2020-11-10 15:02:44 +00:00
# group `group_sam0_utils` {#group__group__sam0__utils}
Compiler abstraction layer and code utilities for Cortex-M0+ based Atmel SAM devices. This module provides various abstraction layers and utilities to make code compatible between different compilers.
## Summary
Members | Descriptions
--------------------------------|---------------------------------------------
`define ` [`UNUSED` ](#group__group__sam0__utils_1gada67c62b1c57e07efa04431bc40b9238 ) | Marking *v* as a unused parameter or value.
`define ` [`barrier` ](#group__group__sam0__utils_1ga53290ac2df2384738b8769c76622f803 ) | Memory barrier.
`define ` [`COMPILER_PRAGMA` ](#group__group__sam0__utils_1ga85a3ab5701281268521f109ed0078668 ) | Emit the compiler pragma *arg* .
`define ` [`COMPILER_PACK_SET` ](#group__group__sam0__utils_1gae2c02ff865ca6538b4b1bddbf2a6876c ) | Set maximum alignment for subsequent struct and union definitions to *alignment* .
`define ` [`COMPILER_PACK_RESET` ](#group__group__sam0__utils_1ga38d28b622a4bc7b0f3fb2be2ef1e0086 ) | Set default alignment for subsequent struct and union definitions.
`define ` [`Assert` ](#group__group__sam0__utils_1gaab1e54dcc40192f9704e8b252635450f ) | This macro is used to test fatal errors.
`define ` [`Long_call` ](#group__group__sam0__utils_1ga5b759626f343cc1af9159cc02b763837 ) | Calls the routine at address *addr* .
`define ` [`div_ceil` ](#group__group__sam0__utils_1ga6d4ebd841bc96041a7f3a61e227c1fb2 ) | Calculate $ \left\lceil \frac{a}{b} \right\rceil $ using integer arithmetic.
`define ` [`FUNC_PTR` ](#group__group__sam0__utils_1gacce64924b686dd08a83042b35d0d1480 ) |
`define ` [`unused` ](#group__group__sam0__utils_1ga417dba7f63dde98dbebd6336d8af9d91 ) | Marking *v* as a unused parameter or value.
`define ` [`MSB` ](#group__group__sam0__utils_1gabee1b74eceef5a0cf26efbf3ff87ccbf ) | Most significant byte of *u16* .
`define ` [`LSB` ](#group__group__sam0__utils_1gabd2fa7b756342ae251e3a7a66670c2fe ) | Least significant byte of *u16* .
`define ` [`MSH` ](#group__group__sam0__utils_1ga2e9046f49816ad27148660f5ba993696 ) | Most significant half-word of *u32* .
`define ` [`LSH` ](#group__group__sam0__utils_1gae79954742b5a668ce83ab79ac9d9804b ) | Least significant half-word of *u32* .
`define ` [`MSB0W` ](#group__group__sam0__utils_1ga25110f05bdb5b5ea3fcb2854a1a07d7a ) | Most significant byte of 1st rank of *u32* .
`define ` [`MSB1W` ](#group__group__sam0__utils_1ga0f90ecd0b0f0e15608a95b8367b77ece ) | Most significant byte of 2nd rank of *u32* .
`define ` [`MSB2W` ](#group__group__sam0__utils_1ga0207e10a3c4bcca172463cd5e3ebd865 ) | Most significant byte of 3rd rank of *u32* .
`define ` [`MSB3W` ](#group__group__sam0__utils_1gad6ab5ac6e3e95525d56d757c9718e352 ) | Most significant byte of 4th rank of *u32* .
`define ` [`LSB3W` ](#group__group__sam0__utils_1ga04e75e548b33b9cc22699b4249ff6c64 ) | Least significant byte of 4th rank of *u32* .
`define ` [`LSB2W` ](#group__group__sam0__utils_1gad8fda97f8caa00fcfa84f712ee7627d6 ) | Least significant byte of 3rd rank of *u32* .
`define ` [`LSB1W` ](#group__group__sam0__utils_1ga84cbbcad1971cdb2987418e6ae6cb4ff ) | Least significant byte of 2nd rank of *u32* .
`define ` [`LSB0W` ](#group__group__sam0__utils_1ga2ca8582260a8ada6cdd457cf37ba37a7 ) | Least significant byte of 1st rank of *u32* .
`define ` [`MSW` ](#group__group__sam0__utils_1gad71e5e84d2cec4387415a55f5c62b01b ) | Most significant word of *u64* .
`define ` [`LSW` ](#group__group__sam0__utils_1ga0633993fb1f2d96a56385f09beed7bc7 ) | Least significant word of *u64* .
`define ` [`MSH0` ](#group__group__sam0__utils_1ga280d6a94884872f6a5be80c873e8adc1 ) | Most significant half-word of 1st rank of *u64* .
`define ` [`MSH1` ](#group__group__sam0__utils_1ga43de4fac62f938ff4eb448a87522ec0e ) | Most significant half-word of 2nd rank of *u64* .
`define ` [`MSH2` ](#group__group__sam0__utils_1ga5d32ec744212194c8106c51b89a5dfe9 ) | Most significant half-word of 3rd rank of *u64* .
`define ` [`MSH3` ](#group__group__sam0__utils_1gabb233f238b63c12d2ff361d9ddb3114b ) | Most significant half-word of 4th rank of *u64* .
`define ` [`LSH3` ](#group__group__sam0__utils_1ga1ec33d340ef17c91cb0530d00ccb0ea8 ) | Least significant half-word of 4th rank of *u64* .
`define ` [`LSH2` ](#group__group__sam0__utils_1ga2efccfe683ebf7d89a972fbbdea2c26d ) | Least significant half-word of 3rd rank of *u64* .
`define ` [`LSH1` ](#group__group__sam0__utils_1gac593b0be4555d883b4297b45cffc4168 ) | Least significant half-word of 2nd rank of *u64* .
`define ` [`LSH0` ](#group__group__sam0__utils_1ga3026b9288b45a9794fd3eb585cbe10bc ) | Least significant half-word of 1st rank of *u64* .
`define ` [`MSB0D` ](#group__group__sam0__utils_1ga5f24ecf381776ee415991a545a05e4c7 ) | Most significant byte of 1st rank of *u64* .
`define ` [`MSB1D` ](#group__group__sam0__utils_1ga97a0ab6790df95cb4d8021d8850487f8 ) | Most significant byte of 2nd rank of *u64* .
`define ` [`MSB2D` ](#group__group__sam0__utils_1gad4ceacba543e7b8617ca4bd075abb146 ) | Most significant byte of 3rd rank of *u64* .
`define ` [`MSB3D` ](#group__group__sam0__utils_1gaf7972d3282ec9ecb97afa34e848ede2c ) | Most significant byte of 4th rank of *u64* .
