/** 
 * @file io.cpp
 * @author Phoenix
 * @date 2005-10-02
 * @brief Tests for io classes and helpers
 *
 * $LicenseInfo:firstyear=2005&license=viewerlgpl$
 * Second Life Viewer Source Code
 * Copyright (C) 2010, Linden Research, Inc.
 * 
 * This library 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;
 * version 2.1 of the License only.
 * 
 * This library 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 library; if not, write to the Free Software
 * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA  02110-1301  USA
 * 
 * Linden Research, Inc., 945 Battery Street, San Francisco, CA  94111  USA
 * $/LicenseInfo$
 */

#include "linden_common.h"
#include "lltut.h"

#include <iterator>

#include "apr_pools.h"

#include "llbuffer.h"
#include "llbufferstream.h"
#include "lliosocket.h"
#include "llioutil.h"
#include "llmemorystream.h"
#include "llpipeutil.h"
#include "llpumpio.h"
#include "llsd.h"
#include "llsdserialize.h"
#include "llcommon.h"
#include "lluuid.h"
#include "llinstantmessage.h"
#include "stringize.h"

namespace tut
{
	struct heap_buffer_data
	{
		heap_buffer_data() : mBuffer(NULL) {}
		~heap_buffer_data() { if(mBuffer) delete mBuffer; }
		LLHeapBuffer* mBuffer;
	};
	typedef test_group<heap_buffer_data> heap_buffer_test;
	typedef heap_buffer_test::object heap_buffer_object;
	tut::heap_buffer_test thb("heap_buffer");

	template<> template<>
	void heap_buffer_object::test<1>()
	{
		const S32 BUF_SIZE = 100;
		mBuffer = new LLHeapBuffer(BUF_SIZE);
		ensure_equals("empty buffer capacity", mBuffer->capacity(), BUF_SIZE);
		const S32 SEGMENT_SIZE = 50;
		LLSegment segment;
		mBuffer->createSegment(0, SEGMENT_SIZE, segment);
		ensure_equals("used buffer capacity", mBuffer->capacity(), BUF_SIZE);
	}

	template<> template<>
	void heap_buffer_object::test<2>()
	{
		const S32 BUF_SIZE = 10;
		mBuffer = new LLHeapBuffer(BUF_SIZE);
		LLSegment segment;
		mBuffer->createSegment(0, BUF_SIZE, segment);
		ensure("segment is in buffer", mBuffer->containsSegment(segment));
		ensure_equals("buffer consumed", mBuffer->bytesLeft(), 0);
		bool  created;
		created = mBuffer->createSegment(0, 0, segment);
		ensure("Create zero size segment fails", !created);
		created = mBuffer->createSegment(0, BUF_SIZE, segment);
		ensure("Create segment fails", !created);
	}

	template<> template<>
	void heap_buffer_object::test<3>()
	{
		const S32 BUF_SIZE = 10;
		mBuffer = new LLHeapBuffer(BUF_SIZE);
		LLSegment segment;
		mBuffer->createSegment(0, BUF_SIZE, segment);
		ensure("segment is in buffer", mBuffer->containsSegment(segment));
		ensure_equals("buffer consumed", mBuffer->bytesLeft(), 0);
		bool reclaimed = mBuffer->reclaimSegment(segment);
		ensure("buffer reclaimed.", reclaimed);
		ensure_equals("buffer available", mBuffer->bytesLeft(), BUF_SIZE);
		bool  created;
		created = mBuffer->createSegment(0, 0, segment);
		ensure("Create zero size segment fails", !created);
		created = mBuffer->createSegment(0, BUF_SIZE, segment);
		ensure("Create another segment succeeds", created);
	}

	template<> template<>
	void heap_buffer_object::test<4>()
	{
		const S32 BUF_SIZE = 10;
		const S32 SEGMENT_SIZE = 4;
		mBuffer = new LLHeapBuffer(BUF_SIZE);
		LLSegment seg1;
		mBuffer->createSegment(0, SEGMENT_SIZE, seg1);
		ensure("segment is in buffer", mBuffer->containsSegment(seg1));
		LLSegment seg2;
		mBuffer->createSegment(0, SEGMENT_SIZE, seg2);
		ensure("segment is in buffer", mBuffer->containsSegment(seg2));
		LLSegment seg3;
		mBuffer->createSegment(0, SEGMENT_SIZE, seg3);
		ensure("segment is in buffer", mBuffer->containsSegment(seg3));
		ensure_equals("segment is truncated", seg3.size(), 2);
		LLSegment seg4;
		bool created;
		created = mBuffer->createSegment(0, SEGMENT_SIZE, seg4);
		ensure("Create segment fails", !created);
		bool reclaimed;
		reclaimed = mBuffer->reclaimSegment(seg1);
		ensure("buffer reclaim succeed.", reclaimed);
		ensure_equals("no buffer available", mBuffer->bytesLeft(), 0);
		reclaimed = mBuffer->reclaimSegment(seg2);
		ensure("buffer reclaim succeed.", reclaimed);
		ensure_equals("buffer reclaimed", mBuffer->bytesLeft(), 0);
		reclaimed = mBuffer->reclaimSegment(seg3);
		ensure("buffer reclaim succeed.", reclaimed);
		ensure_equals("buffer reclaimed", mBuffer->bytesLeft(), BUF_SIZE);
		created = mBuffer->createSegment(0, SEGMENT_SIZE, seg1);
		ensure("segment is in buffer", mBuffer->containsSegment(seg1));
		ensure("Create segment succeds", created);
	}
}

namespace tut
{
	struct buffer_data
	{
		LLBufferArray mBuffer;
	};
	typedef test_group<buffer_data> buffer_test;
	typedef buffer_test::object buffer_object;
	tut::buffer_test tba("buffer_array");

	template<> template<>
	void buffer_object::test<1>()
	{
		const char HELLO_WORLD[] = "hello world";
		const S32 str_len = strlen(HELLO_WORLD);
		LLChannelDescriptors ch = mBuffer.nextChannel();
		mBuffer.append(ch.in(), (U8*)HELLO_WORLD, str_len);
		S32 count = mBuffer.countAfter(ch.in(), NULL);
		ensure_equals("total append size", count, str_len);
		LLBufferArray::segment_iterator_t it = mBuffer.beginSegment();
		U8* first = (*it).data();
		count = mBuffer.countAfter(ch.in(), first);
		ensure_equals("offset append size", count, str_len - 1);
	}

