mini_jit¶

class Brgemm¶

Public Types

enum class dtype_t : uint32_t¶

data type

Values:

enumerator fp32¶

enumerator fp64¶

enum class error_t : int32_t¶

error codes

Values:

enumerator success¶

enumerator err_wrong_dtype¶

enumerator err_wrong_dimension¶

enumerator err_row_major_order_not_supported¶

enumerator err_batch_reduce_size_not_supported¶

using kernel_t = void (*)(void const *a, void const *b, void *c, int64_t lda, int64_t ldb, int64_t ldc, int64_t br_stride_a, int64_t br_stride_b)¶

Public Functions

error_t generate(uint32_t m, uint32_t n, uint32_t k, uint32_t br_size, uint32_t trans_a, uint32_t trans_b, uint32_t trans_c, dtype_t dtype)¶

Generate a kernel for batch-reduce matrix multiplication.

Parameters:

m – number of rows in A and C.
n – number of columns in B and C.
k – number of columns in A and rows in B.
br_size – batch-reduce size.
trans_a – 0 if A is stored in column-major order, 1 if A is stored in row-major order.
trans_b – 0 if B is stored in column-major order, 1 if B is stored in row-major order.
trans_c – 0 if C is stored in column-major order, 1 if C is stored in row-major order.
dtype – data type of the matrices.

Returns:

error_t::success on success, another error_t value otherwise.

kernel_t get_kernel() const¶

Get the generated kernel: C += sum_i(A_i * B_i).

Returns:: pointer to the generated kernel.

void write_kernel_to_file(const char *path) const¶

Writes the current kernel into a file.

Parameters:: path – The file to write the kernel to.

Private Functions

void fill_with_matmuls_no_batch_dim_column_major_fp32(uint32_t m, uint32_t n, uint32_t k)¶

Fills the kernel with a suitable matmul with no batch size, column major format, and fp32 datatypes.

Parameters:

Kernel – The kernel to add instructions too.
m – number of rows in A and C.
n – number of columns in B and C.
k – number of columns in A and rows in B.

void fill_with_matmuls_batch_dim_column_major_fp32(uint32_t m, uint32_t n, uint32_t k, uint32_t br_size)¶

Fills the kernel with a suitable matmul with no batch size, column major format, and fp32 datatypes.

Parameters:

Kernel – The kernel to add instructions too.
m – number of rows in A and C.
n – number of columns in B and C.
k – number of columns in A and rows in B.
br_size – number of batch dimensions.

Private Members

kernel_t kernel = nullptr¶

mini_jit::Kernel native_kernel¶

class EinsumTree¶

Public Types

enum class ErrorParse¶

Values:

enumerator None¶

enumerator ExpectedLeftBracket¶

enumerator ExpectedRightBracket¶

enumerator ExpectedArrow¶

enumerator ExpectedComma¶

enumerator ExpectedDimensionList¶

enumerator NotAllowedToParseAgain¶

enumerator UndefinedNode¶

enum class ErrorExecute¶

Values:

enumerator None¶

enumerator InvalidRoot¶

enumerator NotEnoughInputTensors¶

enumerator TooManyInputTensors¶

enumerator NullPtrAsInputTensor¶

enumerator err_wrong_dtype¶

enumerator err_wrong_dimension¶

enumerator err_wrong_primitive¶

enumerator err_wrong_first_touch_primitive¶

enumerator err_wrong_main_primitive¶

enumerator err_wrong_last_touch_primitive¶

enumerator err_execution_type_not_supported¶

enumerator err_invalid_primitive_configuration¶

enumerator err_invalid_first_touch_configuration¶

enumerator err_invalid_main_configuration¶

enumerator err_invalid_last_touch_configuration¶

enumerator err_invalid_execution_order¶

enumerator err_invalid_strides¶

enumerator err_k_dimension_must_not_be_shared¶

enumerator err_shared_required_for_parallel_execution¶

enum class NodeType¶

Values:

enumerator Leaf¶

enumerator Contraction¶

enumerator Transposition¶

Public Functions

EinsumTree(const std::string &tree_str)¶

EinsumTree(const std::string &tree_str, const std::vector<int64_t> &sorted_dim_sizes)¶

~EinsumTree()¶

void set_sorted_dim_sizes(const std::vector<int64_t> &sorted_dim_sizes)¶

Set the sorted dime sizes of the input tensors.

Parameters:: sorted_dim_sizes – The sorted dim sizes

ErrorParse parse_tree_no_optimization()¶

Parses the einsum tree string and builds the tree structure.

Returns:: ErrorParse indicating the result of the parsing operation.

ErrorParse parse_tree()¶

Parses the einsum tree string, builds the tree structure and optimizes the tree.

Returns:: ErrorParse indicating the result of the parsing operation.

EinsumNode *get_root() const¶

Returns the root node of the EinsumTree.

Returns:: Pointer to the root EinsumNode.

void optimize(EinsumNode *node)¶

Optimizes the einsum tree structure.

Parameters:: The – node and its children to optimize.

void conditional_swap(mini_jit::EinsumTree::EinsumNode *node)¶

Ensures that the ‘m’ dimension is unit stride, by swapping if ‘n’ dimension is unit stride.

Parameters:: node – The node of type tensor contraction.

void reorder_left_node(EinsumNode *node)¶

Reorders left node of a contraction to ensure the ‘km’ dimensions are at the right. The ‘m’ dimension has unit-stride.

Parameters:: node – The EinsumNode representing the parent child of the contraction.

void reorder_right_node(EinsumNode *node)¶

Reorders right node of a contraction to ensure the ‘nk’ dimensions are at the right. The ‘k’ dimension has unit-stride.

Parameters:: node – The EinsumNode representing the parent of the contraction.

ErrorExecute execute(const std::vector<void*> &tensors)¶

Executes the einsum operation defined by the tree.

Parameters:: tensors – A vector of pointers to the input tensors of the leafs.
Returns:: ErrorExecute indicating the result of the execution operation.

Private Functions

EinsumNode *parse_node(size_t &pos, const std::string &str)¶

Parses a node from the string starting at the given position in the einsum tree. The node can be a leaf, contraction, or transposition node.

Parameters:

pos – The position in the string to start parsing from.
str – The string containing the einsum tree representation.

Returns:

A pointer to the parsed EinsumNode.

TensorConfig lower_node(const EinsumNode *node)¶

Lowers the given EinsumNode to a TensorConfig.

Parameters:: node – The EinsumNode to lower.
Returns:: A TensorConfig representing the lowered node.

void get_config_dim_types_and_sizes(const mini_jit::EinsumTree::EinsumNode *node, std::map<int64_t, size_t> &id_map, std::vector<mini_jit::TensorConfig::dim_t> &dim_types, std::vector<int64_t> &dim_sizes, uint32_t &number_of_k)¶

Retrieves the dimension types and sizes for the given EinsumNode.

Parameters:

node – The EinsumNode for which to retrieve the dimension types and sizes.
id_map – A map that associates dimension IDs with a fixed index.
dim_types – A vector to store the dimension types.
dim_sizes – A vector to store the dimension sizes.
number_of_k – A reference to store the number of ‘k’ dimensions.

std::vector<int64_t> get_config_strides(const EinsumNode *node, std::map<int64_t, size_t> &id_map)¶

Retrieves the strides for the given EinsumNode based on the provided dimension ID map.

Parameters:

node – The EinsumNode for which to retrieve the strides.
id_map – A map that associates dimension IDs with a fixed index.

Returns:

A vector of strides corresponding to the dimensions of the node.

ErrorExecute execute_node(const std::vector<void*> &input_tensors, EinsumNode *node)¶

Executes the tensor operation for the given EinsumNode.

Parameters:

input_tensors – The tensors provided by the user.
node – The EinsumNode to execute.

Returns:

An ErrorExecute enum indicating the result of the execution.

void assign_tensor_indices(EinsumNode *node)¶

Assigns intermediate tensors to the given EinsumNode.

Parameters:: node – The EinsumNode to which the tensors will be assigned.

bool is_unit_stride_n(EinsumNode *node)¶

Checks if the given EinsumNode has unit stride in the ‘n’ dimension.

Parameters:: node – The EinsumNode to check.
Returns:: true if the node has unit stride in the ‘n’ dimension, false otherwise.

std::vector<int64_t> parse_dim_list(size_t &pos, const std::string &str)¶

Parses a dimension list from the string starting at the given position. The dimension list is expected to be a comma-separated list of integers.

Parameters:

pos – The position in the string to start parsing from.
str – The string containing the dimension list.

Returns:

A vector of integers representing the parsed dimensions.

std::vector<int64_t> compute_strides(const std::vector<int64_t> &dim_ids)¶

Computes the strides for the given dimension IDs based on the sorted dimension sizes.

Parameters:: dim_ids – A vector of dimension IDs for which to compute the strides.
Returns:: A vector of computed strides corresponding to the dimension IDs.

std::vector<int64_t> get_output_dims(const std::vector<int64_t> &dim_ids)¶

Retrieves the output dimensions for the given dimension IDs based on the sorted dimension sizes.

Parameters:: dim_ids – A vector of dimension IDs for which to retrieve the output dimensions.
Returns:: A vector of output dimensions corresponding to the provided dimension IDs.

ErrorExecute parse_setup_error(TensorOperation::error_t error)¶

Parses the setup error from a TensorOperation error code to an ErrorExecute enum.

Parameters:: error – The error code from TensorOperation.
Returns:: An ErrorExecute enum representing the parsed error.

void delete_tree(EinsumNode *node)¶: Recursively deletes the EinsumNode tree starting from the given node.

int32_t findKDim(EinsumNode *Node, bool getLeftIndex)¶

Finds the k-dimension of the left or right child of the given node.

Parameters:

Node – The node to check.
getLeftIndex – If true, finds the k-dimension in the left child; otherwise, in the right child.

Returns:

int k-dim index if found, otherwise -1.

int32_t findNDim(EinsumNode *Node)¶

Finds the n-dimension of the right child of the given node.

Parameters:: Node – The node to check.
Returns:: int n-dim index if found, otherwise -1.

int32_t findMDim(EinsumNode *Node)¶

Finds the n-dimension of the left child of the given node.

Parameters:: Node – The node to check.
Returns:: int m-dim index if found, otherwise -1.

Private Members

uint32_t tensorIndex = 0¶

EinsumNode *root = nullptr¶

const std::string tree_str¶

ErrorParse error_parse = ErrorParse::None ¶

std::vector<int64_t> dim_sizes¶

struct EinsumNode¶

Public Functions

std::string to_string() const¶: Gets a string representation of the einsum tree.

std::string name() const¶: Gets the string representation of the dim ids of the node.

int64_t get_size(const std::vector<int64_t> dim_sizes) const¶

Get the size of the tensor represented by this node.

Parameters:: dim_sizes – A vector of dimension sizes corresponding to the output dimensions.

Public Members

NodeType type¶

int32_t input_tensor_index = -1¶

float *tensor = nullptr¶

std::vector<int64_t> output_dim_ids¶

EinsumNode *left = nullptr¶

EinsumNode *right = nullptr¶

Private Functions

std::string _to_string(uint depth, std::string connection, std::string depthString) const¶

This method recursively formats the node and its children into a string.

Parameters:

depth – The current depth in the tree, used for indentation.
connection – A string representing the connection type.
depthString – A string representation of the current depth.

Returns:

A formatted string representing the einsum tree.

class Kernel¶

Public Functions

inline Kernel()¶: Constructor

~Kernel() noexcept¶: Destructor

Kernel(Kernel const&) = delete¶

Kernel &operator=(Kernel const&) = delete¶

Kernel(Kernel&&) noexcept = delete¶

Kernel &operator=(Kernel&&) noexcept = delete¶

void add(uint32_t instruction)¶

Adds an instruction to the code buffer.

Parameters:: instruction – instruction which is added.

void add(std::vector<uint32_t> instructions)¶

Adds an instruction to the code buffer.

Parameters:: instructions – instructions which are added.

std::size_t get_size() const¶

Gets the size of the code buffer.

Returns:: size of the code buffer in bytes.

std::size_t get_instruction_count() const¶

Gets the number of instruction in the code buffer.

Returns:: number of instruction in the code buffer.

void set_kernel()¶: Sets the kernel based on the code buffer.

void const *get_kernel() const¶: Gets a pointer to the executable kernel.

void write(char const *path) const¶

Writes the code buffer to the given file.

Parameters:: path – path to the file.

Private Functions

void *allocate_mmap(std::size_t size_bytes) const¶

Allocates memory through POSIX mmap.

Parameters:: size_bytes – size in bytes.

void release_mmap(std::size_t size_bytes, void *memory) const¶

Release POSIX mmap allocated memory.

Parameters:

size_bytes – size in bytes.
memory – pointer to memory which is released.

void set_executable(std::size_t size_bytes, void *memory) const¶

Sets the given memory region executable.

Parameters:

size_bytes – number of bytes.
memory – point to memory.

void release_memory()¶: Release memory of the kernel if allocated.

Private Members

std::vector<uint32_t> buffer¶: high-level code buffer

std::size_t size_allocate = 0¶: size of the kernel

void *kernel = nullptr¶: executable kernel

struct TensorConfig¶

Public Types

enum class exec_t : uint32_t¶

Values:

enumerator seq¶

enumerator prim¶

enumerator shared¶

enum class prim_t : uint32_t¶

primitive type

Values:

enumerator none¶

enumerator zero¶

enumerator copy¶

enumerator relu¶

enumerator gemm¶

enumerator brgemm¶

enum class dim_t : uint32_t¶

dimension type

Values:

enumerator undefined¶

enumerator c¶

enumerator m¶

enumerator n¶

enumerator k¶

enum class dtype_t : uint32_t¶

data type

Values:

enumerator fp32¶

enumerator fp64¶

Public Functions

std::string to_string() const¶

Converts the config to a string.

Returns:: std::string The string representation

Public Members

prim_t first_touch¶: The first touch primitive to be executed.

prim_t main¶: The main primitive to be executed.

prim_t last_touch¶: The last touch primitive to be executed.

std::vector<dim_t> dim_types¶: The dimensions types of each dimension.

std::vector<exec_t> exec_types¶: The execution types of each dimension.

std::vector<int64_t> dim_sizes¶: The dim_sizes that are supported.

std::vector<int64_t> strides_in0¶: The strides of the first input of each dimension.

std::vector<int64_t> strides_in1¶: The strides of the second input of each dimension.

std::vector<int64_t> strides_out¶: The strides of the output of each dimension.

dtype_t dtype¶: The data type to be used in the tensor operation.

Public Static Functions

static bool equals(const TensorConfig &config1, const TensorConfig config2)¶

Compares the two configuration and check if all values are equal.

Parameters:

config1 – The first configuration.
config2 – The second configuration.

Returns:

true Both configuration are equal.

Returns:

false Both configuration are NOT equal.

class TensorOperation¶

Public Types

enum class error_t : int32_t¶

execution type

error codes

Values:

enumerator success¶

enumerator err_wrong_dtype¶

enumerator err_wrong_dimension¶

enumerator err_wrong_primitive¶

enumerator err_wrong_first_touch_primitive¶

enumerator err_wrong_main_primitive¶

enumerator err_wrong_last_touch_primitive¶

enumerator err_execution_type_not_supported¶

enumerator err_invalid_primitive_configuration¶

enumerator err_invalid_first_touch_configuration¶

enumerator err_invalid_main_configuration¶

enumerator err_invalid_last_touch_configuration¶

enumerator err_invalid_execution_order¶

enumerator err_invalid_strides¶

enumerator err_k_dimension_must_not_be_shared¶

enumerator err_shared_required_for_parallel_execution¶

enum class stride_t : int32_t¶

Values:

enumerator in0¶

enumerator in1¶

enumerator out¶

Public Functions

error_t setup(const TensorConfig &config)¶

Setup for a binary tensor contraction or a unary tensor operation.

Parameters:: config – The configuration of the tensor dimension and primitives.
Returns:: error_t error_t::success on success, other error values otherwise.

error_t setup_no_optimization(TensorConfig::dtype_t dtype, TensorConfig::prim_t prim_first_touch, TensorConfig::prim_t prim_main, TensorConfig::prim_t prim_last_touch, std::span<const TensorConfig::dim_t> dim_types, std::span<const TensorConfig::exec_t> exec_types, std::span<const int64_t> dim_sizes, std::span<const int64_t> strides_in0, std::span<const int64_t> strides_in1, std::span<const int64_t> strides_out)¶

Setup for a binary tensor contraction or a unary tensor operation.

Parameters:

dtype – Datatype of all tensor elements.
prim_first_touch – Type of the first touch primitive.
prim_main – Type of the main primitive.
prim_last_touch – Type of the last touch primitive.
dim_types – Dimension type of the loops (c, m, n, or k).
exec_types – Execution type of the loops (seq, shared, or prim).
dim_sizes – Sizes of the dimensions.
strides_in0 – Strides of the first input tensor.
strides_in1 – Strides of the second input tensor (ignored if unary).
strides_out – Strides of the output tensor.

Returns:

error_t::success on success, another error_t value otherwise.

void execute(void const *tensor_in0, void const *tensor_in1, void *tensor_out)¶

Execute the tensor operation.

Parameters:

tensor_in0 – First input tensor.
tensor_in1 – Second input tensor (use nullptr if unary).
tensor_out – Output tensor.

void execute_dimension(int64_t index_dimension, char const *ptr_in0, char const *ptr_in1, char *ptr_out, bool first_access, bool last_access)¶

General-purpose loop implementation featuring first and last touch operations. No threading is applied.

Parameters:

index_dimension – Dimension index of the loop which is executed.
ptr_in0 – Pointer to the first input tensor’s data.
ptr_in1 – Pointer to the second input tensor’s data (use nullptr if unary).
ptr_out – Pointer to the output tensor’s data.
first_access – True if first time accessing data of output tensor.
last_access – True if last time accessing data of output tensor.

TensorConfig get_config()¶

Get the current configuration object.

Returns:: TensorConfig used by the Tensor operation.

void write_kernel_to_file(std::string path_no_extension) const¶

Writes the current kernel into a file.

Parameters:: path – The file to write the kernel to without extension.

Public Static Functions

static bool isExpectedStride(int64_t expected, int index, const std::span<const int64_t> &strides)¶

Checks if the stride matches the given stride.

Parameters:

expected – The stride that is expected.
index – The index of the stride.
strides – The strides of the configuration.

Returns:

true The stride matches the expected.

Returns:

false The stride NOT matches the expected.

static bool isValidStride(const std::span<const TensorConfig::dim_t> &dim, const std::span<const int64_t> &strides, const stride_t strideType)¶

Checks if the strides are valid for the given dimension.

Parameters:

dim – The dimension types of the configuration.
strides – The strides of the configuration.

Returns:

true The strides are valid.

Returns:

false The strides are NOT valid.

static bool isUnary(TensorConfig::prim_t prim)¶

Indicates if a primitive fits the Unary generator.

