#include <ALUnitTest_UserInterface.h>
#include <AL_Helper.h>
#include <PxaPrj.h>
#include <Pxa_Rte.h>

#define PXAPRJ_ECU_VAR_HIGH           0u
#define PXAPRJ_QUALITY_OK             0u

/// Number of segments that are received
#define PXAPRJ_CFG_NO_OF_SEGMENTS             12u
/// Default priority which is sent if ADB is not requested
#define PXAPRJ_CFG_DEFAULT_PRIORITY           15u
/// [ms] Default ramp timesrequested
#define PXAPRJ_CFG_DEFAULT_RAMP_UP            0u
#define PXAPRJ_CFG_DEFAULT_RAMP_DOWN          0u


Rte_tieMountingSide Rte_PxaPrj_ucSide;
Rte_tisMxLsmDataArr Rte_MxLsmDataArr;
Rte_tisHighBeamFct  Rte_HighBeamFct;
Rte_tisMatrixLedTgt Rte_MatrixLedTgt;
Rte_tisMxSegTarget  Rte_PxaPrj_asMxSegTarget[PXAPRJ_MAX_NO_OF_EXTSWITCHES];
Rte_tieDataStatus   Rte_PxaPrj_CodingDataStatus;
tRomPara_CodingArea coding_data;
//const tRomPara_CodingArea* applicationCodingDataptr = &coding_data;
const tRomPara_CodingArea applicationCodingData;

//Forward Default Values
void Mt_Test_01(void)
{
	riPxAInit();
	rpPxA10ms();

	uint16 i;
	for (i = 0; i < PXAPRJ_CFG_NO_OF_SEGMENTS; i++)
	{
		AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[i].unBrightness, 0u, ==);
		AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[i].ucPriority, PXAPRJ_CFG_DEFAULT_PRIORITY, == );
		AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[i].unRampTimeDown, PXAPRJ_CFG_DEFAULT_RAMP_DOWN, ==);
		AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[i].unRampTimeUp, PXAPRJ_CFG_DEFAULT_RAMP_UP, == );	
	}
}

//Forward ADB Values
void Mt_Test_02(void)
{
	riPxAInit();
	Rte_HighBeamFct.eHighBeamMode = PARTIAL;
	Rte_HighBeamFct.eHighBeamModeQty = PXAPRJ_QUALITY_OK;
	Rte_PxaPrj_CodingDataStatus = tieDataStatus_Valid;
	//Rte_MatrixLedTgt.eLed_0_5_Qty = 1u;
	//Rte_MatrixLedTgt.eLed_6_11_Qty = 1u;
	Rte_MatrixLedTgt.aucLedTarget[0] = 94u;
	Rte_MatrixLedTgt.aucLedTarget[1] = 108u;
	Rte_MatrixLedTgt.aucLedTarget[2] = 128u;
	Rte_MatrixLedTgt.aucLedTarget[3] = 150u;
	Rte_MatrixLedTgt.aucLedTarget[4] = 166u;
	Rte_MatrixLedTgt.aucLedTarget[5] = 255u;
	Rte_MatrixLedTgt.aucLedTarget[6] = 255u;
	Rte_MatrixLedTgt.aucLedTarget[7] = 166u;
	Rte_MatrixLedTgt.aucLedTarget[8] = 150u;
	Rte_MatrixLedTgt.aucLedTarget[9] = 128u;
	Rte_MatrixLedTgt.aucLedTarget[10] = 108u;
	Rte_MatrixLedTgt.aucLedTarget[11] = 94u;
	rpPxA10ms();
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[0].unBrightness, 8696u, == );
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[1].unBrightness, 10407u, == );
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[2].unBrightness, 12993u, == );
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[3].unBrightness, 16190u, == );
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[4].unBrightness, 18557u, == );
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[5].unBrightness, 32767u, == );
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[6].unBrightness, 32767u, == );
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[7].unBrightness, 18557u, == );
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[8].unBrightness, 16190u, == );
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[9].unBrightness, 12993u, == );
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[10].unBrightness, 10407u, == );
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[11].unBrightness, 8696u, == );
	rdPxADeInit();
}

