func runTest(t *testing.T, fp interface{}, name string, content string, ev interface{}, errCount int) {
var mainData2 *data.MainData
mainData := &data.MainData{}
mainData.ParseData = gparselib.NewParseData(name, content)
callWithInterfaceFunc(fp, "SetOutPort", func(dat interface{}) { mainData2 = dat.(*data.MainData) })
callWithMainData(fp, "InPort", mainData)
Convey("Parsing '"+name+"', ...", t, func() {
Convey(`... should create a result.`, func() {
So(mainData2.ParseData.Result, ShouldNotBeNil)
})
valueTest(mainData2.ParseData.Result.Value, ev)
Convey(`... should give the right number of errors.`, func() {
errs := mainData2.ParseData.Result.Feedback.Errors
if errCount <= 0 {
So(errs, ShouldBeNil)
} else {
So(len(errs), ShouldEqual, errCount)
}
})
Convey(`... should give the right error text.`, func() {
errs := mainData2.ParseData.Result.Feedback.Errors
if errCount > 0 {
if len(errs) != errCount {
So(printErrors(errs), ShouldBeBlank)
} else {
So(errs[errCount-1].Error(), ShouldNotBeNil)
}
}
})
})
}
func main() {
var mainData2 *data.MainData
mainData := &data.MainData{}
mainData.ParseData = gparselib.NewParseData("testfile", "smallIdent")
p := parser.NewParseSmallIdent()
p.SetOutPort(func(dat interface{}) { mainData2 = dat.(*data.MainData) })
p.InPort(mainData)
fmt.Printf("Result.Value: %#v\n", mainData2.ParseData.Result.Value)
}