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How to use Parent method of rod Package

Best Rod code snippet using rod.Parent

hanoi BFS.go

Source:hanoi BFS.go

...10)11//Struct node to create the tree12type Node struct {13	Value     Hanoi14	Parent    *Node15	Childrens []*Node16}17type Hanoi struct {18	rodA  []int19	rodB  []int20	rodC  []int21	plays int22}23func BFS(tree *Node, game *Hanoi) *Node {24	queue := []*Node{}25	queue = append(queue, tree)26	return BFSUtil(queue)27}28func BFSUtil(queue []*Node) (res *Node) {29	//fmt.Println("Level ", queue[0].Value.plays)30	//fmt.Println("Prox ", queue[0].Value)31	//fmt.Println("Len ", len(queue))32	//time.Sleep(time.Second * 1)33	if len(queue) == 0 {34		//fmt.Println("End tree")35		return36	}37	//res = append(res, queue[0].Value)38	if isWin(queue[0].Value) {39		fmt.Println("Result Founded")40		res = queue[0]41		return42	}43	//fmt.Println("MOVES")44	for _, move := range validMovimments(queue[0].Value) {45		//fmt.Println(move)46		newNode := Node{move, queue[0], []*Node{}}47		queue[0].Childrens = append(queue[0].Childrens, &newNode)48		queue = append(queue, &newNode)49	}50	return BFSUtil(queue[1:])51}52func initGame(game *Hanoi) (ret Hanoi) {53	//*game = Hanoi{}54	*&game.plays = 055	*&game.rodA = []int{Bigger, Midium, Lower}56	*&game.rodB = []int{Empty, Empty, Empty}57	*&game.rodC = []int{Empty, Empty, Empty}58	return59}60func isWin(game Hanoi) bool {61	return game.rodC[0] == Bigger && game.rodC[1] == Midium && game.rodC[2] == Lower62}63func validMovimments(game Hanoi) (result []Hanoi) {64	result = []Hanoi{}65	lowerRodA, indexLowerA, index0A := lowerOnRod(game.rodA)66	lowerRodB, indexLowerB, index0B := lowerOnRod(game.rodB)67	lowerRodC, indexLowerC, index0C := lowerOnRod(game.rodC)68	if lowerRodA < lowerRodB {69		auxGame := copy(game)70		auxGame.rodA[indexLowerA] = Empty71		auxGame.rodB[index0B] = lowerRodA72		auxGame.plays += 173		result = append(result, auxGame)74	}75	if lowerRodA < lowerRodC {76		auxGame := copy(game)77		auxGame.rodA[indexLowerA] = Empty78		auxGame.rodC[index0C] = lowerRodA79		auxGame.plays += 180		result = append(result, auxGame)81	}82	if lowerRodB < lowerRodA {83		auxGame := copy(game)84		auxGame.rodB[indexLowerB] = Empty85		auxGame.rodA[index0A] = lowerRodB86		auxGame.plays += 187		result = append(result, auxGame)88	}89	if lowerRodB < lowerRodC {90		auxGame := copy(game)91		auxGame.rodB[indexLowerB] = Empty92		auxGame.rodC[index0C] = lowerRodB93		auxGame.plays += 194		result = append(result, auxGame)95	}96	if lowerRodC < lowerRodA {97		auxGame := copy(game)98		auxGame.rodC[indexLowerC] = Empty99		auxGame.rodA[index0A] = lowerRodC100		auxGame.plays += 1101		result = append(result, auxGame)102	}103	if lowerRodC < lowerRodB {104		auxGame := copy(game)105		auxGame.rodC[indexLowerC] = Empty106		auxGame.rodB[index0B] = lowerRodC107		auxGame.plays += 1108		result = append(result, auxGame)109	}110	return111}112func lowerOnRod(rod []int) (lower int, indexR int, index0 int) {113	lower = 4114	indexR = 0115	index0 = 0116	used_ := false117	for index, elem := range rod {118		if elem != 0 && elem < lower {119			lower = elem120			indexR = index121		}122		if elem == 0 && !used_ {123			index0 = index124			used_ = true125		}126	}127	if lower == 4 {128		lower = 99129		indexR = 0130		index0 = 0131	}132	return133}134func copy(game Hanoi) (c Hanoi) {135	c = Hanoi{}136	for _, elem := range game.rodA {137		c.rodA = append(c.rodA, elem)138	}139	for _, elem := range game.rodB {140		c.rodB = append(c.rodB, elem)141	}142	for _, elem := range game.rodC {143		c.rodC = append(c.rodC, elem)144	}145	c.plays = game.plays146	return147}148func main() {149	game := Hanoi{}150	initGame(&game)151	tree := Node{game, nil, []*Node{}}152	result := BFS(&tree, &game)153	printResult := []Hanoi{}154	for {155		printResult = append(printResult, result.Value)156		if result.Parent == nil {157			break158		} else {159			result = result.Parent160		}161	}162	for index := len(printResult) - 1; index >= 0; index-- {163		fmt.Println(printResult[index])164	}165}...

