BOOL A025DL02_Driver::Uninitialize()
{
NATIVE_PROFILE_HAL_DRIVERS_DISPLAY();
// Clear display content
Clear();
LCD_Controller_Enable(FALSE);
UINT16 write[] =
{
A025DL02_I2C_ADDR_DATA(c_CMD_REG5, c_LCD_STANDBY),
};
UINT16 read[ARRAYSIZE_CONST_EXPR(write)];
SPI_XACTION_16 xAction =
{
write,
ARRAYSIZE_CONST_EXPR(write),
read,
ARRAYSIZE_CONST_EXPR(read),
0,
g_A025DL02_SPI_Config.SPI_mod
};
CPU_SPI_Xaction_Start(g_A025DL02_SPI_Config);
CPU_SPI_Xaction_nWrite16_nRead16(xAction);
CPU_SPI_Xaction_Stop (g_A025DL02_SPI_Config);
return LCD_Controller_Uninitialize();
}
void A025DL02_Driver::PowerSave( BOOL On )
{
NATIVE_PROFILE_HAL_DRIVERS_DISPLAY();
UINT16 write[2];
UINT16 read[ARRAYSIZE_CONST_EXPR(write)];
if(On)
{
write[0] = A025DL02_I2C_ADDR_DATA(c_CMD_REG5, c_LCD_POWERSAVE);
write[1] = A025DL02_I2C_ADDR_DATA(c_CMD_REG5, c_LCD_POWERSAVE);
}
else
{
write[0] = A025DL02_I2C_ADDR_DATA(c_CMD_REG5, c_LCD_NORMAL);
write[1] = A025DL02_I2C_ADDR_DATA(c_CMD_REG5, c_LCD_NORMAL);
}
SPI_XACTION_16 xAction =
{
write,
ARRAYSIZE_CONST_EXPR(write),
read,
ARRAYSIZE_CONST_EXPR(read),
0,
g_A025DL02_SPI_Config.SPI_mod
};
CPU_SPI_Xaction_Start(g_A025DL02_SPI_Config);
CPU_SPI_Xaction_nWrite16_nRead16(xAction);
CPU_SPI_Xaction_Stop (g_A025DL02_SPI_Config);
return;
}
BOOL A025DL02_Driver::Initialize()
{
NATIVE_PROFILE_HAL_DRIVERS_DISPLAY();
BOOL bRet = TRUE;
// setup the LCD by SPI cmds
{
UINT16 write[] =
{
A025DL02_I2C_ADDR_DATA(c_CMD_REG5, c_LCD_START ),
A025DL02_I2C_ADDR_DATA(c_CMD_REG4, c_REG4_SETUP_DATA),
A025DL02_I2C_ADDR_DATA(c_CMD_REG8, c_BL_DRV_DATA ),
A025DL02_I2C_ADDR_DATA(c_CMD_REG5, c_LCD_NORMAL )
};
UINT16 read[ARRAYSIZE_CONST_EXPR(write)];
SPI_XACTION_16 xAction =
{
write,
ARRAYSIZE_CONST_EXPR(write),
read,
ARRAYSIZE_CONST_EXPR(read),
0,
g_A025DL02_SPI_Config.SPI_mod
};
CPU_SPI_Xaction_Start(g_A025DL02_SPI_Config);
CPU_SPI_Xaction_nWrite16_nRead16(xAction);
CPU_SPI_Xaction_Stop (g_A025DL02_SPI_Config);
}
bRet = LCD_Controller_Initialize(g_LcdController_Config);
LCD_Controller_Enable(TRUE);
// Clear display content
Clear();
return bRet;
}
};
const BlockRange g_STM32F4_BlockRange6[] =
{
{ BlockRange::BLOCKTYPE_DEPLOYMENT, 0, 2 }, // 08120000 deployment 384k
{ BlockRange::BLOCKTYPE_UPDATE, 3, 6 }, // 08180000 deployment 512k
};
const BlockRegionInfo g_STM32F4_BlkRegion[STM32F4__NUM_REGIONS] =
{
{
FLASH_BASE_ADDRESS1, // ByteAddress Start; // Starting Sector address
FLASH_BLOCK_COUNT1, // UINT32 NumBlocks; // total number of blocks in this region
FLASH_BYTES_PER_BLOCK1, // UINT32 BytesPerBlock; // Total number of bytes per block
ARRAYSIZE_CONST_EXPR(g_STM32F4_BlockRange1),
