Public Member Functions
	IRBuilder (Context &ctx)

void	setInsertPoint (BasicBlock::iterator it)
	Set the insertion point to the given basic block. This will insert new instructions after the given instruction iterator. More...

void	setInsertPoint (Instruction *instr)
	Set the insertion point to the given instruction. This will insert new instructions after the given instruction. More...

void	setInsertPoint (BasicBlock *bb)
	Set the insertion point to the beginning of the given basic block. More...

BasicBlock *	currentBlock ()

BasicBlock *	createBasicBlock (Function *parent)
	Create a new basic block within the given function. This does not change the insertion point, unlike the other create functions. More...

Instruction *	createBinaryInstr (Instruction::BinOp op, Value lhs, Value rhs)
	Create a binary instruction with the given operation and left-hand and right-hand operands (as values). More...

Instruction *	createCallInstr (Value callee, utils::range_ref< Value > args)
	Create a call instruction with the given callee and arguments. More...

Instruction *	createLoadInstr (Type type, Value ptr)
	Create a load instruction with the given type and pointer. The type is the type of the value to load and will dictate the size of the load operation. The ptr is the pointer to load from. More...

Instruction *	createStoreInstr (Value val, Value ptr)
	Create a store instruction with the given value and pointer. The value is the value to store and the ptr is the pointer to store to. More...

Instruction *	createReturnInstr (Value *val)
	Create a return instruction with the given value. More...

Instruction *	createReturnInstr ()
	Create a return instruction with no value (void). More...

Instruction *	createBranchInstr (BasicBlock *target)
	Creates an unconditional branch instruction to the given target basic block. More...

Instruction *	createBranchInstr (Value cond, BasicBlock true_target, BasicBlock *false_target)
	Create a conditional branch instruction with the given condition and true and false target basic blocks. More...

Instruction *	createCmpInstr (CmpInst::Predicate pred, Value lhs, Value rhs)
	Create a comparison instruction with the given predicate and left-hand and right-hand operands. More...

Instruction *	createICastInstr (ICastInst::CastOp op, Value val, Type destTy)
	Create the generic trunc/zext/sext instruction with the given operation, value, and destination type. More...

Instruction *	createGEPInstr (Value ptr, StructType t, utils::range_ref< Value * > indices)

Detailed Description

Definition at line 10 of file IRBuilder.h.

Member Function Documentation

◆ createBasicBlock()

BasicBlock* tir::IRBuilder::createBasicBlock ( Function * parent )

inline

Create a new basic block within the given function. This does not change the insertion point, unlike the other create functions.

Parameters

parent The parent function of the basic block

Returns: BasicBlock* The new (empty) basic block

Definition at line 51 of file IRBuilder.h.

                                                   {
       return BasicBlock::Create(ctx_, parent);
    }

◆ createBinaryInstr()

Instruction* tir::IRBuilder::createBinaryInstr	(	Instruction::BinOp	op,
		Value *	lhs,
		Value *	rhs
	)

inline

Create a binary instruction with the given operation and left-hand and right-hand operands (as values).

Parameters

op	The binary operation to perform
lhs	The LHS value
rhs	The RHS value

Returns: BinaryInst* A pointer to the instruction

Definition at line 64 of file IRBuilder.h.

                                                                                {
       return insert(BinaryInst::Create(ctx_, op, lhs, rhs));
    }

◆ createBranchInstr() [1/2]

Instruction* tir::IRBuilder::createBranchInstr ( BasicBlock * target )

inline

Creates an unconditional branch instruction to the given target basic block.

Parameters

target The target basic block

Returns: BranchInst* A pointer to the instruction

Definition at line 130 of file IRBuilder.h.

                                                       {
       return createBranchInstr(Constant::CreateBool(ctx_, true), target, target);
    }

◆ createBranchInstr() [2/2]

Instruction* tir::IRBuilder::createBranchInstr	(	Value *	cond,
		BasicBlock *	true_target,
		BasicBlock *	false_target
	)

inline

Create a conditional branch instruction with the given condition and true and false target basic blocks.

Parameters

cond	The condition to branch on
true_target	The target basic block if the condition is true
false_target	The target basic block if the condition is false

Returns: BranchInst* A pointer to the instruction

Definition at line 143 of file IRBuilder.h.

                                                             {
       return insert(BranchInst::Create(ctx_, cond, true_target, false_target));
    }

◆ createCallInstr()

Instruction* tir::IRBuilder::createCallInstr	(	Value *	callee,
		utils::range_ref< Value * >	args
	)

inline

Create a call instruction with the given callee and arguments.

Parameters

callee	The function to call
args	The arguments to pass to the function

Returns: CallInst* A pointer to the instruction

Definition at line 75 of file IRBuilder.h.