`define ` [`MSB4D` ](#group__group__sam0__utils_1ga1c891624c33b13808633af8dbcaafa5f ) | Most significant byte of 5th rank of *u64* .
`define ` [`MSB5D` ](#group__group__sam0__utils_1ga5e61db58aaf5cbb3051240cdcb1b5147 ) | Most significant byte of 6th rank of *u64* .
`define ` [`MSB6D` ](#group__group__sam0__utils_1gacb8062d046ca06f5c28c9a015997494b ) | Most significant byte of 7th rank of *u64* .
`define ` [`MSB7D` ](#group__group__sam0__utils_1ga0cbce69964fa2dd7bf05911d0b99b014 ) | Most significant byte of 8th rank of *u64* .
`define ` [`LSB7D` ](#group__group__sam0__utils_1ga79fb849e13082fdd4adb02debbad7f1a ) | Least significant byte of 8th rank of *u64* .
`define ` [`LSB6D` ](#group__group__sam0__utils_1gab90afefaf3b5cb2507ab3c496d8f643c ) | Least significant byte of 7th rank of *u64* .
`define ` [`LSB5D` ](#group__group__sam0__utils_1gac379acb246797736332fa1b8ae481b34 ) | Least significant byte of 6th rank of *u64* .
`define ` [`LSB4D` ](#group__group__sam0__utils_1gaab745f30b9b841f9ccd9ace0a5a1a9e5 ) | Least significant byte of 5th rank of *u64* .
`define ` [`LSB3D` ](#group__group__sam0__utils_1ga99213c01b979c347950eba4277f0499a ) | Least significant byte of 4th rank of *u64* .
`define ` [`LSB2D` ](#group__group__sam0__utils_1gaba3bea07dcc4a37039b7effd4da03b9e ) | Least significant byte of 3rd rank of *u64* .
`define ` [`LSB1D` ](#group__group__sam0__utils_1ga42179f159b798116eb615102a549aa85 ) | Least significant byte of 2nd rank of *u64* .
`define ` [`LSB0D` ](#group__group__sam0__utils_1ga2e20f5ef87ccf0ad44c1d49d6ffd80a3 ) | Least significant byte of 1st rank of *u64* .
`define ` [`LSB0` ](#group__group__sam0__utils_1ga844ec34df36feb927dc92007af14674a ) | Least significant byte of 1st rank of *u32* .
`define ` [`LSB1` ](#group__group__sam0__utils_1ga2d1e45154b07481f0579ecc725e4edff ) | Least significant byte of 2nd rank of *u32* .
`define ` [`LSB2` ](#group__group__sam0__utils_1ga8967f5ae0174b01ce44c502ebd14035a ) | Least significant byte of 3rd rank of *u32* .
`define ` [`LSB3` ](#group__group__sam0__utils_1ga5d9ff393e7c8764112a1167db19b16b1 ) | Least significant byte of 4th rank of *u32* .
`define ` [`MSB3` ](#group__group__sam0__utils_1gaeeb8918fc580ce01d45f71863eebff90 ) | Most significant byte of 4th rank of *u32* .
`define ` [`MSB2` ](#group__group__sam0__utils_1ga8683254be29bcfe3cf2fa646890d3942 ) | Most significant byte of 3rd rank of *u32* .
`define ` [`MSB1` ](#group__group__sam0__utils_1ga3facab9f8ebf70ad6e16038465e2bedc ) | Most significant byte of 2nd rank of *u32* .
`define ` [`MSB0` ](#group__group__sam0__utils_1gafb81783b8186acd7182a971048b0c6b3 ) | Most significant byte of 1st rank of *u32* .
`define ` [`FLASH_DECLARE` ](#group__group__sam0__utils_1ga9b84ecc6b34a71f797ceb8b8f7b8d384 ) |
`define ` [`FLASH_EXTERN` ](#group__group__sam0__utils_1gaaef0fd990bb5bd9cdf11334f7c689fd7 ) |
`define ` [`PGM_READ_BYTE` ](#group__group__sam0__utils_1gafe9b83c73d4840986478ec67d3eb7718 ) |
`define ` [`PGM_READ_WORD` ](#group__group__sam0__utils_1ga92576bffe51090dcb6d5c67e07b9eec7 ) |
`define ` [`MEMCPY_ENDIAN` ](#group__group__sam0__utils_1ga85a7d71a016789b1766f9b27d0530347 ) |
`define ` [`PGM_READ_BLOCK` ](#group__group__sam0__utils_1ga8900e4615b7d7143a6c38e2a39087538 ) |
`define ` [`CMD_ID_OCTET` ](#group__group__sam0__utils_1gabf2b95fa77301377cdcf79eb615551db ) |
`define ` [`CPU_ENDIAN_TO_LE16` ](#group__group__sam0__utils_1ga7c15ca0f3159182efc4b80a00768c2c0 ) |
`define ` [`CPU_ENDIAN_TO_LE32` ](#group__group__sam0__utils_1gaa2fd4bfb7af44220ce4205e2aa371017 ) |
`define ` [`CPU_ENDIAN_TO_LE64` ](#group__group__sam0__utils_1ga6f1e86f452c8f327f9ca96cbf6a65c81 ) |
`define ` [`LE16_TO_CPU_ENDIAN` ](#group__group__sam0__utils_1gaceb02fdef243c22d2559e260185fb579 ) |
`define ` [`LE32_TO_CPU_ENDIAN` ](#group__group__sam0__utils_1ga2df63369ef525ba98832132ce5a43346 ) |
`define ` [`LE64_TO_CPU_ENDIAN` ](#group__group__sam0__utils_1gab675071ce5a4644b205cdbc858417ccd ) |
`define ` [`CLE16_TO_CPU_ENDIAN` ](#group__group__sam0__utils_1ga4ac6e032d1ce0ae6d2e460da93ce8732 ) |
`define ` [`CLE32_TO_CPU_ENDIAN` ](#group__group__sam0__utils_1ga3ff07a7496222efe8bc7d7b7b0342b0d ) |
`define ` [`CLE64_TO_CPU_ENDIAN` ](#group__group__sam0__utils_1gacbbba93256e2d892c748d56a42f00f9b ) |
`define ` [`CCPU_ENDIAN_TO_LE16` ](#group__group__sam0__utils_1ga5fd2d3ed2fc9234277b659b67d33bc64 ) |
`define ` [`CCPU_ENDIAN_TO_LE32` ](#group__group__sam0__utils_1ga1e3290451e5c7b98175911c9219b5123 ) |
`define ` [`CCPU_ENDIAN_TO_LE64` ](#group__group__sam0__utils_1ga00483bf27ea1e8a2143c6baf22b31f16 ) |
`define ` [`ADDR_COPY_DST_SRC_16` ](#group__group__sam0__utils_1gac4609178e5c825e815f44fa123dcaaf7 ) |
`define ` [`ADDR_COPY_DST_SRC_64` ](#group__group__sam0__utils_1ga0454afa80924c2183c8c672c043440cc ) |
`public inline static void ` [`convert_64_bit_to_byte_array` ](#group__group__sam0__utils_1gadca7cebb159c7ed180d3d07cccb74245 )`(uint64_t value,uint8_t * data)` | Converts a 64-Bit value into a 8 Byte array.
