How to use roundup method of compiler Package

Best Syzkaller code snippet using compiler.roundup

gen.go

Source:gen.go

...295			unitBits := f.UnitSize() * 8296			occupiedBits := fullBitOffset - fieldOffset*8297			remainBits := unitBits - occupiedBits298			if remainBits < f.BitfieldLength() {299				fieldOffset = roundup(roundup(fullBitOffset, 8)/8, unitAlign)300				fullBitOffset, bitOffset = 0, 0301			} else if fieldOffset*8 >= fullBitOffset {302				fullBitOffset, bitOffset = fieldOffset*8, 0303			}304			fieldBitOffset := (fullBitOffset - fieldOffset*8) % unitBits305			setBitfieldOffset(f, fieldBitOffset)306		} else {307			fieldOffset = roundup(roundup(fullBitOffset, 8)/8, fieldAlign)308			bitOffset = 0309		}310		if fieldOffset > byteOffset {311			pad := fieldOffset - byteOffset312			byteOffset += pad313			if i != 0 && t.Fields[i-1].IsBitfield() {314				setBitfieldTypeSize(t.Fields[i-1].Type, pad)315				if bitOffset >= 8*pad {316					// The padding is due to bitfields, so consume the bitOffset.317					bitOffset -= 8 * pad318				} else if bitOffset >= 8 {319					// Unclear is this is a bug or not and what to do in this case.320					// But since we don't have any descriptions that trigger this,321					// let's just guard with the panic.322					panic(fmt.Sprintf("bad bitOffset: %v.%v pad=%v bitOffset=%v",323						t.Name(), field.Name, pad, bitOffset))324				}325			} else {326				newFields = append(newFields, genPad(pad))327			}328		}329		if f.IsBitfield() {330			if byteOffset > fieldOffset {331				unitOffset := byteOffset - fieldOffset332				setBitfieldUnitOffset(f, unitOffset)333			}334		}335		newFields = append(newFields, field)336		if f.IsBitfield() {337			bitOffset += f.BitfieldLength()338		} else if !f.Varlen() {339			// Increase offset if the current field except when it's340			// the last field in a struct and has variable length.341			byteOffset += f.Size()342		}343	}344	if bitOffset != 0 {345		pad := roundup(bitOffset, 8) / 8346		byteOffset += pad347		i := len(t.Fields)348		if i != 0 && t.Fields[i-1].IsBitfield() {349			setBitfieldTypeSize(t.Fields[i-1].Type, pad)350		} else {351			newFields = append(newFields, genPad(pad))352		}353	}354	if t.AlignAttr != 0 {355		structAlign = t.AlignAttr356	}357	if !varlen && structAlign != 0 && byteOffset%structAlign != 0 {358		pad := structAlign - byteOffset%structAlign359		newFields = append(newFields, genPad(pad))360	}361	t.Fields = newFields362}363func roundup(v, a uint64) uint64 {364	return rounddown(v+a-1, a)365}366func rounddown(v, a uint64) uint64 {367	if (a & (a - 1)) != 0 {368		panic(fmt.Sprintf("rounddown(%v)", a))369	}370	return v & ^(a - 1)371}372func bitfieldFields(t0 prog.Type) (*uint64, *uint64, *uint64) {373	switch t := t0.(type) {374	case *prog.IntType:375		return &t.TypeSize, &t.BitfieldOff, &t.BitfieldUnitOff376	case *prog.ConstType:377		return &t.TypeSize, &t.BitfieldOff, &t.BitfieldUnitOff...

roundup

Using AI Code Generation

1import (2func main() {3    fmt.Println(math.Round(1.6))4    fmt.Println(math.Round(1.5))5    fmt.Println(math.Round(1.4))6    fmt.Println(math.Round(1.3))7    fmt.Println(math.Round(1.2))8    fmt.Println(math.Round(1.1))9    fmt.Println(math.Round(1.0))10    fmt.Println(math.Round(0.9))11    fmt.Println(math.Round(0.8))12    fmt.Println(math.Round(0.7))13    fmt.Println(math.Round(0.6))14    fmt.Println(math.Round(0.5))15    fmt.Println(math.Round(0.4))16    fmt.Println(math.Round(0.3))17    fmt.Println(math.Round(0.2))18    fmt.Println(math.Round(0.1))19    fmt.Println(math.Round(0.0))20    fmt.Println(math.Round(-0.1))21    fmt.Println(math.Round(-0.2))22    fmt.Println(math.Round(-0.3))23    fmt.Println(math.Round(-0.4))24    fmt.Println(math.Round(-0.5))25    fmt.Println(math.Round(-0.6))26    fmt.Println(math.Round(-0.7))27    fmt.Println(math.Round(-0.8))28    fmt.Println(math.Round(-0.9))29    fmt.Println(math.Round(-1.0))30    fmt.Println(math.Round(-1.1))31    fmt.Println(math.Round(-1.2))32    fmt.Println(math.Round(-1.3))33    fmt.Println(math.Round(-1.4))34    fmt.Println(math.Round(-1.5))35    fmt.Println(math.Round(-1.6))36}

