Initial contribution supporting NaviEngine 1
This package_definition.xml will build support for three memory models
- Single (sne1_tb)
- Multiple (ne1_tb)
- Flexible (fne1_tb)
/*
* Copyright (c) 2008-2009 Nokia Corporation and/or its subsidiary(-ies).
* All rights reserved.
* This component and the accompanying materials are made available
* under the terms of "Eclipse Public License v1.0"
* which accompanies this distribution, and is available
* at the URL "http://www.eclipse.org/legal/epl-v10.html".
*
* Initial Contributors:
* Nokia Corporation - initial contribution.
*
* Contributors:
*
* Description:
* This file is part of the NE1_TB Variant Base Port
* Hardware Configuration Respoitory compiled repository in-line cpp.
*
*/
/**
@file hcr_psl_config_mha.inl
File provides setting definitions for the MHA setting values applicable to the
NEC NaviEngine base port. These definitions also contain the setting value where
the setting value is no larger than a 32-bit integer. The values for
larger settings can be found in the peer file hcr_psl_config_mha_lsd.inl.
@internalTechnology
*/
#ifndef HCR_PSL_CONFIG_MHA_INL
#define HCR_PSL_CONFIG_MHA_INL
// SSettingC gSettingsList[] =
// {
//
/**
HCR Settings identifing the assignment of Interrrupt lines.
These element keys are used along with the KHcrCat_MHA_Interrupt category UID
to identify and read the HCR setting.
*/
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_ExBus}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(32)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_I2C}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(33)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_CSI0}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntCsi0)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_CSI1}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntCsi1)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_Timer0}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntIdOstMatchMsTimer)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_Timer1}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntId1stMatchMsTimer)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_Timer2}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntId2stMatchMsTimer)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_Timer3}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntId3stMatchMsTimer)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_Timer4}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntId4stMatchMsTimer)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_Timer5}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntId5stMatchMsTimer)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PWM}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(42)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_SD0}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(EIntSd0)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_SD1}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(EIntSd1)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_CF}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(45)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_NAND}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(EIntNandCtrl)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_MIF}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(47)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_DTV}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(48)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_SGX}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(49)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_DISP0}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(EIntDisp0)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_DISP1}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(51)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_DISP2}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(52)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_Video}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(53)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_SPDIF0}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(54)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_SPDIF1}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(55)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_I2S0}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntI2S0)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_I2S1}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(57)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_I2S2}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(58)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_I2S3}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(59)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_APB}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(60)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_AHB0}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(61)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_AHB1}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(62)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_AHB2}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(63)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_AXI}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(64)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PCIint}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(EIntPciInt)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PCIserrb}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(EIntPciSErrB)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PCIperrb}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(EIntPciPErrB)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PCIExInt}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(68)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PCIExSerrb}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(69)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PCIExPerrb}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(70)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_USBHintA}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(EIntUsbHIntA)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_USBHintB}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(EIntUsbHIntB)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_USBHsmi}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(EIntUsbHSmi)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_USBHpme}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(EIntUsbHPme)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_ATA6}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(75)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_DMAC32_0end}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntDMAC32_0_End)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_DMAC32_0err}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntDMAC32_0_End)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_DMAC32_1end}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntDMAC32_1_End)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_DMAC32_1err}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntDMAC32_1_Err)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_DMAC32_2end}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntDMAC32_2_End)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_DMAC32_2err}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntDMAC32_2_Err)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_DMAC32_3end}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntDMAC32_3_End)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_DMAC32_3err}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntDMAC32_3_Err)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_DMAC32_4end}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntDMAC32_4_End)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_DMAC32_4err}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntDMAC32_4_Err)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_UART0}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntIdUart0)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_UART1}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntIdUart1)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_UART2}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntIdUart2)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_UART3}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(89)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_UART4}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(90)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_UART5}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(91)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_UART6}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(92)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_UART7}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(93)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_GPIO}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntIdGpio)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_eWDT}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntDMAC64_End)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_SATA}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntDMAC64_Err)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_DMACaxi_End}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(97)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_DMACaxi_Err}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(98)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PMUIRG0}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(100)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PMUIRG1}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(101)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PMUIRG2}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(102)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PMUIRG3}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(103)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PMUIRG4}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(104)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PMUIRG5}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(105)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PMUIRG6}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(106)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PMUIRG7}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(107)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PMUIRG8}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(108)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PMUIRG9}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(109)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PMUIRG10}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(110)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PMUIRG11}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(111)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_COMMRX0}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(112)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_COMMRX1}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(113)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_COMMRX2}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(114)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_COMMRX3}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(115)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_COMMTX0}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(116)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_COMMTX1}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(117)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_COMMTX2}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(118)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_COMMTX3}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(119)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PWRCTLO0}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(120)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PWRCTLO1}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(121)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PWRCTLO2}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(122)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_PWRCTLO3}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(123)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_DMACexbus_End}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntDMAExBus_End)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_DMACexbus_Err}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(KIntDMAExBus_Err)}}},
{ { { KHcrCat_MHA_Interrupt, KHcrKey_Interrupt_AHBbridge3}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(126)}}},
/**
HCR Settings identifing the GPIO pin assignments.
