t/html; charset=UTF-8 Last-Modified: Sun, 01 Nov 2026 15:25:05 GMT Expires: Wed, 29 Oct 2036 15:25:05 GMT convert_json.cpp « src - minetest.git - modified minetest for gpcfs purposes
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/*
Minetest
Copyright (C) 2013 celeron55, Perttu Ahola <celeron55@gmail.com>

This program is free software; you can redistribute it and/or modify
it under the terms of the GNU Lesser General Public License as published by
the Free Software Foundation; either version 2.1 of the License, or
(at your option) any later version.

This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
GNU Lesser General Public License for more details.

You should have received a copy of the GNU Lesser General Public License along
with this program; if not, write to the Free Software Foundation, Inc.,
51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
*/

#include <vector>
#include <iostream>
#include <sstream>

#include "convert_json.h"
#include "content/mods.h"
#include "config.h"
#include "log.h"
#include "settings.h"
#include "httpfetch.h"
#include "porting.h"

Json::Value fetchJsonValue(const std::string &url,
		std::vector<std::string> *extra_headers)
{
	HTTPFetchRequest fetch_request;
	HTTPFetchResult fetch_result;
	fetch_request.url = url;
	fetch_request.caller = HTTPFETCH_SYNC;

	if (extra_headers != NULL)
		fetch_request.extra_headers = *extra_headers;

	httpfetch_sync(fetch_request, fetch_result);

	if (!fetch_result.succeeded) {
		return Json::Value();
	}
	Json::Value root;
	std::istringstream stream(fetch_result.data);

	Json::CharReaderBuilder builder;
	builder.settings_["collectComments"] = false;
	std::string errs;

	if (!Json::parseFromStream(builder, stream, &root, &errs)) {
		errorstream << "URL: " << url << std::endl;
		errorstream << "Failed to parse json data " << errs << std::endl;
		if (fetch_result.data.size() > 100) {
			errorstream << "Data (" << fetch_result.data.size()
				<< " bytes) printed to warningstream." << std::endl;
			warningstream << "data: \"" << fetch_result.data << "\"" << std::endl;
		} else {
			errorstream << "data: \"" << fetch_result.data << "\"" << std::endl;
		}
		return Json::Value();
	}

