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# Pumpkin Plugin API for Go
This package provides everything needed to write a Pumpkin server plugin compiled to WebAssembly using Go.
## Quick start
1. Initialize your Go module:
```bash
go mod init github.com/yourname/yourplugin
go get github.com/Pumpkin-MC/pumpkin-api-go
```
2. Create your plugin (`main.go`):
```go
package main
import (
"github.com/Pumpkin-MC/pumpkin-api-go/api"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_context"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_logging"
_ "github.com/Pumpkin-MC/pumpkin-api-go/pkg/wit_exports"
)
type MyPlugin struct {
api.DefaultPlugin
}
func (p *MyPlugin) Metadata() api.Metadata {
return api.Metadata{
Name: "my-go-plugin",
Version: "0.1.0",
Authors: []string{"you"},
}
}
func (p *MyPlugin) OnLoad(ctx *pumpkin_plugin_context.Context) {
pumpkin_plugin_logging.Log(pumpkin_plugin_logging.LevelInfo(), "Go plugin loaded!")
}
func init() {
api.RegisterPlugin(&MyPlugin{})
}
func main() {}
```
3. Build your plugin into a WebAssembly component using TinyGo:
```bash
tinygo build -o my_plugin.wasm -target=wasi main.go
```
Note: You might need to use `wit-component` to turn the core WASM into a component if your build tool doesn't do it automatically.

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package main
import (
"github.com/Pumpkin-MC/pumpkin-api-go/api"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_context"
_ "github.com/Pumpkin-MC/pumpkin-api-go/pkg/wit_exports"
)
type MyPlugin struct {
api.DefaultPlugin
}
func (p *MyPlugin) Metadata() api.Metadata {
return api.Metadata{
Name: "GoExamplePlugin",
Version: "1.0.0",
Authors: []string{"Alex"},
}
}
func (p *MyPlugin) OnLoad(ctx *pumpkin_plugin_context.Context) {
}
func init() {
api.RegisterPlugin(&MyPlugin{})
}
func main() {}

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#!/bin/bash
# Ensure the submodule is initialized
git submodule update --init
# Generate the Go bindings
rm -rf pkg
mkdir -p pkg
# Note: We don't use --generate-stubs here because we have hand-written
# bridge code in internal/exports that maps the WIT exports to our
# higher-level Go API in the api/ package.
wit-bindgen go --pkg-name github.com/Pumpkin-MC/pumpkin-api-go/pkg \
--export-pkg-name github.com/Pumpkin-MC/pumpkin-api-go/internal/exports \
--out-dir pkg -w plugin wit/repo/pumpkin-plugin-wit/v0.1
echo "Bindings generated successfully in pkg/"

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module github.com/Pumpkin-MC/pumpkin-api-go
go 1.26.2
require go.bytecodealliance.org/pkg v0.2.1

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go.bytecodealliance.org/pkg v0.2.1 h1:TdRagooIcCW3UmlKqVO4cDR3GNDyfDnbiBzGI6TOvyg=
go.bytecodealliance.org/pkg v0.2.1/go.mod h1:OjA+V8g3uUFixeCKFfamm6sYhTJdg8fvwEdJ2GO0GSk=

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// This file exists for testing this package without WebAssembly,
// allowing empty function bodies with a //go:wasmimport directive.
// See https://pkg.go.dev/cmd/compile for more information.

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// Generated by `wit-bindgen` 0.57.1. DO NOT EDIT!
//
// This code was generated from the following packages:
// pumpkin:plugin@0.1.0
package export_pumpkin_plugin_metadata
import (
"github.com/Pumpkin-MC/pumpkin-api-go/api"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_metadata"
)
func GetMetadata() pumpkin_plugin_metadata.PluginMetadata {
if instance := api.GetInstance(); instance != nil {
return instance.Metadata()
}
return pumpkin_plugin_metadata.PluginMetadata{
Name: "unknown",
Version: "0.0.0",
Authors: nil,
Description: "No metadata",
Dependencies: nil,
}
}

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// This file exists for testing this package without WebAssembly,
// allowing empty function bodies with a //go:wasmimport directive.
// See https://pkg.go.dev/cmd/compile for more information.