g_STM32F4_BlockRange1,
},
{
FLASH_BASE_ADDRESS2, // ByteAddress Start; // Starting Sector address
FLASH_BLOCK_COUNT2, // UINT32 NumBlocks; // total number of blocks in this region
FLASH_BYTES_PER_BLOCK2, // UINT32 BytesPerBlock; // Total number of bytes per block
ARRAYSIZE_CONST_EXPR(g_STM32F4_BlockRange2),
g_STM32F4_BlockRange2,
},
{
FLASH_BASE_ADDRESS3, // ByteAddress Start; // Starting Sector address
FLASH_BLOCK_COUNT3, // UINT32 NumBlocks; // total number of blocks in this region
FLASH_BYTES_PER_BLOCK3, // UINT32 BytesPerBlock; // Total number of bytes per block
#define REGION1_BYTES_PER_BLK 0x20000
#define REGION1_SECTORS_PER_BLOCK REGION1_BYTES_PER_BLK/BYTES_PER_SECTOR
#define REGION1_NUM_OF_BLOCKS 512
#define REGION1_SECTOR_START 0
const BlockRegionInfo g_S29GL032A_16_BlkRegion[S29GL032A_16__NUM_REGIONS] =
{
REGION1_XIP_ADDRESS, // ByteAddress Start; // Starting Sector address
REGION1_NUM_OF_BLOCKS, // UINT32 NumBlocks; // total number of blocks in this region
REGION1_BYTES_PER_BLK, // UINT32 BytesPerBlock; // Total number of bytes per block (MUST be SectorsPerBlock * DataBytesPerSector)
ARRAYSIZE_CONST_EXPR(g_S29GL032A_16_BlockRange1),
g_S29GL032A_16_BlockRange1
};
//--//
BlockDeviceInfo g_S29GL032A_16_DeviceInfo=
{
{
S29GL032A_16__IS_REMOVABLE, // BOOL Removable;
S29GL032A_16__SUPPORTS_XIP, // BOOL SupportsXIP;
S29GL032A_16__WRITE_PROTECTED // BOOL WRiteProtected
},
FLASH_SECTOR_WRITE_MAX_TIME_USEC, // UINT32 Duration_Max_WordWrite_uSec;
#pragma arm section rwdata = "g_SD_DeviceRegisters"
#endif
BlockRange g_SD_BlockStatus[] =
{
{ BlockRange::BLOCKTYPE_FILESYSTEM, 0, 0 }
};
BlockRegionInfo g_SD_BlkRegion[SD_NUMREGIONS] =
{
0, // ByteAddress Start; // Starting Sector address
0, // UINT32 NumBlocks; // total number of blocks in this region
0, // UINT32 BytesPerBlock; // Total number of bytes per block (MUST be SectorsPerBlock * DataBytesPerSector)
ARRAYSIZE_CONST_EXPR(g_SD_BlockStatus),
g_SD_BlockStatus,
};
//--//
BlockDeviceInfo g_SD_DeviceInfo=
{
{
SD_REMOVEABLE,
SD_SUPPORTXIP,
SD_WRITEPROTECTED,
},
SD_SECTOR_WRITE_MAX_TIME_USEC, // UINT32 Duration_Max_WordWrite_uSec;
SD_BLOCK_ERASE_MAX_TIME_USEC, // UINT32 Duration_Max_SectorErase_uSec;
0, // BytesPerSector; // Bytes Per Sector
{ BlockRange::BLOCKTYPE_STORAGE_A , 121, 122 },
{ BlockRange::BLOCKTYPE_STORAGE_B , 123, 124 },
{ BlockRange::BLOCKTYPE_CONFIG , 125, 125 }, // g_ConfigurationSector
{ BlockRange::BLOCKTYPE_DEPLOYMENT , 126 ,126 }, //
};
//--//
const BlockRegionInfo g_AT49BV642DT_16_BlkRegion[AT49BV642DT_16__NUM_REGIONS] =
{