	return root;
}

std::string fastWriteJson(const Json::Value &value)
{
	std::ostringstream oss;
	Json::StreamWriterBuilder builder;
	builder["indentation"] = "";
	std::unique_ptr<Json::StreamWriter> writer(builder.newStreamWriter());
	writer->write(value, &oss);
	return oss.str();
}
s="hl opt">{ public: void resolveNodeNames(); content_t test_nr_node1; content_t test_nr_node2; content_t test_nr_node3; content_t test_nr_node4; content_t test_nr_node5; std::vector<content_t> test_nr_list; std::vector<content_t> test_nr_list_group; std::vector<content_t> test_nr_list_required; std::vector<content_t> test_nr_list_empty; }; class Foobaz : public NodeResolver { public: void resolveNodeNames(); content_t test_content1; content_t test_content2; }; //////////////////////////////////////////////////////////////////////////////// void Foobar::resolveNodeNames() { UASSERT(getIdFromNrBacklog(&test_nr_node1, "", CONTENT_IGNORE) == true); UASSERT(getIdsFromNrBacklog(&test_nr_list) == true); UASSERT(getIdsFromNrBacklog(&test_nr_list_group) == true); UASSERT(getIdsFromNrBacklog(&test_nr_list_required, true, CONTENT_AIR) == false); UASSERT(getIdsFromNrBacklog(&test_nr_list_empty) == true); UASSERT(getIdFromNrBacklog(&test_nr_node2, "", CONTENT_IGNORE) == true); UASSERT(getIdFromNrBacklog(&test_nr_node3, "default:brick", CONTENT_IGNORE) == true); UASSERT(getIdFromNrBacklog(&test_nr_node4, "default:gobbledygook", CONTENT_AIR) == false); UASSERT(getIdFromNrBacklog(&test_nr_node5, "", CONTENT_IGNORE) == false); } void Foobaz::resolveNodeNames() { UASSERT(getIdFromNrBacklog(&test_content1, "", CONTENT_IGNORE) == true); UASSERT(getIdFromNrBacklog(&test_content2, "", CONTENT_IGNORE) == false); } void TestNodeResolver::testNodeResolving(IWritableNodeDefManager *ndef) { Foobar foobar; size_t i; foobar.m_nodenames.push_back("default:torch"); foobar.m_nodenames.push_back("default:dirt_with_grass"); foobar.m_nodenames.push_back("default:water"); foobar.m_nodenames.push_back("default:abloobloobloo"); foobar.m_nodenames.push_back("default:stone"); foobar.m_nodenames.push_back("default:shmegoldorf"); foobar.m_nnlistsizes.push_back(5); foobar.m_nodenames.push_back("group:liquids"); foobar.m_nnlistsizes.push_back(1); foobar.m_nodenames.push_back("default:warf"); foobar.m_nodenames.push_back("default:stone"); foobar.m_nodenames.push_back("default:bloop"); foobar.m_nnlistsizes.push_back(3); foobar.m_nnlistsizes.push_back(0); foobar.m_nodenames.push_back("default:brick"); foobar.m_nodenames.push_back("default:desert_stone"); foobar.m_nodenames.push_back("default:shnitzle"); ndef->pendNodeResolve(&foobar); UASSERT(foobar.m_ndef == ndef); ndef->setNodeRegistrationStatus(true); ndef->runNodeResolveCallbacks(); // Check that we read single nodes successfully UASSERTEQ(content_t, foobar.test_nr_node1, t_CONTENT_TORCH); UASSERTEQ(content_t, foobar.test_nr_node2, t_CONTENT_BRICK); UASSERTEQ(content_t, foobar.test_nr_node3, t_CONTENT_BRICK); UASSERTEQ(content_t, foobar.test_nr_node4, CONTENT_AIR); UASSERTEQ(content_t, foobar.test_nr_node5, CONTENT_IGNORE); // Check that we read all the regular list items static const content_t expected_test_nr_list[] = { t_CONTENT_GRASS, t_CONTENT_WATER, t_CONTENT_STONE, }; UASSERTEQ(size_t, foobar.test_nr_list.size(), 3); for (i = 0; i != foobar.test_nr_list.size(); i++) UASSERTEQ(content_t, foobar.test_nr_list[i], expected_test_nr_list[i]); // Check that we read all the list items that were from a group entry static const content_t expected_test_nr_list_group[] = { t_CONTENT_WATER, t_CONTENT_LAVA, }; UASSERTEQ(size_t, foobar.test_nr_list_group.size(), 2); for (i = 0; i != foobar.test_nr_list_group.size(); i++) { UASSERT(CONTAINS(foobar.test_nr_list_group, expected_test_nr_list_group[i])); } // Check that we read all the items we're able to in a required list static const content_t expected_test_nr_list_required[] = { CONTENT_AIR, t_CONTENT_STONE, CONTENT_AIR, }; UASSERTEQ(size_t, foobar.test_nr_list_required.size(), 3); for (i = 0; i != foobar.test_nr_list_required.size(); i++) UASSERTEQ(content_t, foobar.test_nr_list_required[i], expected_test_nr_list_required[i]); // Check that the edge case of 0 is successful UASSERTEQ(size_t, foobar.test_nr_list_empty.size(), 0); } void TestNodeResolver::testPendingResolveCancellation(IWritableNodeDefManager *ndef) { Foobaz foobaz1; foobaz1.test_content1 = 1234; foobaz1.test_content2 = 5678; foobaz1.m_nodenames.push_back("default:dirt_with_grass"); foobaz1.m_nodenames.push_back("default:abloobloobloo"); ndef->pendNodeResolve(&foobaz1); Foobaz foobaz2; foobaz2.test_content1 = 1234; foobaz2.test_content2 = 5678; foobaz2.m_nodenames.push_back("default:dirt_with_grass"); foobaz2.m_nodenames.push_back("default:abloobloobloo"); ndef->pendNodeResolve(&foobaz2); ndef->cancelNodeResolveCallback(&foobaz1); ndef->setNodeRegistrationStatus(true); ndef->runNodeResolveCallbacks(); UASSERT(foobaz1.test_content1 == 1234); UASSERT(foobaz1.test_content2 == 5678); UASSERT(foobaz2.test_content1 == t_CONTENT_GRASS); UASSERT(foobaz2.test_content2 == CONTENT_IGNORE); }