These element keys are used along with the KHcrCat_MHA_GPIO category UID
to identify and read the HCR setting.
*/
{ { {KHcrCat_MHA_GPIO, KHcrKey_GpioPin_UART1_DSR}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(8)}}},
{ { {KHcrCat_MHA_GPIO, KHcrKey_GpioPin_UART1_DTR}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(9)}}},
{ { {KHcrCat_MHA_GPIO, KHcrKey_GpioPin_UART1_DCD}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(10)}}},
{ { {KHcrCat_MHA_GPIO, KHcrKey_GpioPin_CKERST}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(11)}}},
{ { {KHcrCat_MHA_GPIO, KHcrKey_GpioPin_CSI_CS42L51}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(12)}}},
{ { {KHcrCat_MHA_GPIO, KHcrKey_GpioPin_CSIa}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(13)}}},
{ { {KHcrCat_MHA_GPIO, KHcrKey_GpioPin_CSIb}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(14)}}},
{ { {KHcrCat_MHA_GPIO, KHcrKey_GpioPin_CSIc}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(15)}}},
{ { {KHcrCat_MHA_GPIO, KHcrKey_GpioPin_PCIa}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(18)}}},
{ { {KHcrCat_MHA_GPIO, KHcrKey_GpioPin_PCIb}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(17)}}},
{ { {KHcrCat_MHA_GPIO, KHcrKey_GpioPin_PCIc}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(16)}}},
{ { {KHcrCat_MHA_GPIO, KHcrKey_GpioPin_RGB}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(20)}}},
{ { {KHcrCat_MHA_GPIO, KHcrKey_GpioPin_eTRON}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(21)}}},
{ { {KHcrCat_MHA_GPIO, KHcrKey_GpioPin_LCDl}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(22)}}},
{ { {KHcrCat_MHA_GPIO, KHcrKey_GpioPin_RTC}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(23)}}},
{ { {KHcrCat_MHA_GPIO, KHcrKey_GpioPin_LINT20}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(24)}}},
{ { {KHcrCat_MHA_GPIO, KHcrKey_GpioPin_AUDIO_RESET}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(25)}}},
{ { {KHcrCat_MHA_GPIO, KHcrKey_GpioPin_SWb0}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(27)}}},
{ { {KHcrCat_MHA_GPIO, KHcrKey_GpioPin_SWb1}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(28)}}},
/**
HCR Settings identifing the I2S Bus Channels.
These element keys are used along with the KHcrCat_MHA_I2S category UID
to identify and read the HCR setting.
*/
{ { {KHcrCat_MHA_I2S, KHcrKey_I2S_CS42L51}, ETypeInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(0)}}},
{ { {KHcrCat_MHA_I2S, KHcrKey_I2S_Reserved1}, ETypeUndefined, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(0xFFFFFFFF)}}},
{ { {KHcrCat_MHA_I2S, KHcrKey_I2S_Reserved2}, ETypeUndefined, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(0xFFFFFFFF)}}},
{ { {KHcrCat_MHA_I2S, KHcrKey_I2S_Reserved3}, ETypeUndefined, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(0xFFFFFFFF)}}},
/**
HCR Settings identifing the I2C Bus IDs.
These element keys are used along with the KHcrCat_MHA_I2C category UID
to identify and read the HCR setting.
*/
{ { {KHcrCat_MHA_I2C, KHcrKey_I2C_ReservedA}, ETypeUndefined, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(0xFFFFFFFF)}}},
{ { {KHcrCat_MHA_I2C, KHcrKey_I2C_ReservedB}, ETypeUndefined, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(0xFFFFFFFF)}}},
/**
HCR Settings identifing the SPI/CSI Bus Channels.
These element keys are used along with the KHcrCat_MHA_SPI_CSI category UID
to identify and read the HCR setting.
*/
{ { {KHcrCat_MHA_SPICSI, KHcrKey_CSI_CS42L51}, ETypeUInt32, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(0x0010000C)}}},
{ { {KHcrCat_MHA_SPICSI, KHcrKey_CSI_ReservedB}, ETypeUndefined, HCR_FLAGS_NONE, HCR_LEN_NA}, { {HCR_WVALUE(0xFFFFFFFF)}}}
//
// Last entry must not end in a ',' as it is present in the enclosing file.
// };
#endif // HCR_PSL_CONFIG_MHA_INL