                                         .:=+######*=:.
                                     .=*##%%%%%%%%%%%%%%*-....
                                 ..=###%%%%%%%%%%%%%%%%%%%%%+:...           ..........    ..
                               ..*######%%%%%%%%%%%%%%%%%%%%@@@@%%%%%%%%%%%%%%%%%%%%%%%%%#*=:..
                             ..:-=*######%%%%%%%%%%%%%%%%%%%%%@@@%%%%%@@@@@%%####%%##****##**##*
                             .:::--#######%%%%%%###%%%%%%@@@@%%##***++++++===+**+=--:....
                            .-::---*########%%%%%%%%%%%#*+++++++++======--:............
                           .+::::--*########%%%%%%%%%%#++++===--==-.........
                           --:::---*#########%%%%%%%%%%%%%%%*......
                          .*:::::--+##########%%%%%%%%%%%@%=..
                          .#=:::::-=###########%%%%%%%%%%%-.
                          :##::::::-*###########%%%%%%%%%#..
                          -###=:::::-*###########%%%%%%%%#..
                          =###%#+::::-+*##########%%%%%%%%=..
                         .+######%%+-::-=**########%%%%%%%%*..
                         .+#########%%%%+-:--*######%%%#*====....
                         .############%%@@@@@@@@@@*===========:..
                         -############%%%@@@@@@#+=====---=--==-..
                        .#%###########%@@@@@@#====-=------------.
                       .############%%%@@@@%+=------------------.
                      :############%%%%%%%%=--------------------:.
                     -############%%%%%%%%+=::::::::::::::::----:..
                    .#############%%%%%%@#=-:::::::::::::::::::::..
                   .#############%%%%%%%@--::::::::::::::::::::::..
                   -###########%%%%%%%%@#-:::::::::::::::::::::::..
                   =########%%%##%%%%%@@=:..:::::::::::::::::::::..
                  .*######%@####*%%%%%@%:.....................:::..
                  :######%@#####*%%%%%@*........................:..
                 .*#####%@#####*#%%%%@@-.....................:::::.
                 :#####%@%#####*%@%%@@#:.......::::::::::::::::::*...
                 =#####@%%%####*%@%@@%-..........................*+..
                .*####@%%%%####*%@@@@#...........................:#*.
               .=####%@%%%%####*%@@@@:............................=#=..
               :####%@%%%%%####*%@@@=.............................:-#=.
              .=###%@@%%%%%####+%@@*..............................::-#-...
              .*###%@%%%%%%####+*@%:..............................::.:#:..
              =###%@@#%%%%%%###**%-.............................:::...=#..
             .*##%%@@#%%%%%%###*+=.............................::::....++...
            .-###%%@@#%%%%%%%###+=...........................:::::::....*-..
            .=###%%@@#%%%%%%%###*=..........................::::::::....=%..
            .+###%@@@%%%%%%%%###*+:.......................:::::::::::..::#+.
            .*##%%@@@@*%%%%%%####+:......................::::::::::::::::-#.
            .*%%%%%%@@%#%%%%%####*+......................:::::::::::::::::*=..
            .#%%%%%%@@@#%%%%%%####+....................:::::::::::::::::::#%..
            :#%%%%%%%@@%%%%%%%####*-.................:::::::::::::::::::::#%-.
            :#%%%%%%%%@@%%%%%%#####=.................:::::::::::::::::::::=%+.
            :#%%%%%%%%@@@%%%%%#####+:.............:::::::::::::::::-:::::::##.
            -#%%%%%%%%%@@%%%%%%####*:............::::::::::::::::::-:::::::-%:
            -#%%%%%%%%%@@@%%%%%#####-............:::::::::::::::::::::::::::%=
            -#%%%%%%%%%%@@%%%%%#####+..........::::::::::::::::::::.::::::::#*
            :#%%%%%%%%%%#@@%%%%#####*.........:::::::::::::::::::::..:::::::##.
            -%%%%%%%%%%%-@@%%%%%####*.......::::::::::::::::::::::...:::::::##.
            -%%%%%%%%%%*-%@%%%%%#####......:::::::::::::::::::::::...:::::::##.
            -%%%%%%%%%%+-*@@%%%%#####.....::::::::::::::::::::::::. ..-:::::%+.
            =%%%%%%%%%%--*@@%%%%####+....:::::::::::::::::::::::::. ..-::::*%-.
           .#%%%%%%%%%+--+@@%%%%%###-..:::::::::::::::::::::::::::. ..+:::*%%:.
           .%%%%%%%%%%---=@@%%%%%###:.:::::::::::::::::::::::::::.. ..*::%%%*..
           :%%%%%%%%%*--.=@%%%%%%##+.:::::::::::::::::::::::::--:.. ..%=+%%%:.
          .+%%%%%%%%%=-..+@%%%%%%##..::::::::::::::::::::::::---... ..%%%%%=..
          .*%%%%%%%%#-...#@%%%%%%#:::::::::::::::::::::::::----:.   ..#%%%+...
          :%%%%%%%%%:...:@%%%%%%%-::::::::::::::::::::::::-----..   ..=%%-..
         .*%%%%%%%%+....:@@%%%%%:::::::::::::::::::::::-------...     ....
         :%%%%%%%%%:....-%@@@@%:::::::::::::::::::::---------:...
        .+%%%%%%%%+.....:#@@@+::::::::::::::::::::----------:.
        :%%%%%%%%#.......+%*:::::::::::::::::::------------:..
       .%%%%%%%%@-.........:::::::::::::::----------------:.
      .*%%%%%%%@=........:::::::::::::------------------=...
     .+%%%%%%@%#:.......:::::::::::::....---------------....
    .+%%%%%@@@@-:......::::::::::::..    .=------------...
   .+%%@%@@@@@=::....:::::::::::::...    .-=--------==:..
  .#@@@@@@@@@*.::..:::::::::::::-:.       .=-=---=-=:=.
.*@@@@@@@@=%=...:..::::::::::::-:..       .=+**=++**-..

.:@%%%**+:.-…..:::::::::::–.. .%#######-:…. -%++-……. .. …::—:::——::.. .=##*************+=:… …##**=+#*-… .*#************#####*##*-. -#######**+=-:… .+##********#####*###%%#*+. :##*********###****+=:….-+++**####*#####**+-.:+*. .+#******####*****#%###*+:.. .+##**-..=#. .*##**********#%####%%%#*=… .. … …:::-+*####*#%###=…-. .-==+=…-.

Parameters:: prim – The primitive to check.
Returns:: true The primitive is a unary.
Returns:: false The primitive is NOT a unary.

static bool isBrgemm(TensorConfig::prim_t prim)¶

Indicates if a primitive fits the Brgemm generator.

Parameters:: prim – The primitive to check.
Returns:: true The primitive is a brgemm.
Returns:: false The primitive is NOT a brgemm.

static int32_t findMatch(const std::span<const TensorConfig::dim_t> &dim, const std::span<const TensorConfig::exec_t> &exec, TensorConfig::dim_t searchDim, TensorConfig::exec_t searchExec, uint32_t startIndex = 0)¶

Finds the matching index of the given pair of dim and exec types.

Parameters:

dim – The dimension types to search through.
exec – The execution types to search through.
searchDim – The acceptable dimension type.
searchExec – The acceptable execution type.
startIndex – The optional start index for the search.

Returns:

uint32_t The index of the found match. -1 if not match was found.

Private Functions

bool isValidPrimConfig(const std::span<const TensorConfig::dim_t> &dim, const std::span<const TensorConfig::exec_t> &exec)¶

Validates that exactly one m primitive dimension and one n primitive dimension exists.

Parameters:

dim – The dimension types to search through.
exec – The execution types to search through.

Returns:

true The configuration is a valid primitive setup.

Returns:

false The configuration is NOT a valid primitive setup.

bool isValidPrimStrides(const std::span<const TensorConfig::dim_t> &dim, const std::span<const TensorConfig::exec_t> &exec, const std::span<const int64_t> &strides_in0, const std::span<const int64_t> &strides_out, const TensorConfig::prim_t main_prim)¶

Validates that the strides of the m primitives and n primitives dimension are unit strides.

Parameters:

dim – The dimension types to search through.
exec – The execution types to search through.
prim_main – The main primitive of the tensor operation.

Returns:

true The configuration has valid strides.

Returns:

false The configuration does not have valid unit strides.

bool isValidKDim(const std::span<const TensorConfig::dim_t> &dim, const std::span<const TensorConfig::exec_t> &exec, const std::span<const int64_t> &strides_in1, const TensorConfig::prim_t prim)¶

Checks if the K dimension is valid for the given primitive.

Parameters:

dim – The dimension types to search through.
exec – The execution types to search through.
strides_in1 – The strides of the second input.
prim – The primitive i.e. Gemm or Brgemm to be executed.

Returns:

true The configuration is a valid setup.

Returns:

false The configuration is NOT a valid setup.

bool isSortedConfiguration(const std::span<const TensorConfig::exec_t> &exec)¶

Checks if the configuration is sorted such that the primitives are last.

Parameters:: exec – The execution types of the configuration.
Returns:: true The configuration align with the requirement.
Returns:: false The configuration NOT algin with the requirement.

Unary::error_t generateUnary(Unary &unary, TensorConfig::prim_t prim, const std::span<const int64_t> &dim_sizes, bool isTranspose)¶

Generates the unary kernel.

Parameters:

unary – The unary used for generation.
prim – The primitive that is generated.
dim_sizes – The sizes of each dimension.
isTranspose – Indicates if the unary is executes a tranpose operation.

Returns:

Unary::error_t

Private Members

TensorConfig config¶

TensorConfig::dtype_t dtype¶

TensorConfig::prim_t prim_first = TensorConfig::prim_t::none ¶

TensorConfig::prim_t prim_main = TensorConfig::prim_t::none ¶

TensorConfig::prim_t prim_last = TensorConfig::prim_t::none ¶

std::span<const TensorConfig::dim_t> dim_types¶

std::span<const TensorConfig::exec_t> exec_types¶

std::span<const int64_t> dim_sizes¶

std::span<const int64_t> strides_in0¶

std::span<const int64_t> strides_in1¶

std::span<const int64_t> strides_out¶

int32_t indexPrimM = -1¶

int32_t indexPrimN = -1¶

int32_t indexPrimK = -1¶

int32_t indexPrimBatch = -1¶

std::variant<Brgemm, Unary> first_touch¶

std::variant<Brgemm, Unary> main_kernel¶

std::variant<Brgemm, Unary> last_touch¶

bool isParallel = false¶

bool isTranspose = false¶

bool hasSetupError = false¶

class TensorOptimization¶

Public Functions

TensorConfig optimize(TensorConfig config)¶

Optimize the given configuration.

Parameters:: config – The configuration to be optimized.
Returns:: TensorConfig The optimized configuration.

TensorConfig optimize_primitive_identification(TensorConfig config)¶

Optimizes the config by identifying the primitive dimension.

Parameters:: config – The configuration to be optimized.
Returns:: TensorConfig The optimized configuration.

TensorConfig optimize_shared_identification(TensorConfig config)¶

Optimizes the config by identifying the shared dimension.

Parameters:: config – The configuration to be optimized.
Returns:: TensorConfig The optimized configuration.

TensorConfig optimize_dimension_reordering_shared(TensorConfig config)¶

Optimizes the config by dimension reordering favoring the shared optimization.

Parameters:: config – The configuration to be optimized.
Returns:: TensorConfig The optimized configuration.

TensorConfig optimize_dimension_reordering_fusing(TensorConfig config)¶

Optimizes the config by dimension reordering favoring the dimension fusing optimization.

Parameters:: config – The configuration to be optimized.
Returns:: TensorConfig The optimized configuration.

TensorConfig optimize_dimension_splitting(TensorConfig config)¶

Optimizes the config by splitting the dimensions.

Parameters:: config – The configuration to be optimized.
Returns:: TensorConfig The optimized configuration.

TensorConfig optimize_dimension_fusing(TensorConfig config)¶

Optimizes the config by fusing the dimensions.

Parameters:: config – The configuration to be optimized.
Returns:: TensorConfig The optimized configuration.

Private Functions

void _reorder_helper_adjust_index(int32_t index, int32_t adjust_index, int32_t &primitive_m, int32_t &primitive_n, int32_t &primitive_k1, int32_t &primitive_k2)¶

Adjusts the primitive index based on the new index.

Parameters:

new_index – The index to adjust.
adjust_index – The index set for adjustment.
primitive_m – The m primitive index.
primitive_n – The n primitive index.
primitive_k1 – The k1 primitive index.
primitive_k2 – The k2 primitive index.

void _primitive_identification(TensorConfig &config)¶

Runs the optimization primitive identification.

Parameters:: config – The configuration object to use.

void _shared_identification(TensorConfig &config)¶

Runs the optimization shared identification.

Parameters:: config – The configuration object to use.

void _dimension_reordering_shared(TensorConfig &config)¶

Runs the optimization dimension reordering favoring the shared optimization.

Parameters:: config – The configuration object to use.

void _dimension_reordering_fusing(TensorConfig &config)¶

Runs the optimization dimension reordering favoring the dimension fusing optimization.

Parameters:: config – The configuration object to use.

void _swap_elements(TensorConfig &config, size_t index1, size_t index2)¶

Swaps two elements in the vectors of the config.

Parameters:

config – The configuration object to use.
index1 – The index of element 1 to be set a position of index2.
index2 – The index of element 2 ot be set a position of index1.

void _move_elements(TensorConfig &config, size_t old_index, size_t new_index)¶

Moves an element from the old index to the new index position.

Parameters:

config – The configuration object to use.
old_index – The index on the current postion.
new_index – The index that should be the new position.

void _dimension_splitting(TensorConfig &config)¶

Runs the optimization dimension splitting.

Parameters:: config – The configuration object to use.

void _dimension_fusing(TensorConfig &config)¶

Runs the optimization dimension fusing.

Parameters:: config – The configuration object to use.

Private Members

const int thread_count = 1¶: The number of processors to use for parallel work.

const double maximum_inbalanced_parallel_precentage = 1.0 / 100¶: The inbalanced percentage of parallelism that can be achieved.

const uint32_t fuse_split_dimension_size = 256¶: The dimension count when fusing or splitting is applied.

class Unary¶

Public Types

enum class dtype_t : uint32_t¶

data type

Values:

enumerator fp32¶

enumerator fp64¶

enum class ptype_t : uint32_t¶

primitive type

Values:

enumerator zero¶

enumerator identity¶

enumerator relu¶

enum class error_t : int32_t¶

error codes

Values:

enumerator success¶

enumerator err_wrong_dtype¶

enumerator err_wrong_dimension¶

using kernel_t = void (*)(void const *a, void *b, int64_t ld_a, int64_t ld_b)¶

Public Functions

error_t generate(uint32_t m, uint32_t n, uint32_t trans_b, dtype_t dtype, ptype_t ptype)¶

Generate a kernel for a unary primitive.

Parameters:

m – Number of rows in A and B.
n – Number of columns in A and B.
trans_b – 0 if B is stored in column-major order, 1 if B is stored in row-major order.
dtype – Data type of the matrices.
ptype – Primitive type.

Returns:

error_t::success on success, another error_t value otherwise.

kernel_t get_kernel() const¶

Get the generated kernel: B := op(A).

Returns:: pointer to the generated kernel.

void write_kernel_to_file(const char *path) const¶

Writes the current kernel into a file.

Parameters:: path – The file to write the kernel to.

Private Functions

void fill_with_zero_unary_column_major_fp32(uint32_t m, uint32_t n)¶

Fills the kernel with a suitable zero unary in column major format, and fp32 datatype.

Parameters:

m – numbers of rows in A and B.
n – numbers of columns in A and B.

void identity_unary_fp32(uint32_t m, uint32_t n, uint32_t trans_b)¶

Does a identity unary on a matrix in column major format, and fp32 datatype.

Parameters:

m – numbers of rows in A and B.
n – numbers of columns in A and B.
trans_b – transpose A (0 no, 1 yes)

void relu_unary_fp32(uint32_t m, uint32_t n, uint32_t trans_b)¶

Does a relu unary on a matrix in column major format, and fp32 datatype.

Parameters:

m – numbers of rows in A and B.
n – numbers of columns in A and B.
trans_b – transpose A (0 no, 1 yes)

Private Members

kernel_t kernel = nullptr¶

mini_jit::Kernel native_kernel¶

arm_instructions¶

enum class mini_jit::arm_instructions::R32Bit : uint32_t¶

32 bit sized general purpose register

Values:

enumerator w0¶: 32 bit parameter/result register (caller-saved)

enumerator w1¶: 32 bit parameter/result register (caller-saved)

enumerator w2¶: 32 bit parameter/result register (caller-saved)

enumerator w3¶: 32 bit parameter/result register (caller-saved)

enumerator w4¶: 32 bit parameter/result register (caller-saved)

enumerator w5¶: 32 bit parameter/result register (caller-saved)

enumerator w6¶: 32 bit parameter/result register (caller-saved)

enumerator w7¶: 32 bit parameter/result register (caller-saved)

enumerator w8¶: 32 bit scratch register (caller-saved)

enumerator w9¶: 32 bit scratch register (caller-saved)

enumerator w10¶: 32 bit scratch register (caller-saved)

enumerator w11¶: 32 bit scratch register (caller-saved)

enumerator w12¶: 32 bit scratch register (caller-saved)

enumerator w13¶: 32 bit scratch register (caller-saved)

enumerator w14¶: 32 bit scratch register (caller-saved)

enumerator w15¶: 32 bit scratch register (caller-saved)

enumerator w16¶: 32 bit scratch register (caller-saved)

enumerator w17¶: 32 bit scratch register (caller-saved)

enumerator w19¶: 32 bit scratch register (callee-saved)

enumerator w20¶: 32 bit scratch register (callee-saved)

enumerator w21¶: 32 bit scratch register (callee-saved)

enumerator w22¶: 32 bit scratch register (callee-saved)

enumerator w23¶: 32 bit scratch register (callee-saved)

enumerator w24¶: 32 bit scratch register (callee-saved)

enumerator w25¶: 32 bit scratch register (callee-saved)

enumerator w26¶: 32 bit scratch register (callee-saved)

enumerator w27¶: 32 bit scratch register (callee-saved)

enumerator w28¶: 32 bit scratch register (callee-saved)

enumerator w29¶: 32 bit scratch register (callee-saved)

enumerator w30¶: 32 bit scratch register (callee-saved)

enumerator wsp¶: 32 bit stack pointer

enumerator wzr¶: 32 bit zero register

enum class mini_jit::arm_instructions::R64Bit : uint32_t¶

64 bit sized general purpose register, including stack pointer

Values:

enumerator x0¶: 64 bit parameter/result register (caller-saved)

enumerator x1¶: 64 bit parameter/result register (caller-saved)

enumerator x2¶: 64 bit parameter/result register (caller-saved)

enumerator x3¶: 64 bit parameter/result register (caller-saved)

enumerator x4¶: 64 bit parameter/result register (caller-saved)

enumerator x5¶: 64 bit parameter/result register (caller-saved)

enumerator x6¶: 64 bit parameter/result register (caller-saved)

enumerator x7¶: 64 bit parameter/result register (caller-saved)

enumerator x8¶: 64 bit scratch register (caller-saved)

enumerator x9¶: 64 bit scratch register (caller-saved)

enumerator x10¶: 64 bit scratch register (caller-saved)

enumerator x11¶: 64 bit scratch register (caller-saved)

enumerator x12¶: 64 bit scratch register (caller-saved)

enumerator x13¶: 64 bit scratch register (caller-saved)

enumerator x14¶: 64 bit scratch register (caller-saved)

enumerator x15¶: 64 bit scratch register (caller-saved)

enumerator x16¶: 64 bit scratch register (caller-saved)

enumerator x17¶: 64 bit scratch register (caller-saved)

enumerator x19¶: 64 bit scratch register (callee-saved)

enumerator x20¶: 64 bit scratch register (callee-saved)

enumerator x21¶: 64 bit scratch register (callee-saved)

enumerator x22¶: 64 bit scratch register (callee-saved)

enumerator x23¶: 64 bit scratch register (callee-saved)

enumerator x24¶: 64 bit scratch register (callee-saved)

enumerator x25¶: 64 bit scratch register (callee-saved)

enumerator x26¶: 64 bit scratch register (callee-saved)

enumerator x27¶: 64 bit scratch register (callee-saved)

enumerator x28¶: 64 bit scratch register (callee-saved)

enumerator x29¶: frame pointer register (callee-saved)

enumerator x30¶: link register (callee-saved)

enumerator fp¶: frame pointer register (callee-saved)

enumerator lr¶: link register (callee-saved)

enumerator sp¶: stack pointer register

enumerator xzr¶: 64 bit zero register

enum class mini_jit::arm_instructions::ShiftLSL¶

Represents the Logical Shift Left option.