AT49BV642DT_16__BASE_ADDRESS, // ByteAddress Start; // Starting Sector address
FLASH_BLOCK_COUNT, // UINT32 NumBlocks; // total number of blocks in this region
FLASH_BYTES_PER_BLOCK, // UINT32 BytesPerBlock; // Total number of bytes per block (MUST be SectorsPerBlock * DataBytesPerSector)
ARRAYSIZE_CONST_EXPR(g_AT49BV642DT_16_BlockRange),
g_AT49BV642DT_16_BlockRange,
};
//--//
BlockDeviceInfo g_AT49BV642DT_16_DeviceInfo=
{
{
AT49BV642DT_16__IS_REMOVABLE, // BOOL Removable;
AT49BV642DT_16__SUPPORTS_XIP, // BOOL SupportsXIP;
AT49BV642DT_16__WRITE_PROTECTED // BOOL WRiteProtected
},
FLASH_SECTOR_WRITE_MAX_TIME_USEC, // UINT32 Duration_Max_WordWrite_uSec;
FLASH_BLOCK_ERASE_MAX_TIME_USEC, // UINT32 Duration_Max_SectorErase_uSec;
{ MEMORY_BLOCKTYPE_SPECIAL , 51, 60 },
{ BlockRange::BLOCKTYPE_STORAGE_A , 61, 61 },
{ BlockRange::BLOCKTYPE_STORAGE_B , 62, 62 },
{ BlockRange::BLOCKTYPE_CONFIG , 63, 63 } // g_ConfigurationSector
};
const BlockRegionInfo g_I28F640_J3_16_BlkRegion[I28F640J3_16__NUM_REGIONS] =
{
{
I28F640J3_16__BASE_ADDRESS, // ByteAddress Start; // Starting Sector address
FLASH_BLOCK_COUNT, // UINT32 NumBlocks; // total number of blocks in this region
FLASH_BYTES_PER_BLOCK, // UINT32 BytesPerBlock; // Total number of bytes per block (MUST be SectorsPerBlock * DataBytesPerSector)
ARRAYSIZE_CONST_EXPR(g_I28F640J3_16_BlockRange),
g_I28F640J3_16_BlockRange,
},
};
//--//
#undef MEMORY_BLOCKTYPE_GCC_SPECIAL_CODE
//--//
BlockDeviceInfo g_I28F640J3_16_DeviceInfo=
{
{
I28F640J3_16__IS_REMOVABLE, // BOOL Removable;
//--//
const BlockRange g_M25P64_BlockRange[] =
{
{ BlockRange::BLOCKTYPE_DEPLOYMENT, 0, 63 }, // 4M
{ BlockRange::BLOCKTYPE_FILESYSTEM, 64, 127 } // 4M
};
const BlockRegionInfo g_M25P64_BlkRegion[M25P64__NUM_REGIONS] =
{
{
0, // ByteAddress Start; // Starting Sector address
FLASH_BLOCK_COUNT, // UINT32 NumBlocks; // total number of blocks in this region
FLASH_BYTES_PER_BLOCK, // UINT32 BytesPerBlock; // Total number of bytes per block
ARRAYSIZE_CONST_EXPR(g_M25P64_BlockRange),
g_M25P64_BlockRange,
}
};
//--//
const BlockDeviceInfo g_M25P64_DeviceInfo=
{
{
M25P64__IS_REMOVABLE, // BOOL Removable;
M25P64__SUPPORTS_XIP, // BOOL SupportsXIP;
M25P64__WRITE_PROTECTED, // BOOL WriteProtected;
M25P64__SUPP_COPY_BACK // BOOL SupportsCopyBack
//--//
#if defined(ADS_LINKER_BUG__NOT_ALL_UNUSED_VARIABLES_ARE_REMOVED)
#pragma arm section rwdata = "g_SST39VF320_16_Config"
#endif
//--//
const BlockRegionInfo g_SST39VF320_16_BlkRegion[SST39VF320_16__NUM_REGIONS] =
{
SST39VF320_16_BASE_ADDRESS, // ByteAddress Start; // Starting Sector address
