Function UTEST_F

tests/source/debugVerboseLog.cpp:190–249

}

UTEST_F(DebugLog, MessageControl_EnableAll)
{
    // config debug output
    // -----------------------
    McSize numBytes = 0;
	McFlags contextFlags = 0;
    ASSERT_EQ(MC_NO_ERROR, mcGetInfo(utest_fixture->context_, MC_CONTEXT_FLAGS, 0, nullptr, &numBytes));

    ASSERT_EQ(sizeof(McFlags), numBytes);

    ASSERT_EQ(MC_NO_ERROR, mcGetInfo(utest_fixture->context_, MC_CONTEXT_FLAGS, numBytes, &contextFlags, nullptr));

    if (contextFlags & MC_DEBUG) {
        // enable all
        mcDebugMessageControl(utest_fixture->context_, McDebugSource::MC_DEBUG_SOURCE_ALL, McDebugType::MC_DEBUG_TYPE_ALL, McDebugSeverity::MC_DEBUG_SEVERITY_ALL, true);
    }

    ASSERT_EQ(MC_NO_ERROR,
        mcDispatch(utest_fixture->context_,
            MC_DISPATCH_VERTEX_ARRAY_DOUBLE,
            utest_fixture->cubeVertices.data(), utest_fixture->cubeFaces.data(), utest_fixture->cubeFaceSizes.data(), utest_fixture->numCubeVertices, utest_fixture->numCubeFaces,
            utest_fixture->cutMeshVertices.data(), utest_fixture->cutMeshFaces.data(),
            nullptr, // cutMeshFaceSizes, // no need to give 'faceSizes' parameter since cut-mesh is a triangle mesh
            utest_fixture->numCutMeshVertices, utest_fixture->numCutMeshFaces));

    McUint32 numMsgs = 10; // retrieve up to 10

    McSize maxMsgLen = 0;
    ASSERT_EQ(MC_NO_ERROR, mcGetInfo(utest_fixture->context_, MC_CONTEXT_MAX_DEBUG_MESSAGE_LENGTH, sizeof(McSize), &maxMsgLen, NULL));

    std::vector<McChar> msgData(numMsgs * maxMsgLen);
    std::vector<McDebugSource> sources(numMsgs);
    std::vector<McDebugType> types(numMsgs);
    std::vector<McDebugSeverity> severities(numMsgs);
    std::vector<McSize> lengths(numMsgs);
    McUint32 numFound;

    ASSERT_EQ(MC_NO_ERROR, mcGetDebugMessageLog(utest_fixture->context_, numMsgs, msgData.size(), &sources[0], &types[0], &severities[0], &lengths[0], &msgData[0], &numFound));

    ASSERT_GT(numFound, (McUint32)0);

    sources.resize(numFound);
    types.resize(numFound);
    severities.resize(numFound);
    lengths.resize(numFound);
    std::vector<std::string> messages;
    messages.reserve(numFound);

    std::vector<McChar>::iterator currPos = msgData.begin();

    for (size_t msg = 0; msg < lengths.size(); ++msg) {
        ASSERT_GT(lengths[msg], (McSize)0);
        messages.push_back(std::string(currPos, currPos + lengths[msg]));
        currPos = currPos + lengths[msg];

        printf("message from log string: %s\n", messages.back().c_str());
    }