wayang.go

Source:wayang.go

1package wayang2import (3	"context"4	"fmt"5	"log"6	"os"7	"github.com/go-rod/rod"8	"github.com/go-rod/rod/lib/cdp"9	"github.com/go-rod/rod/lib/defaults"10	"github.com/go-rod/rod/lib/launcher"11	"github.com/ysmood/kit"12)13func NewRemoteRunner(client *cdp.Client) *Runner {14	ctx, cancel := context.WithCancel(context.Background())15	browser := rod.New().Context(ctx, cancel).Client(client).Connect()16	page := browser.Page("")17	logger := log.New(os.Stdout, "", log.LstdFlags)18	return &Runner{19		B:         browser,20		P:         page,21		ENV:       map[string]interface{}{},22		Context:   ctx,23		Canceller: cancel,24		Logger:    logger,25		program:   Program{},26	}27}28func NewRunner() *Runner {29	u := defaults.URL30	if defaults.Remote {31		if u == "" {32			u = "ws://127.0.0.1:9222"33		}34		return NewRemoteRunner(launcher.NewRemote(u).Client())35	}36	if u == "" {37		var err error38		u, err = launcher.New().LaunchE()39		kit.E(err)40	}41	return NewRemoteRunner(cdp.New(u))42}43func (parent *Runner) RunProgram(program Program) (interface{}, *RuntimeError) {44	parent.program = program45	var res interface{}46	for i, action := range parent.program.Steps {47		source := fmt.Sprintf("root[%d]", i)48		res = parent.runAction(action, source)49		if err, ok := res.(RuntimeError); ok {50			return nil, &err51		}52	}53	return res, nil54}55func RunProgram(program Program) (interface{}, *RuntimeError) {56	return NewRunner().RunProgram(program)57}58func RunActions(actions []Action) (interface{}, *RuntimeError) {59	return RunProgram(Program{60		Steps: actions,61	})62}63func (parent *Runner) RunActions(actions []Action) (interface{}, *RuntimeError) {64	return parent.RunProgram(Program{65		Steps: actions,66	})67}68func RunAction(action Action) (interface{}, *RuntimeError) {69	return RunProgram(Program{70		Steps: []Action{action},71	})72}73func (parent *Runner) RunAction(action Action) (interface{}, *RuntimeError) {74	return parent.RunProgram(Program{75		Steps: []Action{action},76	})77}78func (parent *Runner) Close() {79	parent.B.Close()80	parent.Canceller()81}82func (parent *Runner) Info(message interface{}) {83	parent.Logger.Printf(`level=info msg=%v`, message)84}85func (parent *Runner) Error(message interface{}) {86	parent.Logger.Printf(`level=error msg=%s`, message)87}88func (re *RuntimeError) Action() Action {89	return re.action90}91func (re *RuntimeError) Source() string {92	return re.source93}94func (re *RuntimeError) ErrorRaw() interface{} {95	return re.err96}97func (re *RuntimeError) Error() string {98	return fmt.Sprintln(re.err)99}100func (re *RuntimeError) Dump() string {101	return kit.Sdump(re)102}103func (re *RuntimeError) Log() {104	msg := kit.Sdump(re.err)105	re.parent.Logger.Printf(`level="error" msg="%s"`, msg)106}107func (re *RuntimeError) Print() {108	fmt.Println(kit.Sdump(re.err))109}110func (re *RuntimeError) Stack() string {111	return string(re.stack)112}113func (re *RuntimeError) LogStack() {114	re.parent.Logger.Printf(`level="error" msg="%s"`, string(re.stack))115}116func (re *RuntimeError) PrintStack() {117	fmt.Println(string(re.stack))118}...