FLASH_BLOCK_COUNT, // UINT32 NumBlocks; // total number of blocks in this region
FLASH_BYTES_PER_BLOCK, // UINT32 BytesPerBlock; // Total number of bytes per block (MUST be SectorsPerBlock * DataBytesPerSector)
ARRAYSIZE_CONST_EXPR(g_SST39VF320_16_BlockRange),
g_SST39VF320_16_BlockRange,
};
BlockDeviceInfo g_SST39VF320_16_DeviceInfo=
{
{
SST39VF320_16__IS_REMOVABLE, // BOOL Removable;
SST39VF320_16__SUPPORTS_XIP, // BOOL SupportsXIP;
SST39VF320_16__WRITE_PROTECTED,
},
FLASH_SECTOR_WRITE_TYPICAL_TIME_USEC, // UINT32 Duration_Max_WordWrite_uSec;
FLASH_BLOCK_ERASE_ACTUAL_TIME_USEC, // UINT32 Duration_Max_SectorErase_uSec;
FLASH_BYTES_PER_SECTOR, // UINT32 BytesPerSector; // Bytes Per Sector
{ BlockRange::BLOCKTYPE_DEPLOYMENT, 30, 34 },
{ BlockRange::BLOCKTYPE_DEPLOYMENT, 35, 39 },
{ BlockRange::BLOCKTYPE_DEPLOYMENT, 40, 48 },
{ BlockRange::BLOCKTYPE_STORAGE_A , 49, 49 },
{ BlockRange::BLOCKTYPE_STORAGE_B , 50, 50 },
{ BlockRange::BLOCKTYPE_FILESYSTEM, 51, FLASH_BLOCK_COUNT - 1 }
};
const BlockRegionInfo g_K9F2G_8_BlkRegion[K9F2G_8__NUM_REGIONS] =
{
FLASH_BASE_ADDRESS, // ByteAddress Start; // Starting Sector address
FLASH_BLOCK_COUNT, // UINT32 NumBlocks; // total number of blocks in this region
FLASH_BLOCK_SIZE, // UINT32 BytesPerBlock; // Total number of bytes per block (MUST be SectorsPerBlock * DataBytesPerSector)
ARRAYSIZE_CONST_EXPR(g_K9F2G_8_BlockStatus),
g_K9F2G_8_BlockStatus,
};
//--//
#undef MEMORY_USAGE_GCC_SPECIAL_CODE
//--//
const BlockDeviceInfo g_K9F2G_8_DeviceInfo=
{
{
K9F2G_8__IS_REMOVABLE,
K9F2G_8__SUPPORTS_XIP,
/*const BlockRange g_STM32F2_BlockRange3[] =
{
{ BlockRange::BLOCKTYPE_CODE , 0, 1 }, // 08020000 CLR 256k
{ BlockRange::BLOCKTYPE_DEPLOYMENT, 2, 6 }, // 08060000 deployment 640k
//{ BlockRange::BLOCKTYPE_STORAGE_A , 5, 5 }, // 080C0000 storage A 128k
//{ BlockRange::BLOCKTYPE_STORAGE_B , 6, 6 }, // 080E0000 storage B 128k
};*/
const BlockRegionInfo g_STM32F2_BlkRegion[STM32F2__NUM_REGIONS] =
{
{
FLASH_BASE_ADDRESS1, // ByteAddress Start; // Starting Sector address
FLASH_BLOCK_COUNT1, // UINT32 NumBlocks; // total number of blocks in this region
FLASH_BYTES_PER_BLOCK1, // UINT32 BytesPerBlock; // Total number of bytes per block
ARRAYSIZE_CONST_EXPR(g_STM32F2_BlockRange1),
g_STM32F2_BlockRange1,
},
{
FLASH_BASE_ADDRESS2, // ByteAddress Start; // Starting Sector address
FLASH_BLOCK_COUNT2, // UINT32 NumBlocks; // total number of blocks in this region
FLASH_BYTES_PER_BLOCK2, // UINT32 BytesPerBlock; // Total number of bytes per block
ARRAYSIZE_CONST_EXPR(g_STM32F2_BlockRange2),
g_STM32F2_BlockRange2,
},
{
