def __init__(self,xml,log,html,opt,inform=None,**kdb):
if xml is None:
raise Exception('the path of xml is empty')
if log is None:
raise Exception('the path of log is empty')
if html is None:
raise Exception('the path of html is empty')
#database
con = None
if kdb.get('start-up'):
import Databases
if kdb['engine'] == 'mysql':
con = Databases.mysql('mysql')(**kdb['settings'])
#xml
varmap = Config.load_xml(xml)
#log
self.logger=Loger()
self.logger.Open(log)
#html
self.fp_html = open(html, 'wb')
#create the IContext,and Gather
self.ctx = IContext(varmap=varmap,logger=self.logger,opt=opt,con=con)
self.gather = Gather.Gather(HTMLTestRunner._TestResult(1), \
htmlhelper=HTMLHelper(stream=self.fp_html, title='FTTReport', description='This is the report for FTT framework'))
class Config(object):
def __init__(self,xml,log,html,opt,inform=None,**kdb):
if xml is None:
raise Exception('the path of xml is empty')
if log is None:
raise Exception('the path of log is empty')
if html is None:
raise Exception('the path of html is empty')
#database
con = None
if kdb.get('start-up'):
import Databases
if kdb['engine'] == 'mysql':
con = Databases.mysql('mysql')(**kdb['settings'])
#xml
varmap = Config.load_xml(xml)
#log
self.logger=Loger()
self.logger.Open(log)
#html
self.fp_html = open(html, 'wb')
#create the IContext,and Gather
self.ctx = IContext(varmap=varmap,logger=self.logger,opt=opt,con=con)
self.gather = Gather.Gather(HTMLTestRunner._TestResult(1), \
htmlhelper=HTMLHelper(stream=self.fp_html, title='FTTReport', description='This is the report for FTT framework'))
def __del__(self):
self.gather.gather(self.ctx)
#write the log
self.logger.Colse()
#write the html
self.fp_html.close()
#inform the expections
if self.gather.IsExpection:
inform(self.gather.lVarFail,self.gather.lVarAbort,self.gather.lGrpAbort)
@staticmethod
def load_xml(f):
parser = xml.sax.make_parser()
parser.setFeature(xml.sax.handler.feature_namespaces, 0)
Handler = ParseXMLTeamplate()
parser.setContentHandler(Handler)
parser.parse(f)
return Handler.varMap
#get the run model to determine code how to run
def __call__(self, *args, **kwargs):
if self.ctx.RunModel =='':
'''
None the tool will run the all case in the varmap.Support this model in the future
'''
self.runServerByEmpty()
elif self.ctx.RunModel=='v':
'''
v the tool will run the specified case
'''
self.runServerByVid(self.ctx.RunModelVal)
elif self.ctx.RunModel=='s':
'''
s the tool will run the specified cases which set is the same
'''
self.runServerBySet(self.ctx.RunModelVal)
def myRange(self,num):
assert not num == type(int)
if num ==0:
return [0]
else:
return range(num)
def run(self,cls):
#new the object
instance = cls()
public_methods = [eval("instance."+method) for method in dir(instance) if callable(getattr(instance, method)) and not method.startswith('__')]
flow_methods = dict([(method._SETUP_,method) for method in public_methods if hasattr(method,'_SETUP_')])
while True:
fun = yield
yield self.gather(flow_methods[fun],self.ctx) if fun in flow_methods else True
def next(self,generator,fun):
if generator.send(fun):
generator.send(None)
return True
else:
generator.send(None)
return False
def runServer(self,vid):
#run the var
self.ctx.Records = self.ctx.VarMap.getVarByVid(vid)
for pid in self.myRange(self.ctx.Records.attributes['LenofRecm']):
self.ctx.Records.setVarPid(pid)
#TODO this will return a generator to detect the exception.
cls = self.ctx.Records.reflect()
gVar = self.run(cls)
gVar.next()
#Vars expected
self.gather.varExpectedCount+=1
#get var info
self.gather.getVarInfo(self.ctx)
#if GrpAbort
if self.gather.IsGrpAbort:
self.gather.varNotRunCount+=1
self.gather.result(self.ctx)
else:
if self.next(gVar,'_FTT_Setup_') and self.next(gVar,'_FTT_Run_') and self.next(gVar,'_FTT_Verify_'):
self.next(gVar, '_FTT_Cleanup_')
#Var pass
self.gather.varPassCount+=1
self.gather.result(self.ctx,True)
else:
self.next(gVar, '_FTT_Cleanup_')
self.gather.result(self.ctx)
gVar.close()
def runServerByVid(self,vid):
#init the IContext
self.ctx.Records = self.ctx.ParentContext
self.ctx.Records.setVarPid(0)
#switch class to instantiate
cls = self.ctx.Records.reflect()
#TODO this will return a generator to detect the exception.
detect = self.run(cls)
#start the generator
detect.next()
#run the GroupHelper.Setup method
self.next(detect,'_FTT_Setup_')
#run the specified case
self.runServer(vid)
self.ctx.Records = self.ctx.ParentContext
#run the GroupHelper.Setup method
self.next(detect,'_FTT_Cleanup_')
#close the generator
detect.close()
def runServerBySet(self,varSet):
#init the IContext
self.ctx.Records = self.ctx.ParentContext
self.ctx.Records.setVarPid(0)
#switch class to instantiate
cls = self.ctx.Records.reflect()
#TODO this will return a generator to detect the exception.
detect = self.run(cls)
#start the generator
detect.next()
#run the GroupHelper.Setup method
self.next(detect,'_FTT_Setup_')
#run the var
for vid in self.ctx.getVidBySet(varSet):
self.runServer(vid)
self.ctx.Records = self.ctx.ParentContext
#run the GroupHelper.Setup method
self.next(detect,'_FTT_Cleanup_')
#close the generator
detect.close()
def runServerByEmpty(self):
#init the IContext
self.ctx.Records = self.ctx.ParentContext
self.ctx.Records.setVarPid(0)
#switch class to instantiate
cls = self.ctx.Records.reflect()
#TODO this will return a generator to detect the exception.
detect = self.run(cls)
#start the generator
detect.next()
#run the GroupHelper.Setup method
self.next(detect,'_FTT_Setup_')
#run all the var
for vid in self.ctx.getAllVid():
self.runServer(vid)
self.ctx.Records = self.ctx.ParentContext
#run the GroupHelper.Setup method
self.next(detect,'_FTT_Cleanup_')
#close the generator
detect.close()
