How to use Slot method of main Package

Best Syzkaller code snippet using main.Slot

maindungeons.go

Source:maindungeons.go

...45	ID       int32 `json:"id,omitempty"`46	Finished bool  `json:"finished,omitempty"`47}48func (m *MainDungeons) ChapterRange(cb func(c *Chapter) bool) {49	for _, slot := range m.chapterSlot {50		for _, c := range slot {51			if !cb(c) {52				return53			}54		}55	}56}57type MainDungeons struct {58	user         module.UserI59	chapterSlot  []map[int32]*Chapter60	dirtyChapter map[int32]*Chapter61	dungeonSlot  []map[int32]*Dungeon62	dirtyDungeon map[int32]*Dungeon63	*module.ModuleSaveBase64}65func (m *MainDungeons) chapterSlotIdx(id int32) int {66	return int(id) % chapterFieldCount67}68func (m *MainDungeons) dungeonSlotIdx(id int32) int {69	return int(id) % dungeonFieldCount70}71func (m *MainDungeons) setChapterDirty(c *Chapter, sync bool) {72	if sync {73		m.dirtyChapter[c.ID] = c74	}75	m.SetDirty(m.chapterSlotIdx(c.ID) + chapterFieldOffset)76}77func (m *MainDungeons) setDungeonDirty(d *Dungeon, sync bool) {78	if sync {79		m.dirtyDungeon[d.ID] = d80	}81	m.SetDirty(m.dungeonSlotIdx(d.ID) + dungeonFieldOffset)82}83func (m *MainDungeons) IsDungeonPass(id int32) bool {84	slotIdx := m.dungeonSlotIdx(id)85	slot := m.dungeonSlot[slotIdx]86	return slot[id] != nil87}88func (m *MainDungeons) DungeonPass(id int32) bool {89	slotIdx := m.dungeonSlotIdx(id)90	slot := m.dungeonSlot[slotIdx]91	if _, ok := slot[id]; ok {92		return false93	}94	d := &Dungeon{95		ID:       id,96		Finished: true,97	}98	slot[d.ID] = d99	m.setDungeonDirty(d, true)100	m.chapterSet(id)101	return true102}103func (m *MainDungeons) chapterSet(dungeonID int32) {104	def := MainDungeon.GetID(dungeonID)105	chapterID := def.ChapterID106	if chapterID != 0 {107		slotIdx := m.chapterSlotIdx(chapterID)108		slot := m.chapterSlot[slotIdx]109		if _, ok := slot[chapterID]; ok {110			return111		}112		// ä¸åå¨ï¼å¤æç« èå³å¡æ¯å¦é½å·²ç»å®æ113		chapterDef := MainChapterTable.GetID(chapterID)114		for _, d := range chapterDef.DungeonsArray {115			if !m.IsDungeonPass(d.ID) {116				return117			}118		}119		c := &Chapter{120			ID:       chapterID,121			Finished: true,122		}123		slot[c.ID] = c124		m.setChapterDirty(c, true)125		m.user.EmitEvent(event.EventMainChapter, chapterID)126	}127}128func (m *MainDungeons) ModuleType() module.ModuleType {129	return module.MainDungeons130}131func (m *MainDungeons) Init(fields map[string]*client.Field) error {132	var err error133	for i, fieldName := range tableFields {134		field, ok := fields[fieldName]135		if i < dungeonFieldOffset {136			ci := i - chapterFieldOffset137			m.chapterSlot[ci] = map[int32]*Chapter{}138			if !ok || len(field.GetBlob()) == 0 {139				m.SetDirty(i)140			} else {141				if err = json.Unmarshal(field.GetBlob(), &m.chapterSlot[ci]); err != nil {142					return fmt.Errorf("unmarshal:%s %s", string(field.GetBlob()), err)143				}144			}145		} else {146			di := i - dungeonFieldOffset147			m.dungeonSlot[di] = map[int32]*Dungeon{}148			if !ok || len(field.GetBlob()) == 0 {149				m.SetDirty(i)150			} else {151				if err = json.Unmarshal(field.GetBlob(), &m.dungeonSlot[di]); err != nil {152					return fmt.Errorf("unmarshal:%s %s", string(field.GetBlob()), err)153				}154			}155		}156	}157	return nil158}159func (m *MainDungeons) ReadOut() *module.ReadOutCommand {160	cmd := &module.ReadOutCommand{161		Table:  tableName,162		Key:    m.user.GetIDStr(),163		Fields: tableFields,164		Module: m,165	}166	return cmd167}168func (m *MainDungeons) WriteCommand(fields map[interface{}]struct{}) *module.WriteBackCommand {169	cmd := &module.WriteBackCommand{170		Table:  tableName,171		Key:    m.user.GetIDStr(),172		Module: m,173	}174	wbFields := make([]*module.WriteBackFiled, 0, len(fields))175	for f, _ := range fields {176		switch ff := f.