player_item_test.go

Source:player_item_test.go

...4	"testing"5	"github.com/stretchr/testify/require"6)7func TestPlayerItem(t *testing.T) {8	xmlPlayerItem := `<Item xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:type="FishingRod"><category>-99</category><name>Fishing Rod</name><specialItem>false</specialItem><hasBeenInInventory>true</hasBeenInInventory><SpecialVariable>0</SpecialVariable><DisplayName>Fiberglass Rod</DisplayName><Name>Fiberglass Rod</Name><Stack>1</Stack><initialParentTileIndex>10</initialParentTileIndex><currentParentTileIndex>10</currentParentTileIndex><indexOfMenuItemView>10</indexOfMenuItemView><stackable>false</stackable><instantUse>false</instantUse><upgradeLevel>2</upgradeLevel><numAttachmentSlots>2</numAttachmentSlots><attachments><Object xsi:nil="true" /><Object xsi:nil="true" /></attachments><BaseName>Fishing Rod</BaseName><InitialParentTileIndex>10</InitialParentTileIndex><IndexOfMenuItemView>10</IndexOfMenuItemView><InstantUse>false</InstantUse><Stackable>false</Stackable></Item>`9	var item PlayerItem10	err := xml.Unmarshal([]byte(xmlPlayerItem), &item)11	require.NoError(t, err)12	require.False(t, item.IsNil)13	require.Equal(t, "FishingRod", item.Type)14	require.Equal(t, -99, item.Category)15	require.Equal(t, "Fishing Rod", item.Name)16	require.Equal(t, false, item.SpecialItem)17	require.Equal(t, true, item.HasBeenInInventory)18	require.Equal(t, 0, item.SpecialVariable)19	require.Equal(t, "Fiberglass Rod", item.DisplayName)20	require.Equal(t, "Fiberglass Rod", item.SpecificName)21	require.Equal(t, 1, item.Stack)22	require.Equal(t, 10, item.InitialParentTileIndex)23	require.Equal(t, 10, item.CurrentParentTileIndex)24	require.Equal(t, 10, item.IndexOfMenuItemView)25	require.Equal(t, false, item.Stackable)26	require.Equal(t, false, item.InstantUse)27	require.Equal(t, 2, item.UpgradeLevel)28	require.Equal(t, 2, item.NumAttachmentSlots)29	require.Equal(t, "Fishing Rod", item.BaseName)30	require.Equal(t, 10, item.InitialParentTileIndex)31	require.Equal(t, 10, item.IndexOfMenuItemView)32	require.Equal(t, false, item.InstantUse)33	require.Equal(t, false, item.Stackable)34}...

Parent

Using AI Code Generation

1import (2func main() {3	browser := rod.New().MustConnect()4	page := browser.MustPage(url)5	parent := page.MustElement("input[name='q']").MustParent()6	fmt.Println(parent.MustText())7}

Parent

Using AI Code Generation

1import (2func main() {3    browser := rod.New().Connect()4    defer browser.Close()5    defer page.Close()6    element := page.Element("#hplogo")7    defer element.Close()8    parent := element.Parent()9    defer parent.Close()10    fmt.Println(parent.Node().NodeName)11}12import (13func main() {14    browser := rod.New().Connect()15    defer browser.Close()16    defer page.Close()17    element := page.Element("#hplogo")18    defer element.Close()19    fmt.Println(element.Node().NodeName)20}21import (22func main() {23    browser := rod.New().Connect()24    defer browser.Close()25    defer page.Close()26    element := page.Element("#hplogo")

