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How to use NewTable method of main Package

Best Syzkaller code snippet using main.NewTable

item.go

Source:item.go

1package main2import (3	"bytes"4	"encoding/binary"5	"github.com/hacash/core/fields"6	"math"7)8type BalanceRankingItem struct {9	Address       fields.Address10	BlsUseFloat64 fields.Bool // Whether the tag is a floating point number11	Balance       fields.VarUint812}13func NewBalanceRankingItem(addrstr string, isfloat bool) *BalanceRankingItem {14	addr, _ := fields.CheckReadableAddress(addrstr)15	isf := uint8(0)16	if isfloat {17		isf = 118	}19	return &BalanceRankingItem{20		Address:       *addr,21		BlsUseFloat64: fields.Bool(isf),22		Balance:       fields.VarUint8(0),23	}24}25func (b *BalanceRankingItem) GetBalance() float64 {26	if b.BlsUseFloat64.Check() {27		return math.Float64frombits(uint64(b.Balance))28	}29	return float64(b.Balance)30}31func (b *BalanceRankingItem) GetBalanceForceUint64() uint64 {32	return uint64(b.Balance)33}34func (b *BalanceRankingItem) SetBalanceByUint64(v uint64) {35	b.BlsUseFloat64.Set(false)36	b.Balance = fields.VarUint8(v)37}38func (b *BalanceRankingItem) SetBalanceByFloat64(v float64) {39	b.BlsUseFloat64.Set(true)40	uv := math.Float64bits(v)41	b.Balance = fields.VarUint8(uv)42}43// serialize44func ParseBalanceRankingItems(buf []byte) []*BalanceRankingItem {45	newtable := []*BalanceRankingItem{}46	blen := len(buf)47	ist := 21 + 1 + 848	for seek := 0; seek < blen; {49		one := BalanceRankingItem{}50		if blen < seek+ist {51			break52		}53		one.Address = buf[seek : seek+21]54		seek += 2155		one.BlsUseFloat64 = fields.Bool(buf[seek])56		seek += 157		one.Balance = fields.VarUint8(binary.BigEndian.Uint64(buf[seek : seek+8]))58		seek += 859		newtable = append(newtable, &one)60	}61	return newtable62}63// Deserialization64func SerializeBalanceRankingItems(table []*BalanceRankingItem) []byte {65	buf := bytes.NewBuffer(nil)66	for _, v := range table {67		b1, _ := v.Address.Serialize()68		b2, _ := v.BlsUseFloat64.Serialize()69		b3, _ := v.Balance.Serialize()70		buf.Write(b1)71		buf.Write(b2)72		buf.Write(b3)73	}74	return buf.Bytes()75}76// Update ranking table77func UpdateBalanceRankingTable(table []*BalanceRankingItem, insert *BalanceRankingItem, maxsize int) []*BalanceRankingItem {78	istvzore := insert.GetBalance() == 079	tlen := len(table)80	if tlen == 0 && !istvzore {81		return []*BalanceRankingItem{insert}82	}83	// duplicate removal84	if len(table) == 1 && table[0].Address.Equal(insert.Address) {85		return []*BalanceRankingItem{insert} // replace86	}87	var newtable []*BalanceRankingItem = nil88	for i := 0; i < tlen; i++ {89		li := table[i]90		if li.Address.Equal(insert.Address) {91			// Remove the current duplicate92			newtable = []*BalanceRankingItem{}93			newtable = append(newtable, table[0:i]...)94			newtable = append(newtable, table[i+1:]...)95			break96		}97	}98	if newtable != nil {99		table = newtable100	}101	// If the value is zero, delete it directly102	if istvzore {103		return table104	}105	// insert106	tlen = len(table)107	istidx := int(-1)108	b1 := insert.GetBalance()109	for i := tlen - 1; i >= 0; i-- {110		li := table[i]111		b2 := li.GetBalance()112		if b1 <= b2 {113			istidx = i114			break115		}116		if b1 > b2 {117			continue // Continue up118		}119	}120	// insert121	newtable = []*BalanceRankingItem{}122	if istidx == tlen-1 {123		// Add to end124		newtable = append(newtable, table...)125		newtable = append(newtable, insert)126	} else if istidx == -1 {127		// Add to first128		newtable = append(newtable, insert)129		newtable = append(newtable, table...)130	} else {131		// Insert middle132		newtable = append(newtable, table[0:istidx+1]...)133		newtable = append(newtable, insert)134		newtable = append(newtable, table[istidx+1:]...)135	}136	// Judge size137	if len(newtable) > maxsize {138		newtable = newtable[0:maxsize]139	}140	return newtable141}...

