modelverse/bootstrap/ramify.alc

include "primitives.alh"
include "object_operations.alh"
include "modelling.alh"
include "metamodels.alh"
include "model_management.alh"

Element function ramify(model : Element):
	// Create new model structure
	Element new_model
	new_model = create_node()
	dict_add(new_model, "model", create_node())
	dict_add(new_model, "type_mapping", create_node())
	dict_add(new_model, "metamodel", model["metamodel"])

	dict_add(new_model, "source", model)
	dict_add(new_model, "target", model)

	// Get local variables for parts
	Element old_m
	Element new_m
	Element mm
	new_m = new_model["model"]
	old_m = model["model"]
	mm = new_model["metamodel"]["model"]

	// Add in some primitives
	instantiate_node(new_model, "SimpleAttribute", "Natural")
	instantiate_attribute(new_model, "Natural", "constraint", constraint_Natural)

	instantiate_node(new_model, "SimpleAttribute", "String")
	instantiate_attribute(new_model, "String", "constraint", constraint_String)

	instantiate_node(new_model, "SimpleAttribute", "Boolean")
	instantiate_attribute(new_model, "Boolean", "constraint", constraint_Boolean)

	instantiate_node(new_model, "SimpleAttribute", "Location")
	instantiate_attribute(new_model, "Location", "constraint", constraint_Location)

	instantiate_node(new_model, "ComplexAttribute", "ActionLanguage")
	instantiate_attribute(new_model, "ActionLanguage", "constraint", constraint_ActionLanguage)
	model_define_attribute(new_model, "ActionLanguage", "type", False, "Location")

	// Add some default elements
	//	Class LHS_Root {
	//		constraint? : ActionLanguage
	//		upper_cardinality = 1
	//		lower_cardinality = 1
	//	}
	instantiate_node(new_model, "Class", "LHS_Root")
	instantiate_attribute(new_model, "LHS_Root", "lower_cardinality", 1)
	instantiate_attribute(new_model, "LHS_Root", "upper_cardinality", 1)
	model_define_attribute(new_model, "LHS_Root", "LHS_constraint", True, "ActionLanguage")

	//  Class LHS : LHS_Root {}
	instantiate_node(new_model, "Class", "LHS")
	instantiate_link(new_model, "Inheritance", "", "LHS", "LHS_Root")

	//  Class NAC : LHS_Root {}
	instantiate_node(new_model, "Class", "NAC")
	instantiate_link(new_model, "Inheritance", "", "NAC", "LHS_Root")

	//	Class PreElement {
	//		label : String
	//		constraint? : ActionLanguage
	//	}
	instantiate_node(new_model, "Class", "PreElement")
	model_define_attribute(new_model, "PreElement", "label", False, "String")
	model_define_attribute(new_model, "PreElement", "matching_constraint", True, "ActionLanguage")

	// Association LHS_contains (LHS_Root, PreElement) {}
	instantiate_link(new_model, "Association", "LHS_contains", "LHS_Root", "PreElement")

	//	Class RHS {
	//		action? : ActionLanguage
	//		upper_cardinality = 1
	//		lower_cardinality = 1
	//	}
	instantiate_node(new_model, "Class", "RHS")
	instantiate_attribute(new_model, "RHS", "lower_cardinality", 1)
	instantiate_attribute(new_model, "RHS", "upper_cardinality", 1)
	model_define_attribute(new_model, "RHS", "action", True, "ActionLanguage")

	//	Class PostElement {
	//		label : String
	//		action? : ActionLanguage
	//	}
	instantiate_node(new_model, "Class", "PostElement")
	model_define_attribute(new_model, "PostElement", "label", False, "String")
	model_define_attribute(new_model, "PostElement", "action", True, "ActionLanguage")

	// Association RHS_contains (RHS, PostElement) {}
	instantiate_link(new_model, "Association", "RHS_contains", "RHS", "PostElement")

	// Basics are added, now we need to add each node and transition, but slightly modified
	Element keys
	String key
	Element new_entry
	Element entry

	keys = set_to_list(dict_keys(old_m))
	String type_name
	String old_source
	String old_target
	String attr_name
	Element masked_attributes
	Element copied_attributes

	masked_attributes = create_node()
	set_add(masked_attributes, "constraint")
	set_add(masked_attributes, "lower_cardinality")
	set_add(masked_attributes, "source_lower_cardinality")
	set_add(masked_attributes, "target_lower_cardinality")

	copied_attributes = create_node()
	set_add(copied_attributes, "upper_cardinality")
	set_add(copied_attributes, "source_upper_cardinality")
	set_add(copied_attributes, "target_upper_cardinality")

	log("Start RAM")
	log("Set: " + list_to_string(keys))
	while (read_nr_out(keys) > 0):
		key = list_pop(keys, 0)
		entry = old_m[key]
		log("CHECK " + key)

		type_name = read_type(model, key)
		if (type_name == "Class"):
			instantiate_node(new_model, type_name, "Pre_" + key)
			instantiate_node(new_model, type_name, "Post_" + key)