Values:

enumerator LSL¶: Represents the Logical Shift Left option.

enum class mini_jit::arm_instructions::ShiftLSR¶

Represents the Logical Shift Right option.

Values:

enumerator LSR¶: Represents the Logical Shift Right option.

enum class mini_jit::arm_instructions::ShiftASR¶

Represents the Arithmetic Shift Right option.

Values:

enumerator ASR¶: Represents the Arithmetic Shift Right option.

enum class mini_jit::arm_instructions::ShiftROR¶

Represents the ROtate Right option.

Values:

enumerator ROR¶: Represents the ROtate Right option.

enum class mini_jit::arm_instructions::V8Bit : uint32_t¶

Byte sized vector register B0 - B31.

Values:

enumerator b0¶: 8 bit parameter/result register (caller-saved)

enumerator b1¶: 8 bit parameter/result register (caller-saved)

enumerator b2¶: 8 bit parameter/result register (caller-saved)

enumerator b3¶: 8 bit parameter/result register (caller-saved)

enumerator b4¶: 8 bit parameter/result register (caller-saved)

enumerator b5¶: 8 bit parameter/result register (caller-saved)

enumerator b6¶: 8 bit parameter/result register (caller-saved)

enumerator b7¶: 8 bit parameter/result register (caller-saved)

enumerator b8¶: 8 bit scratch register (callee-saved, lower 64 bits)

enumerator b9¶: 8 bit scratch register (callee-saved, lower 64 bits)

enumerator b10¶: 8 bit scratch register (callee-saved, lower 64 bits)

enumerator b11¶: 8 bit scratch register (callee-saved, lower 64 bits)

enumerator b12¶: 8 bit scratch register (callee-saved, lower 64 bits)

enumerator b13¶: 8 bit scratch register (callee-saved, lower 64 bits)

enumerator b14¶: 8 bit scratch register (callee-saved, lower 64 bits)

enumerator b15¶: 8 bit scratch register (callee-saved, lower 64 bits)

enumerator b16¶: 8 bit scratch register (caller-saved)

enumerator b17¶: 8 bit scratch register (caller-saved)

enumerator b18¶: 8 bit scratch register (caller-saved)

enumerator b19¶: 8 bit scratch register (caller-saved)

enumerator b20¶: 8 bit scratch register (caller-saved)

enumerator b21¶: 8 bit scratch register (caller-saved)

enumerator b22¶: 8 bit scratch register (caller-saved)

enumerator b23¶: 8 bit scratch register (caller-saved)

enumerator b24¶: 8 bit scratch register (caller-saved)

enumerator b25¶: 8 bit scratch register (caller-saved)

enumerator b26¶: 8 bit scratch register (caller-saved)

enumerator b27¶: 8 bit scratch register (caller-saved)

enumerator b28¶: 8 bit scratch register (caller-saved)

enumerator b29¶: 8 bit scratch register (caller-saved)

enumerator b30¶: 8 bit scratch register (caller-saved)

enumerator b31¶: 8 bit scratch register (caller-saved)

enum class mini_jit::arm_instructions::V16Bit : uint32_t¶

Half word sized vector register H0 - H31.

Values:

enumerator h0¶: 16 bit parameter/result register (caller-saved)

enumerator h1¶: 16 bit parameter/result register (caller-saved)

enumerator h2¶: 16 bit parameter/result register (caller-saved)

enumerator h3¶: 16 bit parameter/result register (caller-saved)

enumerator h4¶: 16 bit parameter/result register (caller-saved)

enumerator h5¶: 16 bit parameter/result register (caller-saved)

enumerator h6¶: 16 bit parameter/result register (caller-saved)

enumerator h7¶: 16 bit parameter/result register (caller-saved)

enumerator h8¶: 16 bit scratch register (caller-saved)

enumerator h9¶: 16 bit scratch register (callee-saved, lower 64 bits)

enumerator h10¶: 16 bit scratch register (callee-saved, lower 64 bits)

enumerator h11¶: 16 bit scratch register (callee-saved, lower 64 bits)

enumerator h12¶: 16 bit scratch register (callee-saved, lower 64 bits)

enumerator h13¶: 16 bit scratch register (callee-saved, lower 64 bits)

enumerator h14¶: 16 bit scratch register (callee-saved, lower 64 bits)

enumerator h15¶: 16 bit scratch register (callee-saved, lower 64 bits)

enumerator h16¶: 16 bit scratch register (caller-saved)

enumerator h17¶: 16 bit scratch register (caller-saved)

enumerator h18¶: 16 bit scratch register (caller-saved)

enumerator h19¶: 16 bit scratch register (caller-saved)

enumerator h20¶: 16 bit scratch register (caller-saved)

enumerator h21¶: 16 bit scratch register (caller-saved)

enumerator h22¶: 16 bit scratch register (caller-saved)

enumerator h23¶: 16 bit scratch register (caller-saved)

enumerator h24¶: 16 bit scratch register (caller-saved)

enumerator h25¶: 16 bit scratch register (caller-saved)

enumerator h26¶: 16 bit scratch register (caller-saved)

enumerator h27¶: 16 bit scratch register (caller-saved)

enumerator h28¶: 16 bit scratch register (caller-saved)

enumerator h29¶: 16 bit scratch register (caller-saved)

enumerator h30¶: 16 bit scratch register (caller-saved)

enumerator h31¶: 16 bit scratch register (caller-saved)

enum class mini_jit::arm_instructions::V32Bit : uint32_t¶

Word sized vector register S0 - S31.

Values:

enumerator s0¶: 32 bit parameter/result register (caller-saved)

enumerator s1¶: 32 bit parameter/result register (caller-saved)

enumerator s2¶: 32 bit parameter/result register (caller-saved)

enumerator s3¶: 32 bit parameter/result register (caller-saved)

enumerator s4¶: 32 bit parameter/result register (caller-saved)

enumerator s5¶: 32 bit parameter/result register (caller-saved)

enumerator s6¶: 32 bit parameter/result register (caller-saved)

enumerator s7¶: 32 bit parameter/result register (caller-saved)

enumerator s8¶: 32 bit scratch register (caller-saved)

enumerator s9¶: 32 bit scratch register (callee-saved, lower 64 bits)

enumerator s10¶: 32 bit scratch register (callee-saved, lower 64 bits)

enumerator s11¶: 32 bit scratch register (callee-saved, lower 64 bits)

enumerator s12¶: 32 bit scratch register (callee-saved, lower 64 bits)

enumerator s13¶: 32 bit scratch register (callee-saved, lower 64 bits)

enumerator s14¶: 32 bit scratch register (callee-saved, lower 64 bits)

enumerator s15¶: 32 bit scratch register (callee-saved, lower 64 bits)

enumerator s16¶: 32 bit scratch register (caller-saved)

enumerator s17¶: 32 bit scratch register (caller-saved)

enumerator s18¶: 32 bit scratch register (caller-saved)

enumerator s19¶: 32 bit scratch register (caller-saved)

enumerator s20¶: 32 bit scratch register (caller-saved)

enumerator s21¶: 32 bit scratch register (caller-saved)

enumerator s22¶: 32 bit scratch register (caller-saved)

enumerator s23¶: 32 bit scratch register (caller-saved)

enumerator s24¶: 32 bit scratch register (caller-saved)

enumerator s25¶: 32 bit scratch register (caller-saved)

enumerator s26¶: 32 bit scratch register (caller-saved)

enumerator s27¶: 32 bit scratch register (caller-saved)

enumerator s28¶: 32 bit scratch register (caller-saved)

enumerator s29¶: 32 bit scratch register (caller-saved)

enumerator s30¶: 32 bit scratch register (caller-saved)

enumerator s31¶: 32 bit scratch register (caller-saved)

enum class mini_jit::arm_instructions::V64Bit : uint32_t¶

Double word sized vector register D0 - D31.

Values:

enumerator d0¶: 64 bit parameter/result register (caller-saved)

enumerator d1¶: 64 bit parameter/result register (caller-saved)

enumerator d2¶: 64 bit parameter/result register (caller-saved)

enumerator d3¶: 64 bit parameter/result register (caller-saved)

enumerator d4¶: 64 bit parameter/result register (caller-saved)

enumerator d5¶: 64 bit parameter/result register (caller-saved)

enumerator d6¶: 64 bit parameter/result register (caller-saved)

enumerator d7¶: 64 bit parameter/result register (caller-saved)

enumerator d8¶: 64 bit scratch register (caller-saved)

enumerator d9¶: 64 bit scratch register (callee-saved, lower 64 bits)

enumerator d10¶: 64 bit scratch register (callee-saved, lower 64 bits)

enumerator d11¶: 64 bit scratch register (callee-saved, lower 64 bits)

enumerator d12¶: 64 bit scratch register (callee-saved, lower 64 bits)

enumerator d13¶: 64 bit scratch register (callee-saved, lower 64 bits)

enumerator d14¶: 64 bit scratch register (callee-saved, lower 64 bits)

enumerator d15¶: 64 bit scratch register (callee-saved, lower 64 bits)

enumerator d16¶: 64 bit scratch register (caller-saved)

enumerator d17¶: 64 bit scratch register (caller-saved)

enumerator d18¶: 64 bit scratch register (caller-saved)

enumerator d19¶: 64 bit scratch register (caller-saved)

enumerator d20¶: 64 bit scratch register (caller-saved)

enumerator d21¶: 64 bit scratch register (caller-saved)

enumerator d22¶: 64 bit scratch register (caller-saved)

enumerator d23¶: 64 bit scratch register (caller-saved)

enumerator d24¶: 64 bit scratch register (caller-saved)

enumerator d25¶: 64 bit scratch register (caller-saved)

enumerator d26¶: 64 bit scratch register (caller-saved)

enumerator d27¶: 64 bit scratch register (caller-saved)

enumerator d28¶: 64 bit scratch register (caller-saved)

enumerator d29¶: 64 bit scratch register (caller-saved)

enumerator d30¶: 64 bit scratch register (caller-saved)

enumerator d31¶: 64 bit scratch register (caller-saved)

enum class mini_jit::arm_instructions::V128Bit : uint32_t¶

Quad word sized vector register Q0 - Q31.

Values:

enumerator q0¶: 128 bit parameter/result register (caller-saved)

enumerator q1¶: 128 bit parameter/result register (caller-saved)

enumerator q2¶: 128 bit parameter/result register (caller-saved)

enumerator q3¶: 128 bit parameter/result register (caller-saved)

enumerator q4¶: 128 bit parameter/result register (caller-saved)

enumerator q5¶: 128 bit parameter/result register (caller-saved)

enumerator q6¶: 128 bit parameter/result register (caller-saved)

enumerator q7¶: 128 bit parameter/result register (caller-saved)

enumerator q8¶: 128 bit scratch register (caller-saved)

enumerator q9¶: 128 bit scratch register (callee-saved, lower 128 bits)

enumerator q10¶: 128 bit scratch register (callee-saved, lower 128 bits)

enumerator q11¶: 128 bit scratch register (callee-saved, lower 128 bits)

enumerator q12¶: 128 bit scratch register (callee-saved, lower 128 bits)

enumerator q13¶: 128 bit scratch register (callee-saved, lower 128 bits)

enumerator q14¶: 128 bit scratch register (callee-saved, lower 128 bits)

enumerator q15¶: 128 bit scratch register (callee-saved, lower 128 bits)

enumerator q16¶: 128 bit scratch register (caller-saved)

enumerator q17¶: 128 bit scratch register (caller-saved)

enumerator q18¶: 128 bit scratch register (caller-saved)

enumerator q19¶: 128 bit scratch register (caller-saved)

enumerator q20¶: 128 bit scratch register (caller-saved)

enumerator q21¶: 128 bit scratch register (caller-saved)

enumerator q22¶: 128 bit scratch register (caller-saved)

enumerator q23¶: 128 bit scratch register (caller-saved)

enumerator q24¶: 128 bit scratch register (caller-saved)

enumerator q25¶: 128 bit scratch register (caller-saved)

enumerator q26¶: 128 bit scratch register (caller-saved)

enumerator q27¶: 128 bit scratch register (caller-saved)

enumerator q28¶: 128 bit scratch register (caller-saved)

enumerator q29¶: 128 bit scratch register (caller-saved)

enumerator q30¶: 128 bit scratch register (caller-saved)

enumerator q31¶: 128 bit scratch register (caller-saved)

enum class mini_jit::arm_instructions::VGeneral¶

General vector register of V0 - V31.

Values:

enumerator v0¶: 128 bit parameter/result register (caller-saved)

enumerator v1¶: 128 bit parameter/result register (caller-saved)

enumerator v2¶: 128 bit parameter/result register (caller-saved)

enumerator v3¶: 128 bit parameter/result register (caller-saved)

enumerator v4¶: 128 bit parameter/result register (caller-saved)

enumerator v5¶: 128 bit parameter/result register (caller-saved)

enumerator v6¶: 128 bit parameter/result register (caller-saved)

enumerator v7¶: 128 bit parameter/result register (caller-saved)

enumerator v8¶: 128 bit scratch register (caller-saved)

enumerator v9¶: 128 bit scratch register (callee-saved, lower 128 bits)

enumerator v10¶: 128 bit scratch register (callee-saved, lower 128 bits)

enumerator v11¶: 128 bit scratch register (callee-saved, lower 128 bits)

enumerator v12¶: 128 bit scratch register (callee-saved, lower 128 bits)

enumerator v13¶: 128 bit scratch register (callee-saved, lower 128 bits)

enumerator v14¶: 128 bit scratch register (callee-saved, lower 128 bits)

enumerator v15¶: 128 bit scratch register (callee-saved, lower 128 bits)

enumerator v16¶: 128 bit scratch register (caller-saved)

enumerator v17¶: 128 bit scratch register (caller-saved)

enumerator v18¶: 128 bit scratch register (caller-saved)

enumerator v19¶: 128 bit scratch register (caller-saved)

enumerator v20¶: 128 bit scratch register (caller-saved)

enumerator v21¶: 128 bit scratch register (caller-saved)

enumerator v22¶: 128 bit scratch register (caller-saved)

enumerator v23¶: 128 bit scratch register (caller-saved)

enumerator v24¶: 128 bit scratch register (caller-saved)

enumerator v25¶: 128 bit scratch register (caller-saved)

enumerator v26¶: 128 bit scratch register (caller-saved)

enumerator v27¶: 128 bit scratch register (caller-saved)

enumerator v28¶: 128 bit scratch register (caller-saved)

enumerator v29¶: 128 bit scratch register (caller-saved)

enumerator v30¶: 128 bit scratch register (caller-saved)

enumerator v31¶: 128 bit scratch register (caller-saved)

enum class mini_jit::arm_instructions::VType8x8Bit : uint32_t¶

Use 8 Byte sized vectors.

Values:

enumerator t8B¶: Use 8 Byte sized vectors.

enum class mini_jit::arm_instructions::VType16x8Bit : uint32_t¶

Use 16 Byte sized vectors.

Values:

enumerator t16B¶: Use 16 Byte sized vectors.

enum class mini_jit::arm_instructions::VType4x16Bit : uint32_t¶

Use 4 half word (16 Bit) sized vectors.

Values:

enumerator t4H¶: Use 4 half word (16 Bit) sized vectors.

enum class mini_jit::arm_instructions::VType8x16Bit : uint32_t¶

Use 8 half word (16 Bit) sized vectors.

Values:

enumerator t8H¶: Use 8 half word (16 Bit) sized vectors.

enum class mini_jit::arm_instructions::VType2x32Bit : uint32_t¶

Use 2 word (32 Bit) sized vectors.

Values:

enumerator t2S¶: Use 2 word (32 Bit) sized vectors.

enum class mini_jit::arm_instructions::VType4x32Bit : uint32_t¶

Use 4 word (32 Bit) sized vectors.

Values:

enumerator t4S¶: Use 4 word (32 Bit) sized vectors.

enum class mini_jit::arm_instructions::VType1x64Bit : uint32_t¶

Use 1 double word (64 Bit) sized vector.

Values:

enumerator t1D¶: Use 1 double word (64 Bit) sized vector.

enum class mini_jit::arm_instructions::VType2x64Bit : uint32_t¶

Use 2 double word (64 Bit) sized vector.