Main.go

Source:Main.go

...18	var newTable interfaces.Environment19	newTable = interfaces.NewEnvironment(env)20	newTable.UpdatePos(tree.GetPos(), env.Posicion, env.Posicion != 0, &newTable)21	22	tsSymbol := interfaces.NewTableSymbol("Main","Funcion","Global", p.Row, p.Column, "--", "--")23	tree.AddTableSymbol(*tsSymbol)24	25	if p.Instrucciones != nil {26		// gen.AddFunction("void","main()")27		// gen.StachHeap()28		for _, s := range p.Instrucciones.ToArray() {29			if reflect.TypeOf(s).String() == "transferencia.Break" 	 { 30				excep := interfaces.NewException("Semantico","Sentencia Break fuera de Ciclo (Main).", p.Row, p.Column)31				tree.AddException(interfaces.Exception{Tipo:excep.Tipo, Descripcion: excep.Descripcion, Row: excep.Row, Column: excep.Row})32				return excep33			}34			if reflect.TypeOf(s).String() == "transferencia.Continue" { 35				excep := interfaces.NewException("Semantico","Sentencia Continue fuera de Ciclo (Main).", p.Row, p.Column)36				tree.AddException(interfaces.Exception{Tipo:excep.Tipo, Descripcion: excep.Descripcion, Row: excep.Row, Column: excep.Row})...

F.go

Source:F.go

1package main2import "fmt"3func max(x, y int) int {4	if x > y {5		return x6	}7	return y8}9func newTable(w, l int) table {10	var t table11	t.w = w12	t.l = l13	t.area = w * l14	return t15}16type table struct {17	w, l, area int18}19func main() {20	var w1, w2, l1, l2 int21	fmt.Scan(&w1, &l1, &w2, &l2)22	var tables [4]table23	tables[0] = newTable(w1+w2, max(l1, l2))24	tables[1] = newTable(w1+l2, max(l1, w2))25	tables[2] = newTable(max(w1, l2), l1+w2)26	tables[3] = newTable(max(w1, w2), l1+l2)27	res := tables[0]28	for i := 1; i < 4; i++ {29		if tables[i].area < res.area {30			res = tables[i]31		}32	}33	fmt.Println(res.w, res.l)34}...

NewTable

Using AI Code Generation

1import "fmt"2func main() {3    table := NewTable()4    table.AddRow("Name", "Age")5    table.AddRow("John", "21")6    table.AddRow("Mary", "22")7    table.AddRow("Peter", "23")8    fmt.Println(table)9}

NewTable

Using AI Code Generation

1import (2func main() {3    t := NewTable(10, 20, 30)4    fmt.Println("Height of table is ", t.height)5    fmt.Println("Length of table is ", t.length)6    fmt.Println("Width of table is ", t.width)7}

NewTable

Using AI Code Generation

1import (2func main() {3	t := table.NewTable()4	t.AddRow("Name", "Age", "Height")5	t.AddRow("John", "23", "5.5")6	t.AddRow("Mary", "21", "5.2")7	fmt.Println(t)8}9func Open(name string) (*File, error)10func Create(name string) (*File, error)11func Remove(name string) error12func Rename(oldpath, newpath string) error13func Stat(name string) (FileInfo, error)14import (

NewTable

Using AI Code Generation

1import "main"2func main() {3    table := main.NewTable()4    table.Print()5}6import "main"7func main() {8    table := main.NewTable()9    table.Print()10}11import "main"12func main() {13    table := main.NewTable()14    table.Print()15}16import "main"17func main() {18    table := main.NewTable()19    table.Print()20}21import "main"22func main() {23    table := main.NewTable()24    table.Print()25}26import "main"27func main() {28    table := main.NewTable()29    table.Print()30}31import "main"32func main() {33    table := main.NewTable()34    table.Print()35}36import "main"37func main() {38    table := main.NewTable()39    table.Print()40}41import "main"42func main() {43    table := main.NewTable()44    table.Print()45}46import "main"47func main() {48    table := main.NewTable()49    table.Print()50}51import "main"52func main() {53    table := main.NewTable()54    table.Print()55}56import "main"57func main() {58    table := main.NewTable()59    table.Print()60}61import "main"62func main() {63    table := main.NewTable()64    table.Print()65}66import "main"67func main()

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