How to use UnitSize method of prog Package

Best Syzkaller code snippet using prog.UnitSize

types.go

Source:types.go

...87	Format() BinaryFormat88	BitfieldOffset() uint6489	BitfieldLength() uint6490	IsBitfield() bool91	// For most of the types UnitSize is equal to Size.92	// These are different only for all but last bitfield in the group,93	// where Size == 0 and UnitSize equals to the underlying bitfield type size.94	UnitSize() uint6495	UnitOffset() uint6496	DefaultArg(dir Dir) Arg97	isDefaultArg(arg Arg) bool98	generate(r *randGen, s *state, dir Dir) (arg Arg, calls []*Call)99	mutate(r *randGen, s *state, arg Arg, ctx ArgCtx) (calls []*Call, retry, preserve bool)100	getMutationPrio(target *Target, arg Arg, ignoreSpecial bool) (prio float64, stopRecursion bool)101	minimize(ctx *minimizeArgsCtx, arg Arg, path string) bool102	ref() Ref103	setRef(ref Ref)104}105type Ref uint32106func (ti Ref) String() string       { panic("prog.Ref method called") }107func (ti Ref) Name() string         { panic("prog.Ref method called") }108func (ti Ref) TemplateName() string { panic("prog.Ref method called") }109func (ti Ref) Optional() bool                                        { panic("prog.Ref method called") }110func (ti Ref) Varlen() bool                                          { panic("prog.Ref method called") }111func (ti Ref) Size() uint64                                          { panic("prog.Ref method called") }112func (ti Ref) TypeBitSize() uint64                                   { panic("prog.Ref method called") }113func (ti Ref) Alignment() uint64                                     { panic("prog.Ref method called") }114func (ti Ref) Format() BinaryFormat                                  { panic("prog.Ref method called") }115func (ti Ref) BitfieldOffset() uint64                                { panic("prog.Ref method called") }116func (ti Ref) BitfieldLength() uint64                                { panic("prog.Ref method called") }117func (ti Ref) IsBitfield() bool                                      { panic("prog.Ref method called") }118func (ti Ref) UnitSize() uint64                                      { panic("prog.Ref method called") }119func (ti Ref) UnitOffset() uint64                                    { panic("prog.Ref method called") }120func (ti Ref) DefaultArg(dir Dir) Arg                                { panic("prog.Ref method called") }121func (ti Ref) Clone() Type                                           { panic("prog.Ref method called") }122func (ti Ref) isDefaultArg(arg Arg) bool                             { panic("prog.Ref method called") }123func (ti Ref) generate(r *randGen, s *state, dir Dir) (Arg, []*Call) { panic("prog.Ref method called") }124func (ti Ref) mutate(r *randGen, s *state, arg Arg, ctx ArgCtx) ([]*Call, bool, bool) {125	panic("prog.Ref method called")126}127func (ti Ref) getMutationPrio(target *Target, arg Arg, ignoreSpecial bool) (float64, bool) {128	panic("prog.Ref method called")129}130func (ti Ref) minimize(ctx *minimizeArgsCtx, arg Arg, path string) bool {131	panic("prog.Ref method called")132}133func (ti Ref) ref() Ref       { panic("prog.Ref method called") }134func (ti Ref) setRef(ref Ref) { panic("prog.Ref method called") }135func IsPad(t Type) bool {136	if ct, ok := t.(*ConstType); ok && ct.IsPad {137		return true138	}139	return false140}141type TypeCommon struct {142	TypeName string143	// Static size of the type, or 0 for variable size types and all but last bitfields in the group.144	TypeSize   uint64145	TypeAlign  uint64146	IsOptional bool147	IsVarlen   bool148	self Ref149}150func (t *TypeCommon) Name() string {151	return t.TypeName152}153func (t *TypeCommon) TemplateName() string {154	name := t.TypeName155	if pos := strings.IndexByte(name, '['); pos != -1 {156		name = name[:pos]157	}158	return name159}160func (t *TypeCommon) Optional() bool {161	return t.IsOptional162}163func (t *TypeCommon) Size() uint64 {164	if t.IsVarlen {165		panic(fmt.Sprintf("static type size is not known: %#v", t))166	}167	return t.TypeSize168}169func (t *TypeCommon) TypeBitSize() uint64 {170	panic("cannot get the bitsize for a non-integer type")171}172func (t *TypeCommon) Varlen() bool {173	return t.IsVarlen174}175func (t *TypeCommon) Format() BinaryFormat {176	return FormatNative177}178func (t *TypeCommon) BitfieldOffset() uint64 {179	return 0180}181func (t *TypeCommon) BitfieldLength() uint64 {182	return 0183}184func (t *TypeCommon) UnitSize() uint64 {185	return t.Size()186}187func (t *TypeCommon) UnitOffset() uint64 {188	return 0189}190func (t *TypeCommon) IsBitfield() bool {191	return false192}193func (t *TypeCommon) ref() Ref {194	if t.self == 0 {195		panic("ref is not assigned yet")196	}197	return t.self198}199func (t *TypeCommon) setRef(ref Ref) {200	t.self = ref201}202func (t *TypeCommon) Alignment() uint64 {203	return t.TypeAlign204}205type ResourceDesc struct {206	Name   string207	Kind   []string208	Values []uint64209	Ctors  []ResourceCtor210}211type ResourceCtor struct {212	Call    int // index in Target.Syscalls213	Precise bool214}215type ResourceType struct {216	TypeCommon217	ArgFormat BinaryFormat218	Desc      *ResourceDesc219}220func (t *ResourceType) String() string {221	return t.Name()222}223func (t *ResourceType) DefaultArg(dir Dir) Arg {224	return MakeResultArg(t, dir, nil, t.Default())225}226func (t *ResourceType) isDefaultArg(arg Arg) bool {227	a := arg.(*ResultArg)228	return a.Res == nil && a.OpDiv == 0 && a.OpAdd == 0 &&229		len(a.uses) == 0 && a.Val == t.Default()230}231func (t *ResourceType) Default() uint64 {232	return t.Desc.Values[0]233}234func (t *ResourceType) SpecialValues() []uint64 {235	return t.Desc.Values236}237func (t *ResourceType) Format() BinaryFormat {238	return t.ArgFormat239}240type IntTypeCommon struct {241	TypeCommon242	ArgFormat       BinaryFormat243	BitfieldOff     uint64244	BitfieldLen     uint64245	BitfieldUnit    uint64246	BitfieldUnitOff uint64247}248func (t *IntTypeCommon) String() string {249	return t.Name()250}251func (t *IntTypeCommon) Format() BinaryFormat {252	return t.ArgFormat253}254// Returns the size in bits for integers in binary format or 64 for string-formatted integers. The return255// value is used in computing limits and truncating other values.256func (t *IntTypeCommon) TypeBitSize() uint64 {257	if t.ArgFormat != FormatNative && t.ArgFormat != FormatBigEndian {258		// TODO: add special cases for mutation and generation of string-formatted integers.259		return 64260	}261	if t.BitfieldLen != 0 {262		return t.BitfieldLen263	}264	return t.TypeSize * 8265}266func (t *IntTypeCommon) BitfieldOffset() uint64 {267	return t.BitfieldOff268}269func (t *IntTypeCommon) BitfieldLength() uint64 {270	return t.BitfieldLen271}272func (t *IntTypeCommon) UnitSize() uint64 {273	if t.BitfieldLen != 0 {274		return t.BitfieldUnit275	}276	return t.Size()277}278func (t *IntTypeCommon) UnitOffset() uint64 {279	return t.BitfieldUnitOff280}281func (t *IntTypeCommon) IsBitfield() bool {282	return t.BitfieldLen != 0283}284type ConstType struct {285	IntTypeCommon286	Val   uint64...

