func (specInfoGatherer *SpecInfoGatherer) createConceptInfos() []*gauge_messages.ConceptInfo {
conceptInfos := make([]*gauge_messages.ConceptInfo, 0)
for _, concept := range specInfoGatherer.getDictionary().ConceptsMap {
stepValue := parser.CreateStepValue(concept.ConceptStep)
conceptInfos = append(conceptInfos, &gauge_messages.ConceptInfo{StepValue: parser.ConvertToProtoStepValue(&stepValue), Filepath: proto.String(concept.FileName), LineNumber: proto.Int(concept.ConceptStep.LineNo)})
}
return conceptInfos
}
func (s *SpecInfoGatherer) getStepsFromConcept(concept *gauge.Concept) []*gauge.StepValue {
stepValues := make([]*gauge.StepValue, 0)
for _, step := range concept.ConceptStep.ConceptSteps {
if !step.IsConcept {
stepValue := parser.CreateStepValue(step)
stepValues = append(stepValues, &stepValue)
}
}
return stepValues
}
func getParsedStepValues(steps []*gauge.Step) []*gauge.StepValue {
var stepValues []*gauge.StepValue
for _, step := range steps {
if !step.IsConcept {
stepValue := parser.CreateStepValue(step)
stepValues = append(stepValues, &stepValue)
}
}
return stepValues
}
func (s *SpecInfoGatherer) getStepsFromSpec(spec *gauge.Specification) []*gauge.StepValue {
stepValues := make([]*gauge.StepValue, 0)
for _, scenario := range spec.Scenarios {
for _, step := range scenario.Steps {
if !step.IsConcept {
stepValue := parser.CreateStepValue(step)
stepValues = append(stepValues, &stepValue)
}
}
}
return stepValues
}
func (s *SpecInfoGatherer) GetConceptInfos() []*gauge_messages.ConceptInfo {
conceptInfos := make([]*gauge_messages.ConceptInfo, 0)
s.mutex.Lock()
for _, conceptList := range s.conceptsCache {
for _, concept := range conceptList {
stepValue := parser.CreateStepValue(concept.ConceptStep)
conceptInfos = append(conceptInfos, &gauge_messages.ConceptInfo{StepValue: parser.ConvertToProtoStepValue(&stepValue), Filepath: proto.String(concept.FileName), LineNumber: proto.Int(concept.ConceptStep.LineNo)})
}
}
s.mutex.Unlock()
return conceptInfos
}
func (specInfoGatherer *SpecInfoGatherer) updateAllStepsList() {
specInfoGatherer.availableStepsMap = make(map[string]*parser.StepValue, 0)
specInfoGatherer.addStepValuesToAvailableSteps(specInfoGatherer.runnerStepValues)
for _, steps := range specInfoGatherer.fileToStepsMap {
for _, step := range steps {
if step.IsConcept {
continue
}
stepValue := parser.CreateStepValue(step)
if _, ok := specInfoGatherer.availableStepsMap[stepValue.StepValue]; !ok {
specInfoGatherer.availableStepsMap[stepValue.StepValue] = &stepValue
}
}
}
}