`public inline static void ` [`convert_16_bit_to_byte_array` ](#group__group__sam0__utils_1ga2de8d131d6afca8b368486f56c911e75 )`(uint16_t value,uint8_t * data)` | Converts a 16-Bit value into a 2 Byte array.
`public inline static void ` [`convert_spec_16_bit_to_byte_array` ](#group__group__sam0__utils_1gaa9724d81bfe44a06b0372d144cd98e36 )`(uint16_t value,uint8_t * data)` |
`public inline static void ` [`convert_16_bit_to_byte_address` ](#group__group__sam0__utils_1ga9634f2d7292e1209fe3b83254a66c450 )`(uint16_t value,uint8_t * data)` |
`public inline static uint16_t ` [`convert_byte_array_to_16_bit` ](#group__group__sam0__utils_1gad3726f56d0820acc7bae83993bd8897c )`(uint8_t * data)` |
`public inline static uint32_t ` [`convert_byte_array_to_32_bit` ](#group__group__sam0__utils_1ga6e01ed4a4718b439d295b5124ede09e3 )`(uint8_t * data)` |
`public inline static uint64_t ` [`convert_byte_array_to_64_bit` ](#group__group__sam0__utils_1ga45ffdbdc2d7a6d1dbf91b2fe8d880347 )`(uint8_t * data)` | Converts a 8 Byte array into a 64-Bit value.
`struct ` [`StructPtr` ](#struct_struct_ptr ) | Structure of pointers to 64-, 32-, 16- and 8-bit unsigned integers.
`struct ` [`StructVPtr` ](#struct_struct_v_ptr ) | Structure of pointers to volatile 64-, 32-, 16- and 8-bit unsigned integers.
`struct ` [`StructCPtr` ](#struct_struct_c_ptr ) | Structure of pointers to constant 64-, 32-, 16- and 8-bit unsigned integers.
`struct ` [`StructCVPtr` ](#struct_struct_c_v_ptr ) | Structure of pointers to constant volatile 64-, 32-, 16- and 8-bit unsigned integers.
`union ` [`Union16` ](#union_union16 ) | 16-bit union.
`union ` [`Union32` ](#union_union32 ) | 32-bit union.
`union ` [`Union64` ](#union_union64 ) | 64-bit union.
`union ` [`UnionPtr` ](#union_union_ptr ) | Union of pointers to 64-, 32-, 16- and 8-bit unsigned integers.
`union ` [`UnionVPtr` ](#union_union_v_ptr ) | Union of pointers to volatile 64-, 32-, 16- and 8-bit unsigned integers.
`union ` [`UnionCPtr` ](#union_union_c_ptr ) | Union of pointers to constant 64-, 32-, 16- and 8-bit unsigned integers.
`union ` [`UnionCVPtr` ](#union_union_c_v_ptr ) | Union of pointers to constant volatile 64-, 32-, 16- and 8-bit unsigned integers.
## Members
#### `define `[`UNUSED`](#group__group__sam0__utils_1gada67c62b1c57e07efa04431bc40b9238) {#group__group__sam0__utils_1gada67c62b1c57e07efa04431bc40b9238}
Marking *v* as a unused parameter or value.
#### `define `[`barrier`](#group__group__sam0__utils_1ga53290ac2df2384738b8769c76622f803) {#group__group__sam0__utils_1ga53290ac2df2384738b8769c76622f803}
Memory barrier.
#### `define `[`COMPILER_PRAGMA`](#group__group__sam0__utils_1ga85a3ab5701281268521f109ed0078668) {#group__group__sam0__utils_1ga85a3ab5701281268521f109ed0078668}
Emit the compiler pragma *arg* .
#### Parameters
* `arg` The pragma directive as it would appear after *#pragma* (i.e. not stringified).
#### `define `[`COMPILER_PACK_SET`](#group__group__sam0__utils_1gae2c02ff865ca6538b4b1bddbf2a6876c) {#group__group__sam0__utils_1gae2c02ff865ca6538b4b1bddbf2a6876c}
Set maximum alignment for subsequent struct and union definitions to *alignment* .
#### `define `[`COMPILER_PACK_RESET`](#group__group__sam0__utils_1ga38d28b622a4bc7b0f3fb2be2ef1e0086) {#group__group__sam0__utils_1ga38d28b622a4bc7b0f3fb2be2ef1e0086}
Set default alignment for subsequent struct and union definitions.
#### `define `[`Assert`](#group__group__sam0__utils_1gaab1e54dcc40192f9704e8b252635450f) {#group__group__sam0__utils_1gaab1e54dcc40192f9704e8b252635450f}
This macro is used to test fatal errors.
The macro tests if the expression is false. If it is, a fatal error is detected and the application hangs up. If `TEST_SUITE_DEFINE_ASSERT_MACRO` is defined, a unit test version of the macro is used, to allow execution of further tests after a false expression.
#### Parameters
* `expr` Expression to evaluate and supposed to be nonzero.
#### `define `[`Long_call`](#group__group__sam0__utils_1ga5b759626f343cc1af9159cc02b763837) {#group__group__sam0__utils_1ga5b759626f343cc1af9159cc02b763837}
Calls the routine at address *addr* .
It generates a long call opcode.
2022-02-21 14:15:32 +00:00
For example, [Long_call(0x80000000) ](.build/docs/internals_undefined.md#group__group__sam0__utils_1ga5b759626f343cc1af9159cc02b763837 ) generates a software reset on a UC3 if it is invoked from the CPU supervisor mode.
2020-11-10 15:02:44 +00:00
#### Parameters
* `addr` Address of the routine to call.
It may be used as a long jump opcode in some special cases.
#### `define `[`div_ceil`](#group__group__sam0__utils_1ga6d4ebd841bc96041a7f3a61e227c1fb2) {#group__group__sam0__utils_1ga6d4ebd841bc96041a7f3a61e227c1fb2}
Calculate $ \left\lceil \frac{a}{b} \right\rceil $ using integer arithmetic.
#### Parameters
* `a` An integer
* `b` Another integer
#### Returns
(*a* / *b* ) rounded up to the nearest integer.
#### `define `[`FUNC_PTR`](#group__group__sam0__utils_1gacce64924b686dd08a83042b35d0d1480) {#group__group__sam0__utils_1gacce64924b686dd08a83042b35d0d1480}
#### `define `[`unused`](#group__group__sam0__utils_1ga417dba7f63dde98dbebd6336d8af9d91) {#group__group__sam0__utils_1ga417dba7f63dde98dbebd6336d8af9d91}
Marking *v* as a unused parameter or value.