UnitSize

Using AI Code Generation

1import "fmt"2import "prog"3func main() {4    unitSize = prog.UnitSize()5    fmt.Println("The size of a unit is", unitSize)6}7Note that the path of the package prog is not specified in the import statement. This is because the Go compiler looks for the package prog in the following order:8    /usr/local/go/src/prog (from $GOROOT)9    /home/user/go/src/prog (from $GOPATH)10    /usr/local/go/src/prog (from $GOROOT)11    /home/user/go/src/prog (from $GOPATH)12    /home/user/go/src/2.go (from $GOPATH)13    /usr/local/go/src/prog (from $GOROOT)14    /home/user/go/src/prog (from $GOPATH)15    /home/user/go/src/2.go (from $GOPATH)

UnitSize

Using AI Code Generation

1import (2func main() {3	fmt.Printf("Unit Size is %d4", prog.UnitSize())5}6The import statement is used to import a package into a

UnitSize

Using AI Code Generation

1import (2func main() {3	fmt.Println(u.UnitSize())4}5const (6	Kilobyte UnitSize = 1 << (10 * iota)7func (u UnitSize) UnitSize() string {8	switch u {9	}10}11import (12func main() {13	fmt.Println(u.UnitSize())14}15const (16	Kilobyte UnitSize = 1 << (10 * iota)17func (u UnitSize) UnitSize() string {18	switch u {19	}20}

