func (executor *specExecutor) resolveToProtoStepItem(step *parser.Step) *gauge_messages.ProtoItem {
protoStepItem := parser.ConvertToProtoItem(step)
paramResolver := new(parser.ParamResolver)
parameters := paramResolver.GetResolvedParams(step, nil, executor.dataTableLookup())
updateProtoStepParameters(protoStepItem.Step, parameters)
return protoStepItem
}
func (executor *specExecutor) resolveToProtoItem(item parser.Item) *gauge_messages.ProtoItem {
var protoItem *gauge_messages.ProtoItem
switch item.Kind() {
case parser.StepKind:
if (item.(*parser.Step)).IsConcept {
concept := item.(*parser.Step)
protoItem = executor.resolveToProtoConceptItem(*concept)
} else {
protoItem = executor.resolveToProtoStepItem(item.(*parser.Step))
}
break
default:
protoItem = parser.ConvertToProtoItem(item)
}
return protoItem
}
// Not passing pointer as we cannot modify the original concept step's lookup. This has to be populated for each iteration over data table.
func (executor *specExecutor) resolveToProtoConceptItem(concept parser.Step) *gauge_messages.ProtoItem {
paramResolver := new(parser.ParamResolver)
parser.PopulateConceptDynamicParams(&concept, executor.dataTableLookup())
protoConceptItem := parser.ConvertToProtoItem(&concept)
for stepIndex, step := range concept.ConceptSteps {
// Need to reset parent as the step.parent is pointing to a concept whose lookup is not populated yet
if step.IsConcept {
step.Parent = &concept
protoConceptItem.GetConcept().GetSteps()[stepIndex] = executor.resolveToProtoConceptItem(*step)
} else {
stepParameters := paramResolver.GetResolvedParams(step, &concept, executor.dataTableLookup())
updateProtoStepParameters(protoConceptItem.Concept.Steps[stepIndex].Step, stepParameters)
}
}
return protoConceptItem
}