Values:

enumerator t2D¶: Use 2 double word (64 Bit) sized vector.

const uint32_t mini_jit::arm_instructions::mask1 = 0b1¶

const uint32_t mini_jit::arm_instructions::mask2 = 0b11¶

const uint32_t mini_jit::arm_instructions::mask3 = 0b111¶

const uint32_t mini_jit::arm_instructions::mask4 = 0b1111¶

const uint32_t mini_jit::arm_instructions::mask5 = 0b1'1111¶

const uint32_t mini_jit::arm_instructions::mask6 = 0b11'1111¶

const uint32_t mini_jit::arm_instructions::mask7 = 0b111'1111¶

const uint32_t mini_jit::arm_instructions::mask8 = 0b1111'1111¶

const uint32_t mini_jit::arm_instructions::mask9 = 0b1'1111'1111¶

const uint32_t mini_jit::arm_instructions::mask10 = 0b11'1111'1111¶

const uint32_t mini_jit::arm_instructions::mask11 = 0b111'1111'1111¶

const uint32_t mini_jit::arm_instructions::mask12 = 0b1111'1111'1111¶

const uint32_t mini_jit::arm_instructions::mask13 = 0b1'1111'1111'1111¶

const uint32_t mini_jit::arm_instructions::mask14 = 0b11'1111'1111'1111¶

const uint32_t mini_jit::arm_instructions::mask15 = 0b111'1111'1111'1111¶

const uint32_t mini_jit::arm_instructions::mask16 = 0b1111'1111'1111'1111¶

const uint32_t mini_jit::arm_instructions::mask17 = 0b1'1111'1111'1111'1111¶

const uint32_t mini_jit::arm_instructions::mask18 = 0b11'1111'1111'1111'1111¶

const uint32_t mini_jit::arm_instructions::mask19 = 0b111'1111'1111'1111'1111¶

const R32Bit mini_jit::arm_instructions::w0 = R32Bit::w0 ¶: 32 bit parameter/result register (caller-saved)

const R32Bit mini_jit::arm_instructions::w1 = R32Bit::w1 ¶: 32 bit parameter/result register (caller-saved)

const R32Bit mini_jit::arm_instructions::w2 = R32Bit::w2 ¶: 32 bit parameter/result register (caller-saved)

const R32Bit mini_jit::arm_instructions::w3 = R32Bit::w3 ¶: 32 bit parameter/result register (caller-saved)

const R32Bit mini_jit::arm_instructions::w4 = R32Bit::w4 ¶: 32 bit parameter/result register (caller-saved)

const R32Bit mini_jit::arm_instructions::w5 = R32Bit::w5 ¶: 32 bit parameter/result register (caller-saved)

const R32Bit mini_jit::arm_instructions::w6 = R32Bit::w6 ¶: 32 bit parameter/result register (caller-saved)

const R32Bit mini_jit::arm_instructions::w7 = R32Bit::w7 ¶: 32 bit parameter/result register (caller-saved)

const R32Bit mini_jit::arm_instructions::w8 = R32Bit::w8 ¶: 32 bit scratch register (caller-saved)

const R32Bit mini_jit::arm_instructions::w9 = R32Bit::w9 ¶: 32 bit scratch register (caller-saved)

const R32Bit mini_jit::arm_instructions::w10 = R32Bit::w10 ¶: 32 bit scratch register (caller-saved)

const R32Bit mini_jit::arm_instructions::w11 = R32Bit::w11 ¶: 32 bit scratch register (caller-saved)

const R32Bit mini_jit::arm_instructions::w12 = R32Bit::w12 ¶: 32 bit scratch register (caller-saved)

const R32Bit mini_jit::arm_instructions::w13 = R32Bit::w13 ¶: 32 bit scratch register (caller-saved)

const R32Bit mini_jit::arm_instructions::w14 = R32Bit::w14 ¶: 32 bit scratch register (caller-saved)

const R32Bit mini_jit::arm_instructions::w15 = R32Bit::w15 ¶: 32 bit scratch register (caller-saved)

const R32Bit mini_jit::arm_instructions::w16 = R32Bit::w16 ¶: 32 bit scratch register (caller-saved)

const R32Bit mini_jit::arm_instructions::w17 = R32Bit::w17 ¶: 32 bit scratch register (caller-saved)

const R32Bit mini_jit::arm_instructions::w19 = R32Bit::w19 ¶: 32 bit scratch register (callee-saved)

const R32Bit mini_jit::arm_instructions::w20 = R32Bit::w20 ¶: 32 bit scratch register (callee-saved)

const R32Bit mini_jit::arm_instructions::w21 = R32Bit::w21 ¶: 32 bit scratch register (callee-saved)

const R32Bit mini_jit::arm_instructions::w22 = R32Bit::w22 ¶: 32 bit scratch register (callee-saved)

const R32Bit mini_jit::arm_instructions::w23 = R32Bit::w23 ¶: 32 bit scratch register (callee-saved)

const R32Bit mini_jit::arm_instructions::w24 = R32Bit::w24 ¶: 32 bit scratch register (callee-saved)

const R32Bit mini_jit::arm_instructions::w25 = R32Bit::w25 ¶: 32 bit scratch register (callee-saved)

const R32Bit mini_jit::arm_instructions::w26 = R32Bit::w26 ¶: 32 bit scratch register (callee-saved)

const R32Bit mini_jit::arm_instructions::w27 = R32Bit::w27 ¶: 32 bit scratch register (callee-saved)

const R32Bit mini_jit::arm_instructions::w28 = R32Bit::w28 ¶: 32 bit scratch register (callee-saved)

const R32Bit mini_jit::arm_instructions::w29 = R32Bit::w29 ¶: 32 bit scratch register (callee-saved)

const R32Bit mini_jit::arm_instructions::w30 = R32Bit::w30 ¶: 32 bit scratch register (callee-saved)

const R32Bit mini_jit::arm_instructions::wsp = R32Bit::wsp ¶: 32 bit stack pointer

const R32Bit mini_jit::arm_instructions::wzr = R32Bit::wzr ¶: 32 bit zero register

const R64Bit mini_jit::arm_instructions::x0 = R64Bit::x0 ¶: 64 bit parameter/result register (caller-saved)

const R64Bit mini_jit::arm_instructions::x1 = R64Bit::x1 ¶: 64 bit parameter/result register (caller-saved)

const R64Bit mini_jit::arm_instructions::x2 = R64Bit::x2 ¶: 64 bit parameter/result register (caller-saved)

const R64Bit mini_jit::arm_instructions::x3 = R64Bit::x3 ¶: 64 bit parameter/result register (caller-saved)

const R64Bit mini_jit::arm_instructions::x4 = R64Bit::x4 ¶: 64 bit parameter/result register (caller-saved)

const R64Bit mini_jit::arm_instructions::x5 = R64Bit::x5 ¶: 64 bit parameter/result register (caller-saved)

const R64Bit mini_jit::arm_instructions::x6 = R64Bit::x6 ¶: 64 bit parameter/result register (caller-saved)

const R64Bit mini_jit::arm_instructions::x7 = R64Bit::x7 ¶: 64 bit parameter/result register (caller-saved)

const R64Bit mini_jit::arm_instructions::x8 = R64Bit::x8 ¶: 64 bit scratch register (caller-saved)

const R64Bit mini_jit::arm_instructions::x9 = R64Bit::x9 ¶: 64 bit scratch register (caller-saved)

const R64Bit mini_jit::arm_instructions::x10 = R64Bit::x10 ¶: 64 bit scratch register (caller-saved)

const R64Bit mini_jit::arm_instructions::x11 = R64Bit::x11 ¶: 64 bit scratch register (caller-saved)

const R64Bit mini_jit::arm_instructions::x12 = R64Bit::x12 ¶: 64 bit scratch register (caller-saved)

const R64Bit mini_jit::arm_instructions::x13 = R64Bit::x13 ¶: 64 bit scratch register (caller-saved)

const R64Bit mini_jit::arm_instructions::x14 = R64Bit::x14 ¶: 64 bit scratch register (caller-saved)

const R64Bit mini_jit::arm_instructions::x15 = R64Bit::x15 ¶: 64 bit scratch register (caller-saved)

const R64Bit mini_jit::arm_instructions::x16 = R64Bit::x16 ¶: 64 bit scratch register (caller-saved)

const R64Bit mini_jit::arm_instructions::x17 = R64Bit::x17 ¶: 64 bit scratch register (caller-saved)

const R64Bit mini_jit::arm_instructions::x19 = R64Bit::x19 ¶: 64 bit scratch register (callee-saved)

const R64Bit mini_jit::arm_instructions::x20 = R64Bit::x20 ¶: 64 bit scratch register (callee-saved)

const R64Bit mini_jit::arm_instructions::x21 = R64Bit::x21 ¶: 64 bit scratch register (callee-saved)

const R64Bit mini_jit::arm_instructions::x22 = R64Bit::x22 ¶: 64 bit scratch register (callee-saved)

const R64Bit mini_jit::arm_instructions::x23 = R64Bit::x23 ¶: 64 bit scratch register (callee-saved)

const R64Bit mini_jit::arm_instructions::x24 = R64Bit::x24 ¶: 64 bit scratch register (callee-saved)

const R64Bit mini_jit::arm_instructions::x25 = R64Bit::x25 ¶: 64 bit scratch register (callee-saved)

const R64Bit mini_jit::arm_instructions::x26 = R64Bit::x26 ¶: 64 bit scratch register (callee-saved)

const R64Bit mini_jit::arm_instructions::x27 = R64Bit::x27 ¶: 64 bit scratch register (callee-saved)

const R64Bit mini_jit::arm_instructions::x28 = R64Bit::x28 ¶: 64 bit scratch register (callee-saved)

const R64Bit mini_jit::arm_instructions::x29 = R64Bit::x29 ¶: 64 bit scratch register (callee-saved)

const R64Bit mini_jit::arm_instructions::x30 = R64Bit::x30 ¶: 64 bit scratch register (callee-saved)

const R64Bit mini_jit::arm_instructions::fp = R64Bit::fp ¶: frame pointer register (callee-saved)

const R64Bit mini_jit::arm_instructions::lr = R64Bit::lr ¶: link register (callee-saved)

const R64Bit mini_jit::arm_instructions::sp = R64Bit::sp ¶: stack pointer register

const R64Bit mini_jit::arm_instructions::xzr = R64Bit::xzr ¶: 64 bit zero register

const ShiftLSL mini_jit::arm_instructions::LSL = ShiftLSL::LSL ¶: Logical Shift Left.

const ShiftLSR mini_jit::arm_instructions::LSR = ShiftLSR::LSR ¶: Logical Shift Right.

const ShiftASR mini_jit::arm_instructions::ASR = ShiftASR::ASR ¶: Arithmetic Shift Right.

const ShiftROR mini_jit::arm_instructions::ROR = ShiftROR::ROR ¶: ROtate Right.

const V8Bit mini_jit::arm_instructions::b0 = V8Bit::b0 ¶: 8 bit parameter/result register (caller-saved)

const V8Bit mini_jit::arm_instructions::b1 = V8Bit::b1 ¶: 8 bit parameter/result register (caller-saved)

const V8Bit mini_jit::arm_instructions::b2 = V8Bit::b2 ¶: 8 bit parameter/result register (caller-saved)

const V8Bit mini_jit::arm_instructions::b3 = V8Bit::b3 ¶: 8 bit parameter/result register (caller-saved)

const V8Bit mini_jit::arm_instructions::b4 = V8Bit::b4 ¶: 8 bit parameter/result register (caller-saved)

const V8Bit mini_jit::arm_instructions::b5 = V8Bit::b5 ¶: 8 bit parameter/result register (caller-saved)

const V8Bit mini_jit::arm_instructions::b6 = V8Bit::b6 ¶: 8 bit parameter/result register (caller-saved)

const V8Bit mini_jit::arm_instructions::b7 = V8Bit::b7 ¶: 8 bit parameter/result register (caller-saved)

const V8Bit mini_jit::arm_instructions::b8 = V8Bit::b8 ¶: 8 bit scratch register (callee-saved, lower 64 bit)

const V8Bit mini_jit::arm_instructions::b9 = V8Bit::b9 ¶: 8 bit scratch register (callee-saved, lower 64 bit)

const V8Bit mini_jit::arm_instructions::b10 = V8Bit::b10 ¶: 8 bit scratch register (callee-saved, lower 64 bit)

const V8Bit mini_jit::arm_instructions::b11 = V8Bit::b11 ¶: 8 bit scratch register (callee-saved, lower 64 bit)

const V8Bit mini_jit::arm_instructions::b12 = V8Bit::b12 ¶: 8 bit scratch register (callee-saved, lower 64 bit)

const V8Bit mini_jit::arm_instructions::b13 = V8Bit::b13 ¶: 8 bit scratch register (callee-saved, lower 64 bit)

const V8Bit mini_jit::arm_instructions::b14 = V8Bit::b14 ¶: 8 bit scratch register (callee-saved, lower 64 bit)

const V8Bit mini_jit::arm_instructions::b15 = V8Bit::b15 ¶: 8 bit scratch register (callee-saved, lower 64 bit)

const V8Bit mini_jit::arm_instructions::b16 = V8Bit::b16 ¶: 8 bit scratch register (caller-saved)

const V8Bit mini_jit::arm_instructions::b17 = V8Bit::b17 ¶: 8 bit scratch register (caller-saved)

const V8Bit mini_jit::arm_instructions::b18 = V8Bit::b18 ¶: 8 bit scratch register (caller-saved)

const V8Bit mini_jit::arm_instructions::b19 = V8Bit::b19 ¶: 8 bit scratch register (caller-saved)

const V8Bit mini_jit::arm_instructions::b20 = V8Bit::b20 ¶: 8 bit scratch register (caller-saved)

const V8Bit mini_jit::arm_instructions::b21 = V8Bit::b21 ¶: 8 bit scratch register (caller-saved)

const V8Bit mini_jit::arm_instructions::b22 = V8Bit::b22 ¶: 8 bit scratch register (caller-saved)

const V8Bit mini_jit::arm_instructions::b23 = V8Bit::b23 ¶: 8 bit scratch register (caller-saved)

const V8Bit mini_jit::arm_instructions::b24 = V8Bit::b24 ¶: 8 bit scratch register (caller-saved)

const V8Bit mini_jit::arm_instructions::b25 = V8Bit::b25 ¶: 8 bit scratch register (caller-saved)

const V8Bit mini_jit::arm_instructions::b26 = V8Bit::b26 ¶: 8 bit scratch register (caller-saved)

const V8Bit mini_jit::arm_instructions::b27 = V8Bit::b27 ¶: 8 bit scratch register (caller-saved)

const V8Bit mini_jit::arm_instructions::b28 = V8Bit::b28 ¶: 8 bit scratch register (caller-saved)

const V8Bit mini_jit::arm_instructions::b29 = V8Bit::b29 ¶: 8 bit scratch register (caller-saved)

const V8Bit mini_jit::arm_instructions::b30 = V8Bit::b30 ¶: 8 bit scratch register (caller-saved)

const V8Bit mini_jit::arm_instructions::b31 = V8Bit::b31 ¶: 8 bit scratch register (caller-saved)

const V16Bit mini_jit::arm_instructions::h0 = V16Bit::h0 ¶

const V16Bit mini_jit::arm_instructions::h1 = V16Bit::h1 ¶: 16 bit parameter/result register (caller-saved)

const V16Bit mini_jit::arm_instructions::h2 = V16Bit::h2 ¶: 16 bit parameter/result register (caller-saved)

const V16Bit mini_jit::arm_instructions::h3 = V16Bit::h3 ¶: 16 bit parameter/result register (caller-saved)

const V16Bit mini_jit::arm_instructions::h4 = V16Bit::h4 ¶: 16 bit parameter/result register (caller-saved)

const V16Bit mini_jit::arm_instructions::h5 = V16Bit::h5 ¶: 16 bit parameter/result register (caller-saved)

const V16Bit mini_jit::arm_instructions::h6 = V16Bit::h6 ¶: 16 bit parameter/result register (caller-saved)

const V16Bit mini_jit::arm_instructions::h7 = V16Bit::h7 ¶: 16 bit parameter/result register (caller-saved)

const V16Bit mini_jit::arm_instructions::h8 = V16Bit::h8 ¶: 16 bit scratch register (callee-saved, lower 64 bit)

const V16Bit mini_jit::arm_instructions::h9 = V16Bit::h9 ¶: 16 bit scratch register (callee-saved, lower 64 bit)

const V16Bit mini_jit::arm_instructions::h10 = V16Bit::h10 ¶: 16 bit scratch register (callee-saved, lower 64 bit)

const V16Bit mini_jit::arm_instructions::h11 = V16Bit::h11 ¶: 16 bit scratch register (callee-saved, lower 64 bit)

const V16Bit mini_jit::arm_instructions::h12 = V16Bit::h12 ¶: 16 bit scratch register (callee-saved, lower 64 bit)

const V16Bit mini_jit::arm_instructions::h13 = V16Bit::h13 ¶: 16 bit scratch register (callee-saved, lower 64 bit)

const V16Bit mini_jit::arm_instructions::h14 = V16Bit::h14 ¶: 16 bit scratch register (callee-saved, lower 64 bit)

const V16Bit mini_jit::arm_instructions::h15 = V16Bit::h15 ¶: 16 bit scratch register (callee-saved, lower 64 bit)

const V16Bit mini_jit::arm_instructions::h16 = V16Bit::h16 ¶: 16 bit scratch register (caller-saved)

const V16Bit mini_jit::arm_instructions::h17 = V16Bit::h17 ¶: 16 bit scratch register (caller-saved)

const V16Bit mini_jit::arm_instructions::h18 = V16Bit::h18 ¶: 16 bit scratch register (caller-saved)

const V16Bit mini_jit::arm_instructions::h19 = V16Bit::h19 ¶: 16 bit scratch register (caller-saved)

const V16Bit mini_jit::arm_instructions::h20 = V16Bit::h20 ¶: 16 bit scratch register (caller-saved)

const V16Bit mini_jit::arm_instructions::h21 = V16Bit::h21 ¶: 16 bit scratch register (caller-saved)

const V16Bit mini_jit::arm_instructions::h22 = V16Bit::h22 ¶: 16 bit scratch register (caller-saved)

const V16Bit mini_jit::arm_instructions::h23 = V16Bit::h23 ¶: 16 bit scratch register (caller-saved)

const V16Bit mini_jit::arm_instructions::h24 = V16Bit::h24 ¶: 16 bit scratch register (caller-saved)

const V16Bit mini_jit::arm_instructions::h25 = V16Bit::h25 ¶: 16 bit scratch register (caller-saved)

const V16Bit mini_jit::arm_instructions::h26 = V16Bit::h26 ¶: 16 bit scratch register (caller-saved)

const V16Bit mini_jit::arm_instructions::h27 = V16Bit::h27 ¶: 16 bit scratch register (caller-saved)

const V16Bit mini_jit::arm_instructions::h28 = V16Bit::h28 ¶: 16 bit scratch register (caller-saved)

const V16Bit mini_jit::arm_instructions::h29 = V16Bit::h29 ¶: 16 bit scratch register (caller-saved)

const V16Bit mini_jit::arm_instructions::h30 = V16Bit::h30 ¶: 16 bit scratch register (caller-saved)

const V16Bit mini_jit::arm_instructions::h31 = V16Bit::h31 ¶: 16 bit scratch register (caller-saved)

const V32Bit mini_jit::arm_instructions::s0 = V32Bit::s0 ¶: 32 bit parameter/result register (caller-saved)

const V32Bit mini_jit::arm_instructions::s1 = V32Bit::s1 ¶: 32 bit parameter/result register (caller-saved)

const V32Bit mini_jit::arm_instructions::s2 = V32Bit::s2 ¶: 32 bit parameter/result register (caller-saved)

const V32Bit mini_jit::arm_instructions::s3 = V32Bit::s3 ¶: 32 bit parameter/result register (caller-saved)

const V32Bit mini_jit::arm_instructions::s4 = V32Bit::s4 ¶: 32 bit parameter/result register (caller-saved)

