/** * @file llwlparammanager_test.cpp * @brief LLWLParamManager tests * * $LicenseInfo:firstyear=2009&license=viewerlgpl$ * Second Life Viewer Source Code * Copyright (C) 2011, 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 * $/LicenseInfo$ */ // Precompiled headers #include "../llviewerprecompiledheaders.h" // Class to test #include "../llwlparammanager.h" // Dependencies #include "linden_common.h" // TUT header #include "lltut.h" // Stubs #include "llwldaycycle_stub.cpp" #include "llwlparamset_stub.cpp" #include "llwlanimator_stub.cpp" #include "llglslshader_stub.cpp" #include "lldir_stub.cpp" #include "llsky_stub.cpp" #include "llpipeline_stub.cpp" #include "llviewershadermgr_stub.cpp" void assert_glerror(void) {} LLViewerCamera::LLViewerCamera() {} void LLViewerCamera::setView(F32 vertical_fov_rads) {} std::string LLTrans::getString(const std::string &xml_desc, const LLStringUtil::format_map_t& args) { return std::string(""); } char* curl_unescape(const char* c_str, int length) { char* copy = new char[length+4]; memcpy(copy, c_str, length); copy[length+0] = 'E'; copy[length+1] = 'S'; copy[length+2] = 'C'; copy[length+3] = '\0'; return copy; } void curl_free(void* p) {delete[] ((char*)p);} char* curl_escape(const char* c_str, int length) { char* copy = new char[length+6]; memcpy(copy, c_str, length); copy[length+0] = 'U'; copy[length+1] = 'N'; copy[length+2] = 'E'; copy[length+3] = 'S'; copy[length+4] = 'C'; copy[length+5] = '\0'; return copy; } namespace tut { // Main Setup struct LLWLParamManagerFixture { class LLWLParamManagerTest { }; LLWLParamManager* mTestManager; LLWLParamManagerFixture() : mTestManager(LLWLParamManager::getInstance()) { } ~LLWLParamManagerFixture() { } }; typedef test_group<LLWLParamManagerFixture> factory; typedef factory::object object; factory tf("LLWLParamManager test"); // Tests template<> template<> void object::test<1>() { try { std::string preset = "<llsd>\ <map>\ <key>ambient</key>\ <array>\ <real>1.0499999523162842</real>\ <real>1.0499999523162842</real>\ <real>1.0499999523162842</real>\ <real>0.34999999403953552</real>\ </array>\ <key>blue_density</key>\ <array>\ <real>0.2447581488182351</real>\ <real>0.44872328639030457</real>\ <real>0.75999999046325684</real>\ <real>0.38000004053115788</real>\ </array>\ <key>blue_horizon</key>\ <array>\ <real>0.49548382097675159</real>\ <real>0.49548381382419748</real>\ <real>0.63999999284744291</real>\ <real>0.31999999642372146</real>\ </array>\ <key>cloud_color</key>\ <array>\ <real>0.40999999165535073</real>\ <real>0.40999999165535073</real>\ <real>0.40999999165535073</real>\ <real>0.40999999165535073</real>\ </array>\ <key>cloud_pos_density1</key>\ <array>\ <real>1.6884100437164307</real>\ <real>0.52609699964523315</real>\ <real>0.99999999999999289</real>\ <real>1</real>\ </array>\ <key>cloud_pos_density2</key>\ <array>\ <real>1.6884100437164307</real>\ <real>0.52609699964523315</real>\ <real>0.125</real>\ <real>1</real>\ </array>\ <key>cloud_scale</key>\ <array>\ <real>0.4199999868869746</real>\ <real>0</real>\ <real>0</real>\ <real>1</real>\ </array>\ <key>cloud_scroll_rate</key>\ <array>\ <real>10.199999809265137</real>\ <real>10.01099967956543</real>\ </array>\ <key>cloud_shadow</key>\ <array>\ <real>0.26999998092651367</real>\ <real>0</real>\ <real>0</real>\ <real>1</real>\ </array>\ <key>density_multiplier</key>\ <array>\ <real>0.00017999998817685818</real>\ <real>0</real>\ <real>0</real>\ <real>1</real>\ </array>\ <key>distance_multiplier</key>\ <array>\ <real>0.80000001192093606</real>\ <real>0</real>\ <real>0</real>\ <real>1</real>\ </array>\ <key>east_angle</key>\ <real>0</real>\ <key>enable_cloud_scroll</key>\ <array>\ <boolean>1</boolean>\ <boolean>1</boolean>\ </array>\ <key>gamma</key>\ <array>\ <real>1</real>\ <real>0</real>\ <real>0</real>\ <real>1</real>\ </array>\ <key>glow</key>\ <array>\ <real>5</real>\ <real>0.0010000000474974513</real>\ <real>-0.47999998927116394</real>\ <real>1</real>\ </array>\ <key>haze_density</key>\ <array>\ <real>0.69999998807907104</real>\ <real>0</real>\ <real>0</real>\ <real>1</real>\ </array>\ <key>haze_horizon</key>\ <array>\ <real>0.18999999761581243</real>\ <real>0.19915600121021271</real>\ <real>0.19915600121021271</real>\ <real>1</real>\ </array>\ <key>lightnorm</key>\ <array>\ <real>0</real>\ <real>0.70710659027099609</real>\ <real>-0.70710694789886475</real>\ <real>0</real>\ </array>\ <key>max_y</key>\ <array>\ <real>1605</real>\ <real>0</real>\ <real>0</real>\ <real>1</real>\ </array>\ <key>preset_num</key>\ <integer>22</integer>\ <key>star_brightness</key>\ <real>0</real>\ <key>sun_angle</key>\ <real>2.3561947345733643</real>\ <key>sunlight_color</key>\ <array>\ <real>0.73421055078505759</real>\ <real>0.78157895803450828</real>\ <real>0.89999997615813498</real>\ <real>0.29999998211860301</real>\ </array>\ </map>\ </llsd>"; std::stringstream preset_stream(preset); mTestManager->loadPresetFromXML(LLWLParamKey("test1", LLWLParamKey::SCOPE_LOCAL), preset_stream); LLWLParamSet dummy; ensure("Couldn't get ParamSet after loading it", mTestManager->getParamSet(LLWLParamKey("test1", LLWLParamKey::SCOPE_LOCAL), dummy)); } catch (...) { fail("loadPresetFromXML test crashed!"); } } template<> template<> void object::test<2>() { mTestManager->propagateParameters(); ensure_equals("Wrong value from getDomeOffset()", mTestManager->getDomeOffset(), 0.96f); ensure_equals("Wrong value from getDomeRadius()", mTestManager->getDomeRadius(), 15000.f); ensure_equals("Wrong value from getLightDir()", mTestManager->getLightDir(), LLVector4(-0,0,1,0)); ensure_equals("Wrong value from getClampedLightDir()", mTestManager->getClampedLightDir(), LLVector4(-0,0,1,0)); ensure_equals("Wrong value from getRotatedLightDir()", mTestManager->getRotatedLightDir(), LLVector4(0,0,0,1)); } }