Class InstructionBuilder
LLVM Instruction builder allowing managed code to generate IR instructions
Inheritance
Namespace: Ubiquity.NET.Llvm.Instructions
Assembly: Ubiquity.NET.Llvm.dll
Syntax
public sealed class InstructionBuilderConstructors
| InstructionBuilder(Context) | Initializes a new instance of the InstructionBuilder class for a given Context |
| InstructionBuilder(BasicBlock) | Initializes a new instance of the InstructionBuilder class for a BasicBlock |
Properties
| Context | Gets the context this builder is creating instructions for |
| CurrentDebugLocation | Gets or sets the current Debug Location for this InstructionBuilder |
| InsertBlock | Gets the BasicBlock this builder is building instructions for |
| InsertFunction | Gets the function this builder currently inserts into |
Methods
| Add(Value, Value) | Creates an integer add operator |
| AddWithOverflow(Value, Value, Boolean) | Generates a call to the llvm.[s|u]add.with.overflow intrinsic |
| Alloca(ITypeRef) | Creates an alloca instruction |
| Alloca(ITypeRef, ConstantInt) | Creates an alloca instruction |
| And(Value, Value) | Creates an integer bitwise and operator |
| AppendBasicBlock(BasicBlock) | Appends a basic block after the InsertBlock of this InstructionBuilder |
| ArithmeticShiftRight(Value, Value) | Creates an integer arithmetic shift right operator |
| AtomicAdd(Value, Value) | Creates an atomic add instruction |
| AtomicAnd(Value, Value) | Creates an atomic AND instruction |
| AtomicCmpXchg(Value, Value, Value) | Creates an atomic Compare exchange instruction |
| AtomicFadd(Value, Value) | Creates an atomic FAdd instruction |
| AtomicFSub(Value, Value) | Creates an atomic FSub instruction |
| AtomicMax(Value, Value) | Creates an atomic ADD instruction |
| AtomicMin(Value, Value) | Creates an atomic MIN instruction |
| AtomicNand(Value, Value) | Creates an atomic NAND instruction |
| AtomicOr(Value, Value) | Creates an atomic or instruction |
| AtomicSub(Value, Value) | Creates an atomic subtraction instruction |
| AtomicUMax(Value, Value) | Creates an atomic UMax instruction |
| AtomicUMin(Value, Value) | Creates an atomic UMin instruction |
| AtomicXchg(Value, Value) | Creates an atomic exchange (Read, Modify, Write) instruction |
| AtomicXor(Value, Value) | Creates an atomic XOR instruction |
| BitCast(Value, ITypeRef) | Creates a bitcast instruction |
| Branch(BasicBlock) | Create an unconditional branch |
| Branch(Value, BasicBlock, BasicBlock) | Creates a conditional branch instruction |
| Call(Value, IReadOnlyList<Value>) | Creates a call function |
| Call(Value, Value[]) | Creates a call function |
| Compare(IntPredicate, Value, Value) | Builds an Integer compare instruction |
| Compare(Predicate, Value, Value) | Builds a compare instruction |
| Compare(RealPredicate, Value, Value) | Builds a Floating point compare instruction |
| ConstGetElementPtrInBounds(Value, Value[]) | Creates a Value that accesses an element of a type referenced by a pointer |
| DebugTrap() | Creates a llvm.debugtrap call |
| DoNothing() | Creates a call to the llvm.donothing intrinsic |
| ExtractValue(Value, UInt32) | Creates an extractvalue instruction |
| FAdd(Value, Value) | Creates a floating point add operator |
| FDiv(Value, Value) | Creates a floating point division operator |
| FMul(Value, Value) | Creates a floating point multiple operator |
| FNeg(Value) | Creates a floating point negation operator |
| FPExt(Value, ITypeRef) | Creates a floating point extend instruction |
| FPToSICast(Value, ITypeRef) | Creates a floating point to signed integer cast instruction |
| FPToUICast(Value, ITypeRef) | Creates a Floating point to unsigned integer cast instruction |
| FPTrunc(Value, ITypeRef) | Creates a floating point truncate instruction |
| Freeze(Value) | Creates a Freeze instruction |
| FRem(Value, Value) | Creates a floating point remainder operator |
| FSub(Value, Value) | Creates a floating point subtraction operator |
| GetElementPtr(ITypeRef, Value, IEnumerable<Value>) | Creates a Value that accesses an element of a type referenced by a pointer |
| GetElementPtr(Value, IEnumerable<Value>) | Creates a Value that accesses an element of a type referenced by a pointer |
