def parseArgs(self, args):
# Parse the arguments looking for required parameters.
# Return false if any tests fail.
subtestResults = []
subtestMessages = []
rval = True
# Instantiate the ArgParser
ap = ArgParser(args)
# check for optional debug flag
self.bInDebug = ap.isInArgs("-debug", False)
# check for action
self.action = "NOT_SET"
rv = False
if (ap.isInArgs("-action", True)):
# action value must appear after target
self.action = ap.getArgValue("-action")
rv = True
else:
subtestMessages.append("-action with arg is required.")
subtestResults.append(rv)
# check for input filename
if (ap.isInArgs("-infile", True)):
# filename value must appear after target
self.inputFile = ap.getArgValue("-infile")
rv = True
else:
rv = False
subtestMessages.append("-infile with arg is required.")
subtestResults.append(rv)
# check for target path
if (ap.isInArgs("-targetpath", True)):
# filename value must appear after target
self.targetPath = ap.getArgValue("-targetpath")
rv = True
else:
if (self.action == "genscript"):
rv = False
subtestMessages.append(
"-targetpath required when -action is genscript.")
subtestResults.append(rv)
# Determine if all subtests passed
for idx in range(len(subtestResults)):
if (self.bInDebug):
print("Arg subtest " + str(subtestResults[idx]))
rval = rval and subtestResults[idx]
if (rval == False):
for idx in range(len(subtestMessages)):
if (self.bInDebug):
print("ArgParse message: " + str(subtestMessages[idx]))
return (rval)
def parseArgs():
# Parse the arguments looking for required parameters.
# Return false if any tests fail.
global bDictionaryMatchRequired, osType, inputFilename, targetLength
subtestResults = []
rval = True
# Instantiate the ArgParser
ap = ArgParser(sys.argv)
# check the OS type
rv = False
if (ap.isArgWithValue("-os", "mac") or ap.isArgWithValue("-os", "win")):
osType = ap.getArgValue("-os")
rv = True
subtestResults.append(rv)
# check for input filename
inputFilename = "NOT_SET"
rv = False
if (ap.isInArgs("-infile", True)):
# input filename value must appear after target
inputFilename = ap.getArgValue("-infile")
rv = True
subtestResults.append(rv)
# check for target length
targetLength = -1
rv = False
if (ap.isInArgs("-targetlen", True)):
# input filename value must appear after target
targetLength = int(ap.getArgValue("-targetlen"))
rv = True
subtestResults.append(rv)
# check for the optional dictionary match flag
bDictionaryMatchRequired = ap.isInArgs("-dictionarymatch", False)
# Determine if all subtests passed
for idx in range(len(subtestResults)):
rval = rval and subtestResults[idx]
return (rval)
def parseArgs(self, args):
# Parse the arguments looking for required parameters.
# Return false if any tests fail.
# global osType, action, searchType, targetPhrase
subtestResults = []
subtestResultMessages = []
rval = True
# Instantiate the ArgParser
ap = ArgParser(args)
# check for optional debug flag
self.bInDebug = ap.isInArgs("-debug", False)
# check the OS type
subtestResultMessages.append("-os %s" % self.doOSCheck(ap))
subtestResults.append(self.doOSCheck(ap))
# check for action
self.action = "NOT_SET"
rv = False
if (ap.isInArgs("-action", True)):
# action value must appear after target
self.action = ap.getArgValue("-action")
rv = True
subtestResultMessages.append("-action %s" % rv)
subtestResults.append(rv)