			// Also make it inherit from the "root element"
			instantiate_link(new_model, "Inheritance", "", "Pre_" + key, "PreElement")
			instantiate_link(new_model, "Inheritance", "", "Post_" + key, "PostElement")

			log("Added " + key)

		elif (type_name == "AttributeLink"):
			// Got an attribute, so find out the source and name
			log("Attribute link!")
			old_source = reverseKeyLookup(model["model"], read_edge_src(entry))
			attr_name = read_attribute(model, key, "name")
			log("Search " + old_source)
			log("Got " + set_to_string(dict_keys(new_model["model"])))

			// TODO distinguish between Simple and Complex Attributes

			if (dict_in(new_model["model"], "Pre_" + old_source)):
				// Only if it is a class that it originates from is a class, should we add this
				if (read_type(model, old_source) == "Class"):
					// If the attribute is one used in the conformance check, we should mask it
					// Add the attribute in the new model, altering its name and making it optional
					log("Adding attribute " + attr_name)
					log("  to " + old_source)
					model_define_attribute(new_model, "Pre_" + old_source, attr_name + "_constraint", True, "ActionLanguage")
					model_define_attribute(new_model, "Post_" + old_source, attr_name + "_value", True, "ActionLanguage")
				else:
					log("Non-class origin for attribute link " + key)
			else:
				// Queue for later
				list_append(keys, key)

		elif (type_name == "Association"):
			old_source = reverseKeyLookup(model["model"], read_edge_src(entry))
			old_target = reverseKeyLookup(model["model"], read_edge_dst(entry))

			if (bool_and(dict_in(new_model["model"], "Pre_" + old_source), dict_in(new_model["model"], "Pre_" + old_target))):
				instantiate_link(new_model, type_name, "Pre_" + key, "Pre_" + old_source, "Pre_" + old_target)
				instantiate_link(new_model, type_name, "Post_" + key, "Post_" + old_source, "Post_" + old_target)

				// Make it inherit from the Root Element (PreElement or PostElement)
				instantiate_link(new_model, "Inheritance", "", "Pre_" + key, "PreElement")
				instantiate_link(new_model, "Inheritance", "", "Post_" + key, "PostElement")
			else:
				// Queue for later
				list_append(keys, key)
				log("Wait for S " + old_source)
				log("Wait for T " + old_target)
				log("Got: " + set_to_string(dict_keys(new_model["model"])))
				
		elif (type_name == "Inheritance"):
			old_source = reverseKeyLookup(model["model"], read_edge_src(entry))
			old_target = reverseKeyLookup(model["model"], read_edge_dst(entry))

			if (bool_and(dict_in(new_model["model"], "Pre_" + old_source), dict_in(new_model["model"], "Pre_" + old_target))):
				instantiate_link(new_model, type_name, "Pre_" + key, "Pre_" + old_source, "Pre_" + old_target)
				instantiate_link(new_model, type_name, "Post_" + key, "Post_" + old_source, "Post_" + old_target)
			else:
				// Queue for later
				list_append(keys, key)

		elif (bool_not(has_value(entry))):
			type_name = read_type(model, key)
			// Primitive values themselves are not copied, so skip that here

			attr_name = read_attribute(model, type_name, "name")
			if (read_type(model["metamodel"], type_name) == "Attribute"):
				old_source = reverseKeyLookup(model["model"], read_edge_src(entry))

				if (set_in(copied_attributes, attr_name)):
					log("Copy attribute " + attr_name)
					log("  to " + old_source)
					instantiate_attribute(new_model, "Pre_" + old_source, attr_name, read_attribute(model, old_source, attr_name))
					instantiate_attribute(new_model, "Post_" + old_source, attr_name, read_attribute(model, old_source, attr_name))
				else:
					log("Masked attribute: " + attr_name)
					log("  for " + old_source)
		else:
			log("DROP " + key)

	// Define schedule over these elements

	//  Class Entry {}
	instantiate_node(new_model, "Class", "Entry")