const V32Bit mini_jit::arm_instructions::s5 = V32Bit::s5 ¶: 32 bit parameter/result register (caller-saved)

const V32Bit mini_jit::arm_instructions::s6 = V32Bit::s6 ¶: 32 bit parameter/result register (caller-saved)

const V32Bit mini_jit::arm_instructions::s7 = V32Bit::s7 ¶: 32 bit parameter/result register (caller-saved)

const V32Bit mini_jit::arm_instructions::s8 = V32Bit::s8 ¶: 32 bit scratch register (callee-saved, lower 64 bit)

const V32Bit mini_jit::arm_instructions::s9 = V32Bit::s9 ¶: 32 bit scratch register (callee-saved, lower 64 bit)

const V32Bit mini_jit::arm_instructions::s10 = V32Bit::s10 ¶: 32 bit scratch register (callee-saved, lower 64 bit)

const V32Bit mini_jit::arm_instructions::s11 = V32Bit::s11 ¶: 32 bit scratch register (callee-saved, lower 64 bit)

const V32Bit mini_jit::arm_instructions::s12 = V32Bit::s12 ¶: 32 bit scratch register (callee-saved, lower 64 bit)

const V32Bit mini_jit::arm_instructions::s13 = V32Bit::s13 ¶: 32 bit scratch register (callee-saved, lower 64 bit)

const V32Bit mini_jit::arm_instructions::s14 = V32Bit::s14 ¶: 32 bit scratch register (callee-saved, lower 64 bit)

const V32Bit mini_jit::arm_instructions::s15 = V32Bit::s15 ¶: 32 bit scratch register (callee-saved, lower 64 bit)

const V32Bit mini_jit::arm_instructions::s16 = V32Bit::s16 ¶: 32 bit scratch register (caller-saved)

const V32Bit mini_jit::arm_instructions::s17 = V32Bit::s17 ¶: 32 bit scratch register (caller-saved)

const V32Bit mini_jit::arm_instructions::s18 = V32Bit::s18 ¶: 32 bit scratch register (caller-saved)

const V32Bit mini_jit::arm_instructions::s19 = V32Bit::s19 ¶: 32 bit scratch register (caller-saved)

const V32Bit mini_jit::arm_instructions::s20 = V32Bit::s20 ¶: 32 bit scratch register (caller-saved)

const V32Bit mini_jit::arm_instructions::s21 = V32Bit::s21 ¶: 32 bit scratch register (caller-saved)

const V32Bit mini_jit::arm_instructions::s22 = V32Bit::s22 ¶: 32 bit scratch register (caller-saved)

const V32Bit mini_jit::arm_instructions::s23 = V32Bit::s23 ¶: 32 bit scratch register (caller-saved)

const V32Bit mini_jit::arm_instructions::s24 = V32Bit::s24 ¶: 32 bit scratch register (caller-saved)

const V32Bit mini_jit::arm_instructions::s25 = V32Bit::s25 ¶: 32 bit scratch register (caller-saved)

const V32Bit mini_jit::arm_instructions::s26 = V32Bit::s26 ¶: 32 bit scratch register (caller-saved)

const V32Bit mini_jit::arm_instructions::s27 = V32Bit::s27 ¶: 32 bit scratch register (caller-saved)

const V32Bit mini_jit::arm_instructions::s28 = V32Bit::s28 ¶: 32 bit scratch register (caller-saved)

const V32Bit mini_jit::arm_instructions::s29 = V32Bit::s29 ¶: 32 bit scratch register (caller-saved)

const V32Bit mini_jit::arm_instructions::s30 = V32Bit::s30 ¶: 32 bit scratch register (caller-saved)

const V32Bit mini_jit::arm_instructions::s31 = V32Bit::s31 ¶: 32 bit scratch register (caller-saved)

const V64Bit mini_jit::arm_instructions::d0 = V64Bit::d0 ¶: 64 bit parameter/result register (caller-saved)

const V64Bit mini_jit::arm_instructions::d1 = V64Bit::d1 ¶: 64 bit parameter/result register (caller-saved)

const V64Bit mini_jit::arm_instructions::d2 = V64Bit::d2 ¶: 64 bit parameter/result register (caller-saved)

const V64Bit mini_jit::arm_instructions::d3 = V64Bit::d3 ¶: 64 bit parameter/result register (caller-saved)

const V64Bit mini_jit::arm_instructions::d4 = V64Bit::d4 ¶: 64 bit parameter/result register (caller-saved)

const V64Bit mini_jit::arm_instructions::d5 = V64Bit::d5 ¶: 64 bit parameter/result register (caller-saved)

const V64Bit mini_jit::arm_instructions::d6 = V64Bit::d6 ¶: 64 bit parameter/result register (caller-saved)

const V64Bit mini_jit::arm_instructions::d7 = V64Bit::d7 ¶: 64 bit parameter/result register (caller-saved)

const V64Bit mini_jit::arm_instructions::d8 = V64Bit::d8 ¶: 64 bit scratch register (callee-saved, lower 64 bit)

const V64Bit mini_jit::arm_instructions::d9 = V64Bit::d9 ¶: 64 bit scratch register (callee-saved, lower 64 bit)

const V64Bit mini_jit::arm_instructions::d10 = V64Bit::d10 ¶: 64 bit scratch register (callee-saved, lower 64 bit)

const V64Bit mini_jit::arm_instructions::d11 = V64Bit::d11 ¶: 64 bit scratch register (callee-saved, lower 64 bit)

const V64Bit mini_jit::arm_instructions::d12 = V64Bit::d12 ¶: 64 bit scratch register (callee-saved, lower 64 bit)

const V64Bit mini_jit::arm_instructions::d13 = V64Bit::d13 ¶: 64 bit scratch register (callee-saved, lower 64 bit)

const V64Bit mini_jit::arm_instructions::d14 = V64Bit::d14 ¶: 64 bit scratch register (callee-saved, lower 64 bit)

const V64Bit mini_jit::arm_instructions::d15 = V64Bit::d15 ¶: 64 bit scratch register (callee-saved, lower 64 bit)

const V64Bit mini_jit::arm_instructions::d16 = V64Bit::d16 ¶: 64 bit scratch register (caller-saved)

const V64Bit mini_jit::arm_instructions::d17 = V64Bit::d17 ¶: 64 bit scratch register (caller-saved)

const V64Bit mini_jit::arm_instructions::d18 = V64Bit::d18 ¶: 64 bit scratch register (caller-saved)

const V64Bit mini_jit::arm_instructions::d19 = V64Bit::d19 ¶: 64 bit scratch register (caller-saved)

const V64Bit mini_jit::arm_instructions::d20 = V64Bit::d20 ¶: 64 bit scratch register (caller-saved)

const V64Bit mini_jit::arm_instructions::d21 = V64Bit::d21 ¶: 64 bit scratch register (caller-saved)

const V64Bit mini_jit::arm_instructions::d22 = V64Bit::d22 ¶: 64 bit scratch register (caller-saved)

const V64Bit mini_jit::arm_instructions::d23 = V64Bit::d23 ¶: 64 bit scratch register (caller-saved)

const V64Bit mini_jit::arm_instructions::d24 = V64Bit::d24 ¶: 64 bit scratch register (caller-saved)

const V64Bit mini_jit::arm_instructions::d25 = V64Bit::d25 ¶: 64 bit scratch register (caller-saved)

const V64Bit mini_jit::arm_instructions::d26 = V64Bit::d26 ¶: 64 bit scratch register (caller-saved)

const V64Bit mini_jit::arm_instructions::d27 = V64Bit::d27 ¶: 64 bit scratch register (caller-saved)

const V64Bit mini_jit::arm_instructions::d28 = V64Bit::d28 ¶: 64 bit scratch register (caller-saved)

const V64Bit mini_jit::arm_instructions::d29 = V64Bit::d29 ¶: 64 bit scratch register (caller-saved)

const V64Bit mini_jit::arm_instructions::d30 = V64Bit::d30 ¶: 64 bit scratch register (caller-saved)

const V64Bit mini_jit::arm_instructions::d31 = V64Bit::d31 ¶: 64 bit scratch register (caller-saved)

const V128Bit mini_jit::arm_instructions::q0 = V128Bit::q0 ¶: 128 bit parameter/result register (caller-saved)

const V128Bit mini_jit::arm_instructions::q1 = V128Bit::q1 ¶: 128 bit parameter/result register (caller-saved)

const V128Bit mini_jit::arm_instructions::q2 = V128Bit::q2 ¶: 128 bit parameter/result register (caller-saved)

const V128Bit mini_jit::arm_instructions::q3 = V128Bit::q3 ¶: 128 bit parameter/result register (caller-saved)

const V128Bit mini_jit::arm_instructions::q4 = V128Bit::q4 ¶: 128 bit parameter/result register (caller-saved)

const V128Bit mini_jit::arm_instructions::q5 = V128Bit::q5 ¶: 128 bit parameter/result register (caller-saved)

const V128Bit mini_jit::arm_instructions::q6 = V128Bit::q6 ¶: 128 bit parameter/result register (caller-saved)

const V128Bit mini_jit::arm_instructions::q7 = V128Bit::q7 ¶: 128 bit parameter/result register (caller-saved)

const V128Bit mini_jit::arm_instructions::q8 = V128Bit::q8 ¶: 128 bit scratch register (callee-saved, lower 64 bit)

const V128Bit mini_jit::arm_instructions::q9 = V128Bit::q9 ¶: 128 bit scratch register (callee-saved, lower 64 bit)

const V128Bit mini_jit::arm_instructions::q10 = V128Bit::q10 ¶: 128 bit scratch register (callee-saved, lower 64 bit)

const V128Bit mini_jit::arm_instructions::q11 = V128Bit::q11 ¶: 128 bit scratch register (callee-saved, lower 64 bit)

const V128Bit mini_jit::arm_instructions::q12 = V128Bit::q12 ¶: 128 bit scratch register (callee-saved, lower 64 bit)

const V128Bit mini_jit::arm_instructions::q13 = V128Bit::q13 ¶: 128 bit scratch register (callee-saved, lower 64 bit)

const V128Bit mini_jit::arm_instructions::q14 = V128Bit::q14 ¶: 128 bit scratch register (callee-saved, lower 64 bit)

const V128Bit mini_jit::arm_instructions::q15 = V128Bit::q15 ¶: 128 bit scratch register (callee-saved, lower 64 bit)

const V128Bit mini_jit::arm_instructions::q16 = V128Bit::q16 ¶: 128 bit scratch register (caller-saved)

const V128Bit mini_jit::arm_instructions::q17 = V128Bit::q17 ¶: 128 bit scratch register (caller-saved)

const V128Bit mini_jit::arm_instructions::q18 = V128Bit::q18 ¶: 128 bit scratch register (caller-saved)

const V128Bit mini_jit::arm_instructions::q19 = V128Bit::q19 ¶: 128 bit scratch register (caller-saved)

const V128Bit mini_jit::arm_instructions::q20 = V128Bit::q20 ¶: 128 bit scratch register (caller-saved)

const V128Bit mini_jit::arm_instructions::q21 = V128Bit::q21 ¶: 128 bit scratch register (caller-saved)

const V128Bit mini_jit::arm_instructions::q22 = V128Bit::q22 ¶: 128 bit scratch register (caller-saved)

const V128Bit mini_jit::arm_instructions::q23 = V128Bit::q23 ¶: 128 bit scratch register (caller-saved)

const V128Bit mini_jit::arm_instructions::q24 = V128Bit::q24 ¶: 128 bit scratch register (caller-saved)

const V128Bit mini_jit::arm_instructions::q25 = V128Bit::q25 ¶: 128 bit scratch register (caller-saved)

const V128Bit mini_jit::arm_instructions::q26 = V128Bit::q26 ¶: 128 bit scratch register (caller-saved)

const V128Bit mini_jit::arm_instructions::q27 = V128Bit::q27 ¶: 128 bit scratch register (caller-saved)

const V128Bit mini_jit::arm_instructions::q28 = V128Bit::q28 ¶: 128 bit scratch register (caller-saved)

const V128Bit mini_jit::arm_instructions::q29 = V128Bit::q29 ¶: 128 bit scratch register (caller-saved)

const V128Bit mini_jit::arm_instructions::q30 = V128Bit::q30 ¶: 128 bit scratch register (caller-saved)

const V128Bit mini_jit::arm_instructions::q31 = V128Bit::q31 ¶: 128 bit scratch register (caller-saved)

const VGeneral mini_jit::arm_instructions::v0 = VGeneral::v0 ¶: general parameter/result register (caller-saved)

const VGeneral mini_jit::arm_instructions::v1 = VGeneral::v1 ¶: general parameter/result register (caller-saved)

const VGeneral mini_jit::arm_instructions::v2 = VGeneral::v2 ¶: general parameter/result register (caller-saved)

const VGeneral mini_jit::arm_instructions::v3 = VGeneral::v3 ¶: general parameter/result register (caller-saved)

const VGeneral mini_jit::arm_instructions::v4 = VGeneral::v4 ¶: general parameter/result register (caller-saved)

const VGeneral mini_jit::arm_instructions::v5 = VGeneral::v5 ¶: general parameter/result register (caller-saved)

const VGeneral mini_jit::arm_instructions::v6 = VGeneral::v6 ¶: general parameter/result register (caller-saved)

const VGeneral mini_jit::arm_instructions::v7 = VGeneral::v7 ¶: general parameter/result register (caller-saved)

const VGeneral mini_jit::arm_instructions::v8 = VGeneral::v8 ¶: general scratch register (callee-saved, lower 64 bit)

const VGeneral mini_jit::arm_instructions::v9 = VGeneral::v9 ¶: general scratch register (callee-saved, lower 64 bit)

const VGeneral mini_jit::arm_instructions::v10 = VGeneral::v10 ¶: general scratch register (callee-saved, lower 64 bit)

const VGeneral mini_jit::arm_instructions::v11 = VGeneral::v11 ¶: general scratch register (callee-saved, lower 64 bit)

const VGeneral mini_jit::arm_instructions::v12 = VGeneral::v12 ¶: general scratch register (callee-saved, lower 64 bit)

const VGeneral mini_jit::arm_instructions::v13 = VGeneral::v13 ¶: general scratch register (callee-saved, lower 64 bit)

const VGeneral mini_jit::arm_instructions::v14 = VGeneral::v14 ¶: general scratch register (callee-saved, lower 64 bit)

const VGeneral mini_jit::arm_instructions::v15 = VGeneral::v15 ¶: general scratch register (callee-saved, lower 64 bit)

const VGeneral mini_jit::arm_instructions::v16 = VGeneral::v16 ¶: general scratch register (caller-saved)

const VGeneral mini_jit::arm_instructions::v17 = VGeneral::v17 ¶: general scratch register (caller-saved)

const VGeneral mini_jit::arm_instructions::v18 = VGeneral::v18 ¶: general scratch register (caller-saved)

const VGeneral mini_jit::arm_instructions::v19 = VGeneral::v19 ¶: general scratch register (caller-saved)

const VGeneral mini_jit::arm_instructions::v20 = VGeneral::v20 ¶: general scratch register (caller-saved)

const VGeneral mini_jit::arm_instructions::v21 = VGeneral::v21 ¶: general scratch register (caller-saved)

const VGeneral mini_jit::arm_instructions::v22 = VGeneral::v22 ¶: general scratch register (caller-saved)

const VGeneral mini_jit::arm_instructions::v23 = VGeneral::v23 ¶: general scratch register (caller-saved)

const VGeneral mini_jit::arm_instructions::v24 = VGeneral::v24 ¶: general scratch register (caller-saved)

const VGeneral mini_jit::arm_instructions::v25 = VGeneral::v25 ¶: general scratch register (caller-saved)

const VGeneral mini_jit::arm_instructions::v26 = VGeneral::v26 ¶: general scratch register (caller-saved)

const VGeneral mini_jit::arm_instructions::v27 = VGeneral::v27 ¶: general scratch register (caller-saved)

const VGeneral mini_jit::arm_instructions::v28 = VGeneral::v28 ¶: general scratch register (caller-saved)

const VGeneral mini_jit::arm_instructions::v29 = VGeneral::v29 ¶: general scratch register (caller-saved)

const VGeneral mini_jit::arm_instructions::v30 = VGeneral::v30 ¶: general scratch register (caller-saved)

const VGeneral mini_jit::arm_instructions::v31 = VGeneral::v31 ¶: general scratch register (caller-saved)

const VType8x8Bit mini_jit::arm_instructions::t8b = VType8x8Bit::t8B ¶: Use 8 Byte sized vectors.

const VType16x8Bit mini_jit::arm_instructions::t16b = VType16x8Bit::t16B ¶: Use 16 Byte sized vectors.

const VType4x16Bit mini_jit::arm_instructions::t4h = VType4x16Bit::t4H ¶: Use 4 half word (16 Bit) sized vectors.

const VType8x16Bit mini_jit::arm_instructions::t8h = VType8x16Bit::t8H ¶: Use 8 half word (16 Bit) sized vectors.

const VType2x32Bit mini_jit::arm_instructions::t2s = VType2x32Bit::t2S ¶: Use 2 word (32 Bit) sized vectors.

const VType4x32Bit mini_jit::arm_instructions::t4s = VType4x32Bit::t4S ¶: Use 4 word (32 Bit) sized vectors.

const VType1x64Bit mini_jit::arm_instructions::t1d = VType1x64Bit::t1D ¶: Use 1 double word (64 Bit) sized vector.

const VType2x64Bit mini_jit::arm_instructions::t2d = VType2x64Bit::t2D ¶: Use 2 double word (64 Bit) sized vector.