# check for searchtype
# using a different arg parse approach than the OS check.
self.doSearchTypeCheck(ap, subtestResults, subtestResultMessages)
# check for JumblePt2
self.doJumblePt2Check(ap, subtestResults, subtestResultMessages)
# check for Wordle
self.doWorldleCheck(ap, subtestResults, subtestResultMessages)
# check for genmask
if (self.action == "genmask"):
# GenMask requires a target
rv = False
if (ap.isInArgs("-target", True)):
self.targetPhrase = ap.getArgValue("-target")
rv = True
subtestResultMessages.append("-genmask %s" % rv)
subtestResults.append(rv)
# check for maintenance
if (self.action == "maint"):
rv = False
if (ap.isInArgs("-mainttype", True)):
self.maintType = ap.getArgValue("-mainttype")
if (self.maintType == "addword"):
if (ap.isInArgs("-target", True)):
self.targetPhrase = ap.getArgValue("-target")
rv = True
# no additional checks for adding sort column
if (self.maintType == "gensortcolumn"):
rv = True
subtestResultMessages.append("-mainttype %s" % rv)
subtestResults.append(rv)
if (self.action == "addword"):
rv = False
if (ap.isInArgs("-target", True)):
self.targetPhrase = ap.getArgValue("-target")
rv = True
else:
rv = False
subtestResultMessages.append("-addword %s" % rv)
subtestResults.append(rv)
# Determine if all subtests passed
for aMsg in subtestResultMessages:
if (self.bInDebug):
msg = "Arg subtest {0}".format(aMsg)
print(msg)
for aSubResult in subtestResults:
rval = rval and aSubResult
return (rval)
def parseArgs(self, args):
# Parse the arguments looking for required parameters.
# Return false if any tests fail.
subtestResults = []
rval = True
# Instantiate the ArgParser
ap = ArgParser(args)
# check for optional debug flag
self.bInDebug = ap.isInArgs("-debug", False)
# check the OS type
rv = False
if (ap.isArgWithValue("-os", "mac")
or ap.isArgWithValue("-os", "win")):
self.osType = ap.getArgValue("-os")
rv = True
subtestResults.append(rv)
# check for action
self.action = "NOT_SET"
rv = False
if (ap.isInArgs("-action", True)):
# action value must appear after target
self.action = ap.getArgValue("-action")
rv = True
subtestResults.append(rv)
# check for searchtype, using a different arg parse approach than the OS check.
if (self.action == "search"):
rv = False
if (ap.isInArgs("-searchtype", True)):
# value must be either word or pattern
st = ap.getArgValue("-searchtype")
validSearchTypes = ["word", "pattern", "encword", "jumble"]
for vst in validSearchTypes:
if (st == vst):
self.searchType = st
rv = True
subtestResults.append(rv)
# search also requires a target
rv = False
if (ap.isInArgs("-target", True)):
self.targetPhrase = ap.getArgValue("-target")
rv = True
subtestResults.append(rv)
# check for JumblePt2
if (self.action == "jumblept2"):
rv = False
if (ap.isInArgs("-windowsize", True)):
self.windowSize = int(ap.getArgValue("-windowsize"))
rv = True
subtestResults.append(rv)
# JumblePt2 also requires a target
rv = False
if (ap.isInArgs("-target", True)):
self.targetPhrase = ap.getArgValue("-target")
rv = True
subtestResults.append(rv)
# check for 7lw (Seven Little Words)
if (self.action == "7lw"):
rv = False
if (ap.isInArgs("-windowsize", True)):
self.windowSize = int(ap.getArgValue("-windowsize"))
rv = True
subtestResults.append(rv)
# 7lw also requires an input file
rv = False
if (ap.isInArgs("-infile", True)):
self.inputFile = ap.getArgValue("-infile")
rv = True
subtestResults.append(rv)
# check for genmask
if (self.action == "genmask"):
# GenMask requires a target
rv = False
if (ap.isInArgs("-target", True)):
self.targetPhrase = ap.getArgValue("-target")
rv = True
subtestResults.append(rv)
# check for maintenance
if (self.action == "maint"):
rv = False
if (ap.isInArgs("-mainttype", True)):
self.maintType = ap.getArgValue("-mainttype")
if (self.maintType == "addword"):
if (ap.isInArgs("-target", True)):
self.targetPhrase = ap.getArgValue("-target")
rv = True
# no additional checks for adding sort column
if (self.maintType == "gensortcolumn"):
rv = True
subtestResults.append(rv)
# Determine if all subtests passed
for idx in range(len(subtestResults)):
self.debugMsg("Arg subtest " + str(subtestResults[idx]))
rval = rval and subtestResults[idx]
return (rval)