	template<> template<>
	void buffer_object::test<2>()
	{
		const char HELLO_WORLD[] = "hello world";
		const S32 str_len = strlen(HELLO_WORLD);		/* Flawfinder: ignore */
		LLChannelDescriptors ch = mBuffer.nextChannel();
		mBuffer.append(ch.in(), (U8*)HELLO_WORLD, str_len);
		mBuffer.append(ch.in(), (U8*)HELLO_WORLD, str_len);
		S32 count = mBuffer.countAfter(ch.in(), NULL);
		ensure_equals("total append size", count, 2 * str_len);
		LLBufferArray::segment_iterator_t it = mBuffer.beginSegment();
		U8* first = (*it).data();
		count = mBuffer.countAfter(ch.in(), first);
		ensure_equals("offset append size", count, (2 * str_len) - 1);
	}

	template<> template<>
	void buffer_object::test<3>()
	{
		const char ONE[] = "one";
		const char TWO[] = "two";
		std::string expected(ONE);
		expected.append(TWO);
		LLChannelDescriptors ch = mBuffer.nextChannel();
		mBuffer.append(ch.in(), (U8*)ONE, 3);
		mBuffer.append(ch.in(), (U8*)TWO, 3);
		char buffer[255];	/* Flawfinder: ignore */
		S32 len = 6;
		mBuffer.readAfter(ch.in(), NULL, (U8*)buffer, len);
		ensure_equals(len, 6);
		buffer[len] = '\0';
		std::string actual(buffer);
		ensure_equals("read", actual, expected);
	}

	template<> template<>
	void buffer_object::test<4>()
	{
		const char ONE[] = "one";
		const char TWO[] = "two";
		std::string expected(ONE);
		expected.append(TWO);
		LLChannelDescriptors ch = mBuffer.nextChannel();
		mBuffer.append(ch.in(), (U8*)TWO, 3);
		mBuffer.prepend(ch.in(), (U8*)ONE, 3);
		char buffer[255];	/* Flawfinder: ignore */
		S32 len = 6;
		mBuffer.readAfter(ch.in(), NULL, (U8*)buffer, len);
		ensure_equals(len, 6);
		buffer[len] = '\0';
		std::string actual(buffer);
		ensure_equals("read", actual, expected);
	}

	template<> template<>
	void buffer_object::test<5>()
	{
		const char ONE[] = "one";
		const char TWO[] = "two";
		std::string expected("netwo");
		LLChannelDescriptors ch = mBuffer.nextChannel();
		mBuffer.append(ch.in(), (U8*)TWO, 3);
		mBuffer.prepend(ch.in(), (U8*)ONE, 3);
		char buffer[255];	/* Flawfinder: ignore */
		S32 len = 5;
		LLBufferArray::segment_iterator_t it = mBuffer.beginSegment();
		U8* addr = (*it).data();
		mBuffer.readAfter(ch.in(), addr, (U8*)buffer, len);
		ensure_equals(len, 5);
		buffer[len] = '\0';
		std::string actual(buffer);
		ensure_equals("read", actual, expected);
	}

	template<> template<>
	void buffer_object::test<6>()
	{
		std::string request("The early bird catches the worm.");
		std::string response("If you're a worm, sleep late.");
		std::ostringstream expected;
		expected << "ContentLength: " << response.length() << "\r\n\r\n"
				 << response;
		LLChannelDescriptors ch = mBuffer.nextChannel();
		mBuffer.append(ch.in(), (U8*)request.c_str(), request.length());
		mBuffer.append(ch.out(), (U8*)response.c_str(), response.length());
		S32 count = mBuffer.countAfter(ch.out(), NULL);
		std::ostringstream header;
		header << "ContentLength: " << count << "\r\n\r\n";
		std::string head(header.str());
		mBuffer.prepend(ch.out(), (U8*)head.c_str(), head.length());
		char buffer[1024];	/* Flawfinder: ignore */
		S32 len = response.size() + head.length();
		ensure_equals("same length", len, (S32)expected.str().length());
		mBuffer.readAfter(ch.out(), NULL, (U8*)buffer, len);
		buffer[len] = '\0';
		std::string actual(buffer);
		ensure_equals("threaded writes", actual, expected.str());
	}

	template<> template<>
	void buffer_object::test<7>()
	{
		const S32 LINE_COUNT = 3;
		std::string lines[LINE_COUNT] =
			{
				std::string("GET /index.htm HTTP/1.0\r\n"),
				std::string("User-Agent: Wget/1.9.1\r\n"),
				std::string("Host: localhost:8008\r\n")
			};
		std::string text;
		S32 i;
		for(i = 0; i < LINE_COUNT; ++i)
		{
			text.append(lines[i]);
		}
		LLChannelDescriptors ch = mBuffer.nextChannel();
		mBuffer.append(ch.in(), (U8*)text.c_str(), text.length());
		const S32 BUFFER_LEN = 1024;
		char buf[BUFFER_LEN];
		S32 len;
		U8* last = NULL;
		std::string last_line;
		for(i = 0; i < LINE_COUNT; ++i)
		{
			len = BUFFER_LEN;
			last = mBuffer.readAfter(ch.in(), last, (U8*)buf, len);
			char* newline = strchr((char*)buf, '\n');
			S32 offset = -((len - 1) - (newline - buf));
			++newline;
			*newline = '\0';
			last_line.assign(buf);
			std::ostringstream message;
			message << "line reads in line["	 << i << "]";
			ensure_equals(message.str().c_str(), last_line, lines[i]);
			last = mBuffer.seek(ch.in(), last, offset);
		}
	}

	template<> template<>
	void buffer_object::test<8>()
	{
		LLChannelDescriptors ch = mBuffer.nextChannel();
		mBuffer.append(ch.in(), (U8*)"1", 1);
		LLBufferArray buffer;
		buffer.append(ch.in(), (U8*)"2", 1);
		mBuffer.takeContents(buffer);
		mBuffer.append(ch.in(), (U8*)"3", 1);
		S32 count = mBuffer.countAfter(ch.in(), NULL);
		ensure_equals("buffer size", count, 3);
		U8* temp = new U8[count];
		mBuffer.readAfter(ch.in(), NULL, temp, count);
		ensure("buffer content", (0 == memcmp(temp, (void*)"123", 3)));
		delete[] temp;
	}

	template<> template<>
	void buffer_object::test<9>()
	{
		LLChannelDescriptors ch = mBuffer.nextChannel();
		mBuffer.append(ch.in(), (U8*)"1", 1);
		S32 capacity = mBuffer.capacity();
		ensure("has capacity", capacity > 0);
		U8* temp = new U8[capacity - 1];
		mBuffer.append(ch.in(), temp, capacity - 1);
		capacity = mBuffer.capacity();
		ensure("has capacity when full", capacity > 0);
		S32 used = mBuffer.countAfter(ch.in(), NULL);
		ensure_equals("used equals capacity", used, capacity);

