def testParse(self): t_str = 'DUMMY TYPE=CHAR SET=DUMMY DEFAULT=DUMMY\n' lexer = para_lexer.paraScanner(logger=logger, debug=0) parser = paraParser(lexer, logger=logger, debug=0) paramObj = parser.parse_buf(t_str) paramDefs = paramObj.paramDict
def testParse3(self): t_str = '''PARTMODE TYPE=NUMBER FORMAT=%8.10f DEFAULT=-8 NOP=NOP\n''' lexer = para_lexer.paraScanner(logger=logger, debug=0) parser = paraParser(lexer, logger=logger, debug=0) paramObj = parser.parse_buf(t_str) paramDefs = paramObj.paramDict ex = paramDefs['PARTMODE'] self.assertEqual('%8.10f', ex.getParamDefForParamMap()['FORMAT'])
def testParse2(self): t_str = '''BINMODE TYPE=NUMBER FORMAT=%-5.5d MIN=-10 DEFAULT=9 NOP=NOP\n''' lexer = para_lexer.paraScanner(logger=logger, debug=0) parser = paraParser(lexer, logger=logger, debug=0) paramObj = parser.parse_buf(t_str) paramDefs = paramObj.paramDict ex = paramDefs['BINMODE'] self.assertEqual('%-5.5d', ex.getParamDefForParamMap()['FORMAT'])
def testParse1(self): t_str = '''GAIN TYPE=NUMBER FORMAT=%ld DEFAULT=-7 NOP=NOP\n''' lexer = para_lexer.paraScanner(logger=logger, debug=0) parser = paraParser(lexer, logger=logger, debug=0) paramObj = parser.parse_buf(t_str) paramDefs = paramObj.paramDict ex = paramDefs['GAIN'] self.assertEqual('%ld', ex.getParamDefForParamMap()['FORMAT'])
def testFuncRef(self): lexer = para_lexer.paraScanner(logger=logger, debug=0) parser = paraParser(lexer, logger=logger, debug=0) paramObj = parser.parse_buf(FuncRefTestCase.funcref_sample) paramDefs = paramObj.paramDict f1 = paramDefs['FRAME1'].getParamDefForParamMap() self.assertEquals('&GET_F_NO[SPCAM A]', f1['DEFAULT']) self.assertEquals('NOP', f1['NOP'])
def __init__(self, logger): self.logger = logger self.parser = CommandParser.CommandParser() self.para_lexer = para_lexer.paraScanner(logger=logger, debug=0) self.para_parser = paraParser(self.para_lexer, logger=logger, debug=0) self.para = Bunch.threadSafeBunch() self.userRegMap = Bunch.threadSafeBunch() self.systemRegMap = Bunch.threadSafeBunch() self.commandRegMap = Bunch.threadSafeBunch()
def testParse(self): lexer = para_lexer.paraScanner(logger=logger, debug=0) parser = paraParser(lexer, logger=logger, debug=0) paramObj = parser.parse_buf(QuatedListTestCase.t_str) paramDefs = paramObj.paramDict ex = paramDefs['SELECT'] logger.debug( ` ex.getParamDefForParamMap()['SET'] `) self.assertEqual('NOP', ex.getParamDefForParamMap()['DEFAULT']) self.assertEqual('NOP', ex.getParamDefForParamMap()['NOP'])
def testParse2(self): # NOP in the SET should have been deleted t_str = ''' UNIT TYPE=CHAR DEFAULT=NOP NOP=NOP SET=ALL,CAMVME,SPGVME,UNA3,TC1,TC2,TC3,UNA7,ARYELEC,TM1,TM2,CAM_MTR,SPG_MTR,VAC1,UTSTRIP,UNB8,NOP ''' lexer = para_lexer.paraScanner(logger=logger, debug=0) parser = paraParser(lexer, logger=logger, debug=0) paramObj = parser.parse_buf(t_str) paramDefs = paramObj.paramDict logger.debug( ` paramDefs `) ex = paramDefs['UNIT'] self.assertEqual('NOP', ex.getParamDefForParamMap()['DEFAULT']) self.assertEqual('NOP', ex.getParamDefForParamMap()['NOP']) self.assert_(not ( ex.getParamDefForParamMap()['SET']).__contains__('NOP'))
def testParse1(self): t_str = ''' UNIT TYPE=CHAR DEFAULT=NOP NOP=NOP SET=ALL,CAMVME,SPGVME,UNA3,TC1,TC2,TC3,UNA7,ARYELEC,TM1,TM2,CAM_MTR,SPG_MTR,VAC1,UTSTRIP,UNB8 CMD TYPE=CHAR DEFAULT=NOP NOP=NOP SET=ON,OFF,STATUS ''' lexer = para_lexer.paraScanner(logger=logger, debug=0) parser = paraParser(lexer, logger=logger, debug=0) paramObj = parser.parse_buf(t_str) paramDefs = paramObj.paramDict logger.debug( ` paramDefs `) ex = paramDefs['UNIT'] self.assertEqual('NOP', ex.getParamDefForParamMap()['DEFAULT']) self.assertEqual('NOP', ex.getParamDefForParamMap()['NOP']) ex = paramDefs['CMD'] self.assertEqual('NOP', ex.getParamDefForParamMap()['DEFAULT']) self.assertEqual('NOP', ex.getParamDefForParamMap()['NOP'])
def setUp(self): self.lexer = para_lexer.paraScanner(logger=logger, debug=0) self.parser = paraParser(self.lexer, logger=logger, debug=0) self.paramObj = self.parser.parse_buf(test_str1) self.validator = ParameterHandler(self.paramObj)
def main(options, args): import os # TODO: configure the logger logger = logging.getLogger('para.ParameterHandler') logger.addHandler(logging.StreamHandler()) logger.setLevel(logging.WARN) lexer = para_lexer.paraScanner(logger=logger, debug=0) parser = paraParser(lexer, logger=logger, debug=0) if len(args) > 0: for filename in args: in_f = open(filename, 'r') buf = in_f.read() in_f.close() print filename, ":" if options.scan: res = lexer.tokenize(buf) print res else: res = parser.parse(buf) print res elif options.tsctest: #? rootLogger = logging.getLogger() pattern = re.compile(r'^(\w+)\.para$') currentDir = os.path.split(__file__)[0] TSCdir = os.path.join(currentDir, "../SkPara/cmd/TSC") have = os.listdir(TSCdir) for fname in have: if not pattern.match(fname): continue objectName = pattern.match(fname).group(1) # parser = yacc.yacc(debug=0) buf = '' print "#", "-" * 30, fname fh = open(os.path.join(TSCdir, fname), "r") fw = open(os.path.join(currentDir, "%s.cmd" % objectName), "w") for cline in fh.xreadlines(): buf = buf + cline buf = buf + '\n' l2 = parser.mk_paramObj(fname, buf) print l2 v = ParameterHandler(l2) listOfSets = [] listOfParamNames = [] for aKey in l2: listOfParamNames.append(aKey) listOfSets.append(l2[aKey].getAllParamValueList()) combinationList = combination(listOfSets) for aList in combinationList: parameterMap = {} for i in range(len(listOfParamNames)): parameterMap[listOfParamNames[i]] = aList[i] try: parameterMap = v.populate(parameterMap, {}, {}, {}, {}, {}) v.validate(parameterMap) printList = 'EXEC TSC %s' % objectName for i in parameterMap.keys(): printList = printList + (" %s=%s " % (i, parameterMap[i])) fw.write(printList + "\n") except (ParameterValidationException, InconsistentParameterDefinitionException), e: pass fw.close()