//Forward ADB Values, Priority higher than LSM priority
void Mt_Test_03(void)
{
	riPxAInit();
	Rte_HighBeamFct.eHighBeamMode = PARTIAL;
	Rte_HighBeamFct.eHighBeamModeQty = PXAPRJ_QUALITY_OK;
	Rte_PxaPrj_CodingDataStatus = tieDataStatus_Valid;
	//Rte_MatrixLedTgt.eLed_0_5_Qty = 1u;
	//Rte_MatrixLedTgt.eLed_6_11_Qty = 1u;
	Rte_MxLsmDataArr->ucPriority = 3u;
	rpPxA10ms();
}

//High Beam Normal
void Mt_Test_04(void)
{
	riPxAInit();
	Rte_HighBeamFct.eHighBeamMode = MANUAL;
	Rte_HighBeamFct.eHighBeamModeQty = PXAPRJ_QUALITY_OK;
	Rte_PxaPrj_CodingDataStatus = tieDataStatus_Valid;
	rpPxA10ms();
	Rte_MatrixLedTgt.aucLedTarget[0] = 94u;
	Rte_MatrixLedTgt.aucLedTarget[1] = 108u;
	Rte_MatrixLedTgt.aucLedTarget[2] = 128u;
	Rte_MatrixLedTgt.aucLedTarget[3] = 150u;
	Rte_MatrixLedTgt.aucLedTarget[4] = 166u;
	Rte_MatrixLedTgt.aucLedTarget[5] = 255u;
	Rte_MatrixLedTgt.aucLedTarget[6] = 255u;
	Rte_MatrixLedTgt.aucLedTarget[7] = 166u;
	Rte_MatrixLedTgt.aucLedTarget[8] = 150u;
	Rte_MatrixLedTgt.aucLedTarget[9] = 128u;
	Rte_MatrixLedTgt.aucLedTarget[10] = 108u;
	Rte_MatrixLedTgt.aucLedTarget[11] = 94u;
	rpPxA10ms();
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[0].unBrightness, 23592u, == );
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[1].unBrightness, 24575u, == );
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[2].unBrightness, 25885u, == );
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[3].unBrightness, 27524u, == );
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[4].unBrightness, 28507u, == );
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[5].unBrightness, 32767u, == );
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[6].unBrightness, 32767u, == );
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[7].unBrightness, 28507u, == );
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[8].unBrightness, 27524u, == );
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[9].unBrightness, 25885u, == );
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[10].unBrightness, 24575u, == );
	AL_UNITTEST_CHECK(Rte_PxaPrj_asMxSegTarget[11].unBrightness, 23592u, == );
}

//High Beam Normal, Priority higher than LSM priority
void Mt_Test_05(void)
{
	riPxAInit();
	Rte_HighBeamFct.eHighBeamMode = MANUAL;
	Rte_HighBeamFct.eHighBeamModeQty = PXAPRJ_QUALITY_OK;
	Rte_PxaPrj_CodingDataStatus = tieDataStatus_Valid;
	Rte_MxLsmDataArr->ucPriority = 2u;
	rpPxA10ms();
}

//Set Coding Data Status Valid through RTE function
void Mt_Test_06(void)
{
	Rte_PxaPrj_CodingDataStatus = tieDataStatus_Valid;

	riPxAInit();//Cover right mounting side

	Rte_PxaPrj_ucSide = eIoHwAbUser_MountingSide_Left;
	riPxAInit(); //cover left mounting side
}

void ALUnitTest_AddTests(void)
{
	(void)ALUnitTest_AddFunction("Mt_Test_01", Mt_Test_01);
	(void)ALUnitTest_AddFunction("Mt_Test_02", Mt_Test_02);
	(void)ALUnitTest_AddFunction("Mt_Test_03", Mt_Test_03);
	(void)ALUnitTest_AddFunction("Mt_Test_04", Mt_Test_04);
	(void)ALUnitTest_AddFunction("Mt_Test_05", Mt_Test_05);
	(void)ALUnitTest_AddFunction("Mt_Test_06", Mt_Test_06);
}