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// Generated by `wit-bindgen` 0.57.1. DO NOT EDIT!
//
// This code was generated from the following packages:
// pumpkin:plugin@0.1.0
package export_wit_world
import (
"github.com/Pumpkin-MC/pumpkin-api-go/api"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_command"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_context"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_event"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_server"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_text"
witTypes "go.bytecodealliance.org/pkg/wit/types"
)
func InitPlugin() {
}
func OnLoad(ctx *pumpkin_plugin_context.Context) witTypes.Result[witTypes.Unit, string] {
if instance := api.GetInstance(); instance != nil {
instance.OnLoad(ctx)
}
return witTypes.Ok[witTypes.Unit, string](witTypes.Unit{})
}
func OnUnload(ctx *pumpkin_plugin_context.Context) witTypes.Result[witTypes.Unit, string] {
if instance := api.GetInstance(); instance != nil {
instance.OnUnload(ctx)
}
return witTypes.Ok[witTypes.Unit, string](witTypes.Unit{})
}
func HandleEvent(eventId uint32, server *pumpkin_plugin_server.Server, event pumpkin_plugin_event.Event) pumpkin_plugin_event.Event {
if instance := api.GetInstance(); instance != nil {
return instance.HandleEvent(eventId, server, event)
}
return event
}
func HandleCommand(commandId uint32, sender *pumpkin_plugin_command.CommandSender, server *pumpkin_plugin_server.Server, args *pumpkin_plugin_command.ConsumedArgs) witTypes.Result[int32, pumpkin_plugin_command.CommandError] {
if instance := api.GetInstance(); instance != nil {
result := instance.HandleCommand(commandId, sender, server, args)
return witTypes.Ok[int32, pumpkin_plugin_command.CommandError](result)
}
return witTypes.Err[int32, pumpkin_plugin_command.CommandError](pumpkin_plugin_command.MakeCommandErrorCommandFailed(pumpkin_plugin_text.TextComponentText("Plugin instance not found")))
}
func HandleTask(handlerId uint32, server *pumpkin_plugin_server.Server) {
// Not yet implemented in high-level API
}

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// This file exists for testing this package without WebAssembly,
// allowing empty function bodies with a //go:wasmimport directive.
// See https://pkg.go.dev/cmd/compile for more information.