                                                                             {
       return insert(CallInst::Create(ctx_, callee, args));
    }

◆ createCmpInstr()

Instruction* tir::IRBuilder::createCmpInstr	(	CmpInst::Predicate	pred,
		Value *	lhs,
		Value *	rhs
	)

inline

Create a comparison instruction with the given predicate and left-hand and right-hand operands.

Parameters

pred	The comparison predicate
lhs	The LHS value
rhs	The RHS value

Returns: CmpInst* A pointer to the instruction

Definition at line 157 of file IRBuilder.h.

                                                                               {
       return insert(CmpInst::Create(ctx_, pred, lhs, rhs));
    }

◆ createICastInstr()

Instruction* tir::IRBuilder::createICastInstr	(	ICastInst::CastOp	op,
		Value *	val,
		Type *	destTy
	)

inline

Create the generic trunc/zext/sext instruction with the given operation, value, and destination type.

Parameters

op	The cast operation to perform
val	The value to cast
destTy	The destination type

Returns: Instruction* The created instruction

Definition at line 170 of file IRBuilder.h.

                                                                                {
       return insert(ICastInst::Create(ctx_, op, val, destTy));
    }

◆ createLoadInstr()

Instruction* tir::IRBuilder::createLoadInstr	(	Type *	type,
		Value *	ptr
	)

inline

Create a load instruction with the given type and pointer. The type is the type of the value to load and will dictate the size of the load operation. The ptr is the pointer to load from.

Parameters

type	The type of the value to load
ptr	The pointer to load from

Returns: LoadInst* A pointer to the instruction

Definition at line 88 of file IRBuilder.h.

                                                         {
       return insert(LoadInst::Create(ctx_, type, ptr));
    }

◆ createReturnInstr() [1/2]

Instruction* tir::IRBuilder::createReturnInstr ( )

inline

Create a return instruction with no value (void).

Returns: ReturnInst* A pointer to the instruction

Definition at line 119 of file IRBuilder.h.

                                     {
       return insert(ReturnInst::Create(ctx_, nullptr));
    }

◆ createReturnInstr() [2/2]

Instruction* tir::IRBuilder::createReturnInstr ( Value * val )

inline

Create a return instruction with the given value.

Parameters

val	The value to return

Returns: ReturnInst* A pointer to the instruction

Definition at line 110 of file IRBuilder.h.

                                               {
       return insert(ReturnInst::Create(ctx_, val));
    }

◆ createStoreInstr()

Instruction* tir::IRBuilder::createStoreInstr	(	Value *	val,
		Value *	ptr
	)

inline

Create a store instruction with the given value and pointer. The value is the value to store and the ptr is the pointer to store to.

Parameters

val	The value to store
ptr	The pointer to store to

Returns: StoreInst* A pointer to the instruction

Definition at line 100 of file IRBuilder.h.

                                                          {
       return insert(StoreInst::Create(ctx_, val, ptr));
    }

◆ setInsertPoint() [1/3]

void tir::IRBuilder::setInsertPoint ( BasicBlock * bb )

inline

Set the insertion point to the beginning of the given basic block.

Parameters

bb	The basic block to set the insertion point to

Definition at line 35 of file IRBuilder.h.

                                        {
       insertPoint_ = bb->begin();
    }

◆ setInsertPoint() [2/3]

void tir::IRBuilder::setInsertPoint ( BasicBlock::iterator it )

inline

Set the insertion point to the given basic block. This will insert new instructions after the given instruction iterator.

Parameters

it	The iterator to set the insertion point to

Definition at line 20 of file IRBuilder.h.

20 { insertPoint_ = it; }

◆ setInsertPoint() [3/3]

void tir::IRBuilder::setInsertPoint ( Instruction * instr )

inline

Set the insertion point to the given instruction. This will insert new instructions after the given instruction.

Parameters

instr The instruction to set the insertion point to

Definition at line 28 of file IRBuilder.h.

28 { setInsertPoint(instr->iter()); }

tir::IRBuilder::setInsertPoint

void setInsertPoint(BasicBlock::iterator it)

Set the insertion point to the given basic block. This will insert new instructions after the given i...

Definition: IRBuilder.h:20

The documentation for this class was generated from the following file:

include/tir/IRBuilder.h

Public Member Functions

Detailed Description

Member Function Documentation

◆ createBasicBlock()

◆ createBinaryInstr()

◆ createBranchInstr() [1/2]

◆ createBranchInstr() [2/2]

◆ createCallInstr()

◆ createCmpInstr()

◆ createICastInstr()

◆ createLoadInstr()

◆ createReturnInstr() [1/2]

◆ createReturnInstr() [2/2]

◆ createStoreInstr()

◆ setInsertPoint() [1/3]

◆ setInsertPoint() [2/3]

◆ setInsertPoint() [3/3]