section.cc

来自「由matlab开发的hybrid系统的描述语言」· CC 代码 · 共 109 行

#include "Section.h"
#include "Item.h"
#include "Symbol_table.h"
#include "MLD_representation.h"

#include "Globals.h"
Section::Section(list < Item * > * l, string name, const Globals * glob) {

	content = l;
	globals = glob;
	Section::name = name;
}

Section::~Section() {
	for (content_iter iter = content->begin(); iter != content->end();
		iter++)delete(* iter);
	content->clear();
}

MLD_representation * Section::translate_MLD() const {
	content_iter iter;
	MLD_representation * res;

	res = new MLD_representation(globals);
	for (iter = content->begin(); iter != content->end(); iter++) {
		res->merge((* iter)->translate_MLD());
	}
	return res;
}


/** really returns a Section*, and not a subclass.
 * If this is a problem, overwrite unroll in the subclass */
Section * Section::unroll() {
	content_iter iter;
	list < Item * > * lst, extra_items;
	Section * res;

	lst = new list < Item * >;
	for (iter = content->begin(); iter != content->end(); iter++) {
		extra_items = (* iter)->unroll();
		lst->insert(lst->end(), extra_items.begin(),
			extra_items.end());
		extra_items.clear(); // shallow
	}

	if (!lst->empty()) {
		res = new Section(lst, unrolled_section_name(), globals);
		res->propagate_section();
		return res;
	} else {
		return NULL;
	}
}

void Section::compute_minmaxeps() {
	content_iter iter;

	for (iter = content->begin(); iter != content->end(); iter++) {
		(* iter)->compute_minmaxeps();
	}
}

void Section::comp_group_numbers() {
	content_iter iter;

	for (iter = content->begin(); iter != content->end(); iter++) {
		(* iter)->comp_group_numbers();
	}
}

string Section::unrolled_section_name() const {
	string res;
	res += "unrolled from ";
	res += name;
	return res;
}


void Section::propagate_section() {
	content_iter iter;

	for (iter = content->begin(); iter != content->end(); iter++) {
	  if (!(*iter)->section_set())
		(* iter)->set_section(this);
	}
}

void Section::semantic_checks() {
	content_iter iter;

	for (iter = content->begin(); iter != content->end(); iter++) {
		(* iter)->semantic_checks();
	}
}

string Section::arg_range_check_matlab() const {
	string res;
	content_iter iter;

	for (iter = content->begin(); iter != content->end(); iter++) {
		res += (* iter)->arg_range_check_matlab();
	}
	return res;
}