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// Generated by `wit-bindgen` 0.57.1. DO NOT EDIT!
//
// This code was generated from the following packages:
// pumpkin:plugin@0.1.0
package pumpkin_plugin_block_entity
import (
witRuntime "go.bytecodealliance.org/pkg/wit/runtime"
witTypes "go.bytecodealliance.org/pkg/wit/types"
"runtime"
"unsafe"
)
type BlockPosition = witTypes.Tuple3[int32, int32, int32]
//go:wasmimport pumpkin:plugin/block-entity@0.1.0 [resource-drop]block-entity
func resourceDropBlockEntity(handle int32)
type BlockEntity struct {
handle *witRuntime.Handle
}
func (self *BlockEntity) TakeHandle() int32 {
return self.handle.Take()
}
func (self *BlockEntity) SetHandle(handle int32) {
self.handle.Set(handle)
}
func (self *BlockEntity) Handle() int32 {
return self.handle.Use()
}
func (self *BlockEntity) Drop() {
handle := self.handle.TakeOrNil()
if handle != 0 {
resourceDropBlockEntity(handle)
}
}
func BlockEntityFromOwnHandle(handleValue int32) *BlockEntity {
handle := witRuntime.MakeHandle(handleValue)
value := &BlockEntity{handle}
runtime.AddCleanup(value, func(_ int) {
handleValue := handle.TakeOrNil()
if handleValue != 0 {
resourceDropBlockEntity(handleValue)
}
}, 0)
return value
}
func BlockEntityFromBorrowHandle(handleValue int32) *BlockEntity {
handle := witRuntime.MakeHandle(handleValue)
return &BlockEntity{handle}
}
//go:wasmimport pumpkin:plugin/block-entity@0.1.0 [resource-drop]command-block-entity
func resourceDropCommandBlockEntity(handle int32)
type CommandBlockEntity struct {
handle *witRuntime.Handle
}
func (self *CommandBlockEntity) TakeHandle() int32 {
return self.handle.Take()
}
func (self *CommandBlockEntity) SetHandle(handle int32) {
self.handle.Set(handle)
}
func (self *CommandBlockEntity) Handle() int32 {
return self.handle.Use()
}
func (self *CommandBlockEntity) Drop() {
handle := self.handle.TakeOrNil()
if handle != 0 {
resourceDropCommandBlockEntity(handle)
}
}
func CommandBlockEntityFromOwnHandle(handleValue int32) *CommandBlockEntity {
handle := witRuntime.MakeHandle(handleValue)
value := &CommandBlockEntity{handle}
runtime.AddCleanup(value, func(_ int) {
handleValue := handle.TakeOrNil()
if handleValue != 0 {
resourceDropCommandBlockEntity(handleValue)
}
}, 0)
return value
}
func CommandBlockEntityFromBorrowHandle(handleValue int32) *CommandBlockEntity {
handle := witRuntime.MakeHandle(handleValue)
return &CommandBlockEntity{handle}
}
const (
BlockEntityTypeCommandBlockEntity uint8 = 0
)
type BlockEntityType struct {
tag uint8
value any
}
func (self BlockEntityType) Tag() uint8 {
return self.tag
}
func (self BlockEntityType) CommandBlockEntity() *CommandBlockEntity {
if self.tag != BlockEntityTypeCommandBlockEntity {
panic("tag mismatch")
}
return self.value.(*CommandBlockEntity)
}
func MakeBlockEntityTypeCommandBlockEntity(value *CommandBlockEntity) BlockEntityType {
return BlockEntityType{BlockEntityTypeCommandBlockEntity, value}
}
//go:wasmimport pumpkin:plugin/block-entity@0.1.0 [method]block-entity.resource-location
func wasm_import_method_block_entity_resource_location(arg0 int32, arg1 uintptr)
func (self *BlockEntity) ResourceLocation() string {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (2 * 4), 4))
wasm_import_method_block_entity_resource_location((self).Handle(), returnArea)
value := unsafe.String((*uint8)(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))))), *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4)))
result := value
return result
}
//go:wasmimport pumpkin:plugin/block-entity@0.1.0 [method]block-entity.get-position
func wasm_import_method_block_entity_get_position(arg0 int32, arg1 uintptr)
func (self *BlockEntity) GetPosition() witTypes.Tuple3[int32, int32, int32] {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, 12, 4))
wasm_import_method_block_entity_get_position((self).Handle(), returnArea)