constexpr uint32_t mini_jit::arm_instructions::add(const R32Bit Wd, const R32Bit Wn, const R32Bit Wm)¶

constexpr uint32_t mini_jit::arm_instructions::add(const R64Bit Rd, const R64Bit Rn, const R64Bit Rm)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::add(const R32Bit Wd, const R32Bit Wn, const R32Bit Wm, const T, uint32_t amount)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::add(const R64Bit Rd, const R64Bit Rn, const R64Bit Rm, const T, uint32_t amount)¶

constexpr uint32_t mini_jit::arm_instructions::add(const R32Bit Wd, const R32Bit Wn, const uint32_t imm)¶

constexpr uint32_t mini_jit::arm_instructions::add(const R64Bit Rd, const R64Bit Rn, const uint32_t imm)¶

constexpr uint32_t mini_jit::arm_instructions::add(const R32Bit Wd, const R32Bit Wn, const uint32_t imm, bool shift12)¶

constexpr uint32_t mini_jit::arm_instructions::add(const R64Bit Rd, const R64Bit Rn, const uint32_t imm, bool shift12)¶

constexpr uint32_t mini_jit::arm_instructions::cbnz(const R32Bit Wt, const int32_t offset)¶

constexpr uint32_t mini_jit::arm_instructions::cbnz(const R64Bit Xt, const int32_t offset)¶

constexpr uint32_t mini_jit::arm_instructions::ldpPost(const R32Bit Wt1, const R32Bit Wt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::ldpPost(const R64Bit Xt1, const R64Bit Xt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::ldpPre(const R32Bit Wt1, const R32Bit Wt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::ldpPre(const R64Bit Xt1, const R64Bit Xt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::ldp(const R32Bit Wt1, const R32Bit Wt2, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::ldp(const R64Bit Xt1, const R64Bit Xt2, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::ldpOffset(const R32Bit Wt1, const R32Bit Wt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::ldpOffset(const R64Bit Xt1, const R64Bit Xt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::ldrPost(const R32Bit Wt, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::ldrPost(const R64Bit Xt, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::ldrPre(const R32Bit Wt, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::ldrPre(const R64Bit Xt, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::ldr(const R32Bit Wt, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::ldr(const R64Bit Xt, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::ldrOffset(const R32Bit Wt, const R64Bit Xn, const uint32_t imm12)¶

constexpr uint32_t mini_jit::arm_instructions::ldrOffset(const R64Bit Xt, const R64Bit Xn, const uint32_t imm12)¶

constexpr uint32_t mini_jit::arm_instructions::lsl(const R32Bit Wd, const R32Bit Wn, const uint32_t shift)¶

constexpr uint32_t mini_jit::arm_instructions::lsl(const R64Bit Xd, const R64Bit Xn, const uint32_t shift)¶

constexpr uint32_t mini_jit::arm_instructions::madd(const R32Bit Wd, const R32Bit Wn, const R32Bit Wm, const R32Bit Wa)¶

constexpr uint32_t mini_jit::arm_instructions::madd(const R64Bit Xd, const R64Bit Xn, const R64Bit Xm, const R64Bit Xa)¶

constexpr uint32_t mini_jit::arm_instructions::mov(const R32Bit Wd, const R32Bit Wm)¶

constexpr uint32_t mini_jit::arm_instructions::mov(const R64Bit Xd, const R64Bit Xm)¶

constexpr uint32_t mini_jit::arm_instructions::mov(const R32Bit Wd, const uint32_t imm)¶

constexpr uint32_t mini_jit::arm_instructions::mov(const R64Bit Xd, const uint32_t imm)¶

constexpr uint32_t mini_jit::arm_instructions::mov(const R32Bit Wd, const int32_t imm)¶

constexpr uint32_t mini_jit::arm_instructions::mov(const R64Bit Xd, const int32_t imm)¶

constexpr uint32_t mini_jit::arm_instructions::movSp(const R32Bit Wd, const R32Bit Wn)¶

constexpr uint32_t mini_jit::arm_instructions::movSp(const R64Bit Xd, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::movn(const R32Bit Wd, const uint32_t imm)¶

constexpr uint32_t mini_jit::arm_instructions::movn(const R64Bit Xd, const uint32_t imm)¶

constexpr uint32_t mini_jit::arm_instructions::movn(const R32Bit Wd, const uint32_t imm, const uint32_t lslShift)¶

constexpr uint32_t mini_jit::arm_instructions::movn(const R64Bit Xd, const uint32_t imm, const uint32_t lslShift)¶

constexpr uint32_t mini_jit::arm_instructions::movz(const R32Bit Wd, const uint32_t imm)¶

constexpr uint32_t mini_jit::arm_instructions::movz(const R64Bit Xd, const uint32_t imm)¶

constexpr uint32_t mini_jit::arm_instructions::movz(const R32Bit Wd, const uint32_t imm, const uint32_t lslShift)¶

constexpr uint32_t mini_jit::arm_instructions::movz(const R64Bit Xd, const uint32_t imm, const uint32_t lslShift)¶

constexpr uint32_t mini_jit::arm_instructions::orr(const R32Bit Wd, const R32Bit Wn, const R32Bit Wm)¶

constexpr uint32_t mini_jit::arm_instructions::orr(const R64Bit Rd, const R64Bit Rn, const R64Bit Rm)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::orr(const R32Bit Wd, const R32Bit Wn, const R32Bit Wm, const T, uint32_t amount)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::orr(const R64Bit Rd, const R64Bit Rn, const R64Bit Rm, const T, uint32_t amount)¶

constexpr uint32_t mini_jit::arm_instructions::ret()¶

constexpr uint32_t mini_jit::arm_instructions::ret(const R64Bit Rn)¶

constexpr uint32_t mini_jit::arm_instructions::stpPost(const R32Bit Wt1, const R32Bit Wt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::stpPost(const R64Bit Xt1, const R64Bit Xt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::stpPre(const R32Bit Wt1, const R32Bit Wt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::stpPre(const R64Bit Xt1, const R64Bit Xt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::stp(const R32Bit Wt1, const R32Bit Wt2, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::stp(const R64Bit Xt1, const R64Bit Xt2, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::stpOffset(const R32Bit Wt1, const R32Bit Wt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::stpOffset(const R64Bit Xt1, const R64Bit Xt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::sub(const R32Bit Wd, const R32Bit Wn, const uint32_t imm12)¶

constexpr uint32_t mini_jit::arm_instructions::sub(const R64Bit Xd, const R64Bit Xn, const uint32_t imm12)¶

constexpr uint32_t mini_jit::arm_instructions::sub(const R32Bit Wd, const R32Bit Wn, const uint32_t imm12, const bool leftShift12)¶

constexpr uint32_t mini_jit::arm_instructions::sub(const R64Bit Xd, const R64Bit Xn, const uint32_t imm12, const bool leftShift12)¶

constexpr uint32_t mini_jit::arm_instructions::eor(const VGeneral Vd, const VType16x8Bit, const VGeneral Vn, const VType16x8Bit, const VGeneral Vm, const VType16x8Bit)¶

constexpr uint32_t mini_jit::arm_instructions::eor(const VGeneral Vd, const VType8x8Bit, const VGeneral Vn, const VType8x8Bit, const VGeneral Vm, const VType8x8Bit)¶

constexpr uint32_t mini_jit::arm_instructions::fmax(const VGeneral Vd, const VType2x32Bit, const VGeneral Vn, const VType2x32Bit, const VGeneral Vm, const VType2x32Bit)¶

constexpr uint32_t mini_jit::arm_instructions::fmax(const VGeneral Vd, const VType4x32Bit, const VGeneral Vn, const VType4x32Bit, const VGeneral Vm, const VType4x32Bit)¶

constexpr uint32_t mini_jit::arm_instructions::fmax(const VGeneral Vd, const VType2x64Bit, const VGeneral Vn, const VType2x64Bit, const VGeneral Vm, const VType2x64Bit)¶

constexpr uint32_t mini_jit::arm_instructions::fmax(const V16Bit Vd, const V16Bit Vn, const V16Bit Vm)¶

constexpr uint32_t mini_jit::arm_instructions::fmax(const V32Bit Vd, const V32Bit Vn, const V32Bit Vm)¶

constexpr uint32_t mini_jit::arm_instructions::fmax(const V64Bit Vd, const V64Bit Vn, const V64Bit Vm)¶

constexpr uint32_t mini_jit::arm_instructions::fmla(const V16Bit Hd, const V16Bit Hn, const VGeneral Vm, const uint32_t index)¶

constexpr uint32_t mini_jit::arm_instructions::fmla(const V32Bit Sd, const V32Bit Sn, const VGeneral Vm, const uint32_t index)¶

constexpr uint32_t mini_jit::arm_instructions::fmla(const V64Bit Dd, const V64Bit Dn, const VGeneral Vm, const uint32_t index)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::fmla(const VGeneral Vd, const T, const VGeneral Vn, const T, const VGeneral Vm, const uint32_t index)¶

template<> constexpr uint32_t mini_jit::arm_instructions::fmla<VType4x16Bit>(const VGeneral Vd, const VType4x16Bit, const VGeneral Vn, const VType4x16Bit, const VGeneral Vm, const uint32_t index)¶

template<> constexpr uint32_t mini_jit::arm_instructions::fmla<VType8x16Bit>(const VGeneral Vd, const VType8x16Bit, const VGeneral Vn, const VType8x16Bit, const VGeneral Vm, const uint32_t index)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::ld1(const VGeneral Vt, const T, const R64Bit Xn)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::ld1(const VGeneral Vt, const T, const VGeneral Vt2, const T, const R64Bit Xn)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::ld1(const VGeneral Vt, const T, const VGeneral Vt2, const T, const VGeneral Vt3, const T, const R64Bit Xn)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::ld1(const VGeneral Vt, const T, const VGeneral Vt2, const T, const VGeneral Vt3, const T, const VGeneral Vt4, const T, const R64Bit Xn)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::ld1Post(const VGeneral Vt, const T, const R64Bit Xn, const uint32_t imm)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::ld1Post(const VGeneral Vt, const T, const VGeneral Vt2, const T, const R64Bit Xn, const uint32_t imm)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::ld1Post(const VGeneral Vt, const T, const VGeneral Vt2, const T, const VGeneral Vt3, const T, const R64Bit Xn, const uint32_t imm)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::ld1Post(const VGeneral Vt, const T, const VGeneral Vt2, const T, const VGeneral Vt3, const T, const VGeneral Vt4, const T, const R64Bit Xn, const uint32_t imm)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::ld1Post(const VGeneral Vt, const T, const R64Bit Xn, const R64Bit Xm)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::ld1Post(const VGeneral Vt, const T, const VGeneral Vt2, const T, const R64Bit Xn, const R64Bit Xm)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::ld1Post(const VGeneral Vt, const T, const VGeneral Vt2, const T, const VGeneral Vt3, const T, const R64Bit Xn, const R64Bit Xm)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::ld1Post(const VGeneral Vt, const T, const VGeneral Vt2, const T, const VGeneral Vt3, const T, const VGeneral Vt4, const T, const R64Bit Xn, const R64Bit Xm)¶

constexpr uint32_t mini_jit::arm_instructions::ld1(const V8Bit bt, const uint32_t index, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::ld1(const V16Bit bt, const uint32_t index, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::ld1(const V32Bit bt, const uint32_t index, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::ld1(const V64Bit bt, const uint32_t index, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::ld1Post(const V8Bit bt, const uint32_t index, const R64Bit Xn, const uint32_t imm)¶

constexpr uint32_t mini_jit::arm_instructions::ld1Post(const V16Bit bt, const uint32_t index, const R64Bit Xn, const uint32_t imm)¶

constexpr uint32_t mini_jit::arm_instructions::ld1Post(const V32Bit bt, const uint32_t index, const R64Bit Xn, const uint32_t imm)¶

constexpr uint32_t mini_jit::arm_instructions::ld1Post(const V64Bit bt, const uint32_t index, const R64Bit Xn, const uint32_t imm)¶

constexpr uint32_t mini_jit::arm_instructions::ld1Post(const V8Bit bt, const uint32_t index, const R64Bit Xn, const R64Bit Xm)¶

constexpr uint32_t mini_jit::arm_instructions::ld1Post(const V16Bit bt, const uint32_t index, const R64Bit Xn, const R64Bit Xm)¶

constexpr uint32_t mini_jit::arm_instructions::ld1Post(const V32Bit bt, const uint32_t index, const R64Bit Xn, const R64Bit Xm)¶

constexpr uint32_t mini_jit::arm_instructions::ld1Post(const V64Bit bt, const uint32_t index, const R64Bit Xn, const R64Bit Xm)¶

constexpr uint32_t mini_jit::arm_instructions::ldpPost(const V32Bit St1, const V32Bit St2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::ldpPost(const V64Bit Dt1, const V64Bit Dt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::ldpPost(const V128Bit Qt1, const V128Bit Qt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::ldpPre(const V32Bit St1, const V32Bit St2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::ldpPre(const V64Bit Dt1, const V64Bit Dt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::ldpPre(const V128Bit Qt1, const V128Bit Qt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::ldp(const V32Bit St1, const V32Bit St2, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::ldp(const V64Bit Dt1, const V64Bit Dt2, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::ldp(const V128Bit Qt1, const V128Bit Qt2, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::ldpOffset(const V32Bit St1, const V32Bit St2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::ldpOffset(const V64Bit Dt1, const V64Bit Dt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::ldpOffset(const V128Bit Qt1, const V128Bit Qt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::ldrPost(const V8Bit Bt, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::ldrPost(const V16Bit Ht, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::ldrPost(const V32Bit St, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::ldrPost(const V64Bit Dt, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::ldrPost(const V128Bit Qt, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::ldrPre(const V8Bit Bt, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::ldrPre(const V16Bit Ht, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::ldrPre(const V32Bit St, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::ldrPre(const V64Bit Dt, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::ldrPre(const V128Bit Qt, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::ldr(const V8Bit Bt, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::ldr(const V16Bit Ht, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::ldr(const V32Bit St, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::ldr(const V64Bit Dt, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::ldr(const V128Bit Qt, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::ldrOffset(const V8Bit Bt, const R64Bit Xn, const uint32_t imm12)¶

constexpr uint32_t mini_jit::arm_instructions::ldrOffset(const V16Bit Ht, const R64Bit Xn, const uint32_t imm12)¶

constexpr uint32_t mini_jit::arm_instructions::ldrOffset(const V32Bit St, const R64Bit Xn, const uint32_t imm12)¶

constexpr uint32_t mini_jit::arm_instructions::ldrOffset(const V64Bit Dt, const R64Bit Xn, const uint32_t imm12)¶

constexpr uint32_t mini_jit::arm_instructions::ldrOffset(const V128Bit Qt, const R64Bit Xn, const uint32_t imm12)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::st1(const VGeneral Vt, const T, const R64Bit Xn)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::st1(const VGeneral Vt, const T, const VGeneral Vt2, const T, const R64Bit Xn)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::st1(const VGeneral Vt, const T, const VGeneral Vt2, const T, const VGeneral Vt3, const T, const R64Bit Xn)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::st1(const VGeneral Vt, const T, const VGeneral Vt2, const T, const VGeneral Vt3, const T, const VGeneral Vt4, const T, const R64Bit Xn)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::st1Post(const VGeneral Vt, const T, const R64Bit Xn, const uint32_t imm)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::st1Post(const VGeneral Vt, const T, const VGeneral Vt2, const T, const R64Bit Xn, const uint32_t imm)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::st1Post(const VGeneral Vt, const T, const VGeneral Vt2, const T, const VGeneral Vt3, const T, const R64Bit Xn, const uint32_t imm)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::st1Post(const VGeneral Vt, const T, const VGeneral Vt2, const T, const VGeneral Vt3, const T, const VGeneral Vt4, const T, const R64Bit Xn, const uint32_t imm)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::st1Post(const VGeneral Vt, const T, const R64Bit Xn, const R64Bit Xm)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::st1Post(const VGeneral Vt, const T, const VGeneral Vt2, const T, const R64Bit Xn, const R64Bit Xm)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::st1Post(const VGeneral Vt, const T, const VGeneral Vt2, const T, const VGeneral Vt3, const T, const R64Bit Xn, const R64Bit Xm)¶

template<typename T> constexpr uint32_t mini_jit::arm_instructions::st1Post(const VGeneral Vt, const T, const VGeneral Vt2, const T, const VGeneral Vt3, const T, const VGeneral Vt4, const T, const R64Bit Xn, const R64Bit Xm)¶

constexpr uint32_t mini_jit::arm_instructions::st1(const V8Bit bt, const uint32_t index, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::st1(const V16Bit bt, const uint32_t index, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::st1(const V32Bit bt, const uint32_t index, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::st1(const V64Bit bt, const uint32_t index, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::st1Post(const V8Bit bt, const uint32_t index, const R64Bit Xn, const uint32_t imm)¶

constexpr uint32_t mini_jit::arm_instructions::st1Post(const V16Bit bt, const uint32_t index, const R64Bit Xn, const uint32_t imm)¶

constexpr uint32_t mini_jit::arm_instructions::st1Post(const V32Bit bt, const uint32_t index, const R64Bit Xn, const uint32_t imm)¶

constexpr uint32_t mini_jit::arm_instructions::st1Post(const V64Bit bt, const uint32_t index, const R64Bit Xn, const uint32_t imm)¶

constexpr uint32_t mini_jit::arm_instructions::st1Post(const V8Bit bt, const uint32_t index, const R64Bit Xn, const R64Bit Xm)¶

constexpr uint32_t mini_jit::arm_instructions::st1Post(const V16Bit bt, const uint32_t index, const R64Bit Xn, const R64Bit Xm)¶

constexpr uint32_t mini_jit::arm_instructions::st1Post(const V32Bit bt, const uint32_t index, const R64Bit Xn, const R64Bit Xm)¶

constexpr uint32_t mini_jit::arm_instructions::st1Post(const V64Bit bt, const uint32_t index, const R64Bit Xn, const R64Bit Xm)¶

constexpr uint32_t mini_jit::arm_instructions::stpPost(const V32Bit St1, const V32Bit St2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::stpPost(const V64Bit Dt1, const V64Bit Dt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::stpPost(const V128Bit Qt1, const V128Bit Qt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::stpPre(const V32Bit St1, const V32Bit St2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::stpPre(const V64Bit Dt1, const V64Bit Dt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::stpPre(const V128Bit Qt1, const V128Bit Qt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::stp(const V32Bit St1, const V32Bit St2, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::stp(const V64Bit Dt1, const V64Bit Dt2, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::stp(const V128Bit Qt1, const V128Bit Qt2, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::stpOffset(const V32Bit St1, const V32Bit St2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::stpOffset(const V64Bit Dt1, const V64Bit Dt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::stpOffset(const V128Bit Qt1, const V128Bit Qt2, const R64Bit Xn, const int32_t imm7)¶

constexpr uint32_t mini_jit::arm_instructions::strPost(const V8Bit Bt, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::strPost(const V16Bit Ht, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::strPost(const V32Bit St, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::strPost(const V64Bit Dt, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::strPost(const V128Bit Qt, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::strPre(const V8Bit Bt, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::strPre(const V16Bit Ht, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::strPre(const V32Bit St, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::strPre(const V64Bit Dt, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::strPre(const V128Bit Qt, const R64Bit Xn, const int32_t imm9)¶

constexpr uint32_t mini_jit::arm_instructions::str(const V8Bit Bt, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::str(const V16Bit Ht, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::str(const V32Bit St, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::str(const V64Bit Dt, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::str(const V128Bit Qt, const R64Bit Xn)¶

constexpr uint32_t mini_jit::arm_instructions::strOffset(const V8Bit Bt, const R64Bit Xn, const uint32_t imm12)¶

constexpr uint32_t mini_jit::arm_instructions::strOffset(const V16Bit Ht, const R64Bit Xn, const uint32_t imm12)¶

constexpr uint32_t mini_jit::arm_instructions::strOffset(const V32Bit St, const R64Bit Xn, const uint32_t imm12)¶

constexpr uint32_t mini_jit::arm_instructions::strOffset(const V64Bit Dt, const R64Bit Xn, const uint32_t imm12)¶

constexpr uint32_t mini_jit::arm_instructions::strOffset(const V128Bit Qt, const R64Bit Xn, const uint32_t imm12)¶

constexpr uint32_t mini_jit::arm_instructions::trn1(const VGeneral Vd, const VType8x8Bit, const VGeneral Vn, const VType8x8Bit, const VGeneral Vm, const VType8x8Bit)¶

