Module ir

Intermediate representation (IR) for the compiler.

These data structures are used as the basis for the compiler. For example, this module some core types such as Operation and Op.

Structs

APInt

Arbitrary precision integer.

AnyAttr

AnyType

Attributes

Block

A collection of Ops.

BlockArgument

An argument in a block or function.

BlockLabel

A label to a block.

BlockPtr

A pointer to a block (replaces the block label).

Blocks

BooleanAttr

Constant

A constant value, for example a constant integer.

IntegerAttr

Integer attribute (e.g., 42 : i64).

IntegerType

Represent an integer type such as i32 or i64.

ModuleOp

OpOperand

OpOperands

OpResult

A named result of an operation.

Operation

A generic representation of an operation.

OperationName

Prefixes

Region

A list of blocks.

RenameBareToPercent

Rename bare variables x to percent variables %x.

StringAttr

UTF-8 encoded string.

StringType

Types

A collection of Types.

UnsetBlock

UnsetOp

UnsetOpResult

UnsetOpResults

Values

Vector of values.

Enums

BlockArgumentName

BlockName

Users

Value

An instance of a value (SSA, variadic, or constant) in the IR.

Traits

Attribute

Attributes are known-constant values of operations (a variable is not allowed). Attributes belong to operations and can be used to, for example, specify a SSA value.

Op

A specific operation.

Type

TypeConvert

Interface to convert a type from one dialect to another.

TypeParse

Interface to parse a type.

VariableRenamer

Functions

bytes_to_llvm_string

Convert a vector of bytes to a string while handling LLVM escape sequences.

canonicalize_identifier

Canonicalize an identifier.

display_region_inside_func

escape

llvm_string_to_bytes

Convert a string to a vector of bytes while handling LLVM escape sequences.

spaces

unescape