def __init__(self,delegate): self.__dict__["_ci"] = delegate # Create control task methods (if proxies exposed) try: descriptor = DescriptorRegistry.getDescriptor(delegate.type) controlTasks = descriptor.controlTasks for task in controlTasks: self.__dict__[task.name] = lambda: deployit.executeControlTask(task.name, self._ci) except: pass
def __init__(self, delegate):
self.__dict__["_ci"] = delegate
# Create control task methods (if proxies exposed)
try:
descriptor = DescriptorRegistry.getDescriptor(delegate.type)
controlTasks = descriptor.controlTasks
for task in controlTasks:
self.__dict__[task.name] = lambda: deployit.executeControlTask(
task.name, self._ci)
except:
pass
def convertToDeployable(deployedId, pkgId):
deployed = repository.read(deployedId)
deployedDescriptor = DescriptorRegistry.getDescriptor(deployed.type)
if (deployedDescriptor.type.instanceOf(Type.valueOf("udm.DeployedArtifact"))):
print "Cannot convert artifact deployed [%s]. Ignoring " %(deployable.id)
return None
deployableDescriptor = DescriptorRegistry.getDescriptor(deployedDescriptor.deployableType)
deployable = factory.configurationItem("%s/%s" % (pkgId, deployed.name), str(deployableDescriptor.type))
if (repository.exists(deployable.id)):
print "[%s] already exists. Ignoring " %(deployable.id)
return None
print "Converting [%s] to type [%s]" % (deployedId, str(deployable.type))
for pd in deployableDescriptor.propertyDescriptors:
deployedPd = deployedDescriptor.getPropertyDescriptor(pd.name)
if (deployedPd):
try:
deployable[pdName] = deployed[pdName]
except:
deployable.values[pdName] = deployed[pdName]
return deployable
def get_ci_object(ciType, id):
if not DescriptorRegistry.exists(Type.valueOf(ciType)):
raise ValueError('Unknown CI type %s' % ciType)
type = Type.valueOf(ciType)
configurationItem = type.descriptor.newInstance(id)
return configurationItem
'jee': 12,
'overthere': 5,
'generic': 6,
'internal': 4
}
def get_color(t):
prefix = t.getPrefix()
if prefix in colormap:
return colormap[prefix]
else:
return 0
for d in DescriptorRegistry.getDescriptors():
hlist = [d.getType()]
hlist.extend(d.getSuperClasses())
ctype = None
for h in hlist:
if ctype is not None:
links[ctype] = h
ctype = h
types.add(ctype)
prefixes.add(str(ctype.getPrefix()))
gvscript = [
"digraph udm {",
'fontname = "%s" ' % fontname,
"fontsize = %s " % fontsize
]
fontname = "Bitstream Vera Sans"
fontsize = 8
colorscheme = "paired12"
#colorize only core types and bundled plugins, the other will remain black.
colormap = {'udm': 4, 'cloud': 1, 'mail': 2, 'core': 3, 'file': '8', 'sql': 9, 'www': 10, 'jee': 12, 'overthere': 5, 'generic': 6, 'internal': 4}
def get_color(t):
prefix = t.getPrefix()
if prefix in colormap:
return colormap[prefix]
else:
return 0
for d in DescriptorRegistry.getDescriptors():
hlist = [d.getType()]
hlist.extend(d.getSuperClasses())
ctype = None
for h in hlist:
if ctype is not None:
links[ctype] = h
ctype = h
types.add(ctype)
prefixes.add(str(ctype.getPrefix()))
gvscript = ["digraph udm {", 'fontname = "%s" ' % fontname, "fontsize = %s " % fontsize]
gvscript.append('node [ fontname = "%s" fontsize = %s shape = "record" ]' % (fontname, fontsize))
gvscript.append('edge [ fontname = "%s" fontsize = %s ]' % (fontname, fontsize))
for k, v in links.items():
gvscript.append('"%s" -> "%s";' % (k, v))
