Struct probe_rs::flashing::FlashAlgorithm

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pub struct FlashAlgorithm {
Show 15 fields
    pub name: String,
    pub default: bool,
    pub load_address: u64,
    pub instructions: Vec<u32>,
    pub pc_init: Option<u64>,
    pub pc_uninit: Option<u64>,
    pub pc_program_page: u64,
    pub pc_erase_sector: u64,
    pub pc_erase_all: Option<u64>,
    pub static_base: u64,
    pub begin_stack: u64,
    pub page_buffers: Vec<u64>,
    pub rtt_control_block: Option<u64>,
    pub flash_properties: FlashProperties,
    pub transfer_encoding: TransferEncoding,

}
Expand description

A flash algorithm, which has been assembled for a specific chip.

To create a FlashAlgorithm, call the assemble_from_raw function.

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§name: String

The name of the flash algorithm.

§default: bool

Whether this flash algorithm is the default one or not.

§load_address: u64

Memory address where the flash algo instructions will be loaded to.

§instructions: Vec<u32>

List of 32-bit words containing the position-independent code for the algo.

§pc_init: Option<u64>

Address of the Init() entry point. Optional.

§pc_uninit: Option<u64>

Address of the UnInit() entry point. Optional.

§pc_program_page: u64

Address of the ProgramPage() entry point.

§pc_erase_sector: u64

Address of the EraseSector() entry point.

§pc_erase_all: Option<u64>

Address of the EraseAll() entry point. Optional.

§static_base: u64

Initial value of the R9 register for calling flash algo entry points, which determines where the position-independent data resides.

§begin_stack: u64

Initial value of the stack pointer when calling any flash algo API.

§page_buffers: Vec<u64>

A list of base addresses for page buffers. The buffers must be at least as large as the region’s page_size attribute. If at least 2 buffers are included in the list, then double buffered programming will be enabled.

§rtt_control_block: Option<u64>

Location of optional RTT control block.

If this is present, the flash algorithm supports debug output over RTT.

§flash_properties: FlashProperties

The properties of the flash on the device.

§transfer_encoding: TransferEncoding

The encoding format accepted by the flash algorithm.

Implementations§

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impl FlashAlgorithm

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pub fn sector_info(&self, address: u64) -> Option<SectorInfo>

Try to retrieve the information about the flash sector which contains address.

If the address is not part of the flash, None will be returned.

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pub fn page_info(&self, address: u64) -> Option<PageInfo>

Returns the necessary information about the page which address resides in if the address is inside the flash region.

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pub fn iter_sectors(&self) -> impl Iterator<Item = SectorInfo> + '_

Iterate over all the sectors of the flash.

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pub fn iter_pages(&self) -> impl Iterator<Item = PageInfo> + '_

Iterate over all the pages of the flash.

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pub fn is_erased(&self, data: &[u8]) -> bool

Returns true if the entire contents of the argument array equal the erased byte value.

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pub fn get_max_algorithm_header_size() -> u64

When the target architecture is not known, and we need to allocate space for the header, this function returns the maximum size of the header of supported architectures.

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pub fn assemble_from_raw( raw: &RawFlashAlgorithm, ram_region: &RamRegion, target: &Target ) -> Result<Self, FlashError>

Constructs a complete flash algorithm, tailored to the flash and RAM sizes given.

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pub fn assemble_from_raw_with_data( raw: &RawFlashAlgorithm, ram_region: &RamRegion, data_ram_region: &RamRegion, target: &Target ) -> Result<Self, FlashError>

Constructs a complete flash algorithm, tailored to the flash and RAM sizes given.

Trait Implementations§

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impl Clone for FlashAlgorithm

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fn clone(&self) -> FlashAlgorithm

Returns a copy of the value. Read more
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fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source. Read more
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impl Debug for FlashAlgorithm

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fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter. Read more
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impl Default for FlashAlgorithm

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fn default() -> FlashAlgorithm

Returns the “default value” for a type. Read more

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