		LLBufferArray::segment_iterator_t iter = mBuffer.beginSegment();
		while(iter != mBuffer.endSegment())
		{
			mBuffer.eraseSegment(iter++);
		}

		used = mBuffer.countAfter(ch.in(), NULL);
		ensure_equals("used is zero", used, 0);
		S32 capacity2 = mBuffer.capacity();
		ensure_equals("capacity the same after erase", capacity2, capacity);
		mBuffer.append(ch.in(), temp, capacity - 1);
		capacity2 = mBuffer.capacity();
		ensure_equals("capacity the same after append", capacity2, capacity);

		delete[] temp;
	}

#if 0
	template<> template<>
	void buffer_object::test<9>()
	{
		char buffer[1024];	/* Flawfinder: ignore */
		S32 size = sprintf(buffer,
						"%d|%d|%s|%s|%s|%s|%s|%x|%x|%x|%x|%x|%s|%s|%d|%d|%x",
						7,
						7,
						"Hang Glider INFO",
						"18e84d1e-04a4-4c0d-8cb6-6c73477f0a9a",
						"0e346d8b-4433-4d66-a6b0-fd37083abc4c",
						"0e346d8b-4433-4d66-a6b0-fd37083abc4c",
						"00000000-0000-0000-0000-000000000000",
						0x7fffffff,
						0x7fffffff,
						0,
						0,
						0x7fffffff,
						"69e0d357-2e7c-8990-a2bc-7f61c868e5a3",
						"2004-06-04 16:09:17 note card",
						0,
						10,
						0) + 1;

		//const char* expected = "7|7|Hang Glider INFO|18e84d1e-04a4-4c0d-8cb6-6c73477f0a9a|0e346d8b-4433-4d66-a6b0-fd37083abc4c|0e346d8b-4433-4d66-a6b0-fd37083abc4c|00000000-0000-0000-0000-000000000000|7fffffff|7fffffff|0|0|7fffffff|69e0d357-2e7c-8990-a2bc-7f61c868e5a3|2004-06-04 16:09:17 note card|0|10|0\0";
		
		LLSD* bin_bucket = LLIMInfo::buildSDfrombuffer((U8*)buffer,size);

		char post_buffer[1024];
		U32 post_size;
		LLIMInfo::getBinaryBucket(bin_bucket,(U8*)post_buffer,post_size);
		ensure_equals("Buffer sizes",size,(S32)post_size);
		ensure("Buffer content",!strcmp(buffer,post_buffer));
	}
#endif

	/*
	template<> template<>
	void buffer_object::test<>()
	{
	}
	*/
}

namespace tut
{
	struct buffer_and_stream_data
	{
		LLBufferArray mBuffer;
	};
	typedef test_group<buffer_and_stream_data> bas_test;
	typedef bas_test::object bas_object;
	tut::bas_test tbs("buffer_stream");

	template<> template<>
	void bas_object::test<1>()
	{
		const char HELLO_WORLD[] = "hello world";
		const S32 str_len = strlen(HELLO_WORLD);	/* Flawfinder: ignore */
		LLChannelDescriptors ch = mBuffer.nextChannel();
		LLBufferStream str(ch, &mBuffer);
		mBuffer.append(ch.in(), (U8*)HELLO_WORLD, str_len);
		std::string hello;
		std::string world;
		str >> hello >> world;
		ensure_equals("first word", hello, std::string("hello"));
		ensure_equals("second word", world, std::string("world"));
	}

	template<> template<>
	void bas_object::test<2>()
	{
		std::string part1("Eat my shor");
		std::string part2("ts ho");
		std::string part3("mer");
		std::string ignore("ignore me");
		LLChannelDescriptors ch = mBuffer.nextChannel();
		LLBufferStream str(ch, &mBuffer);
		mBuffer.append(ch.in(), (U8*)part1.c_str(), part1.length());
		mBuffer.append(ch.in(), (U8*)part2.c_str(), part2.length());
		mBuffer.append(ch.out(), (U8*)ignore.c_str(), ignore.length());
		mBuffer.append(ch.in(), (U8*)part3.c_str(), part3.length());
		std::string eat;
		std::string my;
		std::string shorts;
		std::string homer;
		str >> eat >> my >> shorts >> homer;
		ensure_equals("word1", eat, std::string("Eat"));
		ensure_equals("word2", my, std::string("my"));
		ensure_equals("word3", shorts, std::string("shorts"));
		ensure_equals("word4", homer, std::string("homer"));
	}

	template<> template<>
	void bas_object::test<3>()
	{
		std::string part1("junk in ");
		std::string part2("the trunk");
		const S32 CHANNEL = 0;
		mBuffer.append(CHANNEL, (U8*)part1.c_str(), part1.length());
		mBuffer.append(CHANNEL, (U8*)part2.c_str(), part2.length());
		U8* last = 0;
		const S32 BUF_LEN = 128;
		char buf[BUF_LEN];
		S32 len = 11;
		last = mBuffer.readAfter(CHANNEL, last, (U8*)buf, len);
		buf[len] = '\0';
		std::string actual(buf);
		ensure_equals("first read", actual, std::string("junk in the"));
		last = mBuffer.seek(CHANNEL, last, -6);
		len = 12;
		last = mBuffer.readAfter(CHANNEL, last, (U8*)buf, len);
		buf[len] = '\0';
		actual.assign(buf);
		ensure_equals("seek and read", actual, std::string("in the trunk"));
	}