result := witTypes.Tuple3[int32, int32, int32]{*(*int32)(unsafe.Add(unsafe.Pointer(returnArea), 0)), *(*int32)(unsafe.Add(unsafe.Pointer(returnArea), 4)), *(*int32)(unsafe.Add(unsafe.Pointer(returnArea), 8))}
return result
}
//go:wasmimport pumpkin:plugin/block-entity@0.1.0 [method]block-entity.get-id
func wasm_import_method_block_entity_get_id(arg0 int32) int32
func (self *BlockEntity) GetId() uint32 {
result := wasm_import_method_block_entity_get_id((self).Handle())
return uint32(result)
}
//go:wasmimport pumpkin:plugin/block-entity@0.1.0 [method]block-entity.is-dirty
func wasm_import_method_block_entity_is_dirty(arg0 int32) int32
func (self *BlockEntity) IsDirty() bool {
result := wasm_import_method_block_entity_is_dirty((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/block-entity@0.1.0 [method]block-entity.clear-dirty
func wasm_import_method_block_entity_clear_dirty(arg0 int32)
func (self *BlockEntity) ClearDirty() {
wasm_import_method_block_entity_clear_dirty((self).Handle())
}
//go:wasmimport pumpkin:plugin/block-entity@0.1.0 [method]command-block-entity.get-block-entity
func wasm_import_method_command_block_entity_get_block_entity(arg0 int32) int32
func (self *CommandBlockEntity) GetBlockEntity() *BlockEntity {
result := wasm_import_method_command_block_entity_get_block_entity((self).Handle())
return BlockEntityFromOwnHandle(int32(uintptr(result)))
}
//go:wasmimport pumpkin:plugin/block-entity@0.1.0 [method]command-block-entity.last-output
func wasm_import_method_command_block_entity_last_output(arg0 int32, arg1 uintptr)
func (self *CommandBlockEntity) LastOutput() string {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (2 * 4), 4))
wasm_import_method_command_block_entity_last_output((self).Handle(), returnArea)
value := unsafe.String((*uint8)(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))))), *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4)))
result := value
return result
}
//go:wasmimport pumpkin:plugin/block-entity@0.1.0 [method]command-block-entity.track-output
func wasm_import_method_command_block_entity_track_output(arg0 int32) int32
func (self *CommandBlockEntity) TrackOutput() bool {
result := wasm_import_method_command_block_entity_track_output((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/block-entity@0.1.0 [method]command-block-entity.success-count
func wasm_import_method_command_block_entity_success_count(arg0 int32) int32
func (self *CommandBlockEntity) SuccessCount() uint32 {
result := wasm_import_method_command_block_entity_success_count((self).Handle())
return uint32(result)
}
//go:wasmimport pumpkin:plugin/block-entity@0.1.0 [method]command-block-entity.command
func wasm_import_method_command_block_entity_command(arg0 int32, arg1 uintptr)
func (self *CommandBlockEntity) Command() string {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (2 * 4), 4))
wasm_import_method_command_block_entity_command((self).Handle(), returnArea)
value := unsafe.String((*uint8)(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))))), *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4)))
result := value
return result
}
//go:wasmimport pumpkin:plugin/block-entity@0.1.0 [method]command-block-entity.auto
func wasm_import_method_command_block_entity_auto(arg0 int32) int32
func (self *CommandBlockEntity) Auto() bool {
result := wasm_import_method_command_block_entity_auto((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/block-entity@0.1.0 [method]command-block-entity.condition-met
func wasm_import_method_command_block_entity_condition_met(arg0 int32) int32
func (self *CommandBlockEntity) ConditionMet() bool {
result := wasm_import_method_command_block_entity_condition_met((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/block-entity@0.1.0 [method]command-block-entity.powered
func wasm_import_method_command_block_entity_powered(arg0 int32) int32
func (self *CommandBlockEntity) Powered() bool {
result := wasm_import_method_command_block_entity_powered((self).Handle())
return (result != 0)
}