#### `define `[`MSB`](#group__group__sam0__utils_1gabee1b74eceef5a0cf26efbf3ff87ccbf) {#group__group__sam0__utils_1gabee1b74eceef5a0cf26efbf3ff87ccbf}
Most significant byte of *u16* .
#### `define `[`LSB`](#group__group__sam0__utils_1gabd2fa7b756342ae251e3a7a66670c2fe) {#group__group__sam0__utils_1gabd2fa7b756342ae251e3a7a66670c2fe}
Least significant byte of *u16* .
#### `define `[`MSH`](#group__group__sam0__utils_1ga2e9046f49816ad27148660f5ba993696) {#group__group__sam0__utils_1ga2e9046f49816ad27148660f5ba993696}
Most significant half-word of *u32* .
#### `define `[`LSH`](#group__group__sam0__utils_1gae79954742b5a668ce83ab79ac9d9804b) {#group__group__sam0__utils_1gae79954742b5a668ce83ab79ac9d9804b}
Least significant half-word of *u32* .
#### `define `[`MSB0W`](#group__group__sam0__utils_1ga25110f05bdb5b5ea3fcb2854a1a07d7a) {#group__group__sam0__utils_1ga25110f05bdb5b5ea3fcb2854a1a07d7a}
Most significant byte of 1st rank of *u32* .
#### `define `[`MSB1W`](#group__group__sam0__utils_1ga0f90ecd0b0f0e15608a95b8367b77ece) {#group__group__sam0__utils_1ga0f90ecd0b0f0e15608a95b8367b77ece}
Most significant byte of 2nd rank of *u32* .
#### `define `[`MSB2W`](#group__group__sam0__utils_1ga0207e10a3c4bcca172463cd5e3ebd865) {#group__group__sam0__utils_1ga0207e10a3c4bcca172463cd5e3ebd865}
Most significant byte of 3rd rank of *u32* .
#### `define `[`MSB3W`](#group__group__sam0__utils_1gad6ab5ac6e3e95525d56d757c9718e352) {#group__group__sam0__utils_1gad6ab5ac6e3e95525d56d757c9718e352}
Most significant byte of 4th rank of *u32* .
#### `define `[`LSB3W`](#group__group__sam0__utils_1ga04e75e548b33b9cc22699b4249ff6c64) {#group__group__sam0__utils_1ga04e75e548b33b9cc22699b4249ff6c64}
Least significant byte of 4th rank of *u32* .
#### `define `[`LSB2W`](#group__group__sam0__utils_1gad8fda97f8caa00fcfa84f712ee7627d6) {#group__group__sam0__utils_1gad8fda97f8caa00fcfa84f712ee7627d6}
Least significant byte of 3rd rank of *u32* .
#### `define `[`LSB1W`](#group__group__sam0__utils_1ga84cbbcad1971cdb2987418e6ae6cb4ff) {#group__group__sam0__utils_1ga84cbbcad1971cdb2987418e6ae6cb4ff}
Least significant byte of 2nd rank of *u32* .
#### `define `[`LSB0W`](#group__group__sam0__utils_1ga2ca8582260a8ada6cdd457cf37ba37a7) {#group__group__sam0__utils_1ga2ca8582260a8ada6cdd457cf37ba37a7}
Least significant byte of 1st rank of *u32* .
#### `define `[`MSW`](#group__group__sam0__utils_1gad71e5e84d2cec4387415a55f5c62b01b) {#group__group__sam0__utils_1gad71e5e84d2cec4387415a55f5c62b01b}
Most significant word of *u64* .
#### `define `[`LSW`](#group__group__sam0__utils_1ga0633993fb1f2d96a56385f09beed7bc7) {#group__group__sam0__utils_1ga0633993fb1f2d96a56385f09beed7bc7}
Least significant word of *u64* .
#### `define `[`MSH0`](#group__group__sam0__utils_1ga280d6a94884872f6a5be80c873e8adc1) {#group__group__sam0__utils_1ga280d6a94884872f6a5be80c873e8adc1}
Most significant half-word of 1st rank of *u64* .
#### `define `[`MSH1`](#group__group__sam0__utils_1ga43de4fac62f938ff4eb448a87522ec0e) {#group__group__sam0__utils_1ga43de4fac62f938ff4eb448a87522ec0e}
Most significant half-word of 2nd rank of *u64* .
#### `define `[`MSH2`](#group__group__sam0__utils_1ga5d32ec744212194c8106c51b89a5dfe9) {#group__group__sam0__utils_1ga5d32ec744212194c8106c51b89a5dfe9}
Most significant half-word of 3rd rank of *u64* .
#### `define `[`MSH3`](#group__group__sam0__utils_1gabb233f238b63c12d2ff361d9ddb3114b) {#group__group__sam0__utils_1gabb233f238b63c12d2ff361d9ddb3114b}
Most significant half-word of 4th rank of *u64* .
#### `define `[`LSH3`](#group__group__sam0__utils_1ga1ec33d340ef17c91cb0530d00ccb0ea8) {#group__group__sam0__utils_1ga1ec33d340ef17c91cb0530d00ccb0ea8}
Least significant half-word of 4th rank of *u64* .
#### `define `[`LSH2`](#group__group__sam0__utils_1ga2efccfe683ebf7d89a972fbbdea2c26d) {#group__group__sam0__utils_1ga2efccfe683ebf7d89a972fbbdea2c26d}
Least significant half-word of 3rd rank of *u64* .
#### `define `[`LSH1`](#group__group__sam0__utils_1gac593b0be4555d883b4297b45cffc4168) {#group__group__sam0__utils_1gac593b0be4555d883b4297b45cffc4168}
Least significant half-word of 2nd rank of *u64* .
#### `define `[`LSH0`](#group__group__sam0__utils_1ga3026b9288b45a9794fd3eb585cbe10bc) {#group__group__sam0__utils_1ga3026b9288b45a9794fd3eb585cbe10bc}
Least significant half-word of 1st rank of *u64* .
#### `define `[`MSB0D`](#group__group__sam0__utils_1ga5f24ecf381776ee415991a545a05e4c7) {#group__group__sam0__utils_1ga5f24ecf381776ee415991a545a05e4c7}
Most significant byte of 1st rank of *u64* .
#### `define `[`MSB1D`](#group__group__sam0__utils_1ga97a0ab6790df95cb4d8021d8850487f8) {#group__group__sam0__utils_1ga97a0ab6790df95cb4d8021d8850487f8}
Most significant byte of 2nd rank of *u64* .