	template<> template<>
	void bas_object::test<4>()
	{
		std::string phrase("zippity do da!");
		const S32 CHANNEL = 0;
		mBuffer.append(CHANNEL, (U8*)phrase.c_str(), phrase.length());
		const S32 BUF_LEN = 128;
		char buf[BUF_LEN];
		S32 len = 7;
		U8* last = mBuffer.readAfter(CHANNEL, NULL, (U8*)buf, len);
		mBuffer.splitAfter(last);
		LLBufferArray::segment_iterator_t it = mBuffer.beginSegment();
		LLBufferArray::segment_iterator_t end = mBuffer.endSegment();
		std::string first((char*)((*it).data()), (*it).size());
		ensure_equals("first part", first, std::string("zippity"));
		++it;
		std::string second((char*)((*it).data()), (*it).size());
		ensure_equals("second part",	second, std::string(" do da!"));
		++it;
		ensure("iterators equal",	 (it == end));
	}

	template<> template<>
	void bas_object::test<5>()
	{
		LLChannelDescriptors ch = mBuffer.nextChannel();
		LLBufferStream str(ch, &mBuffer);
		std::string h1("hello");
		std::string h2(", how are you doing?");
		std::string expected(h1);
		expected.append(h2);
		str << h1 << h2;
		str.flush();
		const S32 BUF_LEN = 128;
		char buf[BUF_LEN];
		S32 actual_len = BUF_LEN;
		S32 expected_len = h1.size() + h2.size();
		(void) mBuffer.readAfter(ch.out(), NULL, (U8*)buf, actual_len);
		ensure_equals("streamed size", actual_len, expected_len);
		buf[actual_len] = '\0';
		std::string actual(buf);
		ensure_equals("streamed to buf", actual, expected);
	}

	template<> template<>
	void bas_object::test<6>()
	{
		LLChannelDescriptors ch = mBuffer.nextChannel();
		LLBufferStream bstr(ch, &mBuffer);
		std::ostringstream ostr;
		std::vector<LLUUID> ids;
		LLUUID id;
		for(int i = 0; i < 5; ++i)
		{
			id.generate();
			ids.push_back(id);
		}
		bstr << "SELECT concat(u.username, ' ', l.name) "
			 << "FROM user u, user_last_name l "
			 << "WHERE u.last_name_id = l.last_name_id"
			 << " AND u.agent_id IN ('";
		ostr << "SELECT concat(u.username, ' ', l.name) "
			 << "FROM user u, user_last_name l "
			 << "WHERE u.last_name_id = l.last_name_id"
			 << " AND u.agent_id IN ('";
		std::copy(
			ids.begin(),
			ids.end(),
			std::ostream_iterator<LLUUID>(bstr, "','"));
		std::copy(
			ids.begin(),
			ids.end(),
			std::ostream_iterator<LLUUID>(ostr, "','"));
		bstr.seekp(-2, std::ios::cur);
		ostr.seekp(-2, std::ios::cur);
		bstr << ") ";
		ostr << ") ";
		bstr.flush();
		const S32 BUF_LEN = 512;
		char buf[BUF_LEN];		/* Flawfinder: ignore */
		S32 actual_len = BUF_LEN;
		(void) mBuffer.readAfter(ch.out(), NULL, (U8*)buf, actual_len);
		buf[actual_len] = '\0';
		std::string actual(buf);
		std::string expected(ostr.str());
		ensure_equals("size of string in seek",actual.size(),expected.size());
		ensure_equals("seek in ostream", actual, expected);
	}

	template<> template<>
	void bas_object::test<7>()
	{
		LLChannelDescriptors ch = mBuffer.nextChannel();
		LLBufferStream bstr(ch, &mBuffer);
		bstr << "1";
		bstr.flush();
		S32 count = mBuffer.countAfter(ch.out(), NULL);
		ensure_equals("buffer size 1", count, 1);
		LLBufferArray buffer;
		buffer.append(ch.out(), (U8*)"2", 1);
		mBuffer.takeContents(buffer);
		count = mBuffer.countAfter(ch.out(), NULL);
		ensure_equals("buffer size 2", count, 2);
		bstr << "3";
		bstr.flush();
		count = mBuffer.countAfter(ch.out(), NULL);
		ensure_equals("buffer size 3", count, 3);
		U8* temp = new U8[count];
		mBuffer.readAfter(ch.out(), NULL, temp, count);
		ensure("buffer content", (0 == memcmp(temp, (void*)"123", 3)));
		delete[] temp;
	}

	template<> template<>
	void bas_object::test<8>()
	{
		LLChannelDescriptors ch = mBuffer.nextChannel();
		LLBufferStream ostr(ch, &mBuffer);
		typedef std::vector<U8> buf_t;
		typedef std::vector<buf_t> actual_t;
		actual_t actual;
		buf_t source;
		bool need_comma = false;
		ostr << "[";
		S32 total_size = 1;
		for(S32 i = 2000; i < 2003; ++i)
		{
			if(need_comma)
			{
				ostr << ",";
				++total_size;
			}
			need_comma = true;
			srand(69 + i);	/* Flawfinder: ignore */
			S32 size = rand() % 1000 + 1000;
			std::generate_n(
				std::back_insert_iterator<buf_t>(source),
				size,
				rand);
			actual.push_back(source);
			ostr << "b(" << size << ")\"";
			total_size += 8;
			ostr.write((const char*)(&source[0]), size);
			total_size += size;
			source.clear();
			ostr << "\"";
			++total_size;
		}
		ostr << "]";
		++total_size;
		ostr.flush();

		// now that we have a bunch of data on a stream, parse it all.
		ch = mBuffer.nextChannel();
		S32 count = mBuffer.countAfter(ch.in(), NULL);
		ensure_equals("size of buffer", count, total_size);
		LLBufferStream istr(ch, &mBuffer);
		LLSD data;
		count = LLSDSerialize::fromNotation(data, istr, total_size);
		ensure("sd parsed", data.isDefined());

		for(S32 j = 0; j < 3; ++j)
		{
			std::ostringstream name;
			LLSD child(data[j]);
			name << "found buffer " << j;
			ensure(name.str(), child.isDefined());
			source = child.asBinary();
			name.str("");
			name << "buffer " << j << " size";
			ensure_equals(name.str().c_str(), source.size(), actual[j].size());
			name.str("");
			name << "buffer " << j << " contents";
			ensure(
				name.str(),
				(0 == memcmp(&source[0], &actual[j][0], source.size())));
		}
	}