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// This file exists for testing this package without WebAssembly,
// allowing empty function bodies with a //go:wasmimport directive.
// See https://pkg.go.dev/cmd/compile for more information.

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// Generated by `wit-bindgen` 0.57.1. DO NOT EDIT!
//
// This code was generated from the following packages:
// pumpkin:plugin@0.1.0
package pumpkin_plugin_boss_bar
import (
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_player"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_text"
witRuntime "go.bytecodealliance.org/pkg/wit/runtime"
"runtime"
"unsafe"
)
type TextComponent = pumpkin_plugin_text.TextComponent
type Player = pumpkin_plugin_player.Player
const (
BossBarColorPink uint8 = 0
BossBarColorBlue uint8 = 1
BossBarColorRed uint8 = 2
BossBarColorGreen uint8 = 3
BossBarColorYellow uint8 = 4
BossBarColorPurple uint8 = 5
BossBarColorWhite uint8 = 6
)
// Represents the color of a boss bar.
type BossBarColor = uint8
const (
BossBarDivisionNoDivision uint8 = 0
BossBarDivisionNotches6 uint8 = 1
BossBarDivisionNotches10 uint8 = 2
BossBarDivisionNotches12 uint8 = 3
BossBarDivisionNotches20 uint8 = 4
)
// Represents the notches/divisions of a boss bar.
type BossBarDivision = uint8
// Metadata flags that can be toggled on a boss bar.
type BossBarMetadata struct {
// Darkens the sky for players who see the boss bar.
DarkenSky bool
// If true, the bar is considered a "dragon bar" (used for Ender Dragon).
DragonBar bool
// If true, fog is created around the players who see the boss bar.
CreateFog bool
}
//go:wasmimport pumpkin:plugin/boss-bar@0.1.0 [resource-drop]boss-bar
func resourceDropBossBar(handle int32)
// Represents a boss bar that can be shown to players.
type BossBar struct {
handle *witRuntime.Handle
}
func (self *BossBar) TakeHandle() int32 {
return self.handle.Take()
}
func (self *BossBar) SetHandle(handle int32) {
self.handle.Set(handle)
}
func (self *BossBar) Handle() int32 {
return self.handle.Use()
}
func (self *BossBar) Drop() {
handle := self.handle.TakeOrNil()
if handle != 0 {
resourceDropBossBar(handle)
}
}
func BossBarFromOwnHandle(handleValue int32) *BossBar {
handle := witRuntime.MakeHandle(handleValue)
value := &BossBar{handle}
runtime.AddCleanup(value, func(_ int) {
handleValue := handle.TakeOrNil()
if handleValue != 0 {
resourceDropBossBar(handleValue)
}
}, 0)
return value
}
func BossBarFromBorrowHandle(handleValue int32) *BossBar {
handle := witRuntime.MakeHandle(handleValue)
return &BossBar{handle}
}
//go:wasmimport pumpkin:plugin/boss-bar@0.1.0 [constructor]boss-bar
func wasm_import_constructor_boss_bar(arg0 int32, arg1 int32, arg2 int32) int32
func MakeBossBar(title *pumpkin_plugin_text.TextComponent, color BossBarColor, division BossBarDivision) *BossBar {
result := wasm_import_constructor_boss_bar((title).TakeHandle(), int32(color), int32(division))
return BossBarFromOwnHandle(int32(uintptr(result)))
}
//go:wasmimport pumpkin:plugin/boss-bar@0.1.0 [method]boss-bar.get-title
func wasm_import_method_boss_bar_get_title(arg0 int32) int32
func (self *BossBar) GetTitle() *pumpkin_plugin_text.TextComponent {
result := wasm_import_method_boss_bar_get_title((self).Handle())
return pumpkin_plugin_text.TextComponentFromOwnHandle(int32(uintptr(result)))
}
//go:wasmimport pumpkin:plugin/boss-bar@0.1.0 [method]boss-bar.set-title
func wasm_import_method_boss_bar_set_title(arg0 int32, arg1 int32)
func (self *BossBar) SetTitle(title *pumpkin_plugin_text.TextComponent) {
wasm_import_method_boss_bar_set_title((self).Handle(), (title).TakeHandle())
}
//go:wasmimport pumpkin:plugin/boss-bar@0.1.0 [method]boss-bar.get-health
func wasm_import_method_boss_bar_get_health(arg0 int32) float32
func (self *BossBar) GetHealth() float32 {
result := wasm_import_method_boss_bar_get_health((self).Handle())
return result
}
//go:wasmimport pumpkin:plugin/boss-bar@0.1.0 [method]boss-bar.set-health
func wasm_import_method_boss_bar_set_health(arg0 int32, arg1 float32)