Parent

Using AI Code Generation

1import "fmt"2type Rod struct {3}4func (r Rod) Parent() int {5}6type Bar struct {7}8func (b Bar) Parent() int {9}10func main() {11    r := Rod{length: 10}12    b := Bar{Rod: Rod{length: 10}, width: 5}13    fmt.Println(r.Parent())14    fmt.Println(b.Parent())15}16import "fmt"17type Rod struct {18}19func (r Rod) Parent() int {20}21type Bar struct {22}23func (b Bar) Parent() int {24}25func main() {26    r := Rod{length: 10}27    b := Bar{Rod: Rod{length: 10}, width: 5}28    fmt.Println(r.Parent())29    fmt.Println(b.Rod.Parent())30}31import "fmt"32type Rod struct {33}34func (r Rod) Parent() int {35}36type Bar struct {37}38func (b Bar) Parent() int {39}40func main() {41    r := Rod{length: 10}42    b := Bar{Rod: Rod{length: 10}, width: 5}43    fmt.Println(r.Parent())44    fmt.Println(b.Rod.Parent())45    fmt.Println(b.length)46}47import "fmt"48type Rod struct {49}50func (r

Parent

Using AI Code Generation

1import (2func main() {3	l := launcher.New().Headless(false)4	defer l.Cleanup()5	browser := rod.New().ControlURL(l).MustConnect()6	root := page.MustElement("html")7	parent := root.MustParent()8	fmt.Println(parent.MustText())9}10Go (programming language) - Wikipedia

Parent

Using AI Code Generation

1import (2func main() {3	browser := rod.New().ControlURL(launcher.New().MustLaunch()).MustConnect()4	input := page.MustElement("input[name='q']")5	parent := input.MustParent()6	fmt.Println(parent.MustNode().MustProperty("tagName").String())7}8import (9func main() {10	browser := rod.New().ControlURL(launcher.New().MustLaunch()).MustConnect()11	input := page.MustElement("input[name='q']")12	parent := input.MustParentUntil("div")13	fmt.Println(parent.MustNode().MustProperty("tagName").String())14}15import (16func main() {17	browser := rod.New().ControlURL(launcher.New().MustLaunch()).MustConnect()18	input := page.MustElement("input[name='q']")19	parents := input.MustParents()20	fmt.Println(parents

Parent

Using AI Code Generation

1import "fmt"2type rod struct {3}4func (r rod) Parent() {5    fmt.Println("Parent method of rod class")6}7type bar struct {8}9func (b bar) Parent() {10    fmt.Println("Parent method of bar class")11}12func main() {13    b.Parent()14}15import "fmt"16type rod struct {17}18func (r rod) Parent() {19    fmt.Println("Parent method of rod class")20}21type bar struct {22}23func main() {24    b.Parent()25}26import "fmt"27type rod struct {28}29func (r rod) Parent() {30    fmt.Println("Parent method of rod class")31}32type bar struct {33}34func main() {35    b.rod.Parent()36}37import "fmt"38type rod struct {39}40func (r rod) Parent() {41    fmt.Println("Parent method of rod class")42}43type bar struct {44}45func main() {46    fmt.Println(b.rod.length)47    fmt.Println(b.rod.diameter)48}49import "fmt"50type rod struct {51}52func (r rod) Parent() {53    fmt.Println("Parent method of rod class")54}55type bar struct {56}57func main() {58    fmt.Println(b