	template<> template<>
	void bas_object::test<9>()
	{
		LLChannelDescriptors ch = mBuffer.nextChannel();
		LLBufferStream ostr(ch, &mBuffer);
		typedef std::vector<U8> buf_t;
		buf_t source;
		bool need_comma = false;
		ostr << "{";
		S32 total_size = 1;
		for(S32 i = 1000; i < 3000; ++i)
		{
			if(need_comma)
			{
				ostr << ",";
				++total_size;
			}
			need_comma = true;
			ostr << "'" << i << "':";
			total_size += 7;
			srand(69 + i);		/* Flawfinder: ignore */
			S32 size = rand() % 1000 + 1000;
			std::generate_n(
				std::back_insert_iterator<buf_t>(source),
				size,
				rand);
			ostr << "b(" << size << ")\"";
			total_size += 8;
			ostr.write((const char*)(&source[0]), size);
			total_size += size;
			source.clear();
			ostr << "\"";
			++total_size;
		}
		ostr << "}";
		++total_size;
		ostr.flush();

		// now that we have a bunch of data on a stream, parse it all.
		ch = mBuffer.nextChannel();
		S32 count = mBuffer.countAfter(ch.in(), NULL);
		ensure_equals("size of buffer", count, total_size);
		LLBufferStream istr(ch, &mBuffer);
		LLSD data;
		count = LLSDSerialize::fromNotation(data, istr, total_size);
		ensure("sd parsed", data.isDefined());
	}

	template<> template<>
	void bas_object::test<10>()
	{
//#if LL_WINDOWS && _MSC_VER >= 1400
//        skip_fail("Fails on VS2005 due to broken LLSDSerialize::fromNotation() parser.");
//#endif
		const char LOGIN_STREAM[] = "{'method':'login', 'parameter': [ {"
										"'uri': 'sl-am:kellys.region.siva.lindenlab.com/location?start=url&px=128&py=128&pz=128&lx=0&ly=0&lz=0'}, "
										"{'version': i1}, {'texture_data': [ '61d724fb-ad79-f637-2186-5cf457560daa', '6e38b9be-b7cc-e77a-8aec-029a42b0b416', "
										"'a9073524-e89b-2924-ca6e-a81944109a1a', '658f18b5-5f1e-e593-f5d5-36c3abc7249a', '0cc799f4-8c99-6b91-bd75-b179b12429e2', "
										"'59fd9b64-8300-a425-aad8-2ffcbe9a49d2', '59fd9b64-8300-a425-aad8-2ffcbe9a49d2', '5748decc-f629-461c-9a36-a35a221fe21f', "
										"'b8fc9be2-26a6-6b47-690b-0e902e983484', 'a13ca0fe-3802-dc97-e79a-70d12171c724', 'dd9643cf-fd5d-0376-ed4a-b1cc646a97d5', "
										"'4ad13ae9-a112-af09-210a-cf9353a7a9e7', 'c228d1cf-4b5d-4ba8-84f4-899a0796aa97', 'c228d1cf-4b5d-4ba8-84f4-899a0796aa97', "
										"'c228d1cf-4b5d-4ba8-84f4-899a0796aa97', 'c228d1cf-4b5d-4ba8-84f4-899a0796aa97', 'c228d1cf-4b5d-4ba8-84f4-899a0796aa97', "
										"'5748decc-f629-461c-9a36-a35a221fe21f', 'c228d1cf-4b5d-4ba8-84f4-899a0796aa97', 'c228d1cf-4b5d-4ba8-84f4-899a0796aa97'],"
										"'session_id': '324cfa9f-fe5d-4d1c-a317-35f20a86a4d1','position': [ i128, i128, i128],'last_name': 'Linden','group_title': '-> !BLING! <-','group_name': 'test!','agent_access': 'M',"
										"'attachment_data': [ {'asset_id': 'aaede2b1-9955-09d4-5c93-2b557c778cf3','attachment_point': i6,'item_id': 'f3694abc-5122-db33-73d9-e0f4288dc2bf'}],"
										"'buddy_ids': [ '101358d5-469d-4b24-9b85-4dc3c05e635d', '1b00fec7-6265-4875-acac-80d9cfe9295c', '203ad6df-b522-491d-ba48-4e24eb57aeff', "
										"'22d4dcdb-aebb-47fa-b925-a871cc75ee48','27da3df5-1339-4463-80aa-40504ee3b3e5', '299d1720-b61f-4268-8c29-9614aa2d44c2', "
										"'2b048a24-2737-4994-9fa5-becc8e466253', '2cd5dc14-a853-49a4-be3c-a5a7178e37bc', '3de548e1-57be-cfea-2b78-83ae3ad95998', "
										"'3dee98e4-a6a3-4543-91c3-bbd528447ba7', '3e2d81a3-6263-6ffe-ad5c-8ce04bee07e9', '40e70b98-fed7-47f3-9700-1bce93f9350b', "
										"'50a9b68e-b5aa-4d35-9137-3cfebda0a15c', '54295571-9357-43ff-ae74-a83b5138160f', '6191e2d7-5f96-4856-bdab-af0f79f47ae4', "
										"'63e577d8-cd34-4235-a0a3-de0500133364', '79cfb666-4fd0-4af7-95df-fb7d96b4e24d', '8121c2f3-4a88-4c33-9899-8fc1273f47ee', "
										"'909da964-ef23-4f2a-ba13-f2a8cfd454b6','a2e76fcd-9360-4f6d-a924-000000000001', 'aaa6d664-527e-4d83-9cbb-7ef79ccc7cc8', "
										"'b79bfb6c-23be-49eb-b35b-30ff2f501b37', 'ba0d9c79-148c-4a79-8e3c-0665eebe2427', 'bc9bda98-57cd-498f-b993-4ff1ac9dec93', "
										"'c62d16f6-81cb-419d-9cac-e46dc394084d', 'd48f8fa7-2512-4fe5-80c8-c0a923412e07', 'd77e3e24-7e6c-4c3f-96d0-a1746337f8fb', "
										"'da615c63-a84b-4592-a3d6-a90dd3e92e6e', 'df47190a-7eb7-4aff-985f-2d1d3ad6c6e9', 'e3380196-72cd-499c-a2ba-caa180bd5fe4', "
										"'e937863f-f134-4207-803b-d6e686651d6c', 'efcdf98b-5269-45ef-ac7a-0671f09ea9d9'],"
										"'circuit_code': i124,'group_id': '8615c885-9cf0-bf0a-6e40-0c11462aa652','limited_to_estate': i1,'look_at': [ i0, i0, i0],"
										"'agent_id': '0e346d8b-4433-4d66-a6b0-fd37083abc4c','first_name': 'Kelly','start': 'url'}]}";
		LLChannelDescriptors ch = mBuffer.nextChannel();
		mBuffer.append(ch.out(), (U8*)LOGIN_STREAM, strlen(LOGIN_STREAM));		/* Flawfinder: ignore */
		ch = mBuffer.nextChannel();
		LLBufferStream istr(ch, &mBuffer);
		LLSD data;
		S32 count = LLSDSerialize::fromNotation(
			data,
			istr,
			mBuffer.count(ch.in()));
		ensure("parsed something", (count > 0));
		ensure("sd parsed", data.isDefined());
		ensure_equals("sd type", data.type(), LLSD::TypeMap);
		ensure("has method", data.has("method"));
		ensure("has parameter", data.has("parameter"));
		LLSD parameter = data["parameter"];
		ensure_equals("parameter is array", parameter.type(), LLSD::TypeArray);
		LLSD agent_params = parameter[2];
		std::string s_value;
		s_value = agent_params["last_name"].asString();
		ensure_equals("last name", s_value, std::string("Linden"));
		s_value = agent_params["first_name"].asString();
		ensure_equals("first name", s_value, std::string("Kelly"));
		s_value = agent_params["agent_access"].asString();
		ensure_equals("agent access", s_value, std::string("M"));
		s_value = agent_params["group_name"].asString();
		ensure_equals("group name", s_value, std::string("test!"));
		s_value = agent_params["group_title"].asString();
		ensure_equals("group title", s_value, std::string("-> !BLING! <-"));

