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readCfgFile.py
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readCfgFile.py
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#******************************************************************************
# * Copyright (c) 2019, XtremeDV. All rights reserved.
# *
# * Licensed under the Apache License, Version 2.0 (the "License");
# * you may not use this file except in compliance with the License.
# * You may obtain a copy of the License at
# *
# * http://www.apache.org/licenses/LICENSE-2.0
# *
# * 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.
# *
# * Author: Jude Zhang, Email: [email protected]
# *******************************************************************************
# Copyright (c) 2019-2020, Jude Zhang [email protected]
from buildCfg import *
from groupCfg import *
class readCfgFileBase(baseCfg):
def __init__(self, name, file):
self._section = ConfigObj(infile=file, stringify=True)
super(readCfgFileBase, self).__init__(name, self._section, None)
self._subSectionType = {}
self._validSection = ['build', 'testgroup']
def _readSubSection(self):
for k, v in getSections(self._section).items():
if self._checkSubSection(k) and k in self._subSectionType:
self._subSection[k] = self._subSectionType[k](k, v, self)
self._subSection[k].parse()
def _checkSubSection(self, key):
if key not in self._validSection:
raise ParseError('[%s] is unknown section' % key)
return True
class readBuildCfgFile(readCfgFileBase):
def __init__(self, file):
super(readBuildCfgFile, self).__init__('readBuildCfgFile', file)
self._subSectionType = {'build': buildCfg}
self.parse()
@property
def build(self):
if 'build' in self.subSection:
return self.subSection['build']
def getBuild(self, build=''):
return self.build.getBuild(build)
def compileOption(self, buildName):
return self._toList(self.build.compileOption) + self._toList(self.getBuild(buildName).compileOption) if self.build.compileOption else self.getBuild(buildName).compileOption
def simOption(self, buildName):
return self._toList(self.build.simOption) + self._toList(self.getBuild(buildName).simOption) if self.build.simOption else self.getBuild(buildName).simOption
def preCompileOption(self, buildName):
return self._toList(self.build.preCompileOption) + self._toList(self.getBuild(buildName).preCompileOption)
def preSimOption(self, buildName):
return self._toList(self.build.preSimOption) + self._toList(self.getBuild(buildName).preSimOption)
def postCompileOption(self, buildName):
return self._toList(self.build.postCompileOption) + self._toList(self.getBuild(buildName).postCompileOption)
def postSimOption(self, buildName):
return self._toList(self.build.postSimOption) + self._toList(self.getBuild(buildName).postSimOption)
def _toList(self, preOptions):
if isinstance(preOptions, str):
return [preOptions]
elif isinstance(preOptions, list):
return preOptions
class readGroupCfgFile(readCfgFileBase):
def __init__(self, file):
super(readGroupCfgFile, self).__init__('readGroupCfgFile', file)
self._subSectionType = {'testgroup': groupCfg}
self.parse()
self._validBuild = []
self._allBuild = []
self._tests = {}
@property
def testGroup(self):
if 'testgroup' in self.subSection:
return self.subSection['testgroup']
@property
def validBuild(self):
return self._validBuild[0]
@property
def allBuild(self):
return list(set(self._allBuild))
def getTests(self, groupName):
groupSection = self.testGroup.getGroup(groupName)
globalBuild = groupSection.buildOption
globalTests = groupSection.testsOption
if globalBuild:
self._validBuild.append(globalBuild)
self._allBuild.append(globalBuild)
if globalTests:
self._tests[groupName] = globalTests
if groupSection.include:
for incGroup in groupSection.incGroups:
if incGroup.testsOption:
self._tests[incGroup.name] = incGroup.testsOption
self.setValidBuild(globalBuild, incGroup.buildOption)
self._allBuild.append(incGroup.buildOption)
self.checkBuild(self._validBuild, groupName)
return self._tests
def setValidBuild(self, globalBuild, subBuild):
if globalBuild and subBuild and globalBuild != subBuild:
self._validBuild.append(globalBuild)
elif subBuild and not globalBuild:
self._validBuild.append(subBuild)
elif globalBuild and not subBuild:
self._validBuild.append(globalBuild)
def checkBuild(self, buildList, groupName):
buildSet = set(buildList)
if len(buildSet) != 1:
raise ValueError(('group %s has included subgroup is must be in same build' % groupName))
if __name__ == '__main__':
# config = readBuildCfgFile(defaultBuildFile())
# print(config.build.simOption)
# print(config.build.compileOption)
# print(config.build.getBuild('dla').name)
# print(config.build.getBuild('dla').compileOption)
# print(config.simOption('dla'))
# print(config.preCompileOption('dla'))
# print(config.postCompileOption('dla'))
# print(config.preSimOption('dla'))
# print(config.postSimOption('dla'))
config = readGroupCfgFile(defaultGroupFile())
config.getTests('v1_regr')
config.getTests('top_regr')
#for v in config.testgroup.subSection.values():
# print(v.include)
# print(v.name)
#print(v.buildOption)
#print(v.argsOption)
#print(v.testsOption)
#print('haha', v.include)
#for include in v.include:
# print(config.getGroup(include).testsOption)