Hi,
I'm using a MSP430F5419A.
I have a custom bootloader which uses UART to get the app image. I place the app starting at address 0x10000 and then I call the address 0xBC7E (which is the reset vector of my app image). The device reset but does not seems to enter the app image.
The part I don't understand is how do I get the bootloader to actually "jump" into the app image to run it?
My bootloader reset vector is 0xFFFE, which I believe to be OK.
My app reset vector is 0xBC7E, which I also believe to be OK
Here are some defines I use, incase it helps to help me.
#define FIRMWARE_BASE_ADD (0x10000) //Flash info space #define FIRMWARE_FLASH_CHECKSUM (0x10000) #define FIRMWARE_VESION_ADD (0x10004) #define FIRMWARE_COMPATIBILITY_ADD (0x10008) #define FIRMWARE_LAUNCH_COMPATIBILITY_ADD (0x1000C) #define FIRMWARE_COMPONENT_ID_ADD (0x10010) #define FIRMWARE_INFO_SPACE_SIZE (0x14) //Code space #define FIRMWARE_CODE_ADD (0x10014) #define FIRMWARE_CODE_SIZE (0xFFEC) //vector table space #define FIRMWARE_INTERRUPT_FCT_SEGMENT_ADD (0x9C00) #define FIRMWARE_INTERRUPT_FCT_ADD (0x9C00) #define FIRMWARE_INTERRUPT_FCT_SIZE (0x2000) //vector table space #define FIRMWARE_VECTOR_TABLE_SEGMENT_ADD (0xBC00) #define FIRMWARE_VECTOR_TABLE_ADD (0xBC00) #define FIRMWARE_VECTOR_TABLE_SIZE (0x80) //Complete space #define FIRMWARE_INFO_AND_CODE_SIZE FIRMWARE_CODE_SIZE + FIRMWARE_INFO_SPACE_SIZE //excluding vector table #define FIRMWARE_COMPLETE_SIZE FIRMWARE_INFO_AND_CODE_SIZE + FIRMWARE_VECTOR_TABLE_SIZE //including vector table //Section limit #define FIRMWARE_SECTION1_MIN FIRMWARE_BASE_ADD #define FIRMWARE_SECTION1_MAX FIRMWARE_BASE_ADD + FIRMWARE_INFO_AND_CODE_SIZE #define FIRMWARE_SECTION2_MIN FIRMWARE_INTERRUPT_FCT_ADD #define FIRMWARE_SECTION2_MAX FIRMWARE_INTERRUPT_FCT_ADD + FIRMWARE_INTERRUPT_FCT_SIZE + FIRMWARE_VECTOR_TABLE_SIZE #define FIRMWARE_RESET_VECTOR (0xBC7E) /////////////////////////////////////// // BOOTLOADER INFO /////////////////////////////////////// //Flash info space #define BOOTLOADER_BASE_ADD (0xBE00) #define BOOTLOADER_CHECKSUM_ADD (0xBE00) #define BOOTLOADER_VERSION_ADD (0xBE04) #define BOOTLOADER_COMPATIBILITY_VERSION_ADD (0xBE08) #define BOOTLOADER_COMPONENT_ID_ADD (0xBE0C) #define BOOTLOADER_INFO_SPACE_SIZE (0x10) //Code space #define BOOTLOADER_CODE_ADD (0xBE10) #define BOOTLOADER_CODE_SIZE (0x3FF0) //Vector table space #define BOOTLOADER_VECTOR_TABLE_SEGMENT_ADD (0xFE00) #define BOOTLOADER_VECTOR_TABLE_ADD (0xFF80) #define BOOTLOADER_VECTOR_TABLE_SIZE (0x80) //Complete space #define BOOTLOADER_INFO_AND_CODE_SIZE BOOTLOADER_CODE_SIZE + BOOTLOADER_INFO_SPACE_SIZE //excluding vector table #define BOOTLOADER_COMPLETE_SIZE BOOTLOADER_INFO_AND_CODE_SIZE + 0x200 //including vector table from 0xFE00 //Section limit #define BOOTLOADER_SECTION1_MIN BOOTLOADER_BASE_ADD #define BOOTLOADER_SECTION1_MAX BOOTLOADER_BASE_ADD + BOOTLOADER_INFO_AND_CODE_SIZE #define BOOTLOADER_SECTION2_MIN BOOTLOADER_VECTOR_TABLE_ADD #define BOOTLOADER_SECTION2_MAX BOOTLOADER_VECTOR_TABLE_ADD + BOOTLOADER_VECTOR_TABLE_SIZE #define BOOTLOADER_RESET_VECTOR (0xFFFE)
