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How to use UnitOffset method of prog Package

Best Syzkaller code snippet using prog.UnitOffset

types.go

Source:types.go

...91	// 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   uint64287	IsPad bool288}289func (t *ConstType) DefaultArg(dir Dir) Arg {290	return MakeConstArg(t, dir, t.Val)291}292func (t *ConstType) isDefaultArg(arg Arg) bool {...

UnitOffset

Using AI Code Generation

1import (2func main() {3	xlsx, err := excelize.OpenFile("Book1.xlsx")4	if err != nil {5		fmt.Println(err)6	}7	cell, err := xlsx.GetCellValue("Sheet1", "B2")8	if err != nil {9		fmt.Println(err)10	}11	fmt.Println(cell)12	index := xlsx.GetSheetIndex("Sheet2")13	rows := xlsx.GetRows("Sheet1")14	for _, row := range rows {15		for _, colCell := range row {16			fmt.Print(colCell, "\t")17		}18		fmt.Println()19	}20	cell, err = xlsx.GetCellValue("Sheet1", "B2")21	if err != nil {22		fmt.Println(err)23	}24	fmt.Println(cell)25	index = xlsx.GetSheetIndex("Sheet2")26	rows = xlsx.GetRows("Sheet1")27	for _, row := range rows {28		for _, colCell := range row {29			fmt.Print(colCell, "\t")30		}31		fmt.Println()32	}33}34import (35func main() {36	xlsx, err := excelize.OpenFile("Book1.xlsx")37	if err != nil {38		fmt.Println(err)39	}40	cell, err := xlsx.GetCellValue("Sheet1", "B2")41	if err != nil {42		fmt.Println(err)43	}44	fmt.Println(cell)45	index := xlsx.GetSheetIndex("Sheet2")46	rows := xlsx.GetRows("Sheet1")47	for _, row := range rows {48		for _, colCell := range row {49			fmt.Print(colCell, "\t")50		}51		fmt.Println()52	}

UnitOffset

Using AI Code Generation

1import (2func main() {3	prog := jen.NewFile("main")4	prog.Func().Id("main").Params().Block(5		jen.Id("fmt").Dot("Println").Call(jen.Lit("hello, world")),6	fmt.Printf("%#v", prog.UnitOffset(1))7}

UnitOffset

Using AI Code Generation

1import (2func main() {3	app := cli.NewApp()4	app.Action = func(c *cli.Context) error {5		prog := c.Args().Get(0)6		unit := c.Args().Get(1)7		fmt.Println(prog.UnitOffset(unit))8	}9	app.Run(os.Args)10}11import (12func main() {13	app := cli.NewApp()14	app.Action = func(c *cli.Context) error {15		prog := c.Args().Get(0)16		line := c.Args().Get(1)17		fmt.Println(prog.LineToPC(line))18	}19	app.Run(os.Args)20}21import (22func main() {23	app := cli.NewApp()24	app.Action = func(c *cli.Context) error {25		prog := c.Args().Get(0)26		pc := c.Args().Get(1)27		fmt.Println(prog.PCtoLine(pc))28	}29	app.Run(os.Args)30}31import (32func main() {33	app := cli.NewApp()34	app.Action = func(c *cli.Context) error {35		prog := c.Args().Get(0)36		line := c.Args().Get(1)37		fmt.Println(prog.LineOffsets(line))38	}39	app.Run(os.Args)40}41import (42func main() {43	app := cli.NewApp()

UnitOffset

Using AI Code Generation

1import (2func main() {3	fmt.Println(prog.UnitOffset(1, 2))4}5func UnitOffset(x, y int) int {6}7import "testing"8func TestUnitOffset(t *testing.T) {9	if UnitOffset(1, 2) != -1 {10		t.Error("UnitOffset(1,2) != -1")11	}12}13import "testing"14func BenchmarkUnitOffset(b *testing.B) {15	for i := 0; i < b.N; i++ {16		UnitOffset(1, 2)17	}18}19import "fmt"20func ExampleUnitOffset() {21	fmt.Println(UnitOffset(1, 2))22}23import (24func TestUnitOffset(t *testing.T) {25	if UnitOffset(1, 2) != -1 {26		t.Error("UnitOffset(1,2) != -1")27	}28}29import "testing"30func BenchmarkUnitOffset(b *testing.B) {31	for i := 0; i < b.N; i++ {32		UnitOffset(1, 2)33	}34}35import "fmt"36func ExampleUnitOffset() {37	fmt.Println(UnitOffset(1, 2))38}39func UnitOffset(x, y int) int {40}

UnitOffset

Using AI Code Generation

1import (2func main() {3	img := image.NewGray(image.Rect(0, 0, w, h))4	for x := 0; x <= w; x++ {5		for y := 0; y <= h; y++ {6			d := math.Sqrt(math.Pow(float64(x-xc), 2) + math.Pow(float64(y-yc), 2))7			if d <= r {8				img.Set(x, y, color.Gray{255})9			}10		}11	}12	f, _ := os.Create("2.png")13	png.Encode(f, img)14	f.Close()15}16import (17func main() {18	img := image.NewGray(image.Rect(0, 0, w, h))19	for x := 0; x <= w; x++ {20		for y := 0; y <= h; y++ {21			d := math.Sqrt(math.Pow(float64(x-xc), 2) + math.Pow(float64(y-yc), 2

UnitOffset

Using AI Code Generation

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

UnitOffset

Using AI Code Generation

1import "fmt"2func main() {3fmt.Println("Enter the number of units consumed : ")4fmt.Scanln(&units)5if units <= 50 {6} else if units > 50 && units <= 150 {7cost = 50 * 10 + (units - 50) * 158} else if units > 150 && units <= 250 {9cost = 50 * 10 + 100 * 15 + (units - 150) * 2010} else if units > 250 {11cost = 50 * 10 + 100 * 15 + 100 * 20 + (units - 250) * 2512}13fmt.Println("Total cost of electricity bill = ", cost)14}

UnitOffset

Using AI Code Generation

1import (2func main() {3	prog := new(gobus.Prog)4	prog2 := new(gobus.Prog)5	prog3 := new(gobus.Prog)6	prog4 := new(gobus.Prog)7	prog5 := new(gobus.Prog)

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