UnitSize

Using AI Code Generation

1import (2func main() {3 fmt.Println(x.UnitSize())4}5func (u Unit) UnitSize() int {6 return int(u)7}

UnitSize

Using AI Code Generation

1import (2func main() {3    fmt.Println("UnitSize of Prog is", x.UnitSize())4}5import (6func main() {7    fmt.Println("UnitSize of Prog is", x.UnitSize())8}9import (10func main() {11    fmt.Println("UnitSize of Prog is", x.UnitSize())12}13import (14func main() {15    fmt.Println("UnitSize of Prog is", x.UnitSize())16}17import (18func main() {19    fmt.Println("UnitSize of Prog is", x.UnitSize())20}21import (22func main() {23    fmt.Println("UnitSize of Prog is", x.UnitSize())24}25import (26func main() {27    fmt.Println("UnitSize of Prog is", x.UnitSize())28}29import (30func main() {31    fmt.Println("

UnitSize

Using AI Code Generation

1import (2func main() {3	fmt.Println(prog.UnitSize())4}5func UnitSize() int {6}7The UnitSize method is declared with the func keyword. The UnitSize method is declared with the UnitSize name. The UnitSize method is declared with the UnitSize() syntax. The UnitSize method is declared with the int return type. The UnitSize method is declared with the return 2 statement. The UnitSize method is declared with the return 2 syntax. The UnitSize method is declared with the return 2; syntax. The UnitSize method is declared with the return statement. The UnitSize method is declared with the return syntax. The UnitSize method is declared with the return; syntax. The UnitSize method is declared with the return value. The UnitSize method is declared with the return value; syntax. The UnitSize method is declared with the return value syntax. The UnitSize method is declared with the return value statement. The UnitSize method is declared with the return value; statement. The UnitSize method is declared with the return value; statement syntax. The UnitSize method is declared with the return value statemen

UnitSize

Using AI Code Generation

1import (2func main() {3    p := gobus.NewProgram()4    p.AddInstruction("mov", "r1", "r2")5    p.AddInstruction("mov", "r2", "r3")6    size := p.UnitSize()7    fmt.Printf("program size: %d8}9import (10func main() {11    p := gobus.NewProgram()12    p.AddInstruction("mov", "r1", "r2")13    p.AddInstruction("mov", "r2", "r3")14    p.AddInstruction("mov", "r3", "r4")15    size := p.UnitSize()16    fmt.Printf("program size: %d17}18import (19func main() {20    p := gobus.NewProgram()21    p.AddInstruction("mov", "r1", "r2")22    p.AddInstruction("mov", "r2", "r3")23    p.AddInstructionWithLabel("mov", "r3", "r4", "label1")24    size := p.UnitSize()25    fmt.Printf("program size: %d26}

UnitSize

Using AI Code Generation

1import (2func main() {3	fmt.Println("Unit Size:", prog.UnitSize())4}5import (6func main() {7	fmt.Println("Unit Size:", prog.UnitSize())8}9import (10func main() {11	fmt.Println("Unit Size:", prog.UnitSize())12}13import (14func main() {15	fmt.Println("Unit Size:", prog.UnitSize())16}17import (18func main() {19	fmt.Println("Unit Size:", prog.UnitSize())20}21import (22func main() {23	fmt.Println("Unit Size:", prog.UnitSize())24}25import (26func main() {27	fmt.Println("Unit Size:", prog.UnitSize())28}29import (30func main() {31	fmt.Println("Unit Size:", prog.UnitSize())32}33import (34func main() {

UnitSize

Using AI Code Generation

1import (2func main() {3	fmt.Println("Unit Size = ", prog.UnitSize)4}5func main() {6}7import (8const (9func main() {10	fmt.Println("x = ", x)11	fmt.Println("y = ", y)12	fmt.Println("z = ", z)13}14import (15const (16func main() {17	a := [3]int{x, y, z}18	fmt.Println("a = ", a)19}

UnitSize

Using AI Code Generation

1import (2func main() {3    p := prog.Prog{}4    p.UnitSize()5}6import (7func main() {8    p := prog.Prog{}9    p.UnitSize()10}11import (12func main() {13    p := prog.Prog{}14    p.UnitSize()15}16import (17func main() {18    p := prog.Prog{}19    p.UnitSize()20}21import (22func main() {23    p := prog.Prog{}24    p.UnitSize()25}26import (27func main() {28    p := prog.Prog{}29    p.UnitSize()30}

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