(type) {177		case int:178			var fieldName string179			var bytes []byte180			if ff >= chapterFieldOffset && ff < dungeonFieldOffset {181				fieldName = tableFields[ff]182				ci := ff - chapterFieldOffset183				bytes, _ = json.Marshal(&m.chapterSlot[ci])184			} else if ff >= dungeonFieldOffset && ff < dungeonFieldOffset+dungeonFieldCount {185				fieldName = tableFields[ff]186				di := ff - dungeonFieldOffset187				bytes, _ = json.Marshal(&m.dungeonSlot[di])188			} else {189				zaplogger.GetSugar().Errorf("MainDungeons: user(%s, %d) do not implemented field_index %d", m.user.GetUserID(), m.user.GetID(), ff)190				continue191			}192			wbFields = append(wbFields, &module.WriteBackFiled{193				Name:  fieldName,194				Value: bytes,195			})196		default:197			panic("not implemented")198		}199	}200	cmd.Fields = wbFields201	return cmd202}203func (m *MainDungeons) FlushDirtyToClient() {204	if len(m.dirtyChapter) == 0 && len(m.dirtyDungeon) == 0 {205		return206	}207	msg := &cs_message.MainDungeonsSyncToC{208		All: proto.Bool(false),209	}210	chapters := make([]*cs_message.MainChapter, 0, len(m.dirtyChapter))211	for _, c := range m.dirtyChapter {212		chapters = append(chapters, &cs_message.MainChapter{213			Id:       proto.Int32(c.ID),214			Finished: proto.Bool(c.Finished),215		})216	}217	msg.Chapters = chapters218	m.dirtyChapter = make(map[int32]*Chapter)219	dungeons := make([]*cs_message.MainDungeon, 0, len(m.dirtyDungeon))220	for _, d := range m.dirtyDungeon {221		dungeons = append(dungeons, &cs_message.MainDungeon{222			Id:       proto.Int32(d.ID),223			Finished: proto.Bool(d.Finished),224		})225	}226	msg.Dungeons = dungeons227	m.dirtyDungeon = make(map[int32]*Dungeon)228	m.user.Post(msg)229}230func (m *MainDungeons) FlushAllToClient(seqNo ...uint32) {231	msg := &cs_message.MainDungeonsSyncToC{232		All: proto.Bool(true),233	}234	chapters := make([]*cs_message.MainChapter, 0, len(m.chapterSlot)*2)235	for _, slot := range m.chapterSlot {236		for _, c := range slot {237			chapters = append(chapters, &cs_message.MainChapter{238				Id:       proto.Int32(c.ID),239				Finished: proto.Bool(c.Finished),240			})241		}242	}243	msg.Chapters = chapters244	dungeons := make([]*cs_message.MainDungeon, 0, len(m.dungeonSlot)*2)245	for _, slot := range m.dungeonSlot {246		for _, d := range slot {247			dungeons = append(dungeons, &cs_message.MainDungeon{248				Id:       proto.Int32(d.ID),249				Finished: proto.Bool(d.Finished),250			})251		}252	}253	msg.Dungeons = dungeons254	seq := uint32(0)255	if len(seqNo) > 0 {256		seq = seqNo[0]257	}258	m.user.Reply(seq, msg)259	m.dirtyChapter = make(map[int32]*Chapter)260	m.dirtyDungeon = make(map[int32]*Dungeon)261}262func (m *MainDungeons) Tick(now time.Time) {}263func init() {264	initFields()265	module.RegisterModule(module.MainDungeons, func(user module.UserI) module.ModuleI {266		m := &MainDungeons{267			user:         user,268			chapterSlot:  make([]map[int32]*Chapter, chapterFieldCount),269			dirtyChapter: map[int32]*Chapter{},270			dungeonSlot:  make([]map[int32]*Dungeon, dungeonFieldCount),271			dirtyDungeon: map[int32]*Dungeon{},272		}273		m.ModuleSaveBase = module.NewModuleSaveBase(m)274		return m275	})276}...