#### `define `[`MSB2D`](#group__group__sam0__utils_1gad4ceacba543e7b8617ca4bd075abb146) {#group__group__sam0__utils_1gad4ceacba543e7b8617ca4bd075abb146}
Most significant byte of 3rd rank of *u64* .
#### `define `[`MSB3D`](#group__group__sam0__utils_1gaf7972d3282ec9ecb97afa34e848ede2c) {#group__group__sam0__utils_1gaf7972d3282ec9ecb97afa34e848ede2c}
Most significant byte of 4th rank of *u64* .
#### `define `[`MSB4D`](#group__group__sam0__utils_1ga1c891624c33b13808633af8dbcaafa5f) {#group__group__sam0__utils_1ga1c891624c33b13808633af8dbcaafa5f}
Most significant byte of 5th rank of *u64* .
#### `define `[`MSB5D`](#group__group__sam0__utils_1ga5e61db58aaf5cbb3051240cdcb1b5147) {#group__group__sam0__utils_1ga5e61db58aaf5cbb3051240cdcb1b5147}
Most significant byte of 6th rank of *u64* .
#### `define `[`MSB6D`](#group__group__sam0__utils_1gacb8062d046ca06f5c28c9a015997494b) {#group__group__sam0__utils_1gacb8062d046ca06f5c28c9a015997494b}
Most significant byte of 7th rank of *u64* .
#### `define `[`MSB7D`](#group__group__sam0__utils_1ga0cbce69964fa2dd7bf05911d0b99b014) {#group__group__sam0__utils_1ga0cbce69964fa2dd7bf05911d0b99b014}
Most significant byte of 8th rank of *u64* .
#### `define `[`LSB7D`](#group__group__sam0__utils_1ga79fb849e13082fdd4adb02debbad7f1a) {#group__group__sam0__utils_1ga79fb849e13082fdd4adb02debbad7f1a}
Least significant byte of 8th rank of *u64* .
#### `define `[`LSB6D`](#group__group__sam0__utils_1gab90afefaf3b5cb2507ab3c496d8f643c) {#group__group__sam0__utils_1gab90afefaf3b5cb2507ab3c496d8f643c}
Least significant byte of 7th rank of *u64* .
#### `define `[`LSB5D`](#group__group__sam0__utils_1gac379acb246797736332fa1b8ae481b34) {#group__group__sam0__utils_1gac379acb246797736332fa1b8ae481b34}
Least significant byte of 6th rank of *u64* .
#### `define `[`LSB4D`](#group__group__sam0__utils_1gaab745f30b9b841f9ccd9ace0a5a1a9e5) {#group__group__sam0__utils_1gaab745f30b9b841f9ccd9ace0a5a1a9e5}
Least significant byte of 5th rank of *u64* .
#### `define `[`LSB3D`](#group__group__sam0__utils_1ga99213c01b979c347950eba4277f0499a) {#group__group__sam0__utils_1ga99213c01b979c347950eba4277f0499a}
Least significant byte of 4th rank of *u64* .
#### `define `[`LSB2D`](#group__group__sam0__utils_1gaba3bea07dcc4a37039b7effd4da03b9e) {#group__group__sam0__utils_1gaba3bea07dcc4a37039b7effd4da03b9e}
Least significant byte of 3rd rank of *u64* .
#### `define `[`LSB1D`](#group__group__sam0__utils_1ga42179f159b798116eb615102a549aa85) {#group__group__sam0__utils_1ga42179f159b798116eb615102a549aa85}
Least significant byte of 2nd rank of *u64* .
#### `define `[`LSB0D`](#group__group__sam0__utils_1ga2e20f5ef87ccf0ad44c1d49d6ffd80a3) {#group__group__sam0__utils_1ga2e20f5ef87ccf0ad44c1d49d6ffd80a3}
Least significant byte of 1st rank of *u64* .
#### `define `[`LSB0`](#group__group__sam0__utils_1ga844ec34df36feb927dc92007af14674a) {#group__group__sam0__utils_1ga844ec34df36feb927dc92007af14674a}
Least significant byte of 1st rank of *u32* .
#### `define `[`LSB1`](#group__group__sam0__utils_1ga2d1e45154b07481f0579ecc725e4edff) {#group__group__sam0__utils_1ga2d1e45154b07481f0579ecc725e4edff}
Least significant byte of 2nd rank of *u32* .
#### `define `[`LSB2`](#group__group__sam0__utils_1ga8967f5ae0174b01ce44c502ebd14035a) {#group__group__sam0__utils_1ga8967f5ae0174b01ce44c502ebd14035a}
Least significant byte of 3rd rank of *u32* .
#### `define `[`LSB3`](#group__group__sam0__utils_1ga5d9ff393e7c8764112a1167db19b16b1) {#group__group__sam0__utils_1ga5d9ff393e7c8764112a1167db19b16b1}
Least significant byte of 4th rank of *u32* .
#### `define `[`MSB3`](#group__group__sam0__utils_1gaeeb8918fc580ce01d45f71863eebff90) {#group__group__sam0__utils_1gaeeb8918fc580ce01d45f71863eebff90}
Most significant byte of 4th rank of *u32* .
#### `define `[`MSB2`](#group__group__sam0__utils_1ga8683254be29bcfe3cf2fa646890d3942) {#group__group__sam0__utils_1ga8683254be29bcfe3cf2fa646890d3942}
Most significant byte of 3rd rank of *u32* .
#### `define `[`MSB1`](#group__group__sam0__utils_1ga3facab9f8ebf70ad6e16038465e2bedc) {#group__group__sam0__utils_1ga3facab9f8ebf70ad6e16038465e2bedc}
Most significant byte of 2nd rank of *u32* .
#### `define `[`MSB0`](#group__group__sam0__utils_1gafb81783b8186acd7182a971048b0c6b3) {#group__group__sam0__utils_1gafb81783b8186acd7182a971048b0c6b3}
Most significant byte of 1st rank of *u32* .
