def assertValidStringifyAndParse(self, foraValue, checkActualValues = False):
resultStr = FORA.makeSymbol("ParsableRepresentation")(foraValue)
try:
result2 = FORA.makeSymbol("ParsableRepresentation")(FORA.eval(resultStr))
except:
self.assertTrue(False,
"Wasn't able to parse:\n**************\n%s\n*************\n\n%s"
% (resultStr, traceback.format_exc())
)
if checkActualValues:
self.assertTrue(
FORA.eval(resultStr) == FORA.eval(result2),
"Printing and parsing %s resulted in %s, which is not the same."
% (resultStr,result2)
)
def generateTestExpressions():
def isOk(s):
return '"""' not in s and "'''" not in s
testFunctions = ForaValuePrintingTest.generateTestFunctions()
reprSymbol = Fora.makeSymbol("ParsableRepresentation")
tr = [reprSymbol(testFun) for testFun in testFunctions]
return [x for x in tr if isOk(x)]
def generateTestExpressions():
def isOk(s):
return '"""' not in s and "'''" not in s
testFunctions = ForaValuePrintingTest.generateTestFunctions()
reprSymbol = Fora.makeSymbol("ParsableRepresentation")
tr = [reprSymbol(testFun) for testFun in testFunctions]
return [x for x in tr if isOk(x)]
def assertValidParse(self, foraExpressionText, checkActualValues = False):
result1 = FORA.eval(foraExpressionText)
resultStr = FORA.makeSymbol("ParsableRepresentation")(result1)
try:
result2 = FORA.eval(resultStr)
except:
self.assertTrue(False,
"Wasn't able to parse:\n**************\n%s\n*************\n\n%s"
% (result1, traceback.format_exc())
)
if checkActualValues:
self.assertTrue(
result1 == result2,
"Printing and parsing %s resulted in %s, which is not the same"
% (result1, result2)
)