		LLUUID agent_id("0e346d8b-4433-4d66-a6b0-fd37083abc4c");
		LLUUID id = agent_params["agent_id"];
		ensure_equals("agent id", id, agent_id);
		LLUUID session_id("324cfa9f-fe5d-4d1c-a317-35f20a86a4d1");
		id = agent_params["session_id"];
		ensure_equals("session id", id, session_id);
		LLUUID group_id ("8615c885-9cf0-bf0a-6e40-0c11462aa652");
		id = agent_params["group_id"];
		ensure_equals("group id", id, group_id);

		S32 i_val = agent_params["limited_to_estate"];
		ensure_equals("limited to estate", i_val, 1);
		i_val = agent_params["circuit_code"];
		ensure_equals("circuit code", i_val, 124);
	}


	template<> template<>
	void bas_object::test<11>()
	{
		std::string val = "{!'foo'@:#'bar'}";
		std::istringstream istr;
		istr.str(val);
		LLSD sd;
		S32 count = LLSDSerialize::fromNotation(sd, istr, val.size());
		ensure_equals("parser error return value", count, -1);
		ensure("data undefined", sd.isUndefined());
	}

	template<> template<>
	void bas_object::test<12>()
	{
//#if LL_WINDOWS && _MSC_VER >= 1400
//        skip_fail("Fails on VS2005 due to broken LLSDSerialize::fromNotation() parser.");
//#endif
		std::string val = "{!'foo':[i1,'hi',{@'bar'#:[$i2%,^'baz'&]*}+]=}";
		std::istringstream istr;
		istr.str(val);
		LLSD sd;
		S32 count = LLSDSerialize::fromNotation(sd, istr, val.size());
		ensure_equals("parser error return value", count, -1);
		ensure("data undefined", sd.isUndefined());
	}

/*
	template<> template<>
	void bas_object::test<13>()
	{
	}
	template<> template<>
	void bas_object::test<14>()
	{
	}
	template<> template<>
	void bas_object::test<15>()
	{
	}
*/
}


namespace tut
{
	class PumpAndChainTestData
	{
	protected:
		apr_pool_t* mPool;
		LLPumpIO* mPump;
		LLPumpIO::chain_t mChain;
		
	public:
		PumpAndChainTestData()
		{
			apr_pool_create(&mPool, NULL);
			mPump = new LLPumpIO(mPool);
		}
		
		~PumpAndChainTestData()
		{
			mChain.clear();
			delete mPump;
			apr_pool_destroy(mPool);
		}
	};
	typedef test_group<PumpAndChainTestData>	PumpAndChainTestGroup;
	typedef PumpAndChainTestGroup::object		PumpAndChainTestObject;
	PumpAndChainTestGroup pumpAndChainTestGroup("pump_and_chain");

	template<> template<>
	void PumpAndChainTestObject::test<1>()
	{
		LLPipeStringExtractor* extractor = new LLPipeStringExtractor();

		mChain.push_back(LLIOPipe::ptr_t(new LLIOFlush));
		mChain.push_back(LLIOPipe::ptr_t(extractor));

		LLTimer timer;
		timer.setTimerExpirySec(100.0f);

		mPump->addChain(mChain, DEFAULT_CHAIN_EXPIRY_SECS);
		while(!extractor->done() && !timer.hasExpired())
		{
			mPump->pump();
			mPump->callback();
		}
		
		ensure("reading string finished", extractor->done());
		ensure_equals("string was empty", extractor->string(), "");
	}
}

/*
namespace tut
{
	struct double_construct
	{
	public:
		double_construct()
		{
			LL_INFOS() << "constructed" << LL_ENDL;
		}
		~double_construct()
		{
			LL_INFOS() << "destroyed" << LL_ENDL;
		}
	};
	typedef test_group<double_construct> double_construct_test_group;
	typedef double_construct_test_group::object dc_test_object;
	double_construct_test_group dctest("double construct");
	template<> template<>
	void dc_test_object::test<1>()
	{
		ensure("test 1", true);
	}
}
*/

namespace tut
{
	/**
	 * @brief we want to test the pipes & pumps under bad conditions.
	 */
	struct pipe_and_pump_fitness
	{
	public:
		enum
		{
			SERVER_LISTEN_PORT = 13050
		};
		
		pipe_and_pump_fitness()
		{
			LLFrameTimer::updateFrameTime();
			apr_pool_create(&mPool, NULL);
			mPump = new LLPumpIO(mPool);
			mSocket = LLSocket::create(
				mPool,
				LLSocket::STREAM_TCP,
				SERVER_LISTEN_PORT,
				"127.0.0.1");
		}