| GetElementPtr(Value, Value[]) | Creates a Value that accesses an element of a type referenced by a pointer |
| GetElementPtrInBounds(ITypeRef, Value, IEnumerable<Value>) | Creates a Value that accesses an element of a type referenced by a pointer |
| GetElementPtrInBounds(ITypeRef, Value, Value[]) | Creates a Value that accesses an element of a type referenced by a pointer |
| GetElementPtrInBounds(Value, IEnumerable<Value>) | Creates a Value that accesses an element of a type referenced by a pointer |
| GetElementPtrInBounds(Value, Value[]) | Creates a Value that accesses an element of a type referenced by a pointer |
| GetStructElementPointer(ITypeRef, Value, UInt32) | Creates a Value that accesses an element (field) of a structure |
| GetStructElementPointer(Value, UInt32) | Creates a Value that accesses an element (field) of a structure |
| InsertValue(Value, Value, UInt32) | Builds an InsertValue instruction |
| IntCast(Value, ITypeRef, Boolean) | Creates an integer cast instruction |
| IntToPointer(Value, IPointerType) | Builds a cast from an integer to a pointer |
| Invoke(Value, IReadOnlyList<Value>, BasicBlock, BasicBlock) | Creates an Invoke instruction |
| LandingPad(ITypeRef) | Creates a LandingPad instruction |
| Load(ITypeRef, Value) | Creates a load instruction |
| Load(Value) | Creates a Load instruction |
| LogicalShiftRight(Value, Value) | Creates an integer logical shift right operator |
| MemCpy(Value, Value, Value, Boolean) | Builds a memcpy intrinsic call |
| MemMove(Value, Value, Value, Boolean) | Builds a memmove intrinsic call |
| MemSet(Value, Value, Value, Boolean) | Builds a memset intrinsic call |
| Mul(Value, Value) | Creates an integer multiplication operator |
| MulWithOverflow(Value, Value, Boolean) | Generates a call to the llvm.[s|u]mul.with.overflow intrinsic |
| Neg(Value) | Creates an integer negation operator |
| Not(Value) | Creates an integer logical not operator |
| Or(Value, Value) | Creates an integer bitwise or operator |
| PhiNode(ITypeRef) | Creates a Phi instruction |
| PointerToInt(Value, ITypeRef) | Builds a cast from a pointer to an integer type |
| PositionAtEnd(BasicBlock) | Positions the builder at the end of a given BasicBlock |
| PositionBefore(Instruction) | Positions the builder before the given instruction |
| Resume(Value) | Creates a ResumeInstruction |
| Return() | Creates a return instruction for a function that has no return value |
| Return(Value) | Creates a return instruction with the return value for a function |
| SDiv(Value, Value) | Creates an integer signed division operator |
| Select(Value, Value, Value) | Builds a SelectInstruction instruction |
| SetDebugLocation(UInt32, UInt32, DILocalScope, DILocation) | Set the current debug location for this InstructionBuilder |
| SetDebugLocation(DILocation) | Set the current debug location for this InstructionBuilder |
| ShiftLeft(Value, Value) | Creates an integer shift left operator |
| SignExtend(Value, ITypeRef) | Creates a Sign Extend instruction |
| SignExtendOrBitCast(Value, ITypeRef) | Creates a sign extend or bit cast instruction |
| SIToFPCast(Value, ITypeRef) | Creates a signed integer to floating point cast instruction |
| SRem(Value, Value) | Creates an integer signed remainder operator |
| Store(Value, Value) | Builds an LLVM Store instruction |
| Sub(Value, Value) | Creates an integer subtraction operator |
| SubWithOverflow(Value, Value, Boolean) | Generates a call to the llvm.[s|u]sub.with.overflow intrinsic |
| Switch(Value, BasicBlock, UInt32) | Creates a switch instruction |
| Trap() | Creates a llvm.trap call |
| Trunc(Value, ITypeRef) | Creates a trunc instruction |
| TruncOrBitCast(Value, ITypeRef) | Creates a trunc or bit cast instruction |
| UDiv(Value, Value) | Creates an integer unsigned division operator |
| UIToFPCast(Value, ITypeRef) | Creates an unsigned integer to floating point cast instruction |
| Unreachable() | Creates an Unreachable instruction |
| URem(Value, Value) | Creates an integer unsigned remainder operator |
| Xor(Value, Value) | Creates an integer bitwise exclusive or operator |
| ZeroExtend(Value, ITypeRef) | Creates a Zero Extend instruction |
| ZeroExtendOrBitCast(Value, ITypeRef) | Creates a zero extend or bit cast instruction |