/* * Copyright (C) 2020 Collabora, Ltd. * * Permission is hereby granted, free of charge, to any person obtaining a * copy of this software and associated documentation files (the "Software"), * to deal in the Software without restriction, including without limitation * the rights to use, copy, modify, merge, publish, distribute, sublicense, * and/or sell copies of the Software, and to permit persons to whom the * Software is furnished to do so, subject to the following conditions: * * The above copyright notice and this permission notice (including the next * paragraph) shall be included in all copies or substantial portions of the * Software. * * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR * IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL * THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER * LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, * OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE * SOFTWARE. */ #include "compiler.h" #include "bi_test.h" #include <gtest/gtest.h> #include "mesa-gtest-extras.h" class PackFormats : public testing::Test { protected: PackFormats() { util_dynarray_init(&result, NULL); } ~PackFormats() { util_dynarray_fini(&result); } const uint64_t *result_as_u64_array() { return reinterpret_cast<uint64_t *>(result.data); } struct util_dynarray result; }; TEST_F(PackFormats, 1) { /* Test case from the blob */ struct bi_packed_tuple tuples[] = { { 0x2380cb1c02200000, 0x10e0 }, }; uint64_t header = 0x021000011800; bi_pack_format(&result, 1, tuples, 1, header, 0, 0, true); const uint64_t expected[] = { 0x80cb1c022000004a, 0x10800008c000e023, }; ASSERT_EQ(result.size, 16); ASSERT_U64_ARRAY_EQUAL(expected, result_as_u64_array(), 2); } TEST_F(PackFormats, 2) { struct bi_packed_tuple tuples[] = { { 0x9380cb6044000044, 0xf65 }, { 0xaf8721a05c000081, 0x1831 }, }; bi_pack_format(&result, 0, tuples, 2, 0x52800011800, 0, 0, false); bi_pack_format(&result, 2, tuples, 2, 0x52800011800, 0, 0, false); const uint64_t expected[] = { 0x80cb604400004429, 0x29400008c0076593, 0x8721a05c00008103, 0x60000000000031af, }; ASSERT_EQ(result.size, 32); ASSERT_U64_ARRAY_EQUAL(expected, result_as_u64_array(), 4); } TEST_F(PackFormats, 3) { struct bi_packed_tuple tuples[] = { { 0x93805b8040000000, 0xf65 }, { 0x93886db05c000000, 0xf65 }, { 0xb380cb180c000080, 0x18b1 }, }; bi_pack_format(&result, 0, tuples, 3, 0x3100000000, 0, 0, true); bi_pack_format(&result, 3, tuples, 3, 0x3100000000, 0, 0, true); bi_pack_format(&result, 4, tuples, 3, 0x3100000000, 0, 0, true); const uint64_t expected[] = { 0x805b804000000029, 0x0188000000076593, 0x886db05c00000021, 0x58c0600004076593, 0x0000000000000044, 0x60002c6ce0300000, }; ASSERT_EQ(result.size, 48); ASSERT_U64_ARRAY_EQUAL(expected, result_as_u64_array(), 6); } TEST_F(PackFormats, 4) { struct bi_packed_tuple tuples[] = { { 0xad8c87004000005f, 0x2f18 }, { 0xad8c87385c00004f, 0x2f18 }, { 0xad8c87385c00006e, 0x2f18 }, { 0xb380cb182c000080, 0x18b1 }, }; uint64_t EC0 = (0x10000001ff000000) >> 4; bi_pack_format(&result, 0, tuples, 4, 0x3100000000, EC0, 0, false); bi_pack_format(&result, 3, tuples, 4, 0x3100000000, EC0, 0, false); bi_pack_format(&result, 6, tuples, 4, 0x3100000000, EC0, 0, false); const uint64_t expected[] = { 0x8c87004000005f2d, 0x01880000000718ad, 0x8c87385c00004f25, 0x39c2e000037718ad, 0x80cb182c00008005, 0xac01c62b6320b1b3, }; ASSERT_EQ(result.size, 48); ASSERT_U64_ARRAY_EQUAL(expected, result_as_u64_array(), 6); } TEST_F(PackFormats, 5) { struct bi_packed_tuple tuples[] = { { 0x9380688040000000, 0xf65 }, { 0xd4057300c000040, 0xf26 }, { 0x1f80cb1858000000, 0x19ab }, { 0x937401f85c000000, 0xf65 }, { 0xb380cb180c000080, 0x18a1 }, }; uint64_t EC0 = (0x183f800000) >> 4; bi_pack_format(&result, 0, tuples, 5, 0x3100000000, EC0, 0, true); bi_pack_format(&result, 3, tuples, 5, 0x3100000000, EC0, 0, true); bi_pack_format(&result, 7, tuples, 5, 0x3100000000, EC0, 0, true); bi_pack_format(&result, 8, tuples, 5, 0x3100000000, EC0, 0, true); const uint64_t expected[] = { 0x8068804000000029, 0x0188000000076593, 0x4057300c00004021, 0x58c2c0000007260d, 0x7401f85c0000008b, 0x00006ac7e0376593, 0x80cb180c00008053, 0x000000183f80a1b3, }; ASSERT_EQ(result.size, 64); ASSERT_U64_ARRAY_EQUAL(expected, result_as_u64_array(), 8); } TEST_F(PackFormats, 6) { struct bi_packed_tuple tuples[] = { { 0xad8c870068000048, 0x2f18 }, { 0xad8c87385c000050, 0x2f18 }, { 0xad8c87385c00006a, 0x2f18 }, { 0xad8c87385c000074, 0x2f18 }, { 0xad8c87385c000020, 0x2f18 }, { 0xad8c87385c000030, 0x2f18 }, }; uint64_t EC0 = (0x345678912345670) >> 4; bi_pack_format(&result, 0, tuples, 6, 0x60000011800, EC0, 0, false); bi_pack_format(&result, 3, tuples, 6, 0x60000011800, EC0, 0, false); bi_pack_format(&result, 5, tuples, 6, 0x60000011800, EC0, 0, false); bi_pack_format(&result, 9, tuples, 6, 0x60000011800, EC0, 0, false); bi_pack_format(&result, 10, tuples, 6, 0x60000011800, EC0, 0, false); const uint64_t expected[] = { 0x8c8700680000482d, 0x30000008c00718ad, 0x8c87385c00005025, 0x39c2e000035718ad, 0x8c87385c00007401, 0xb401c62b632718ad, 0x8c87385c00002065, 0x39c2e000018718ad, 0x3456789123456706, 0xa001c62b63200000, }; ASSERT_EQ(result.size, 80); ASSERT_U64_ARRAY_EQUAL(expected, result_as_u64_array(), 10); } TEST_F(PackFormats, 7) { struct bi_packed_tuple tuples[] = { { 0x9020074040000083, 0xf65 }, { 0x90000d4058100080, 0xf65 }, { 0x90000a3058700082, 0xf65 }, { 0x9020074008114581, 0xf65 }, { 0x90000d0058000080, 0xf65 }, { 0x9000083058700082, 0xf65 }, { 0x2380cb199ac38400, 0x327a }, }; bi_pack_format(&result, 0, tuples, 7, 0x3000100000, 0, 0, true); bi_pack_format(&result, 3, tuples, 7, 0x3000100000, 0, 0, true); bi_pack_format(&result, 5, tuples, 7, 0x3000100000, 0, 0, true); bi_pack_format(&result, 9, tuples, 7, 0x3000100000, 0, 0, true); bi_pack_format(&result, 11, tuples, 7, 0x3000100000, 0, 0, true); const uint64_t expected[] = { 0x2007404000008329, 0x0180008000076590, 0x000d405810008021, 0x5182c38004176590, 0x2007400811458101, 0x2401d96400076590, 0x000d005800008061, 0x4182c38004176590, 0x80cb199ac3840047, 0x3801d96400027a23, }; ASSERT_EQ(result.size, 80); ASSERT_U64_ARRAY_EQUAL(expected, result_as_u64_array(), 10); } TEST_F(PackFormats, 8) { struct bi_packed_tuple tuples[] = { { 0x442087037a2f8643, 0x3021 }, { 0x84008d0586100043, 0x200 }, { 0x7c008d0028014543, 0x0 }, { 0x1c00070058200081, 0x1980 }, { 0x1600dd878320400, 0x200 }, { 0x49709c1b08308900, 0x200 }, { 0x6c2007807881ca00, 0x40 }, { 0x8d70fc0d94900083, 0x800 }, }; uint64_t EC0 = (0x32e635d0) >> 4; bi_pack_format(&result, 0, tuples, 8, 0x61001311800, EC0, 0, true); bi_pack_format(&result, 3, tuples, 8, 0x61001311800, EC0, 0, true); bi_pack_format(&result, 5, tuples, 8, 0x61001311800, EC0, 0, true); bi_pack_format(&result, 9, tuples, 8, 0x61001311800, EC0, 0, true); bi_pack_format(&result, 12, tuples, 8, 0x61001311800, EC0, 0, true); bi_pack_format(&result, 13, tuples, 8, 0x61001311800, EC0, 0, true); const uint64_t expected[] = { 0x2087037a2f86432e, 0x30800988c0002144, 0x008d058610004320, 0x6801400a2a1a0084, 0x0007005820008101, 0x0c00001f0021801c, 0x600dd87832040060, 0xe0d8418448020001, 0x2007807881ca00c0, 0xc6ba80125c20406c, 0x70fc0d9490008359, 0x0000000032e0008d, }; ASSERT_EQ(result.size, 96); ASSERT_U64_ARRAY_EQUAL(expected, result_as_u64_array(), 12); }