player_inventory.go

Source:player_inventory.go

...18	crafting     gamerules.CraftingInventory19	armor        gamerules.Inventory20	main         gamerules.Inventory21	holding      gamerules.Inventory22	holdingIndex SlotId23}24// Init initializes PlayerInventory.25// entityId - The EntityId of the player who holds the inventory.26func (w *PlayerInventory) Init(entityId EntityId, viewer IWindowViewer) {27	w.entityId = entityId28	w.crafting.InitPlayerCraftingInventory()29	w.armor.Init(playerInvArmorNum)30	w.main.Init(playerInvMainNum)31	w.holding.Init(playerInvHoldingNum)32	w.Window.Init(33		WindowIdInventory,34		// Note that we have no known value for invTypeId - but it's only used35		// in WriteWindowOpen which isn't used for PlayerInventory.36		-1,37		viewer,38		"Inventory",39		&w.crafting,40		// TODO Create and use special inventory type for armor slots only.41		&w.armor,42		&w.main,43		&w.holding,44	)45	w.holdingIndex = 046}47// Resubscribe should be called when another window has potentially been48// subscribed to the player's inventory, and subsequently closed.49func (w *PlayerInventory) Resubscribe() {50	for i := range w.Window.views {51		w.Window.views[i].Resubscribe()52	}53}54// NewWindow creates a new window for the player that shares its player55// inventory sections with `w`. Returns nil for unrecognized inventory types.56// TODO implement more inventory types.57func (w *PlayerInventory) NewWindow(invTypeId InvTypeId, windowId WindowId, inv IInventory) IWindow {58	switch invTypeId {59	case InvTypeIdWorkbench:60		return NewWindow(61			windowId, invTypeId, w.viewer, "Crafting",62			inv, &w.main, &w.holding)63	case InvTypeIdChest:64		return NewWindow(65			windowId, invTypeId, w.viewer, "Chest",66			inv, &w.main, &w.holding)67	case InvTypeIdFurnace:68		return NewWindow(69			windowId, invTypeId, w.viewer, "Furnace",70			inv, &w.main, &w.holding)71	}72	return nil73}74// SetHolding chooses the held item (0-8). Out of range values have no effect.75func (w *PlayerInventory) SetHolding(holding SlotId) {76	if holding >= 0 && holding < SlotId(playerInvHoldingNum) {77		w.holdingIndex = holding78	}79}80// HeldItem returns the slot that is the current "held" item.81// TODO need any changes to the held item slot to create notifications to82// players.83func (w *PlayerInventory) HeldItem() (slot gamerules.Slot, slotId SlotId) {84	return w.holding.Slot(w.holdingIndex), w.holdingIndex85}86// TakeOneHeldItem takes one item from the stack of items the player is holding87// and puts it in `into`. It does nothing if the player is holding no items, or88// if `into` cannot take any items of that type.89func (w *PlayerInventory) TakeOneHeldItem(into *gamerules.Slot) {90	w.holding.TakeOneItem(w.holdingIndex, into)91}92// Writes packets for other players to see the equipped items.93func (w *PlayerInventory) SendFullEquipmentUpdate(writer io.Writer) (err error) {94	slot, _ := w.HeldItem()95	err = slot.SendEquipmentUpdate(writer, w.entityId, 0)96	if err != nil {97		return98	}99	numArmor := w.armor.NumSlots()100	for i := SlotId(0); i < numArmor; i++ {101		slot := w.armor.Slot(i)102		err = slot.SendEquipmentUpdate(writer, w.entityId, SlotId(i+1))103		if err != nil {104			return105		}106	}107	return108}109// PutItem attempts to put the item stack into the player's inventory. The item110// will be modified as a result.111func (w *PlayerInventory) PutItem(item *gamerules.Slot) {112	w.holding.PutItem(item)113	w.main.PutItem(item)114	return115}116// CanTakeItem returns true if it can take at least one item from the passed117// Slot.118func (w *PlayerInventory) CanTakeItem(item *gamerules.Slot) bool {119	return w.holding.CanTakeItem(item) || w.main.CanTakeItem(item)120}121func (w *PlayerInventory) UnmarshalNbt(tag nbt.ITag) (err error) {122	if tag == nil {123		return124	}125	list, ok := tag.(*nbt.List)126	if !ok {127		return errors.New("bad inventory - not a list")128	}129	for _, slotTagITag := range list.Value {130		slotTag, ok := slotTagITag.(*nbt.Compound)131		if !ok {132			return errors.New("non-compound found for slot in player inventory")133		}134		var slotIdTag *nbt.Byte135		if slotIdTag, ok = slotTag.Lookup("Slot").(*nbt.Byte); !ok {136			return errors.New("slot ID not a byte")137		}138		slotId := SlotId(slotIdTag.Value)139		// The mapping order in NBT differs from that used in the window protocol.140		// 0-8 = holding141		// 9-35 = main inventory142		// 100-103 = armor slots (in order: feet, legs, torso, head)143		// Crafting slots appear not to be present on the official server, as the144		// items are ejected into the world when the client disconnects.145		var inv gamerules.IInventory146		var invSlotId SlotId147		switch {148		case 0 <= slotId && slotId < playerInvHoldingNum:149			inv = &w.holding150			invSlotId = slotId151		case playerInvHoldingNum <= slotId && slotId < (playerInvHoldingNum+playerInvMainNum):152			inv = &w.main153			invSlotId = slotId - playerInvHoldingNum154		case 100 <= slotId && slotId <= 103:155			inv = &w.armor156			invSlotId = 103 - slotId157		default:158			return fmt.Errorf("inventory slot %d out of range", slotId)159		}160		if err = inv.SlotUnmarshalNbt(slotTag, invSlotId); err != nil {161			return162		}163	}164	return165}166func (w *PlayerInventory) MarshalNbt(tag *nbt.Compound) (err error) {167	slots := make([]nbt.ITag, 0, 0)168	// Add the holding inventory169	for i := 0; i < int(w.holding.NumSlots()); i++ {170		slot := w.holding.Slot(SlotId(i))171		if !slot.IsEmpty() {172			slotTag := nbt.NewCompound()173			slotTag.Set("Slot", &nbt.Byte{int8(i)})174			if err = slot.MarshalNbt(slotTag); err != nil {175				return176			}177			slots = append(slots, slotTag)178		}179	}180	// Add the main inventory181	for i := 0; i < int(w.main.NumSlots()); i++ {182		slot := w.main.Slot(SlotId(i))183		if !slot.IsEmpty() {184			slotTag := nbt.NewCompound()185			slotTag.Set("Slot", &nbt.Byte{int8(i + playerInvHoldingNum)})186			if err = slot.MarshalNbt(slotTag); err != nil {187				return188			}189			slots = append(slots, slotTag)190		}191	}192	// Add the armor inventory193	for i := 0; i < int(w.armor.NumSlots()); i++ {194		slot := w.armor.Slot(SlotId(i))195		if !slot.IsEmpty() {196			slotTag := nbt.NewCompound()197			slotTag.Set("Slot", &nbt.Byte{int8(i + 100)})198			if err = slot.MarshalNbt(slotTag); err != nil {199				return200			}201			slots = append(slots, slotTag)202		}203	}204	tag.Set("Inventory", &nbt.List{nbt.TagCompound, slots})205	return nil206}...

