func (r *Runner) assertDetail(key string, actual interface{}, expected *parse.Value) bool {
if actual != expected.Data {
actualVal := parse.ParseValue([]byte(fmt.Sprintf("%v", actual)))
r.log(key, fmt.Sprintf("expected %s: %s actual %T: %s", expected.Type(), expected, actual, actualVal))
return false
}
return true
}
func (r *Runner) assertData(data interface{}, errData error, key string, expected *parse.Value) bool {
if errData != nil {
r.log(key, fmt.Sprintf("expected %s: %s actual: failed to parse body: %s", expected.Type(), expected, errData))
return false
}
if data == nil {
r.log(key, fmt.Sprintf("expected %s: %s actual: no data", expected.Type(), expected))
return false
}
actual, ok := m.GetOK(map[string]interface{}{"Data": data}, key)
if !ok && expected.Data != nil {
r.log(key, fmt.Sprintf("expected %s: %s actual: (missing)", expected.Type(), expected))
return false
}
if !ok && expected.Data == nil {
return true
}
if !expected.Equal(actual) {
actualVal := parse.ParseValue([]byte(fmt.Sprintf("%v", actual)))
r.log(key, fmt.Sprintf("expected %s: %s actual %T: %s", expected.Type(), expected, actual, actualVal))
return false
}
return true
}
func (r *Runner) assertDetail(line *parse.Line, key string, actual interface{}, expected *parse.Value) bool {
if !expected.Equal(actual) {
actualVal := parse.ParseValue([]byte(fmt.Sprintf("%v", actual)))
actualString := actualVal.String()
if v, ok := actual.(string); ok {
actualString = fmt.Sprintf(`"%s"`, v)
}
if expected.Type() == actualVal.Type() {
r.log(key, fmt.Sprintf("expected: %s actual: %s", expected, actualString))
} else {
r.log(key, fmt.Sprintf("expected %s: %s actual %T: %s", expected.Type(), expected, actual, actualString))
}
return false
}
// capture any vars (// e.g. {placeholder})
if capture := line.Capture(); len(capture) > 0 {
r.capture(capture, actual)
}
return true
}
func (r *Runner) assertData(line *parse.Line, data interface{}, errData error, key string, expected *parse.Value) bool {
if errData != nil {
r.log(key, fmt.Sprintf("expected %s: %s actual: failed to parse body: %s", expected.Type(), expected, errData))
return false
}
if data == nil {
r.log(key, fmt.Sprintf("expected %s: %s actual: no data", expected.Type(), expected))
return false
}
actual, ok := m.GetOK(map[string]interface{}{"Data": data}, key)
if !ok && expected.Data != nil {
r.log(key, fmt.Sprintf("expected %s: %s actual: (missing)", expected.Type(), expected))
return false
}
// capture any vars (// e.g. {placeholder})
if capture := line.Capture(); len(capture) > 0 {
r.capture(capture, actual)
}
if !ok && expected.Data == nil {
return true
}
if !expected.Equal(actual) {
actualVal := parse.ParseValue([]byte(fmt.Sprintf("%v", actual)))
actualString := actualVal.String()
if v, ok := actual.(string); ok {
actualString = fmt.Sprintf(`"%s"`, v)
}
if expected.Type() == actualVal.Type() {
r.log(key, fmt.Sprintf("expected: %s actual: %s", expected, actualString))
} else {
r.log(key, fmt.Sprintf("expected %s: %s actual %T: %s", expected.Type(), expected, actual, actualString))
}
return false
}
return true
}