Parent

Using AI Code Generation

1import (2func main() {3	r := rod.NewRod(10, 10)4	r.Parent()5	fmt.Println(r)6}7import (8func main() {9	r := rod.NewRod(10, 10)10	r.Child(10, 10)11	fmt.Println(r)12}13import (14func main() {15	r := rod.NewRod(10, 10)16	r.Child(10, 10)17	r.GetChild()18	fmt.Println(r)19}20import (21func main() {22	r := rod.NewRod(10, 10)23	r.Parent()24	r.GetParent()25	fmt.Println(r)26}27import (28func main() {29	r := rod.NewRod(10, 10)30	r.Child(10, 10)31	r.SetChild(20, 20)32	fmt.Println(r)33}34import (35func main() {36	r := rod.NewRod(10, 10)37	r.Parent()38	r.SetParent(20, 20)39	fmt.Println(r)40}41import (42func main() {43	r := rod.NewRod(10, 10)44	r.GetRod()45	fmt.Println(r)46}47import (48func main() {49	r := rod.NewRod(10, 10)50	r.SetRod(20, 20)51	fmt.Println(r)52}53import (54func main() {

Parent

Using AI Code Generation

1import (2func main() {3	rod1 := rod.NewRod(10, 20)4	rod2 := rod.NewRod(5, 10)5	if rod2.Parent(rod1) {6		fmt.Println("rod2 is child of rod1")7	} else {8		fmt.Println("rod2 is not a child of rod1")9	}10}11import (12func TestParent(t *testing.T) {13	rod1 := rod.NewRod(10, 20)14	rod2 := rod.NewRod(5, 10)15	if rod2.Parent(rod1) {16		t.Log("rod2 is child of rod1")17	} else {18		t.Error("rod2 is not a child of rod1")19	}20}21func TestIsSquare(t *testing.T) {22	rod1 := rod.NewRod(10, 10)23	rod2 := rod.NewRod(5, 10)

Parent

Using AI Code Generation

1import (2func main() {3	rod1 := rod.Rod{Length: 3, Diameter: 1}4	fmt.Println("rod1")5	fmt.Println("Length =", rod1.Length)6	fmt.Println("Diameter =", rod1.Diameter)7	fmt.Println("Parent =", rod1.Parent)8	fmt.Println("Child =", rod1.Child)9	fmt.Println("Material =", rod1.Material)10	fmt.Println("Weight =", rod1.Weight)11	fmt.Println("Volume =", rod1.Volume)12	rod2 := rod.Rod{Length: 4, Diameter: 2}13	fmt.Println("rod2")14	fmt.Println("Length =", rod2.Length)15	fmt.Println("Diameter =", rod2.Diameter)16	fmt.Println("Parent =", rod2.Parent)17	fmt.Println("Child =", rod2.Child)18	fmt.Println("Material =", rod2.Material)19	fmt.Println("Weight =", rod2.Weight)20	fmt.Println("Volume =", rod2.Volume)21	rod3 := rod.Rod{Length: 5, Diameter: 3}22	fmt.Println("rod3")23	fmt.Println("Length =", rod3.Length)24	fmt.Println("Diameter =", rod3.Diameter)25	fmt.Println("Parent =", rod3.Parent)26	fmt.Println("Child =", rod3.Child)27	fmt.Println("Material =", rod3.Material)28	fmt.Println("Weight =", rod3.Weight)29	fmt.Println("Volume =", rod3.Volume)30	rod4 := rod.Rod{Length: 6, Diameter: 4}31	fmt.Println("rod4")32	fmt.Println("Length =", rod4.Length)33	fmt.Println("Diameter =", rod4.Diameter)34	fmt.Println("Parent =", rod4.Parent)35	fmt.Println("Child =", rod4.Child)36	fmt.Println("Material =", rod4.Material)37	fmt.Println("Weight =", rod4.Weight)38	fmt.Println("Volume =", rod4.Volume)39	rod5 := rod.Rod{Length: 7, Diameter: 5}40	fmt.Println("rod5")41	fmt.Println("Length =", rod5.Length)42	fmt.Println("Diameter =", rod5.Diameter)43	fmt.Println("Parent =", rod5.Parent)44	fmt.Println("Child =", rod5.Child)45	fmt.Println("Material =", rod5.Material)46	fmt.Println("Weight =", rod5.Weight)47	fmt.Println("Volume =", rod5.Volume)48	rod6 := rod.Rod{Length: 8, Diameter: 6}49	fmt.Println("rod6")50	fmt.Println("Length =", rod6.Length)

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