constexpr uint32_t mini_jit::arm_instructions::trn1(const VGeneral Vd, const VType16x8Bit, const VGeneral Vn, const VType16x8Bit, const VGeneral Vm, const VType16x8Bit)¶

constexpr uint32_t mini_jit::arm_instructions::trn1(const VGeneral Vd, const VType4x16Bit, const VGeneral Vn, const VType4x16Bit, const VGeneral Vm, const VType4x16Bit)¶

constexpr uint32_t mini_jit::arm_instructions::trn1(const VGeneral Vd, const VType8x16Bit, const VGeneral Vn, const VType8x16Bit, const VGeneral Vm, const VType8x16Bit)¶

constexpr uint32_t mini_jit::arm_instructions::trn1(const VGeneral Vd, const VType2x32Bit, const VGeneral Vn, const VType2x32Bit, const VGeneral Vm, const VType2x32Bit)¶

constexpr uint32_t mini_jit::arm_instructions::trn1(const VGeneral Vd, const VType4x32Bit, const VGeneral Vn, const VType4x32Bit, const VGeneral Vm, const VType4x32Bit)¶

constexpr uint32_t mini_jit::arm_instructions::trn1(const VGeneral Vd, const VType2x64Bit, const VGeneral Vn, const VType2x64Bit, const VGeneral Vm, const VType2x64Bit)¶

constexpr uint32_t mini_jit::arm_instructions::trn2(const VGeneral Vd, const VType8x8Bit, const VGeneral Vn, const VType8x8Bit, const VGeneral Vm, const VType8x8Bit)¶

constexpr uint32_t mini_jit::arm_instructions::trn2(const VGeneral Vd, const VType16x8Bit, const VGeneral Vn, const VType16x8Bit, const VGeneral Vm, const VType16x8Bit)¶

constexpr uint32_t mini_jit::arm_instructions::trn2(const VGeneral Vd, const VType4x16Bit, const VGeneral Vn, const VType4x16Bit, const VGeneral Vm, const VType4x16Bit)¶

constexpr uint32_t mini_jit::arm_instructions::trn2(const VGeneral Vd, const VType8x16Bit, const VGeneral Vn, const VType8x16Bit, const VGeneral Vm, const VType8x16Bit)¶

constexpr uint32_t mini_jit::arm_instructions::trn2(const VGeneral Vd, const VType2x32Bit, const VGeneral Vn, const VType2x32Bit, const VGeneral Vm, const VType2x32Bit)¶

constexpr uint32_t mini_jit::arm_instructions::trn2(const VGeneral Vd, const VType4x32Bit, const VGeneral Vn, const VType4x32Bit, const VGeneral Vm, const VType4x32Bit)¶

constexpr uint32_t mini_jit::arm_instructions::trn2(const VGeneral Vd, const VType2x64Bit, const VGeneral Vn, const VType2x64Bit, const VGeneral Vm, const VType2x64Bit)¶

constexpr uint32_t mini_jit::arm_instructions::zip1(const VGeneral Vd, const VType8x8Bit, const VGeneral Vn, const VType8x8Bit, const VGeneral Vm, const VType8x8Bit)¶

constexpr uint32_t mini_jit::arm_instructions::zip1(const VGeneral Vd, const VType16x8Bit, const VGeneral Vn, const VType16x8Bit, const VGeneral Vm, const VType16x8Bit)¶

constexpr uint32_t mini_jit::arm_instructions::zip1(const VGeneral Vd, const VType4x16Bit, const VGeneral Vn, const VType4x16Bit, const VGeneral Vm, const VType4x16Bit)¶

constexpr uint32_t mini_jit::arm_instructions::zip1(const VGeneral Vd, const VType8x16Bit, const VGeneral Vn, const VType8x16Bit, const VGeneral Vm, const VType8x16Bit)¶

constexpr uint32_t mini_jit::arm_instructions::zip1(const VGeneral Vd, const VType2x32Bit, const VGeneral Vn, const VType2x32Bit, const VGeneral Vm, const VType2x32Bit)¶

constexpr uint32_t mini_jit::arm_instructions::zip1(const VGeneral Vd, const VType4x32Bit, const VGeneral Vn, const VType4x32Bit, const VGeneral Vm, const VType4x32Bit)¶

constexpr uint32_t mini_jit::arm_instructions::zip1(const VGeneral Vd, const VType2x64Bit, const VGeneral Vn, const VType2x64Bit, const VGeneral Vm, const VType2x64Bit)¶

constexpr uint32_t mini_jit::arm_instructions::zip2(const VGeneral Vd, const VType8x8Bit, const VGeneral Vn, const VType8x8Bit, const VGeneral Vm, const VType8x8Bit)¶

constexpr uint32_t mini_jit::arm_instructions::zip2(const VGeneral Vd, const VType16x8Bit, const VGeneral Vn, const VType16x8Bit, const VGeneral Vm, const VType16x8Bit)¶

constexpr uint32_t mini_jit::arm_instructions::zip2(const VGeneral Vd, const VType4x16Bit, const VGeneral Vn, const VType4x16Bit, const VGeneral Vm, const VType4x16Bit)¶

constexpr uint32_t mini_jit::arm_instructions::zip2(const VGeneral Vd, const VType8x16Bit, const VGeneral Vn, const VType8x16Bit, const VGeneral Vm, const VType8x16Bit)¶

constexpr uint32_t mini_jit::arm_instructions::zip2(const VGeneral Vd, const VType2x32Bit, const VGeneral Vn, const VType2x32Bit, const VGeneral Vm, const VType2x32Bit)¶

constexpr uint32_t mini_jit::arm_instructions::zip2(const VGeneral Vd, const VType4x32Bit, const VGeneral Vn, const VType4x32Bit, const VGeneral Vm, const VType4x32Bit)¶

constexpr uint32_t mini_jit::arm_instructions::zip2(const VGeneral Vd, const VType2x64Bit, const VGeneral Vn, const VType2x64Bit, const VGeneral Vm, const VType2x64Bit)¶

internal¶

enum class mini_jit::arm_instructions::internal::addShiftType : uint32_t¶

Values:

enumerator DEFAULT¶

enumerator LSL¶

enumerator LSR¶

enumerator ASR¶

enum class mini_jit::arm_instructions::internal::orrShiftType : uint32_t¶

Values:

enumerator DEFAULT¶

enumerator LSL¶

enumerator LSR¶

enumerator ASR¶

enumerator ROR¶

enum class mini_jit::arm_instructions::internal::subShiftType : uint32_t¶

Values:

enumerator DEFAULT¶

enumerator LSL0¶

enumerator LSL12¶

enum class mini_jit::arm_instructions::internal::eorSimdTypes : uint32_t¶

Values:

enumerator t8B¶

enumerator t16b¶

enum class mini_jit::arm_instructions::internal::fmaxSzType : uint32_t¶

Values:

enumerator sz0¶

enumerator sz1¶

enum class mini_jit::arm_instructions::internal::fmaxQType : uint32_t¶

Values:

enumerator q0¶

enumerator q1¶

enum class mini_jit::arm_instructions::internal::fmaxFType : uint32_t¶

Values:

enumerator ftype00¶

enumerator ftype01¶

enumerator ftype11¶

enum class mini_jit::arm_instructions::internal::fmlaHalfPrecisionTypes¶

Values:

enumerator t4H¶

enumerator t8H¶

enum class mini_jit::arm_instructions::internal::fmlaSingleDoublePrecisionTypes¶

Values:

enumerator t2s¶

enumerator t4s¶

enumerator t2d¶

enum class mini_jit::arm_instructions::internal::ld1DataTypes¶

Values:

enumerator v8bit¶

enumerator v16bit¶

enumerator v32bit¶

enumerator v64bit¶

enum class mini_jit::arm_instructions::internal::ld1Types¶

Values:

enumerator t8b¶

enumerator t16b¶

enumerator t4h¶

enumerator t8h¶

enumerator t2s¶

enumerator t4s¶

enumerator t1d¶

enumerator t2d¶

enum class mini_jit::arm_instructions::internal::ldpSimdFpDataTypes : uint32_t¶

Values:

enumerator v32bit¶

enumerator v64bit¶

enumerator v128bit¶

enum class mini_jit::arm_instructions::internal::ldrSimdFpDataTypes : uint32_t¶

Values:

enumerator v8bit¶

enumerator v16bit¶

enumerator v32bit¶

enumerator v64bit¶

enumerator v128bit¶

enum class mini_jit::arm_instructions::internal::st1DataTypes¶

Values:

enumerator v8bit¶

enumerator v16bit¶

enumerator v32bit¶

enumerator v64bit¶

enum class mini_jit::arm_instructions::internal::st1Types¶

Values:

enumerator t8b¶

enumerator t16b¶

enumerator t4h¶

enumerator t8h¶

enumerator t2s¶

enumerator t4s¶

enumerator t1d¶

enumerator t2d¶

enum class mini_jit::arm_instructions::internal::stpSimdFpDataTypes : uint32_t¶

Values:

enumerator v32bit¶

enumerator v64bit¶

enumerator v128bit¶

enum class mini_jit::arm_instructions::internal::strSimdFpDataTypes : uint32_t¶

Values:

enumerator v8bit¶

enumerator v16bit¶

enumerator v32bit¶

enumerator v64bit¶

enumerator v128bit¶

enum class mini_jit::arm_instructions::internal::trn1SizeType : uint32_t¶

Values:

enumerator size00¶

enumerator size01¶

enumerator size10¶

enumerator size11¶

enum class mini_jit::arm_instructions::internal::trn1QType : uint32_t¶

Values:

enumerator q0¶

enumerator q1¶

enum class mini_jit::arm_instructions::internal::trn2SizeType : uint32_t¶

Values:

enumerator size00¶

enumerator size01¶

enumerator size10¶

enumerator size11¶

enum class mini_jit::arm_instructions::internal::trn2QType : uint32_t¶

Values:

enumerator q0¶

enumerator q1¶

enum class mini_jit::arm_instructions::internal::zip1SizeType : uint32_t¶

Values:

enumerator size00¶

enumerator size01¶

enumerator size10¶

enumerator size11¶

enum class mini_jit::arm_instructions::internal::zip1QType : uint32_t¶

Values:

enumerator q0¶

enumerator q1¶

enum class mini_jit::arm_instructions::internal::zip2SizeType : uint32_t¶

Values:

enumerator size00¶

enumerator size01¶

enumerator size10¶

enumerator size11¶

enum class mini_jit::arm_instructions::internal::zip2QType : uint32_t¶

Values:

enumerator q0¶

enumerator q1¶

const uint32_t mini_jit::arm_instructions::internal::ld1ImmediateRm = 0b11111¶

const uint32_t mini_jit::arm_instructions::internal::st1ImmediateRm = 0b11111¶

template<typename T> constexpr addShiftType mini_jit::arm_instructions::internal::_addParseShiftType()¶

template<> constexpr addShiftType mini_jit::arm_instructions::internal::_addParseShiftType<ShiftLSL>()¶

template<> constexpr addShiftType mini_jit::arm_instructions::internal::_addParseShiftType<ShiftLSR>()¶

template<> constexpr addShiftType mini_jit::arm_instructions::internal::_addParseShiftType<ShiftASR>()¶

constexpr uint32_t mini_jit::arm_instructions::internal::addShiftedRegister(const uint32_t Rd, const uint32_t Rn, const uint32_t Rm, const addShiftType shift, const uint32_t imm6, const bool is64bit)¶

constexpr uint32_t mini_jit::arm_instructions::internal::addImmediate(const uint32_t Rd, const uint32_t Rn, const uint32_t imm12, const bool shift12, const bool is64bit)¶

constexpr uint32_t mini_jit::arm_instructions::internal::cbnz(const uint32_t Rt, const int32_t imm19, bool is64bit)¶

constexpr uint32_t mini_jit::arm_instructions::internal::_ldpPostPreOffset(const uint32_t opcode, const uint32_t Rt1, const uint32_t Rt2, const uint32_t Rn, const int32_t imm7, const bool is64bit)¶

constexpr uint32_t mini_jit::arm_instructions::internal::ldpPost(const uint32_t Rt1, const uint32_t Rt2, const uint32_t Rn, const int32_t imm7, const bool is64bit)¶

constexpr uint32_t mini_jit::arm_instructions::internal::ldpPre(const uint32_t Rt1, const uint32_t Rt2, const uint32_t Rn, const int32_t imm7, const bool is64bit)¶

constexpr uint32_t mini_jit::arm_instructions::internal::ldpOffset(const uint32_t Rt1, const uint32_t Rt2, const uint32_t Rn, const int32_t imm7, const bool is64bit)¶

constexpr uint32_t mini_jit::arm_instructions::internal::ldrImmediatePost(const uint32_t Rt, const uint32_t Rn, const int32_t imm9, const bool is64bit)¶

constexpr uint32_t mini_jit::arm_instructions::internal::ldrImmediatePre(const uint32_t Rt, const uint32_t Rn, const int32_t imm9, const bool is64bit)¶

constexpr uint32_t mini_jit::arm_instructions::internal::ldrImmediateOffset(const uint32_t Rt, const uint32_t Rn, const uint32_t imm12, const bool is64bit)¶

constexpr uint32_t mini_jit::arm_instructions::internal::lslImmediate(const uint32_t Rd, const uint32_t Rn, const uint32_t shift, const bool is64bit)¶

constexpr uint32_t mini_jit::arm_instructions::internal::madd(const uint32_t Rd, const uint32_t Rn, const uint32_t Rm, const uint32_t Ra, const bool is64bit)¶

constexpr uint32_t mini_jit::arm_instructions::internal::movn(const uint32_t Rd, const uint32_t imm16, const uint32_t shift, bool is64bit)¶

constexpr uint32_t mini_jit::arm_instructions::internal::movz(const uint32_t Rd, const uint32_t imm16, const uint32_t shift, bool is64bit)¶

template<typename T> constexpr orrShiftType mini_jit::arm_instructions::internal::_orrParseShiftType()¶

template<> constexpr orrShiftType mini_jit::arm_instructions::internal::_orrParseShiftType<ShiftLSL>()¶

template<> constexpr orrShiftType mini_jit::arm_instructions::internal::_orrParseShiftType<ShiftLSR>()¶

template<> constexpr orrShiftType mini_jit::arm_instructions::internal::_orrParseShiftType<ShiftASR>()¶

template<> constexpr orrShiftType mini_jit::arm_instructions::internal::_orrParseShiftType<ShiftROR>()¶

constexpr uint32_t mini_jit::arm_instructions::internal::orrShiftedRegister(uint32_t Rd, uint32_t Rn, uint32_t Rm, orrShiftType shift, uint32_t imm6, bool is64bit)¶

constexpr uint32_t mini_jit::arm_instructions::internal::ret(const uint32_t Rn)¶

constexpr uint32_t mini_jit::arm_instructions::internal::_stpPostPreOffset(const uint32_t opcode, const uint32_t Rt1, const uint32_t Rt2, const uint32_t Rn, const int32_t imm7, const bool is64bit)¶

constexpr uint32_t mini_jit::arm_instructions::internal::stpPost(const uint32_t Rt1, const uint32_t Rt2, const uint32_t Rn, const int32_t imm7, const bool is64bit)¶

constexpr uint32_t mini_jit::arm_instructions::internal::stpPre(const uint32_t Rt1, const uint32_t Rt2, const uint32_t Rn, const int32_t imm7, const bool is64bit)¶

constexpr uint32_t mini_jit::arm_instructions::internal::stpOffset(const uint32_t Rt1, const uint32_t Rt2, const uint32_t Rn, const int32_t imm7, const bool is64bit)¶

constexpr uint32_t mini_jit::arm_instructions::internal::subImmediate(const uint32_t Rd, const uint32_t Rn, const uint32_t imm12, const subShiftType shift, bool is64bit)¶

constexpr uint32_t mini_jit::arm_instructions::internal::eorVector(const uint32_t Vd, const uint32_t Vn, const uint32_t Vm, const eorSimdTypes type)¶

constexpr uint32_t mini_jit::arm_instructions::internal::fmaxVector(const uint32_t Vd, const uint32_t Vn, const uint32_t Vm, const fmaxSzType sz_type, const fmaxQType q_type)¶

constexpr uint32_t mini_jit::arm_instructions::internal::fmaxScalar(const uint32_t Vd, const uint32_t Vn, const uint32_t Vm, const fmaxFType f_type)¶

template<typename T> constexpr bool mini_jit::arm_instructions::internal::_fmlaIsDouble()¶

template<> constexpr bool mini_jit::arm_instructions::internal::_fmlaIsDouble<VType2x32Bit>()¶

template<> constexpr bool mini_jit::arm_instructions::internal::_fmlaIsDouble<VType4x32Bit>()¶

template<> constexpr bool mini_jit::arm_instructions::internal::_fmlaIsDouble<VType2x64Bit>()¶

template<typename T> constexpr fmlaSingleDoublePrecisionTypes mini_jit::arm_instructions::internal::_fmlaParseSingleDoubleType()¶

template<> constexpr fmlaSingleDoublePrecisionTypes mini_jit::arm_instructions::internal::_fmlaParseSingleDoubleType<VType2x32Bit>()¶

template<> constexpr fmlaSingleDoublePrecisionTypes mini_jit::arm_instructions::internal::_fmlaParseSingleDoubleType<VType4x32Bit>()¶

template<> constexpr fmlaSingleDoublePrecisionTypes mini_jit::arm_instructions::internal::_fmlaParseSingleDoubleType<VType2x64Bit>()¶

constexpr uint32_t mini_jit::arm_instructions::internal::fmlaByElementScalarHalfPrecision(const uint32_t Hd, const uint32_t Hn, const uint32_t Vm, const uint32_t index)¶

constexpr uint32_t mini_jit::arm_instructions::internal::fmlaByElementScalarSingleDoublePrecision(const uint32_t Vd, const uint32_t Vn, const uint32_t Vm, const uint32_t index, bool isDoublePrecision)¶

constexpr uint32_t mini_jit::arm_instructions::internal::fmlaByElementVectorHalfPrecision(const fmlaHalfPrecisionTypes T, const uint32_t Vd, const uint32_t Vn, const uint32_t Vm, const uint32_t index)¶

constexpr uint32_t mini_jit::arm_instructions::internal::fmlaByElementVectorSingleDoublePrecision(const fmlaSingleDoublePrecisionTypes T, const uint32_t Vd, const uint32_t Vn, const uint32_t Vm, const uint32_t index, bool isDoublePrecision)¶

template<typename T> constexpr ld1Types mini_jit::arm_instructions::internal::_ld1ParseType()¶

template<> constexpr ld1Types mini_jit::arm_instructions::internal::_ld1ParseType<VType8x8Bit>()¶

template<> constexpr ld1Types mini_jit::arm_instructions::internal::_ld1ParseType<VType16x8Bit>()¶

template<> constexpr ld1Types mini_jit::arm_instructions::internal::_ld1ParseType<VType4x16Bit>()¶