		~pipe_and_pump_fitness()
		{
			mSocket.reset();
			delete mPump;
			apr_pool_destroy(mPool);
		}

	protected:
		apr_pool_t* mPool;
		LLPumpIO* mPump;
		LLSocket::ptr_t mSocket;
	};
	typedef test_group<pipe_and_pump_fitness> fitness_test_group;
	typedef fitness_test_group::object fitness_test_object;
	fitness_test_group fitness("pipe and pump fitness");

	template<> template<>
	void fitness_test_object::test<1>()
	{
		LL_DEBUGS() << "fitness_test_object::test<1>()" << LL_ENDL;

		// Set up the server
		//LL_DEBUGS() << "fitness_test_object::test<1> - setting up server."
		//	 << LL_ENDL;
		LLPumpIO::chain_t chain;
		typedef LLCloneIOFactory<LLPipeStringInjector> emitter_t;
		emitter_t* emitter = new emitter_t(
			new LLPipeStringInjector("suckers never play me"));
		boost::shared_ptr<LLChainIOFactory> factory(emitter);
		LLIOServerSocket* server = new LLIOServerSocket(
			mPool,
			mSocket,
			factory);
		server->setResponseTimeout(SHORT_CHAIN_EXPIRY_SECS);
		chain.push_back(LLIOPipe::ptr_t(server));
		mPump->addChain(chain, NEVER_CHAIN_EXPIRY_SECS);

		// We need to tickle the pump a little to set up the listen()
		//LL_DEBUGS() << "fitness_test_object::test<1> - initializing server."
		//	 << LL_ENDL;
		pump_loop(mPump, 0.1f);

		// Set up the client
		//LL_DEBUGS() << "fitness_test_object::test<1> - connecting client."
		//	 << LL_ENDL;
		LLSocket::ptr_t client = LLSocket::create(mPool, LLSocket::STREAM_TCP);
		LLHost server_host("127.0.0.1", SERVER_LISTEN_PORT);
		bool connected = client->blockingConnect(server_host);
		ensure("Connected to server", connected);
		LL_DEBUGS() << "connected" << LL_ENDL;

		// We have connected, since the socket reader does not block,
		// the first call to read data will return EAGAIN, so we need
		// to write something.
		chain.clear();
		chain.push_back(LLIOPipe::ptr_t(new LLPipeStringInjector("hi")));
		chain.push_back(LLIOPipe::ptr_t(new LLIOSocketWriter(client)));
		chain.push_back(LLIOPipe::ptr_t(new LLIONull));
		mPump->addChain(chain, 1.0f);

		// Now, the server should immediately send the data, but we'll
		// never read it. pump for a bit
		F32 elapsed = pump_loop(mPump, 2.0f);
		ensure("Did not take too long", (elapsed < 3.0f));
	}

	template<> template<>
	void fitness_test_object::test<2>()
	{
		LL_DEBUGS() << "fitness_test_object::test<2>()" << LL_ENDL;

		// Set up the server
		LLPumpIO::chain_t chain;
		typedef LLCloneIOFactory<LLIOFuzz> emitter_t;
		emitter_t* emitter = new emitter_t(new LLIOFuzz(1000000));
		boost::shared_ptr<LLChainIOFactory> factory(emitter);
		LLIOServerSocket* server = new LLIOServerSocket(
			mPool,
			mSocket,
			factory);
		server->setResponseTimeout(SHORT_CHAIN_EXPIRY_SECS);
		chain.push_back(LLIOPipe::ptr_t(server));
		mPump->addChain(chain, NEVER_CHAIN_EXPIRY_SECS);

		// We need to tickle the pump a little to set up the listen()
		pump_loop(mPump, 0.1f);

		// Set up the client
		LLSocket::ptr_t client = LLSocket::create(mPool, LLSocket::STREAM_TCP);
		LLHost server_host("127.0.0.1", SERVER_LISTEN_PORT);
		bool connected = client->blockingConnect(server_host);
		ensure("Connected to server", connected);
		LL_DEBUGS() << "connected" << LL_ENDL;

		// We have connected, since the socket reader does not block,
		// the first call to read data will return EAGAIN, so we need
		// to write something.
		chain.clear();
		chain.push_back(LLIOPipe::ptr_t(new LLPipeStringInjector("hi")));
		chain.push_back(LLIOPipe::ptr_t(new LLIOSocketWriter(client)));
		chain.push_back(LLIOPipe::ptr_t(new LLIONull));
		mPump->addChain(chain, SHORT_CHAIN_EXPIRY_SECS / 2.0f);

		// Now, the server should immediately send the data, but we'll
		// never read it. pump for a bit
		F32 elapsed = pump_loop(mPump, SHORT_CHAIN_EXPIRY_SECS * 2.0f);
		ensure("Did not take too long", (elapsed < 3.0f));
	}

	template<> template<>
	void fitness_test_object::test<3>()
	{
		LL_DEBUGS() << "fitness_test_object::test<3>()" << LL_ENDL;

		// Set up the server
		LLPumpIO::chain_t chain;
		typedef LLCloneIOFactory<LLIOFuzz> emitter_t;
		emitter_t* emitter = new emitter_t(new LLIOFuzz(1000000));
		boost::shared_ptr<LLChainIOFactory> factory(emitter);
		LLIOServerSocket* server = new LLIOServerSocket(
			mPool,
			mSocket,
			factory);
		server->setResponseTimeout(SHORT_CHAIN_EXPIRY_SECS);
		chain.push_back(LLIOPipe::ptr_t(server));
		mPump->addChain(chain, NEVER_CHAIN_EXPIRY_SECS);

		// We need to tickle the pump a little to set up the listen()
		pump_loop(mPump, 0.1f);

		// Set up the client
		LLSocket::ptr_t client = LLSocket::create(mPool, LLSocket::STREAM_TCP);
		LLHost server_host("127.0.0.1", SERVER_LISTEN_PORT);
		bool connected = client->blockingConnect(server_host);
		ensure("Connected to server", connected);
		LL_DEBUGS() << "connected" << LL_ENDL;