#### `define `[`FLASH_DECLARE`](#group__group__sam0__utils_1ga9b84ecc6b34a71f797ceb8b8f7b8d384) {#group__group__sam0__utils_1ga9b84ecc6b34a71f797ceb8b8f7b8d384}
#### `define `[`FLASH_EXTERN`](#group__group__sam0__utils_1gaaef0fd990bb5bd9cdf11334f7c689fd7) {#group__group__sam0__utils_1gaaef0fd990bb5bd9cdf11334f7c689fd7}
#### `define `[`PGM_READ_BYTE`](#group__group__sam0__utils_1gafe9b83c73d4840986478ec67d3eb7718) {#group__group__sam0__utils_1gafe9b83c73d4840986478ec67d3eb7718}
#### `define `[`PGM_READ_WORD`](#group__group__sam0__utils_1ga92576bffe51090dcb6d5c67e07b9eec7) {#group__group__sam0__utils_1ga92576bffe51090dcb6d5c67e07b9eec7}
#### `define `[`MEMCPY_ENDIAN`](#group__group__sam0__utils_1ga85a7d71a016789b1766f9b27d0530347) {#group__group__sam0__utils_1ga85a7d71a016789b1766f9b27d0530347}
#### `define `[`PGM_READ_BLOCK`](#group__group__sam0__utils_1ga8900e4615b7d7143a6c38e2a39087538) {#group__group__sam0__utils_1ga8900e4615b7d7143a6c38e2a39087538}
#### `define `[`CMD_ID_OCTET`](#group__group__sam0__utils_1gabf2b95fa77301377cdcf79eb615551db) {#group__group__sam0__utils_1gabf2b95fa77301377cdcf79eb615551db}
#### `define `[`CPU_ENDIAN_TO_LE16`](#group__group__sam0__utils_1ga7c15ca0f3159182efc4b80a00768c2c0) {#group__group__sam0__utils_1ga7c15ca0f3159182efc4b80a00768c2c0}
#### `define `[`CPU_ENDIAN_TO_LE32`](#group__group__sam0__utils_1gaa2fd4bfb7af44220ce4205e2aa371017) {#group__group__sam0__utils_1gaa2fd4bfb7af44220ce4205e2aa371017}
#### `define `[`CPU_ENDIAN_TO_LE64`](#group__group__sam0__utils_1ga6f1e86f452c8f327f9ca96cbf6a65c81) {#group__group__sam0__utils_1ga6f1e86f452c8f327f9ca96cbf6a65c81}
#### `define `[`LE16_TO_CPU_ENDIAN`](#group__group__sam0__utils_1gaceb02fdef243c22d2559e260185fb579) {#group__group__sam0__utils_1gaceb02fdef243c22d2559e260185fb579}
#### `define `[`LE32_TO_CPU_ENDIAN`](#group__group__sam0__utils_1ga2df63369ef525ba98832132ce5a43346) {#group__group__sam0__utils_1ga2df63369ef525ba98832132ce5a43346}
#### `define `[`LE64_TO_CPU_ENDIAN`](#group__group__sam0__utils_1gab675071ce5a4644b205cdbc858417ccd) {#group__group__sam0__utils_1gab675071ce5a4644b205cdbc858417ccd}
#### `define `[`CLE16_TO_CPU_ENDIAN`](#group__group__sam0__utils_1ga4ac6e032d1ce0ae6d2e460da93ce8732) {#group__group__sam0__utils_1ga4ac6e032d1ce0ae6d2e460da93ce8732}
#### `define `[`CLE32_TO_CPU_ENDIAN`](#group__group__sam0__utils_1ga3ff07a7496222efe8bc7d7b7b0342b0d) {#group__group__sam0__utils_1ga3ff07a7496222efe8bc7d7b7b0342b0d}
#### `define `[`CLE64_TO_CPU_ENDIAN`](#group__group__sam0__utils_1gacbbba93256e2d892c748d56a42f00f9b) {#group__group__sam0__utils_1gacbbba93256e2d892c748d56a42f00f9b}
#### `define `[`CCPU_ENDIAN_TO_LE16`](#group__group__sam0__utils_1ga5fd2d3ed2fc9234277b659b67d33bc64) {#group__group__sam0__utils_1ga5fd2d3ed2fc9234277b659b67d33bc64}
#### `define `[`CCPU_ENDIAN_TO_LE32`](#group__group__sam0__utils_1ga1e3290451e5c7b98175911c9219b5123) {#group__group__sam0__utils_1ga1e3290451e5c7b98175911c9219b5123}
#### `define `[`CCPU_ENDIAN_TO_LE64`](#group__group__sam0__utils_1ga00483bf27ea1e8a2143c6baf22b31f16) {#group__group__sam0__utils_1ga00483bf27ea1e8a2143c6baf22b31f16}
#### `define `[`ADDR_COPY_DST_SRC_16`](#group__group__sam0__utils_1gac4609178e5c825e815f44fa123dcaaf7) {#group__group__sam0__utils_1gac4609178e5c825e815f44fa123dcaaf7}
#### `define `[`ADDR_COPY_DST_SRC_64`](#group__group__sam0__utils_1ga0454afa80924c2183c8c672c043440cc) {#group__group__sam0__utils_1ga0454afa80924c2183c8c672c043440cc}
#### `public inline static void `[`convert_64_bit_to_byte_array`](#group__group__sam0__utils_1gadca7cebb159c7ed180d3d07cccb74245)`(uint64_t value,uint8_t * data)` {#group__group__sam0__utils_1gadca7cebb159c7ed180d3d07cccb74245}
Converts a 64-Bit value into a 8 Byte array.
#### Parameters
* `value` 64-Bit value
* `data` Pointer to the 8 Byte array to be updated with 64-Bit value
#### `public inline static void `[`convert_16_bit_to_byte_array`](#group__group__sam0__utils_1ga2de8d131d6afca8b368486f56c911e75)`(uint16_t value,uint8_t * data)` {#group__group__sam0__utils_1ga2de8d131d6afca8b368486f56c911e75}
Converts a 16-Bit value into a 2 Byte array.
#### Parameters
* `value` 16-Bit value
* `data` Pointer to the 2 Byte array to be updated with 16-Bit value
#### `public inline static void `[`convert_spec_16_bit_to_byte_array`](#group__group__sam0__utils_1gaa9724d81bfe44a06b0372d144cd98e36)`(uint16_t value,uint8_t * data)` {#group__group__sam0__utils_1gaa9724d81bfe44a06b0372d144cd98e36}
#### `public inline static void `[`convert_16_bit_to_byte_address`](#group__group__sam0__utils_1ga9634f2d7292e1209fe3b83254a66c450)`(uint16_t value,uint8_t * data)` {#group__group__sam0__utils_1ga9634f2d7292e1209fe3b83254a66c450}
#### `public inline static uint16_t `[`convert_byte_array_to_16_bit`](#group__group__sam0__utils_1gad3726f56d0820acc7bae83993bd8897c)`(uint8_t * data)` {#group__group__sam0__utils_1gad3726f56d0820acc7bae83993bd8897c}
#### `public inline static uint32_t `[`convert_byte_array_to_32_bit`](#group__group__sam0__utils_1ga6e01ed4a4718b439d295b5124ede09e3)`(uint8_t * data)` {#group__group__sam0__utils_1ga6e01ed4a4718b439d295b5124ede09e3}
#### `public inline static uint64_t `[`convert_byte_array_to_64_bit`](#group__group__sam0__utils_1ga45ffdbdc2d7a6d1dbf91b2fe8d880347)`(uint8_t * data)` {#group__group__sam0__utils_1ga45ffdbdc2d7a6d1dbf91b2fe8d880347}
Converts a 8 Byte array into a 64-Bit value.