systray.go

Source:systray.go

2import (3	"os"4	"github.com/jiajiajia666/GoQt/widgets"5)6type QSystemTrayIconWithCustomSlot struct {7	widgets.QSystemTrayIcon8	_ func(f func()) `slot:"triggerSlot,auto"` //create a slot that takes a function and automatically connect it9}10func (tray *QSystemTrayIconWithCustomSlot) triggerSlot(f func()) { f() } //the slot just needs to call the passed function to execute it inside the main thread11func main() {12	widgets.NewQApplication(len(os.Args), os.Args)13	var (14		widget       = widgets.NewQWidget(nil, 0)15		widgetLayout = widgets.NewQVBoxLayout2(widget)16	)17	systray := NewQSystemTrayIconWithCustomSlot(nil)18	systray.SetIcon(widget.Style().StandardIcon(widgets.QStyle__SP_MessageBoxCritical, nil, nil))19	systrayMenu := widgets.NewQMenu(nil)20	systrayMenu.AddAction("first empty action")21	systrayMenu.AddAction("second empty action")22	systray.SetContextMenu(systrayMenu)23	systray.Show()24	//WORKS because ShowMessage is called from the main thread25	buttonMain := widgets.NewQPushButton2("call from main thread", nil)26	buttonMain.ConnectClicked(func(bool) {27		//in the main thread28		systray.ShowMessage("title", "main thread message", widgets.QSystemTrayIcon__Information, 5000)29	})30	widgetLayout.AddWidget(buttonMain, 0, 0)31	//FAILS because ShowMessage is called from the different thread32	buttonOther := widgets.NewQPushButton2("call from other thread", nil)33	buttonOther.ConnectClicked(func(bool) {34		//in the main thread35		go func() {36			//in a different thread37			systray.ShowMessage("this won't work and", "this message will never show up", widgets.QSystemTrayIcon__Information, 5000)38		}()39	})40	widgetLayout.AddWidget(buttonOther, 0, 0)41	//WORKS because ShowMessage is called from the main thread with the help of a custom slot42	buttonSlot := widgets.NewQPushButton2("call from other thread with slot", nil)43	buttonSlot.ConnectClicked(func(bool) {44		//in the main thread45		go func() {46			//in a different thread47			systray.TriggerSlot(func() {48				//in the main thread again49				systray.ShowMessage("title", "other thread message with slot", widgets.QSystemTrayIcon__Information, 5000)50			})51		}()52	})53	widgetLayout.AddWidget(buttonSlot, 0, 0)54	widget.Show()55	widgets.QApplication_Exec()56}...