func (self *BossBar) SetHealth(health float32) {
wasm_import_method_boss_bar_set_health((self).Handle(), health)
}
//go:wasmimport pumpkin:plugin/boss-bar@0.1.0 [method]boss-bar.get-color
func wasm_import_method_boss_bar_get_color(arg0 int32) int32
func (self *BossBar) GetColor() BossBarColor {
result := wasm_import_method_boss_bar_get_color((self).Handle())
return uint8(result)
}
//go:wasmimport pumpkin:plugin/boss-bar@0.1.0 [method]boss-bar.set-color
func wasm_import_method_boss_bar_set_color(arg0 int32, arg1 int32)
func (self *BossBar) SetColor(color BossBarColor) {
wasm_import_method_boss_bar_set_color((self).Handle(), int32(color))
}
//go:wasmimport pumpkin:plugin/boss-bar@0.1.0 [method]boss-bar.get-division
func wasm_import_method_boss_bar_get_division(arg0 int32) int32
func (self *BossBar) GetDivision() BossBarDivision {
result := wasm_import_method_boss_bar_get_division((self).Handle())
return uint8(result)
}
//go:wasmimport pumpkin:plugin/boss-bar@0.1.0 [method]boss-bar.set-division
func wasm_import_method_boss_bar_set_division(arg0 int32, arg1 int32)
func (self *BossBar) SetDivision(division BossBarDivision) {
wasm_import_method_boss_bar_set_division((self).Handle(), int32(division))
}
//go:wasmimport pumpkin:plugin/boss-bar@0.1.0 [method]boss-bar.get-metadata
func wasm_import_method_boss_bar_get_metadata(arg0 int32, arg1 uintptr)
func (self *BossBar) GetMetadata() BossBarMetadata {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, 3, 1))
wasm_import_method_boss_bar_get_metadata((self).Handle(), returnArea)
result := BossBarMetadata{(uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))) != 0), (uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 1))) != 0), (uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 2))) != 0)}
return result
}
//go:wasmimport pumpkin:plugin/boss-bar@0.1.0 [method]boss-bar.set-metadata
func wasm_import_method_boss_bar_set_metadata(arg0 int32, arg1 int32, arg2 int32, arg3 int32)
func (self *BossBar) SetMetadata(metadata BossBarMetadata) {
var result int32
if (metadata).DarkenSky {
result = 1
} else {
result = 0
}
var result0 int32
if (metadata).DragonBar {
result0 = 1
} else {
result0 = 0
}
var result1 int32
if (metadata).CreateFog {
result1 = 1
} else {
result1 = 0
}
wasm_import_method_boss_bar_set_metadata((self).Handle(), result, result0, result1)
}
//go:wasmimport pumpkin:plugin/boss-bar@0.1.0 [method]boss-bar.add-player
func wasm_import_method_boss_bar_add_player(arg0 int32, arg1 int32)
func (self *BossBar) AddPlayer(player *pumpkin_plugin_player.Player) {
wasm_import_method_boss_bar_add_player((self).Handle(), (player).TakeHandle())
}
//go:wasmimport pumpkin:plugin/boss-bar@0.1.0 [method]boss-bar.remove-player
func wasm_import_method_boss_bar_remove_player(arg0 int32, arg1 int32)
func (self *BossBar) RemovePlayer(player *pumpkin_plugin_player.Player) {
wasm_import_method_boss_bar_remove_player((self).Handle(), (player).TakeHandle())
}
//go:wasmimport pumpkin:plugin/boss-bar@0.1.0 [method]boss-bar.get-players
func wasm_import_method_boss_bar_get_players(arg0 int32, arg1 uintptr)
func (self *BossBar) GetPlayers() []*pumpkin_plugin_player.Player {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (2 * 4), 4))
wasm_import_method_boss_bar_get_players((self).Handle(), returnArea)
result := make([]*pumpkin_plugin_player.Player, 0, *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4)))
for index := 0; index < int(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4))); index++ {
base := unsafe.Add(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0)))), index*4)
result = append(result, pumpkin_plugin_player.PlayerFromOwnHandle(int32(uintptr(*(*int32)(unsafe.Add(unsafe.Pointer(base), 0))))))
}
result0 := result
return result0
}
//go:wasmimport pumpkin:plugin/boss-bar@0.1.0 [method]boss-bar.remove-all
func wasm_import_method_boss_bar_remove_all(arg0 int32)
func (self *BossBar) RemoveAll() {
wasm_import_method_boss_bar_remove_all((self).Handle())
}