#### Parameters
* `data` Specifies the pointer to the 8 Byte array
#### Returns
64-Bit value
# struct `StructPtr` {#struct_struct_ptr}
Structure of pointers to 64-, 32-, 16- and 8-bit unsigned integers.
## Summary
Members | Descriptions
--------------------------------|---------------------------------------------
`public int64_t * ` [`s64ptr` ](#struct_struct_ptr_1ab436f27258753b9cf149312d1e668d7e ) |
`public uint64_t * ` [`u64ptr` ](#struct_struct_ptr_1a01a7db75ae97caa7457038b8ee801d1f ) |
`public int32_t * ` [`s32ptr` ](#struct_struct_ptr_1a106ea0461fc89cf4c58cec908c448aef ) |
`public uint32_t * ` [`u32ptr` ](#struct_struct_ptr_1a00500224ac165192ac888251a076606d ) |
`public int16_t * ` [`s16ptr` ](#struct_struct_ptr_1a55c23b18ff2cf478679ca49da3927345 ) |
`public uint16_t * ` [`u16ptr` ](#struct_struct_ptr_1a15c8362aa58f36ae5de7f6180550d6b5 ) |
`public int8_t * ` [`s8ptr` ](#struct_struct_ptr_1a874b2108143ffd4d2a83baa5d8fa8cad ) |
`public uint8_t * ` [`u8ptr` ](#struct_struct_ptr_1acc04e057a962c975bbdf62664c52ff2c ) |
## Members
#### `public int64_t * `[`s64ptr`](#struct_struct_ptr_1ab436f27258753b9cf149312d1e668d7e) {#struct_struct_ptr_1ab436f27258753b9cf149312d1e668d7e}
#### `public uint64_t * `[`u64ptr`](#struct_struct_ptr_1a01a7db75ae97caa7457038b8ee801d1f) {#struct_struct_ptr_1a01a7db75ae97caa7457038b8ee801d1f}
#### `public int32_t * `[`s32ptr`](#struct_struct_ptr_1a106ea0461fc89cf4c58cec908c448aef) {#struct_struct_ptr_1a106ea0461fc89cf4c58cec908c448aef}
#### `public uint32_t * `[`u32ptr`](#struct_struct_ptr_1a00500224ac165192ac888251a076606d) {#struct_struct_ptr_1a00500224ac165192ac888251a076606d}
#### `public int16_t * `[`s16ptr`](#struct_struct_ptr_1a55c23b18ff2cf478679ca49da3927345) {#struct_struct_ptr_1a55c23b18ff2cf478679ca49da3927345}
#### `public uint16_t * `[`u16ptr`](#struct_struct_ptr_1a15c8362aa58f36ae5de7f6180550d6b5) {#struct_struct_ptr_1a15c8362aa58f36ae5de7f6180550d6b5}
#### `public int8_t * `[`s8ptr`](#struct_struct_ptr_1a874b2108143ffd4d2a83baa5d8fa8cad) {#struct_struct_ptr_1a874b2108143ffd4d2a83baa5d8fa8cad}
#### `public uint8_t * `[`u8ptr`](#struct_struct_ptr_1acc04e057a962c975bbdf62664c52ff2c) {#struct_struct_ptr_1acc04e057a962c975bbdf62664c52ff2c}
# struct `StructVPtr` {#struct_struct_v_ptr}
Structure of pointers to volatile 64-, 32-, 16- and 8-bit unsigned integers.
## Summary
Members | Descriptions
--------------------------------|---------------------------------------------
`public int64_t * ` [`s64ptr` ](#struct_struct_v_ptr_1a2908c8cb1c7d816d7f9d3a30531818f8 ) |
`public uint64_t * ` [`u64ptr` ](#struct_struct_v_ptr_1a1acc0e7be6320444fc9a35fbd89f1f37 ) |
`public int32_t * ` [`s32ptr` ](#struct_struct_v_ptr_1ac419cbdd704de7024e989caaf9e19a98 ) |
`public uint32_t * ` [`u32ptr` ](#struct_struct_v_ptr_1abdec22b9984813fac831e57d45cae742 ) |
`public int16_t * ` [`s16ptr` ](#struct_struct_v_ptr_1aee6c3ba77b4b25f556abb8a41053caf4 ) |
`public uint16_t * ` [`u16ptr` ](#struct_struct_v_ptr_1ae008948f89e2a5ee3102016f82023b42 ) |
`public int8_t * ` [`s8ptr` ](#struct_struct_v_ptr_1ab07ceff1caf6f3bb01bd31296a36daf9 ) |
`public uint8_t * ` [`u8ptr` ](#struct_struct_v_ptr_1a4213589251839cd1f42c3343c6cb9be9 ) |
## Members
#### `public int64_t * `[`s64ptr`](#struct_struct_v_ptr_1a2908c8cb1c7d816d7f9d3a30531818f8) {#struct_struct_v_ptr_1a2908c8cb1c7d816d7f9d3a30531818f8}
#### `public uint64_t * `[`u64ptr`](#struct_struct_v_ptr_1a1acc0e7be6320444fc9a35fbd89f1f37) {#struct_struct_v_ptr_1a1acc0e7be6320444fc9a35fbd89f1f37}
#### `public int32_t * `[`s32ptr`](#struct_struct_v_ptr_1ac419cbdd704de7024e989caaf9e19a98) {#struct_struct_v_ptr_1ac419cbdd704de7024e989caaf9e19a98}
#### `public uint32_t * `[`u32ptr`](#struct_struct_v_ptr_1abdec22b9984813fac831e57d45cae742) {#struct_struct_v_ptr_1abdec22b9984813fac831e57d45cae742}
#### `public int16_t * `[`s16ptr`](#struct_struct_v_ptr_1aee6c3ba77b4b25f556abb8a41053caf4) {#struct_struct_v_ptr_1aee6c3ba77b4b25f556abb8a41053caf4}
#### `public uint16_t * `[`u16ptr`](#struct_struct_v_ptr_1ae008948f89e2a5ee3102016f82023b42) {#struct_struct_v_ptr_1ae008948f89e2a5ee3102016f82023b42}
#### `public int8_t * `[`s8ptr`](#struct_struct_v_ptr_1ab07ceff1caf6f3bb01bd31296a36daf9) {#struct_struct_v_ptr_1ab07ceff1caf6f3bb01bd31296a36daf9}
#### `public uint8_t * `[`u8ptr`](#struct_struct_v_ptr_1a4213589251839cd1f42c3343c6cb9be9) {#struct_struct_v_ptr_1a4213589251839cd1f42c3343c6cb9be9}
# struct `StructCPtr` {#struct_struct_c_ptr}
Structure of pointers to constant 64-, 32-, 16- and 8-bit unsigned integers.
