def generateFuncUsageByLineContentGo(lineContent):
# get func parts:
(caller, method, args, returnParams) = g.getGoFuncDeclarationPartsByLineContent(lineContent)
returnParamsSplitedList = g.splitArgs(returnParams)
color.red("returnParamsSplitedList")
print(returnParamsSplitedList)
# split args
argsSplitedList = g.splitArgs(args)
# get vars commas str
(_, varsCommasStr, _) = g.getVarBlockByStructureListOfNameTypeName(argsSplitedList)
# get return params comma string
(_, returnParamsCommasStr, _) = g.getVarBlockByStructureListOfNameTypeName(returnParamsSplitedList)
callerVarName = g.getCallerVarName(caller)
funcCall = g.innerTestFuncPartGoTestPrepare_callTestableFunc(callerVarName, method, returnParamsCommasStr, varsCommasStr)
# get var block and add before funcCall
(varBlock, _, _) = getVarBlock(caller, args, returnParams)
# func usage total
funcUsageTotal = "/*{}*/\n{}".format(varBlock, funcCall)
return funcUsageTotal
def test_testName(self):
color.blue("test here baby")
result = generateTestFileNameForGoTest.splitArgs("par1 int, par2 string")
expected = [{'var': 'par1', 'varType': 'int'}, {'var': 'par2', 'varType': 'string'}]
# assert_that(result == expected)
assertMy.equals(result, expected)
def getVarBlock(caller, args, returnParams):
# split args
(varBlockInnerArgs, argsVarsCommas, argsVarsList) = g.splitAndFullPrepare(args)
# split return params
(varBlockInnerReturnParams, returnParamsVarsCommas, returnParamsList) = g.splitAndFullPrepare(returnParams)
returnParamsSplitedList = g.splitArgs(returnParams)
# generate total var block
# which consists of:
# caller var
# inner args vars
# return args vars
varBlockTmpl = """var (
\t{}
{}
{}
)"""
varBlock =varBlockTmpl.format(caller, varBlockInnerArgs, varBlockInnerReturnParams)
print("argsVarsCommas")
print(argsVarsCommas)
return (varBlock, argsVarsCommas, returnParamsVarsCommas)