template<> constexpr ld1Types mini_jit::arm_instructions::internal::_ld1ParseType<VType8x16Bit>()¶

template<> constexpr ld1Types mini_jit::arm_instructions::internal::_ld1ParseType<VType2x32Bit>()¶

template<> constexpr ld1Types mini_jit::arm_instructions::internal::_ld1ParseType<VType4x32Bit>()¶

template<> constexpr ld1Types mini_jit::arm_instructions::internal::_ld1ParseType<VType1x64Bit>()¶

template<> constexpr ld1Types mini_jit::arm_instructions::internal::_ld1ParseType<VType2x64Bit>()¶

constexpr void mini_jit::arm_instructions::internal::_ld1GetQAndSize(const ld1Types type, uint32_t &out_q, uint32_t &out_size)¶

constexpr uint32_t mini_jit::arm_instructions::internal::_ld1GetOpCode(uint32_t registerAmount)¶

constexpr uint32_t mini_jit::arm_instructions::internal::ld1MultipleStructures(const uint32_t Vt, const ld1Types Tt, const uint32_t Xn, const uint32_t registerAmount)¶

constexpr uint32_t mini_jit::arm_instructions::internal::ld1MultipleStructuresPost(const uint32_t Vt, const ld1Types Tt, const uint32_t Xn, const uint32_t imm, const uint32_t Xm, const uint32_t registerAmount)¶

constexpr uint32_t mini_jit::arm_instructions::internal::ld1SingleStructures(const uint32_t Vt, const ld1DataTypes type, const uint32_t index, const uint32_t Xn)¶

constexpr uint32_t mini_jit::arm_instructions::internal::ld1SingleStructuresPost(const uint32_t Vt, const ld1DataTypes type, const uint32_t index, const uint32_t Xn, const uint32_t imm, const uint32_t Xm)¶

constexpr uint32_t mini_jit::arm_instructions::internal::_ldpSimdFpPostPreOffset(const uint32_t opcode, const uint32_t Rt1, const uint32_t Rt2, const uint32_t Rn, const int32_t imm7, const ldpSimdFpDataTypes type)¶

constexpr uint32_t mini_jit::arm_instructions::internal::ldpPost(const uint32_t Rt1, const uint32_t Rt2, const uint32_t Rn, const int32_t imm7, const ldpSimdFpDataTypes type)¶

constexpr uint32_t mini_jit::arm_instructions::internal::ldpPre(const uint32_t Rt1, const uint32_t Rt2, const uint32_t Rn, const int32_t imm7, const ldpSimdFpDataTypes type)¶

constexpr uint32_t mini_jit::arm_instructions::internal::ldpOffset(const uint32_t Rt1, const uint32_t Rt2, const uint32_t Rn, const int32_t imm7, const ldpSimdFpDataTypes type)¶

constexpr uint32_t mini_jit::arm_instructions::internal::_ldrSimdFpGetOpCode(const ldrSimdFpDataTypes type)¶

constexpr uint32_t mini_jit::arm_instructions::internal::ldrSimdFpImmediatePost(const uint32_t Vt, const uint32_t Rn, const int32_t imm9, const ldrSimdFpDataTypes type)¶

constexpr uint32_t mini_jit::arm_instructions::internal::ldrSimdFpImmediatePre(const uint32_t Vt, const uint32_t Rn, const int32_t imm9, const ldrSimdFpDataTypes type)¶

constexpr uint32_t mini_jit::arm_instructions::internal::ldrSimdFpImmediateOffset(const uint32_t Vt, const uint32_t Rn, const uint32_t imm12, const ldrSimdFpDataTypes type)¶

template<typename T> constexpr st1Types mini_jit::arm_instructions::internal::_st1ParseType()¶

template<> constexpr st1Types mini_jit::arm_instructions::internal::_st1ParseType<VType8x8Bit>()¶

template<> constexpr st1Types mini_jit::arm_instructions::internal::_st1ParseType<VType16x8Bit>()¶

template<> constexpr st1Types mini_jit::arm_instructions::internal::_st1ParseType<VType4x16Bit>()¶

template<> constexpr st1Types mini_jit::arm_instructions::internal::_st1ParseType<VType8x16Bit>()¶

template<> constexpr st1Types mini_jit::arm_instructions::internal::_st1ParseType<VType2x32Bit>()¶

template<> constexpr st1Types mini_jit::arm_instructions::internal::_st1ParseType<VType4x32Bit>()¶

template<> constexpr st1Types mini_jit::arm_instructions::internal::_st1ParseType<VType1x64Bit>()¶

template<> constexpr st1Types mini_jit::arm_instructions::internal::_st1ParseType<VType2x64Bit>()¶

constexpr void mini_jit::arm_instructions::internal::_st1GetQAndSize(const st1Types type, uint32_t &out_q, uint32_t &out_size)¶

constexpr uint32_t mini_jit::arm_instructions::internal::_st1GetOpCode(uint32_t registerAmount)¶

constexpr uint32_t mini_jit::arm_instructions::internal::st1MultipleStructures(const uint32_t Vt, const st1Types Tt, const uint32_t Xn, const uint32_t registerAmount)¶

constexpr uint32_t mini_jit::arm_instructions::internal::st1MultipleStructuresPost(const uint32_t Vt, const st1Types Tt, const uint32_t Xn, const uint32_t imm, const uint32_t Xm, const uint32_t registerAmount)¶

constexpr uint32_t mini_jit::arm_instructions::internal::st1SingleStructures(const uint32_t Vt, const st1DataTypes type, const uint32_t index, const uint32_t Xn)¶

constexpr uint32_t mini_jit::arm_instructions::internal::st1SingleStructuresPost(const uint32_t Vt, const st1DataTypes type, const uint32_t index, const uint32_t Xn, const uint32_t imm, const uint32_t Xm)¶

constexpr uint32_t mini_jit::arm_instructions::internal::_stpSimdFpPostPreOffset(const uint32_t opcode, const uint32_t Rt1, const uint32_t Rt2, const uint32_t Rn, const int32_t imm7, const stpSimdFpDataTypes type)¶

constexpr uint32_t mini_jit::arm_instructions::internal::stpPost(const uint32_t Rt1, const uint32_t Rt2, const uint32_t Rn, const int32_t imm7, const stpSimdFpDataTypes type)¶

constexpr uint32_t mini_jit::arm_instructions::internal::stpPre(const uint32_t Rt1, const uint32_t Rt2, const uint32_t Rn, const int32_t imm7, const stpSimdFpDataTypes type)¶

constexpr uint32_t mini_jit::arm_instructions::internal::stpOffset(const uint32_t Rt1, const uint32_t Rt2, const uint32_t Rn, const int32_t imm7, const stpSimdFpDataTypes type)¶

constexpr uint32_t mini_jit::arm_instructions::internal::_strSimdFpGetOpCode(const strSimdFpDataTypes type)¶

constexpr uint32_t mini_jit::arm_instructions::internal::strSimdFpImmediatePost(const uint32_t Vt, const uint32_t Rn, const int32_t imm9, const strSimdFpDataTypes type)¶

constexpr uint32_t mini_jit::arm_instructions::internal::strSimdFpImmediatePre(const uint32_t Vt, const uint32_t Rn, const int32_t imm9, const strSimdFpDataTypes type)¶

constexpr uint32_t mini_jit::arm_instructions::internal::strSimdFpImmediateOffset(const uint32_t Vt, const uint32_t Rn, const uint32_t imm12, const strSimdFpDataTypes type)¶

constexpr uint32_t mini_jit::arm_instructions::internal::_trn1(const uint32_t Vd, const uint32_t Vn, const uint32_t Vm, const trn1SizeType size_type, const trn1QType q_type)¶

constexpr uint32_t mini_jit::arm_instructions::internal::_trn2(const uint32_t Vd, const uint32_t Vn, const uint32_t Vm, const trn2SizeType size_type, const trn2QType q_type)¶

constexpr uint32_t mini_jit::arm_instructions::internal::_zip1(const uint32_t Vd, const uint32_t Vn, const uint32_t Vm, const zip1SizeType size_type, const zip1QType q_type)¶

constexpr uint32_t mini_jit::arm_instructions::internal::_zip2(const uint32_t Vd, const uint32_t Vn, const uint32_t Vm, const zip2SizeType size_type, const zip2QType q_type)¶

kernels¶

void mini_jit::kernels::br_matmul_16m_4n_k(mini_jit::Kernel &kernel, const uint32_t m_loop_16, const uint32_t n_loop_4, const uint32_t k_loop, const uint32_t br_size)¶

Generates a 16*M x 4*N x k matmul kernel.

Parameters:

kernel – The kernel to add instructions to.
m_loop_16 – The repetitions of the m block of size 16.
n_loop_4 – The repetitions of the n block of size 4.
k_loop – The loops in the k dimensions.
br_size – number of batch dimensions.

void mini_jit::kernels::br_matmul_16m_lt4nRest_k(mini_jit::Kernel &kernel, const uint32_t m_loop_16, const uint32_t n_loop_4, const uint32_t k_loop, const uint32_t br_size, const uint32_t n_loop_rest, const bool use_init_and_end = true)¶

Generates a 16*M x 4*N + Rest x k matmul kernel.

Parameters:

kernel – The kernel to add instructions to.
m_loop_16 – The repetitions of the m block of size 16.
n_loop_4 – The repetitions of the n block of size 4.
k_loop – The loops in the k dimensions.
br_size – number of batch dimensions.
n_loop_rest – The rest/remainder of the n loop that is not dividable by 4
use_init_and_end – Indicates if the procedural call standard, initializing setup and the ret instruction are used. Defaults to true.

void mini_jit::kernels::br_matmul_16mRest_4n_k(mini_jit::Kernel &kernel, const uint32_t m_loop_16, const uint32_t n_loop_4, const uint32_t k_loop, const uint32_t br_size, const uint32_t m_loop_rest, const bool use_init_and_end = true)¶

Generates a 16*M x 4*N + Rest x k matmul kernel.

Parameters:

kernel – The kernel to add instructions to.
m_loop_16 – The repetitions of the m block of size 16.
n_loop_4 – The repetitions of the n block of size 4.
k_loop – The loops in the k dimensions.
br_size – number of batch dimensions.
m_loop_rest – The rest/remainder of the m loop that is not dividable by 16
use_init_and_end – Indicates if the procedural call standard, initializing setup and the ret instruction are used. Defaults to true.

void mini_jit::kernels::br_matmul_16mRest_lt4nRest_k(mini_jit::Kernel &kernel, const uint32_t m_loop_16, const uint32_t n_loop_4, const uint32_t k_loop, const uint32_t br_size, const uint32_t m_loop_rest, const uint32_t n_loop_rest)¶

Generates a 16*M x 4*N + Rest x k matmul kernel.

Parameters:

kernel – The kernel to add instructions to.
m_loop_16 – The repetitions of the m block of size 16.
n_loop_4 – The repetitions of the n block of size 4.
br_size – number of batch dimensions.
k_loop – The loops in the k dimensions.
m_loop_rest – The rest/remainder of the m loop that is not dividable by 16.
n_loop_rest – The rest/remainder of the n loop that is not dividable by 4.

void mini_jit::kernels::br_matmul_lt16_4n_k(mini_jit::Kernel &kernel, const uint32_t n_loop_4, const uint32_t k_loop, const uint32_t br_size, const uint32_t m_loop_rest, const bool use_init_and_end = true)¶

Generates a 16*M x 4*N + Rest x k matmul kernel.

Parameters:

kernel – The kernel to add instructions to.
n_loop_4 – The repetitions of the n block of size 4.
k_loop – The loops in the k dimensions.
br_size – number of batch dimensions.
m_loop_rest – The rest/remainder of the m loop that is not dividable by 16.
use_init_and_end – Indicates if the procedural call standard, initializing setup and the ret instruction are used. Defaults to true.

void mini_jit::kernels::br_matmul_lt16_lt4nRest_k(mini_jit::Kernel &kernel, const uint32_t n_loop_4, const uint32_t k_loop, const uint32_t br_size, const uint32_t m_loop_rest, const uint32_t n_loop_rest)¶

Generates a 16*M x 4*N + Rest x k matmul kernel.

Parameters:

kernel – The kernel to add instructions to.
n_loop_4 – The repetitions of the n block of size 4.
k_loop – The loops in the k dimensions.
br_size – number of batch dimensions.
m_loop_rest – The rest/remainder of the m loop that is not dividable by 16.
n_loop_rest – The rest/remainder of the n loop that is not dividable by 4.

void mini_jit::kernels::matmul_16_6_1(mini_jit::Kernel &kernel)¶

Generates a 16 x 6 x 1 matmul kernel.

Parameters:: kernel – The kernel to add instructions to.

void mini_jit::kernels::matmul_16_6_k(mini_jit::Kernel &kernel, const uint32_t k_loop)¶

Generates a 16 x 6 x k matmul kernel.

Parameters:

kernel – The kernel to add instructions to.
k_loop – The loop over the k dimension.

void mini_jit::kernels::matmul_16m_4n_k(mini_jit::Kernel &kernel, const uint32_t m_loop_16, const uint32_t n_loop_4, const uint32_t k_loop)¶

Generates a 16*M x 4*N x k matmul kernel.

Parameters:

kernel – The kernel to add instructions to.
m_loop_16 – The repetitions of the m block of size 16.
n_loop_4 – The repetitions of the n block of size 4.
k_loop – The loops in the k dimensions.

void mini_jit::kernels::matmul_16m_lt4nRest_k(mini_jit::Kernel &kernel, const uint32_t m_loop_16, const uint32_t n_loop_4, const uint32_t k_loop, const uint32_t n_loop_rest, const bool use_init_and_end = true)¶

Generates a 16*M x 4*N + Rest x k matmul kernel.

Parameters:

kernel – The kernel to add instructions to.
m_loop_16 – The repetitions of the m block of size 16.
n_loop_4 – The repetitions of the n block of size 4.
k_loop – The loops in the k dimensions.
n_loop_rest – The rest/remainder of the n loop that is not dividable by 4
use_init_and_end – Indicates if the procedural call standard, initializing setup and the ret instruction are used. Defaults to true.

void mini_jit::kernels::matmul_16mRest_4n_k(mini_jit::Kernel &kernel, const uint32_t m_loop_16, const uint32_t n_loop_4, const uint32_t k_loop, const uint32_t m_loop_rest, const bool use_init_and_end = true)¶

Generates a 16*M x 4*N + Rest x k matmul kernel.

Parameters:

kernel – The kernel to add instructions to.
m_loop_16 – The repetitions of the m block of size 16.
n_loop_4 – The repetitions of the n block of size 4.
k_loop – The loops in the k dimensions.
m_loop_rest – The rest/remainder of the m loop that is not dividable by 16
use_init_and_end – Indicates if the procedural call standard, initializing setup and the ret instruction are used. Defaults to true.

void mini_jit::kernels::matmul_16mRest_lt4nRest_k(mini_jit::Kernel &kernel, const uint32_t m_loop_16, const uint32_t n_loop_4, const uint32_t k_loop, const uint32_t m_loop_rest, const uint32_t n_loop_rest)¶

Generates a 16*M x 4*N + Rest x k matmul kernel.

Parameters:

kernel – The kernel to add instructions to.
m_loop_16 – The repetitions of the m block of size 16.
n_loop_4 – The repetitions of the n block of size 4.
k_loop – The loops in the k dimensions.
m_loop_rest – The rest/remainder of the m loop that is not dividable by 16.
n_loop_rest – The rest/remainder of the n loop that is not dividable by 4.

void mini_jit::kernels::matmul_lt16_4n_k(mini_jit::Kernel &kernel, const uint32_t n_loop_4, const uint32_t k_loop, const uint32_t m_loop_rest, const bool use_init_and_end = true)¶

Generates a 16*M x 4*N + Rest x k matmul kernel.

Parameters:

kernel – The kernel to add instructions to.
n_loop_4 – The repetitions of the n block of size 4.
k_loop – The loops in the k dimensions.
m_loop_rest – The rest/remainder of the m loop that is not dividable by 16.
use_init_and_end – Indicates if the procedural call standard, initializing setup and the ret instruction are used. Defaults to true.

void mini_jit::kernels::matmul_lt16_lt4nRest_k(mini_jit::Kernel &kernel, const uint32_t n_loop_4, const uint32_t k_loop, const uint32_t m_loop_rest, const uint32_t n_loop_rest)¶

Generates a 16*M x 4*N + Rest x k matmul kernel.

Parameters:

kernel – The kernel to add instructions to.
n_loop_4 – The repetitions of the n block of size 4.
k_loop – The loops in the k dimensions.
m_loop_rest – The rest/remainder of the m loop that is not dividable by 16.
n_loop_rest – The rest/remainder of the n loop that is not dividable by 4.

void mini_jit::kernels::unary_identity(mini_jit::Kernel &kernel, const uint32_t m_loop, const uint32_t n_loop)¶

Generates a M x N unary identity kernel.

Parameters:

kernel – The kernel to add instructions too.
m_loop – The repetitions of the m dimensions.
n_loop – The repetitions of the n dimensions.

void mini_jit::kernels::unary_identity_transpose(mini_jit::Kernel &kernel, const uint32_t m_loop, const uint32_t n_loop)¶

Generates a M x N unary identity transpose kernel.

Parameters:

kernel – The kernel to add instructions too.
m_loop – The repetitions of the m dimensions.
n_loop – The repetitions of the n dimensions.

void mini_jit::kernels::unary_relu(mini_jit::Kernel &kernel, const uint32_t m_loop, const uint32_t n_loop)¶

Generates a M x N unary identity kernel.

Parameters:

kernel – The kernel to add instructions too.
m_loop – The repetitions of the m dimensions.
n_loop – The repetitions of the n dimensions.

void mini_jit::kernels::unary_relu_transpose(mini_jit::Kernel &kernel, const uint32_t m_loop, const uint32_t n_loop)¶

Generates a M x N unary identity kernel.

Parameters:

kernel – The kernel to add instructions too.
m_loop – The repetitions of the m dimensions.
n_loop – The repetitions of the n dimensions.

void mini_jit::kernels::unary_zero(mini_jit::Kernel &kernel, const uint32_t m_loop_4, const uint32_t n_loop, const uint32_t m_rest)¶

Generates a M x 4*N unary zero kernel.

Parameters:

kernel – The kernel to add instructions too.
m_loop_4 – The repetitions of the m block of size 4.
n_loop – The repetitions of the n block of size 4.
m_rest – The reminder of the m repetitions.
use_init_and_end – Indicates if the procedural call standard, initializing setup and the ret instruction are used. Defaults to

void mini_jit::kernels::unary_zero_16m_n(mini_jit::Kernel &kernel, const uint32_t m_loop_16, const uint32_t n_loop, const bool use_init_and_end = true)¶

Generates a M x 4*N unary zero kernel.

Parameters:

kernel – The kernel to add instructions too.
m_loop_16 – The repetitions of the m block of size.
n_loop – The repetitions of the n block of size 4.
use_init_and_end – Indicates if the procedural call standard, initializing setup and the ret instruction are used. Defaults to