean'
sessionMBean = getSessionMBean(sessionName)
print 'SessionMBean started new session'
# obtain the ALSBConfigurationMBean instance that operates
# on the session that has just been created. Notice that
# the name of the mbean contains the session name.
print 'Create ALSBConfiguration'
alsbConfigurationMBean = findService(String(ALSBConfigurationMBean.NAME + ".").concat(sessionName), ALSBConfigurationMBean.TYPE)
print "ALSBConfiguration MBean found", alsbConfigurationMBean
# Perform updates or read operations in the session using alsbSession
# sys.arg[4] is the root of the package
print 'INFO package root is ' + packageHome
psc_list=[]
pscProps = PropertiesFile(packageHome + "/" + 'psc_details.properties')
print 'INFO loaded properties from ' + packageHome + "/" + 'psc_details.properties'
pscNames = pscProps.getPartialKey("*.pscname")
serviceProps = []
for k, v in pscNames:
if pscProps.get(v + ".technology") == "osb":
serviceProps.append((k, v))
for k, pscName in serviceProps:
print 'INFO processing serviceslist entry ' + pscName
# sys.arg[4] is the root of the package
if len(pscName) != 0:
service_file= packageHome + "/" + pscProps.get(pscName + ".deployable")
print 'INFO deployable resolved to ' , service_file
psc_list.append(pscName + ":" + pscProps.get(pscName + ".version.label"))
print 'Starting import of:', service_file, "on to OSB Admin Server:", pf.get("osbimp.adminUrl")
# Read import jar file
print 'INFO Read import jar file'
theBytes = BinaryFile(service_file).getBytes()
print 'INFO Import file read successfully', service_file
# Upload Jar File
print 'INFO Uploading Jar file'
alsbConfigurationMBean.uploadJarFile(theBytes)
print 'INFO Jar Uploaded'
print 'INFO ALSB Project will now get imported'
alsbJarInfo = alsbConfigurationMBean.getImportJarInfo()
alsbImportPlan = alsbJarInfo.getDefaultImportPlan()
# we are currently running all WLST with the same keystore
# if this changes we will have to get more clever here
alsbImportPlan.setPassphrase(pf.get("oradm.keystore.passphrase"))
operationMap=HashMap()
operationMap = alsbImportPlan.getOperations()
print 'INFO Default importPlan'
printOpMap(operationMap)
alsbImportPlan.setPreserveExistingEnvValues(false)
alsbImportPlan.setPreserveExistingOperationalValues(false)
print 'INFO Modified importPlan'
printOpMap(operationMap)
importResult = alsbConfigurationMBean.importUploaded(alsbImportPlan)
printDiagMap(importResult.getImportDiagnostics())
if importResult.getFailed().isEmpty() == false:
print 'ERROR One or more resources could not be imported properly'
raise
#customize if a customization file is specified
#affects only the created resources
customisationFile = service_file + ".xml"
if(os.path.exists(customisationFile)):
print 'INFO Loading customization File', customisationFile
iStream = FileInputStream(customisationFile)
customizationList = Customization.fromXML(iStream)
alsbConfigurationMBean.customize(customizationList)
print "INFO The MBean session has been configured for the following deployments:"
for psc in psc_list:
print "\t" + psc
deployMessage = "Deployed PSC's " + "\t" + "\n\t".join(psc_list)
try:
sessionMBean.activateSession(sessionName, deployMessage)
except:
print "ERROR problem encountered activating the session"
print "INFO this can happen if one or more of the managed servers are not running"
raise
print "INFO Deployment of : \n\t" + "\n\t".join(psc_list) + "\nsuccessful"
except Exception, e:
print "ERROR Unexpected error:", sys.exc_info()[0]
print e
if sessionMBean:
sessionMBean.discardSession(sessionName)
raise