FLASH_BASE_ADDRESS3, // ByteAddress Start; // Starting Sector address
FLASH_BLOCK_COUNT3, // UINT32 NumBlocks; // total number of blocks in this region
FLASH_BYTES_PER_BLOCK3, // UINT32 BytesPerBlock; // Total number of bytes per block
#define REGION4_BYTES_PER_BLK 0x08000
#define REGION4_SECTORS_PER_BLOCK REGION4_BYTES_PER_BLK/BYTES_PER_SECTOR
#define REGION4_NUM_OF_BLOCKS 1
#define REGION4_SECTOR_START REGION3_SECTOR_START + (UINT32)REGION3_NUM_OF_BLOCKS* (UINT32)REGION3_SECTORS_PER_BLOCK
const BlockRegionInfo g_AM29LV800BT_32_BlkRegion[AM29LV800BT_32__NUM_REGIONS] =
{
{
REGION1_XIP_ADDRESS, // ByteAddress Start; // Starting Sector address
REGION1_NUM_OF_BLOCKS, // UINT32 NumBlocks; // total number of blocks in this region
REGION1_BYTES_PER_BLK, // UINT32 BytesPerBlock; // Total number of bytes per block (MUST be SectorsPerBlock * DataBytesPerSector)
ARRAYSIZE_CONST_EXPR(g_AM29LV800BT_32_BlockRange1),
g_AM29LV800BT_32_BlockRange1
},
{
REGION2_XIP_ADDRESS, // SectorAddress Start; // Starting Sector address
REGION2_NUM_OF_BLOCKS, // UINT32 NumBlocks; // total number of blocks in this region
REGION2_BYTES_PER_BLK, // UINT32 BytesPerBlock; // Total number of bytes per block (MUST be SectorsPerBlock * DataBytesPerSector)
ARRAYSIZE_CONST_EXPR(g_AM29LV800BT_32_BlockRange2),
g_AM29LV800BT_32_BlockRange2
},
{
REGION3_XIP_ADDRESS, // SectorAddress Start; // Starting Sector address
REGION3_NUM_OF_BLOCKS, // UINT32 NumBlocks; // total number of blocks in this region
#if defined(ADS_LINKER_BUG__NOT_ALL_UNUSED_VARIABLES_ARE_REMOVED)
#pragma arm section rwdata = "g_USB_MSC_BS_Config"
#endif
BlockRange g_USB_MSC_BlockRange[] =
{
{ BlockRange::BLOCKTYPE_FILESYSTEM, 0, 0 }
};
BlockRegionInfo g_USB_MSC_BlkRegion[] =
{
0, // SectorAddress Start; // Starting Sector address
0, // UINT32 NumBlocks; // total number of blocks in this region
512, // UINT16 BytesPerBlock; // Number of Bytes in each block of this region
ARRAYSIZE_CONST_EXPR(g_USB_MSC_BlockRange),
g_USB_MSC_BlockRange,
};
BlockDeviceInfo g_USB_MSC_DeviceInfo=
{
{
TRUE, //removable
FALSE,//support XIP
FALSE,//write protected
},
700, // UINT32 Duration_Max_WordWrite_uSec;
2000000, // UINT32 Duration_Max_SectorErase_uSec;
512, // UINT32 BytesPerSector;
0, // UINT32 Size;
1, // UINT32 NumRegions;
{
{ BlockRange::BLOCKTYPE_FILESYSTEM , 0, REGION_NUM_OF_BLOCKS -1 }
};
#endif
//--//
//--//
const BlockRegionInfo g_SerialFlash_BlkRegion[SERIALFLASH__NUM_REGIONS] =
{
{
REGION_XIP_ADDRESS, // ByteAddress Start; // Starting Sector address
REGION_NUM_OF_BLOCKS, // UINT32 NumBlocks; // total number of blocks in this region
