// generateVariables generates all the variables/fields under the given type or module into ES5.
func (gen *es5generator) generateVariables(typeOrModule typegraph.TGTypeOrModule, initMap varMap) {
members := typeOrModule.Members()
// Find all variables defined under the type or module.
for _, member := range members {
srgMember, hasSRGMember := gen.getSRGMember(member)
if !hasSRGMember || srgMember.MemberKind() != srg.VarMember {
continue
}
// If the variable has a base member (i.e. it shadows another variable),
// nothing more to do.
_, hasBaseMember := member.BaseMember()
if hasBaseMember {
continue
}
// We only need to generate variables that have initializers.
_, hasInitializer := srgMember.Initializer()
if !hasInitializer {
continue
}
initMap.Set(member, gen.generateVariable(member))
}
}
// generateImplementedMembers generates all the members under the given type or module into ES5.
func (gen *es5generator) generateImplementedMembers(typeOrModule typegraph.TGTypeOrModule) *ordered_map.OrderedMap {
memberMap := ordered_map.NewOrderedMap()
members := typeOrModule.Members()
for _, member := range members {
// Check for a base member. If one exists, generate the member has an aliased member.
_, hasBaseMember := member.BaseMember()
if hasBaseMember {
memberMap.Set(member, gen.generateImplementedAliasedMember(member))
continue
}
// Otherwise, generate the member if it has an implementation.
srgMember, hasSRGMember := gen.getSRGMember(member)
if !hasSRGMember || !srgMember.HasImplementation() {
continue
}
memberMap.Set(member, gen.generateImplementedMember(member))
}
return memberMap
}