roundup

Using AI Code Generation

1import "fmt"2type compiler struct {3}4func (c compiler) roundup(x float32) float32 {5    return float32(int(x)+1)6}7func main() {8    fmt.Println("Round up 1.2 =", c.roundup(1.2))9    fmt.Println("Round up 1.8 =", c.roundup(1.8))10}11import "fmt"12type compiler struct {13}14func (c compiler) roundup(x float32) float32 {15    return float32(int(x)+1)16}17func main() {18    fmt.Println("Round up 1.2 =", c.roundup(1.2))19    fmt.Println("Round up 1.8 =", c.roundup(1.8))20}213.go:14: c.roundup undefined (type compiler has no field or method roundup)

roundup

Using AI Code Generation

1import "fmt"2func main() {3	fmt.Println("2 + 3 =", add(2, 3))4	fmt.Println("2 + 4 =", add(2, 4))5	fmt.Println("2 + 5 =", add(2, 5))6}7import "fmt"8func main() {9	fmt.Println("2 + 3 =", add(2, 3))10	fmt.Println("2 + 4 =", add(2, 4))11	fmt.Println("2 + 5 =", add(2, 5))12}13import "fmt"14func main() {15	fmt.Println("2 + 3 =", add(2, 3))16	fmt.Println("2 + 4 =", add(2, 4))17	fmt.Println("2 + 5 =", add(2, 5))18}19import "fmt"20func main() {21	fmt.Println("2 + 3 =", add(2, 3))22	fmt.Println("2 + 4 =", add(2, 4))23	fmt.Println("2 + 5 =", add(2, 5))24}25import "fmt"26func main() {27	fmt.Println("2 + 3 =", add(2, 3))28	fmt.Println("2 + 4 =", add(2, 4))29	fmt.Println("2 + 5 =", add(2, 5))30}31import "fmt"32func main() {33	fmt.Println("2 + 3 =", add(2, 3))34	fmt.Println("2 + 4 =", add(2, 4))35	fmt.Println("2 + 5 =", add(2, 5))36}37import "fmt"38func main() {39	fmt.Println("2 + 3 =", add(2, 3))40	fmt.Println("2 + 4 =", add(2, 4))41	fmt.Println("2 + 5 =", add(2,

roundup

Using AI Code Generation

1import (2func main() {3}4import (5func main() {6}7import (8func main() {9}10import (11func main() {12}13import (14func main() {15}16import (17func main() {18}19import (20func main() {21}22import (23func main() {24	fmt.Println(comp

roundup

Using AI Code Generation

1import "fmt"2func main() {3  fmt.Print("Enter a number: ")4  fmt.Scan(&n)5  fmt.Println("Round up of", n, "is", compiler.RoundUp(n))6}7import "fmt"8func main() {9  fmt.Print("Enter a number: ")10  fmt.Scan(&n)11  fmt.Println("Round down of", n, "is", compiler.RoundDown(n))12}13import "fmt"14func main() {15  fmt.Print("Enter a number: ")16  fmt.Scan(&n)17  fmt.Println("Square root of", n, "is", compiler.Sqrt(n))18}19import "fmt"20func main() {21  fmt.Print("Enter a number: ")22  fmt.Scan(&n)23  fmt.Println("Factorial of", n, "is", compiler.Factorial(n))24}25import "fmt"26func main() {27  fmt.Print("Enter a number: ")28  fmt.Scan(&n)29  fmt.Println("Is", n, "prime?", compiler.IsPrime(n))30}31import "fmt"32func main() {33  fmt.Print("Enter a number: ")34  fmt.Scan(&n)35  fmt.Println("Is", n, "even?", compiler.IsEven(n))36}37import "fmt"38func main() {39  fmt.Print("Enter a number: ")40  fmt.Scan(&n)41  fmt.Println("Is", n, "odd?", compiler.IsOdd(n))42}43import "fmt"44func main() {45  fmt.Print("Enter a number: ")46  fmt.Scan(&

roundup

Using AI Code Generation

1import "fmt"2import "math"3import "strconv"4func main() {5    fmt.Print("Enter a number: ")6    fmt.Scanln(&input)7    fmt.Println("The rounded up value is: ", math.Ceil(input))8}9math.Floor(number)10import "fmt"11import "math"12import "strconv"13func main() {14    fmt.Print("Enter a number: ")15    fmt.Scanln(&input)16    fmt.Println("The rounded down value is: ", math.Floor(input))17}18math.RoundToEven(number)19import "fmt"20import "math"21import "strconv"22func main() {23    fmt.Print("Enter a number: ")24    fmt.Scanln(&input)25    fmt.Println("The rounded to even value is: ", math.RoundToEven(input))26}27math.Round(number)

roundup

Using AI Code Generation

1import (2func main() {3	fmt.Println(math.Ceil(a))4	fmt.Println(math.Ceil(b))5	fmt.Println(math.Ceil(c))6}7import (8func main() {9	fmt.Println(math.Floor(a))10	fmt.Println(math.Floor(b))11	fmt.Println(math.Floor(c))12}13import (14func main() {15	fmt.Println(math.Max(a, b))16	fmt.Println(math.Max(b, c))17	fmt.Println(math.Max(c, a))18}19import (20func main() {21	fmt.Println(math.Min(a, b))22	fmt.Println(math.Min(b, c))23	fmt.Println(math.Min(c, a))24}25import (26func main() {27	fmt.Println(math.Mod(a, b

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