## Summary
Members | Descriptions
--------------------------------|---------------------------------------------
`public const int64_t * ` [`s64ptr` ](#struct_struct_c_ptr_1ac9ea294aaa07e5a63204530ebf3dd3d2 ) |
`public const uint64_t * ` [`u64ptr` ](#struct_struct_c_ptr_1abbc67642e882a52be564515f1c8f12cb ) |
`public const int32_t * ` [`s32ptr` ](#struct_struct_c_ptr_1af6182ebecd1280fa1714762f2d81d5d3 ) |
`public const uint32_t * ` [`u32ptr` ](#struct_struct_c_ptr_1a12f0da0bcf30aca9703630565d8be204 ) |
`public const int16_t * ` [`s16ptr` ](#struct_struct_c_ptr_1a153aa1a4a18fe39a05be056a372d19c9 ) |
`public const uint16_t * ` [`u16ptr` ](#struct_struct_c_ptr_1a4ff05b3b8a78949bf0036fe340b98b05 ) |
`public const int8_t * ` [`s8ptr` ](#struct_struct_c_ptr_1a2e21f1ae56dd4da3f534ccebfa234fcc ) |
`public const uint8_t * ` [`u8ptr` ](#struct_struct_c_ptr_1acb08e5689c70ca4ef5e0d984f15f47ae ) |
## Members
#### `public const int64_t * `[`s64ptr`](#struct_struct_c_ptr_1ac9ea294aaa07e5a63204530ebf3dd3d2) {#struct_struct_c_ptr_1ac9ea294aaa07e5a63204530ebf3dd3d2}
#### `public const uint64_t * `[`u64ptr`](#struct_struct_c_ptr_1abbc67642e882a52be564515f1c8f12cb) {#struct_struct_c_ptr_1abbc67642e882a52be564515f1c8f12cb}
#### `public const int32_t * `[`s32ptr`](#struct_struct_c_ptr_1af6182ebecd1280fa1714762f2d81d5d3) {#struct_struct_c_ptr_1af6182ebecd1280fa1714762f2d81d5d3}
#### `public const uint32_t * `[`u32ptr`](#struct_struct_c_ptr_1a12f0da0bcf30aca9703630565d8be204) {#struct_struct_c_ptr_1a12f0da0bcf30aca9703630565d8be204}
#### `public const int16_t * `[`s16ptr`](#struct_struct_c_ptr_1a153aa1a4a18fe39a05be056a372d19c9) {#struct_struct_c_ptr_1a153aa1a4a18fe39a05be056a372d19c9}
#### `public const uint16_t * `[`u16ptr`](#struct_struct_c_ptr_1a4ff05b3b8a78949bf0036fe340b98b05) {#struct_struct_c_ptr_1a4ff05b3b8a78949bf0036fe340b98b05}
#### `public const int8_t * `[`s8ptr`](#struct_struct_c_ptr_1a2e21f1ae56dd4da3f534ccebfa234fcc) {#struct_struct_c_ptr_1a2e21f1ae56dd4da3f534ccebfa234fcc}
#### `public const uint8_t * `[`u8ptr`](#struct_struct_c_ptr_1acb08e5689c70ca4ef5e0d984f15f47ae) {#struct_struct_c_ptr_1acb08e5689c70ca4ef5e0d984f15f47ae}
# struct `StructCVPtr` {#struct_struct_c_v_ptr}
Structure of pointers to constant volatile 64-, 32-, 16- and 8-bit unsigned integers.
## Summary
Members | Descriptions
--------------------------------|---------------------------------------------
`public const volatile int64_t * ` [`s64ptr` ](#struct_struct_c_v_ptr_1aa79f3b96a6ad079e73cc0be13bd0e765 ) |
`public const volatile uint64_t * ` [`u64ptr` ](#struct_struct_c_v_ptr_1a24a2bedaf12d427819c62babba34e2ef ) |
`public const volatile int32_t * ` [`s32ptr` ](#struct_struct_c_v_ptr_1a0aa7d6575057bad6b799c9b2909c077b ) |
`public const volatile uint32_t * ` [`u32ptr` ](#struct_struct_c_v_ptr_1a0e4e80d3c57067ad85c71af39d0ea817 ) |
`public const volatile int16_t * ` [`s16ptr` ](#struct_struct_c_v_ptr_1a97b5d4643b545ecc9ac9c68fa35b74fe ) |
`public const volatile uint16_t * ` [`u16ptr` ](#struct_struct_c_v_ptr_1a288ff13c7abb2360d62009e2711e7485 ) |
`public const volatile int8_t * ` [`s8ptr` ](#struct_struct_c_v_ptr_1afc839213e22402ccf98e7d143453b58d ) |
`public const volatile uint8_t * ` [`u8ptr` ](#struct_struct_c_v_ptr_1ae6228fb5d646745079910ea045f314e3 ) |
## Members
#### `public const volatile int64_t * `[`s64ptr`](#struct_struct_c_v_ptr_1aa79f3b96a6ad079e73cc0be13bd0e765) {#struct_struct_c_v_ptr_1aa79f3b96a6ad079e73cc0be13bd0e765}
#### `public const volatile uint64_t * `[`u64ptr`](#struct_struct_c_v_ptr_1a24a2bedaf12d427819c62babba34e2ef) {#struct_struct_c_v_ptr_1a24a2bedaf12d427819c62babba34e2ef}
#### `public const volatile int32_t * `[`s32ptr`](#struct_struct_c_v_ptr_1a0aa7d6575057bad6b799c9b2909c077b) {#struct_struct_c_v_ptr_1a0aa7d6575057bad6b799c9b2909c077b}
#### `public const volatile uint32_t * `[`u32ptr`](#struct_struct_c_v_ptr_1a0e4e80d3c57067ad85c71af39d0ea817) {#struct_struct_c_v_ptr_1a0e4e80d3c57067ad85c71af39d0ea817}
#### `public const volatile int16_t * `[`s16ptr`](#struct_struct_c_v_ptr_1a97b5d4643b545ecc9ac9c68fa35b74fe) {#struct_struct_c_v_ptr_1a97b5d4643b545ecc9ac9c68fa35b74fe}
#### `public const volatile uint16_t * `[`u16ptr`](#struct_struct_c_v_ptr_1a288ff13c7abb2360d62009e2711e7485) {#struct_struct_c_v_ptr_1a288ff13c7abb2360d62009e2711e7485}
#### `public const volatile int8_t * `[`s8ptr`](#struct_struct_c_v_ptr_1afc839213e22402ccf98e7d143453b58d) {#struct_struct_c_v_ptr_1afc839213e22402ccf98e7d143453b58d}
#### `public const volatile uint8_t * `[`u8ptr`](#struct_struct_c_v_ptr_1ae6228fb5d646745079910ea045f314e3) {#struct_struct_c_v_ptr_1ae6228fb5d646745079910ea045f314e3}