	//	Class Success : Entry {}
	instantiate_node(new_model, "Class", "Success")
	instantiate_link(new_model, "Inheritance", "", "Success", "Entry")

	//	Class Failure : Entry {}
	instantiate_node(new_model, "Class", "Failure")
	instantiate_link(new_model, "Inheritance", "", "Failure", "Entry")

	//  Class Rule : Entry {}
	instantiate_node(new_model, "Class", "Rule")
	instantiate_link(new_model, "Inheritance", "", "Rule", "Entry")

	//  Association OnSuccess(Rule, Entry){
	//		target_lower_cardinality = 1
	//		target_upper_cardinality = 1
	//	}
	instantiate_link(new_model, "Association", "OnSuccess", "Rule", "Entry")
	instantiate_attribute(new_model, "OnSuccess", "target_lower_cardinality", 1)
	instantiate_attribute(new_model, "OnSuccess", "target_upper_cardinality", 1)

	//  Association OnFailure(Rule, Entry){
	//		target_lower_cardinality = 1
	//		target_upper_cardinality = 1
	//	}
	instantiate_link(new_model, "Association", "OnFailure", "Rule", "Entry")
	instantiate_attribute(new_model, "OnFailure", "target_lower_cardinality", 1)
	instantiate_attribute(new_model, "OnFailure", "target_upper_cardinality", 1)

	// Class LHSRule : Rule {}
	instantiate_node(new_model, "Class", "LHSRule")
	instantiate_link(new_model, "Inheritance", "", "LHSRule", "Rule")

	// 	Association LHSLink (LHSRule, LHS) {
	//		target_lower_cardinality = 1
	//		target_upper_cardinality = 1
	//	}
	instantiate_link(new_model, "Association", "LHSLink", "LHSRule", "LHS")
	instantiate_attribute(new_model, "LHSLink", "target_lower_cardinality", 1)
	instantiate_attribute(new_model, "LHSLink", "target_upper_cardinality", 1)

	// 	Association NACLink (LHSRule, NAC) {}
	instantiate_link(new_model, "Association", "NACLink", "LHSRule", "NAC")

	//  Class RHSRule : Rule {}
	instantiate_node(new_model, "Class", "RHSRule")
	instantiate_link(new_model, "Inheritance", "", "RHSRule", "Rule")

	// 	Association RHSLink (RHSRule, RHS) {
	//		target_lower_cardinality = 1
	//		target_upper_cardinality = 1
	//	}
	instantiate_link(new_model, "Association", "RHSLink", "RHSRule", "RHS")
	instantiate_attribute(new_model, "RHSLink", "target_lower_cardinality", 1)
	instantiate_attribute(new_model, "RHSLink", "target_upper_cardinality", 1)

	// 	Class Query : LHSRule {}
	instantiate_node(new_model, "Class", "Query")
	instantiate_link(new_model, "Inheritance", "", "Query", "LHSRule")

	//	Class Atomic : LHSRule, RHSRule {}
	instantiate_node(new_model, "Class", "Atomic")
	instantiate_link(new_model, "Inheritance", "", "Atomic", "LHSRule")
	instantiate_link(new_model, "Inheritance", "", "Atomic", "RHSRule")

	// 	Class ForAll : LHSRule, RHSRule {}
	instantiate_node(new_model, "Class", "ForAll")
	instantiate_link(new_model, "Inheritance", "", "ForAll", "LHSRule")
	instantiate_link(new_model, "Inheritance", "", "ForAll", "RHSRule")

	//	Class Composite : Rule {}
	instantiate_node(new_model, "Class", "Composite")
	instantiate_link(new_model, "Inheritance", "", "Composite", "Rule")

	//	Association Initial(Composite, Entry){
	//		target_lower_cardinality = 1
	//		target_upper_cardinality = 1
	//	}
	instantiate_link(new_model, "Association", "Initial", "Composite", "Entry")
	instantiate_attribute(new_model, "Initial", "target_lower_cardinality", 1)
	instantiate_attribute(new_model, "Initial", "target_upper_cardinality", 1)

	//	Association Contains(Composite, Entry){
	//		source_upper_cardinality = 1
	//		target_lower_cardinality = 1
	//	}
	instantiate_link(new_model, "Association", "Contains", "Composite", "Entry")
	instantiate_attribute(new_model, "Contains", "source_upper_cardinality", 1)
	instantiate_attribute(new_model, "Contains", "target_lower_cardinality", 1)

	return new_model!