Slot

Using AI Code Generation

1import (2func main() {3    beego.Get("/", func(ctx *context.Context) {4        ctx.Output.Body([]byte("hello world"))5    })6    beego.Run()7}8import (9func main() {10    beego.Get("/:name", func(ctx *context.Context) {11        name := ctx.Input.Param(":name")12        ctx.Output.Body([]byte(name))13    })14    beego.Run()15}16import (17func main() {18    beego.Get("/user/:id:int", func(ctx *context.Context) {19        id := ctx.Input.Param(":id")20        ctx.Output.Body([]byte(id))21    })22    beego.Run()23}24import (25func main() {26    beego.Get("/user/:id([0-9]+)", func(ctx *context.Context) {27        id := ctx.Input.Param(":id")28        ctx.Output.Body([]byte(id))29    })30    beego.Run()31}32import (33func main() {34    beego.Get("/user/:id([0-9]+)", func(ctx *context.Context) {35        id := ctx.Input.Param(":id")36        ctx.Output.Body([]byte(id))37    })38    beego.Run()39}40import (

Slot

Using AI Code Generation

1import (2func main() {3 fmt.Println(test.Slot())4}5import (6func Slot() int {7}8func main() {9 fmt.Println(Slot())10}

Slot

Using AI Code Generation

1import (2func main() {3    fmt.Println("Hello, playground")4    s.Slot()5}6import (7type Slot struct {8}9func (s Slot) Slot() {10    fmt.Println("Slot")11}

Slot

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello world")4	mypkg.Slot(1)5}6import (7func Slot(i int) {8	fmt.Println("Slot method called")9}10import (11func main() {12	fmt.Println("Hello world")13	mypkg.slot(1)14}15import (16func slot(i int) {17	fmt.Println("Slot method called")18}

Slot

Using AI Code Generation

1import "fmt"2func main() {3  fmt.Println("Hello, playground")4  v1 = Car{"Ferrari", 2}5  v1.Slot()6  v1 = Bike{"Yamaha", 2}7  v1.Slot()8}9import "fmt"10func main() {11  fmt.Println("Hello, playground")12  v1 = Car{"Ferrari", 2}13  v1.Slot()14  v1 = Bike{"Yamaha", 2}15  v1.Slot()16}

Slot

Using AI Code Generation

1import (2func main() {3	parkingLot := new(ParkingLot)4	parkingLot.Slot()5}6import (7type ParkingLot struct {8}9func (p *ParkingLot) Slot() {10	fmt.Println("Slot method of main class")11}12import (13type ParkingLot struct {14}15func (p *ParkingLot) Slot() {16	fmt.Println("Slot method of main class")17}18import (19type ParkingLot struct {20}21func (p *ParkingLot) Slot() {22	fmt.Println("Slot method of main class")23}24type BikeParking struct {25}26func (b *BikeParking) Slot() {27	fmt.Println("Slot method of sub class")28}29import "fmt"30type Shape struct {31}32func (s *Shape) Area() {33	fmt.Println("Area method of Shape class")34}35type Rectangle struct {36}37func (r *Rectangle) Area

Slot

Using AI Code Generation

1import "fmt"2func main() {3    var s = Slot{1, 2, 3}4    fmt.Println(s)5}6import "fmt"7type Slot struct {8}9func main() {10    var s = Slot{1, 2, 3}11    fmt.Println(s)12}13import "fmt"14type Slot struct {15}16func main() {17    var s = Slot{1, 2, 3}18    fmt.Println(s)19}20import "fmt"21type Slot struct {22}23func main() {24    var s = Slot{1, 2, 3}25    fmt.Println(s)26}27import "fmt"28type Slot struct {29}30func main() {31    var s = Slot{1, 2, 3}32    fmt.Println(s.x, s.y, s.z)33}34./6.go:8: s.x undefined (cannot refer to unexported field or method x)35./6.go:8: s.y undefined (cannot refer to unexported field or method y)

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.