		// We have connected, since the socket reader does not block,
		// the first call to read data will return EAGAIN, so we need
		// to write something.
		chain.clear();
		chain.push_back(LLIOPipe::ptr_t(new LLPipeStringInjector("hi")));
		chain.push_back(LLIOPipe::ptr_t(new LLIOSocketWriter(client)));
		chain.push_back(LLIOPipe::ptr_t(new LLIONull));
		mPump->addChain(chain, SHORT_CHAIN_EXPIRY_SECS * 2.0f);

		// Now, the server should immediately send the data, but we'll
		// never read it. pump for a bit
		F32 elapsed = pump_loop(mPump, SHORT_CHAIN_EXPIRY_SECS * 2.0f + 1.0f);
		ensure("Did not take too long", (elapsed < 4.0f));
	}

	template<> template<>
	void fitness_test_object::test<4>()
	{
		LL_DEBUGS() << "fitness_test_object::test<4>()" << LL_ENDL;

		// Set up the server
		LLPumpIO::chain_t chain;
		typedef LLCloneIOFactory<LLIOFuzz> emitter_t;
		emitter_t* emitter = new emitter_t(new LLIOFuzz(1000000));
		boost::shared_ptr<LLChainIOFactory> factory(emitter);
		LLIOServerSocket* server = new LLIOServerSocket(
			mPool,
			mSocket,
			factory);
		server->setResponseTimeout(SHORT_CHAIN_EXPIRY_SECS + 1.80f);
		chain.push_back(LLIOPipe::ptr_t(server));
		mPump->addChain(chain, NEVER_CHAIN_EXPIRY_SECS);

		// We need to tickle the pump a little to set up the listen()
		pump_loop(mPump, 0.1f);

		// Set up the client
		LLSocket::ptr_t client = LLSocket::create(mPool, LLSocket::STREAM_TCP);
		LLHost server_host("127.0.0.1", SERVER_LISTEN_PORT);
		bool connected = client->blockingConnect(server_host);
		ensure("Connected to server", connected);
		LL_DEBUGS() << "connected" << LL_ENDL;

		// We have connected, since the socket reader does not block,
		// the first call to read data will return EAGAIN, so we need
		// to write something.
		chain.clear();
		chain.push_back(LLIOPipe::ptr_t(new LLPipeStringInjector("hi")));
		chain.push_back(LLIOPipe::ptr_t(new LLIOSocketWriter(client)));
		chain.push_back(LLIOPipe::ptr_t(new LLIONull));
		mPump->addChain(chain, NEVER_CHAIN_EXPIRY_SECS);

		// Now, the server should immediately send the data, but we'll
		// never read it. pump for a bit
		F32 elapsed = pump_loop(mPump, SHORT_CHAIN_EXPIRY_SECS + 3.0f);
		ensure("Did not take too long", (elapsed < DEFAULT_CHAIN_EXPIRY_SECS));
	}

	template<> template<>
	void fitness_test_object::test<5>()
	{
		const int retries = 100;
		// Set up the server
		LLPumpIO::chain_t chain;
		typedef LLCloneIOFactory<LLIOSleeper> sleeper_t;
		sleeper_t* sleeper = new sleeper_t(new LLIOSleeper);
		boost::shared_ptr<LLChainIOFactory> factory(sleeper);
		LLIOServerSocket* server = new LLIOServerSocket(
			mPool,
			mSocket,
			factory);
		server->setResponseTimeout(1.0);
		chain.push_back(LLIOPipe::ptr_t(server));
		mPump->addChain(chain, NEVER_CHAIN_EXPIRY_SECS);
		// We need to tickle the pump a little to set up the listen()
		for (int retry = 0; mPump->runningChains() < 1 && retry < retries; ++retry)
		{
			pump_loop(mPump, 0.1f);
		}
		U32 count = mPump->runningChains();
		ensure_equals("server chain 1 onboard", count, 1);
		LL_DEBUGS() << "** Server is up." << LL_ENDL;

		// Set up the client
		LLSocket::ptr_t client = LLSocket::create(mPool, LLSocket::STREAM_TCP);
		LLHost server_host("127.0.0.1", SERVER_LISTEN_PORT);
		bool connected = client->blockingConnect(server_host);
		ensure("Connected to server", connected);
		LL_DEBUGS() << "connected" << LL_ENDL;
		for (int retry = 0; mPump->runningChains() < 2 && retry < retries; ++retry)
		{
			pump_loop(mPump,0.1f);
		}
		count = mPump->runningChains();
		ensure_equals("server chain 2 onboard", count, 2);
		LL_DEBUGS() << "** Client is connected." << LL_ENDL;

		// We have connected, since the socket reader does not block,
		// the first call to read data will return EAGAIN, so we need
		// to write something.
		chain.clear();
		chain.push_back(LLIOPipe::ptr_t(new LLPipeStringInjector("hi")));
		chain.push_back(LLIOPipe::ptr_t(new LLIOSocketWriter(client)));
		chain.push_back(LLIOPipe::ptr_t(new LLIONull));
		mPump->addChain(chain, 0.2f);
		chain.clear();

		// pump for a bit and make sure all 3 chains are running
		for (int retry = 0; mPump->runningChains() < 3 && retry < retries; ++retry)
		{
			pump_loop(mPump, 0.1f);
		}
		count = mPump->runningChains();
		ensure_equals("client chain onboard", count, 3);
		LL_DEBUGS() << "** request should have been sent." << LL_ENDL;

		// pump for long enough the the client socket closes, and the
		// server socket should not be closed yet.
		for (int retry = 0; mPump->runningChains() == 3 && retry < retries; ++retry)
		{
			pump_loop(mPump, 0.1f);
		}
		// We used to test for count == 2 here, but on a slow test machine it
		// can happen that not just one but two chains close before we reach
		// this point.
		count = mPump->runningChains();
		ensure(stringize("client chain timed out: count ", count), count < 3);
		LL_DEBUGS() << "** client chain should be closed." << LL_ENDL;

		// At this point, the socket should be closed by the timeout
		for (int retry = 0; mPump->runningChains() > 1 && retry < retries; ++retry)
		{
			pump_loop(mPump, 0.1f);
		}
		count = mPump->runningChains();
		ensure_equals("accepted socked close", count, 1);
		LL_DEBUGS() << "** Sleeper should have timed out.." << LL_ENDL;
	}
}

/*
'asset_data':b(12100)"{'task_id':ucc706f2d-0b68-68f8-11a4-f1043ff35ca0}\n{\n\tname\tObject|\n\tpermissions 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