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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)

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