NewSExt returns a new sext instruction based on the given source value and target type.

NewSExt returns a new sext expression based on the given source value and target type.

NewSIToFP returns a new sitofp instruction based on the given source value and target type.

NewSIToFP returns a new sitofp expression based on the given source value and target type.

NewSRem returns a new srem instruction based on the given operands.

NewSRem returns a new srem expression based on the given operands.

NewSelect returns a new select instruction based on the given selection condition and true and false condition values.

NewSelect returns a new select expression based on the given selection condition and operands.

NewShl returns a new shl instruction based on the given operands.

NewShl returns a new shl expression based on the given operands.

NewShuffleVector returns a new shufflevector instruction based on the given vectors and shuffle mask.

NewShuffleVector returns a new shufflevector expression based on the given vectors and shuffle mask.

NewStruct returns a new struct constant based on the given struct type and fields. The struct type is infered from the type of the fields if t is nil.

NewSub returns a new sub instruction based on the given operands.

NewSub returns a new sub expression based on the given operands.

NewSwitch returns a new switch terminator based on the given control variable, default target basic block and switch cases.

NewTrunc returns a new trunc expression based on the given source value and target type.

NewUDiv returns a new udiv instruction based on the given operands.

NewUDiv returns a new udiv expression based on the given operands.

NewUIToFP returns a new uitofp instruction based on the given source value and target type.

NewUIToFP returns a new uitofp expression based on the given source value and target type.

NewURem returns a new urem instruction based on the given operands.

NewURem returns a new urem expression based on the given operands.

NewUnreachable returns a new unreachable terminator.

NewVAArg returns a new va_arg instruction based on the given variable argument list and argument type.

NewVector returns a new vector constant based on the given vector type and elements. The vector type is infered from the type of the elements if t is

NewXor returns a new xor instruction based on the given operands.

NewXor returns a new xor expression based on the given operands.

NewZExt returns a new zext instruction based on the given source value and target type.

NewZExt returns a new zext expression based on the given source value and target type.

Gets random random-length alphanumeric string.

Operands returns a mutable list of operands of the given value user (instruction or terminator).

ParseString parses the given LLVM IR assembly file into an LLVM IR module, reading from content. An optional path to the source file may be specified

SetDistinct specifies whether the metadata definition is dinstict.

String returns the LLVM syntax representation of the global variable as a type-value pair.

String returns the LLVM syntax representation of the instruction as a type-value pair.

String returns the LLVM syntax representation of the inline assembler expression as a type-value pair.

String returns the LLVM syntax representation of the IFunc as a type-value pair.

String returns the string representation of the pointer type.

String returns a string representation of the getelementptr index.

Type returns the type of the instruction.

Type returns the type of the instruction.

Type returns the type of the instruction.

Type returns the type of the instruction.

Type returns the type of the instruction.

Type returns the type of the instruction.

Type returns the type of the instruction.

Type returns the type of the instruction.

Type returns the type of the instruction.

Type returns the type of the instruction.

Type returns the type of the instruction.

Type returns the type of the instruction.

Type returns the type of the instruction.

Type returns the type of the instruction.

Type returns the type of the function parameter.

Type returns the type of the inline assembler expression.

Type returns the type of the basic block.

Type returns the type of the instruction.

Type returns the type of the instruction.

Type returns the type of the instruction.

Type returns the type of the instruction.

Type returns the type of the terminator.

Type returns the type of the constant.

Type returns the type of the constant.

Type returns the type of the constant.

Type returns the type of the constant.

Type returns the type of the constant.

Type returns the type of the constant.

Type returns the type of the constant.

Type returns the type of the constant.

Type returns the type of the metadata value.

WriteTo write the string representation of the module in LLVM IR assembly syntax to w.

addAttrGroupDefsToModule adds IR attribute group definitions to the IR module in numeric order.

addComdatDefsToModule adds IR comdat definitions to the IR module in natural sorting order.

addDefsToModule adds IR top-level declarations and definitions to the IR module in order of occurrence in the input.

addGlobalEntitiesToModule adds IR global variable declarations and definitions, indirect symbol definitions, and function declarations and definitions

addMetadataDefsToModule adds IR metadata definitions to the IR module in numeric order.

addNamedMetadataDefsToModule adds IR named metadata definitions to the IR module.

addTypeDefsToModule adds IR type definitions to the IR module in natural sorting order.

### [ Helper functions ] #################################################### aggregateElemType returns the element type at the position in the aggreg

### [ Helper functions ] #################################################### aggregateElemType returns the element type at the position in the aggreg

bodyString returns the string representation of the function body.

### [ Helper functions ] #################################################### calcMaxHexEntropy returns the maximum allowed hexadecimal entropy based

--- [ Attribute group definitions ] ----------------------------------------- createAttrGroupDefs indexes IR attribute group IDs and creates scaffoldi

=== [ Create and index IR ] ================================================= createGlobalEntities indexes global identifiers and creates scaffolding

createLocals indexes local identifiers and creates scaffolding IR local variables (without bodies but with types) of the given function. post-conditi

--- [ Metadata definitions ] ------------------------------------------------ createMetadataDefs indexes IR metadata IDs and creates scaffolding IR me

--- [ Named metadata definitions ] ------------------------------------------ createNamedMetadataDefs indexes IR metadata names and creates scaffoldin

=== [ Create and index IR ] ================================================= createTopLevelEntities indexes IR top-level identifiers and creates scaf

=== [ Create and index IR ] ================================================= createTypeDefs indexes type identifiers and creates scaffolding IR type

decimalEntropy returns the entropy of x when encoded in decimal notation. The entropy is in range (0.0, 1.0] and is determined by the number of unique

digitValue returns the integer value of the given digit byte. As defined by *big.Int.Text, the digit uses the lower-case letters 'a' to 'z' for digit

dispFlagsString returns the string representation of the given subprogram specific flags.

evalInst evaluates inst and returns the corresponding 32-bit integer.

### [ Helper functions ] #################################################### fixBlockAddressConst fixes the basic block of the given blockaddress con

genCallgraph returns the callgraph in Graphviz DOT format of the given LLVM IR module.

### [ Helper functions ] #################################################### gepExprType computes the result type of a getelementptr constant express

### [ Helper functions ] #################################################### gepExprType computes the result type of a getelementptr constant express

### [ Helper functions ] #################################################### gepInstType computes the result type of a getelementptr instruction. ge

### [ Helper functions ] #################################################### gepInstType computes the result type of a getelementptr instruction. ge