REGION_BYTES_PER_BLK, // UINT32 BytesPerBlock; // Total number of bytes per block (MUST be SectorsPerBlock * DataBytesPerSector)
ARRAYSIZE_CONST_EXPR(g_SerialFlash_BlockRange),
g_SerialFlash_BlockRange
},
};
//--//
BlockDeviceInfo g_SerialFlash_DeviceInfo=
{
{
SERIALFLASH__IS_REMOVABLE, // BOOL Removable;
SERIALFLASH__SUPPORTS_XIP, // BOOL SupportsXIP;
SERIALFLASH__WRITE_PROTECTED // BOOL WRiteProtected
},
SERIALFLASH_SECTOR_WRITE_MAX_TIME_USEC, // UINT32 Duration_Max_WordWrite_uSec;
#if defined(ADS_LINKER_BUG__NOT_ALL_UNUSED_VARIABLES_ARE_REMOVED)
#pragma arm section rwdata = "g_SAM7X_BS_Config"
#endif
const BlockRegionInfo g_SAM7X_BS_BlkRegion[SAM7X_BS__NUM_REGIONS] =
{
REGION1_XIP_ADDRESS, // ByteAddress Address; // Start address
REGION1_NUM_OF_BLOCKS, // UINT32 NumBlocks; // total number of blocks in this region
REGION1_BYTES_PER_BLK, // UINT32 BytesPerBlock; // Total number of bytes per block (MUST be SectorsPerBlock * DataBytesPerSector)
ARRAYSIZE_CONST_EXPR(g_SAM7X_BS_BlockRange),
g_SAM7X_BS_BlockRange,
};
//--//
BlockDeviceInfo g_SAM7X_BS_DeviceInfo=
{
{
SAM7X_BS__IS_REMOVABLE, // BOOL Removable;
SAM7X_BS__SUPPORTS_XIP, // BOOL SupportsXIP;
SAM7X_BS__WRITE_PROTECTED, // BOOL WriteProtected
},
SAM7X_SECTOR_WRITE_MAX_TIME_USEC, // UINT32 Duration_Max_WordWrite_uSec;
#define REGION4_XIP_ADDRESS 0x80100000
#define REGION4_BYTES_PER_BLK 0x2000
//#define REGION4_SECTORS_PER_BLOCK REGION4_BYTES_PER_BLK/BYTES_PER_SECTOR
#define REGION4_SECTORS_PER_BLOCK 1
#define REGION4_NUM_OF_BLOCKS 4
#define REGION4_SECTOR_START REGION3_SECTOR_START + REGION3_NUM_OF_BLOCKS*REGION3_SECTORS_PER_BLOCK
const BlockRegionInfo g_INTERNALFLASH_BlkRegion[INTERNALFLASH__NUM_REGIONS] =
{
{
REGION1_XIP_ADDRESS, // ByteAddress Start; // Starting Sector address
REGION1_NUM_OF_BLOCKS, // UINT32 NumBlocks; // total number of blocks in this region
REGION1_BYTES_PER_BLK, // UINT32 BytesPerBlock; // Total number of bytes per block (MUST be SectorsPerBlock * DataBytesPerSector)
ARRAYSIZE_CONST_EXPR(g_INTERNALFLASH_BlockRange1),
g_INTERNALFLASH_BlockRange1
},
{
REGION2_XIP_ADDRESS, // SectorAddress Start; // Starting Sector address
REGION2_NUM_OF_BLOCKS, // UINT32 NumBlocks; // total number of blocks in this region
REGION2_BYTES_PER_BLK, // UINT32 BytesPerBlock; // Total number of bytes per block (MUST be SectorsPerBlock * DataBytesPerSector)
ARRAYSIZE_CONST_EXPR(g_INTERNALFLASH_BlockRange2),
g_INTERNALFLASH_BlockRange2
},
{
REGION3_XIP_ADDRESS, // SectorAddress Start; // Starting Sector address
REGION3_NUM_OF_BLOCKS, // UINT32 NumBlocks; // total number of blocks in this region