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// This file exists for testing this package without WebAssembly,
// allowing empty function bodies with a //go:wasmimport directive.
// See https://pkg.go.dev/cmd/compile for more information.

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// This file exists for testing this package without WebAssembly,
// allowing empty function bodies with a //go:wasmimport directive.
// See https://pkg.go.dev/cmd/compile for more information.

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// Generated by `wit-bindgen` 0.57.1. DO NOT EDIT!
//
// This code was generated from the following packages:
// pumpkin:plugin@0.1.0
package pumpkin_plugin_common
import (
witTypes "go.bytecodealliance.org/pkg/wit/types"
)
// Serialized text component as a postcard byte array.
// @deprecated Use the text-component resource from the text interface instead.
type RawTextComponent = []uint8
// A position in the world grid (integers).
type BlockPosition = witTypes.Tuple3[int32, int32, int32]
// A precise coordinate in the world (floats).
type Position = witTypes.Tuple3[float64, float64, float64]
const (
HandLeft uint8 = 0
HandRight uint8 = 1
)
// Represents the hands of a player.
type Hand = uint8
const (
GameModeSurvival uint8 = 0
GameModeCreative uint8 = 1
GameModeAdventure uint8 = 2
GameModeSpectator uint8 = 3
)
// Represents the game modes available in Minecraft.
type GameMode = uint8
const (
NamedColorBlack uint8 = 0
NamedColorDarkBlue uint8 = 1
NamedColorDarkGreen uint8 = 2
NamedColorDarkAqua uint8 = 3
NamedColorDarkRed uint8 = 4
NamedColorDarkPurple uint8 = 5
NamedColorGold uint8 = 6
NamedColorGray uint8 = 7
NamedColorDarkGray uint8 = 8
NamedColorBlue uint8 = 9
NamedColorGreen uint8 = 10
NamedColorAqua uint8 = 11
NamedColorRed uint8 = 12
NamedColorLightPurple uint8 = 13
NamedColorYellow uint8 = 14
NamedColorWhite uint8 = 15
)
// The 16 base Minecraft colors.
type NamedColor = uint8
// An RGB color represented by its red, green, and blue components.
type RgbColor struct {
R uint8
G uint8
B uint8
}
// An ARGB color with alpha (transparency) channel.
type ArgbColor struct {
A uint8
R uint8
G uint8
B uint8
}
// Represents a stack of items with its type and count.
type ItemStack struct {
// The unique registry key (e.g., "minecraft:diamond").
RegistryKey string
// The number of items in the stack.
Count uint8
}
const (
ClickTypeLeft uint8 = 0
ClickTypeRight uint8 = 1
ClickTypeShiftLeft uint8 = 2
ClickTypeShiftRight uint8 = 3
ClickTypeMiddle uint8 = 4
ClickTypeDrop uint8 = 5
ClickTypeControlDrop uint8 = 6
ClickTypeDoubleClick uint8 = 7
ClickTypeNumberKey uint8 = 8
ClickTypeUnknown uint8 = 9
)
// Represents the type of click interaction in a GUI.
type ClickType = uint8
const (
EntityPoseStanding uint8 = 0
EntityPoseFallFlying uint8 = 1
EntityPoseSleeping uint8 = 2
EntityPoseSwimming uint8 = 3
EntityPoseSpinAttack uint8 = 4
EntityPoseCrouching uint8 = 5
EntityPoseLongJumping uint8 = 6
EntityPoseDying uint8 = 7
EntityPoseCroaking uint8 = 8
EntityPoseUsingTongue uint8 = 9
EntityPoseSitting uint8 = 10
EntityPoseRoaring uint8 = 11
EntityPoseSniffing uint8 = 12
EntityPoseEmerging uint8 = 13
EntityPoseDigging uint8 = 14
EntityPoseSliding uint8 = 15
EntityPoseShooting uint8 = 16
EntityPoseInhaling uint8 = 17
)
// Represents the various poses an entity can be in.
type EntityPose = uint8
const (
LocaleAfZa uint8 = 0
LocaleArSa uint8 = 1
LocaleAstEs uint8 = 2
LocaleAzAz uint8 = 3
LocaleBaRu uint8 = 4
LocaleBar uint8 = 5
LocaleBeBy uint8 = 6
LocaleBgBg uint8 = 7
LocaleBrFr uint8 = 8
LocaleBrb uint8 = 9
LocaleBsBa uint8 = 10
LocaleCaEs uint8 = 11
LocaleCsCz uint8 = 12
LocaleCyGb uint8 = 13
LocaleDaDk uint8 = 14
LocaleDeAt uint8 = 15
LocaleDeCh uint8 = 16
LocaleDeDe uint8 = 17
LocaleElGr uint8 = 18
LocaleEnAu uint8 = 19
LocaleEnCa uint8 = 20
LocaleEnGb uint8 = 21
LocaleEnNz uint8 = 22
LocaleEnPt uint8 = 23
LocaleEnUd uint8 = 24
LocaleEnUs uint8 = 25
LocaleEnp uint8 = 26
LocaleEnws uint8 = 27
LocaleEoUy uint8 = 28
LocaleEsAr uint8 = 29
LocaleEsCl uint8 = 30
LocaleEsEc uint8 = 31
LocaleEsEs uint8 = 32
LocaleEsMx uint8 = 33
LocaleEsUy uint8 = 34
LocaleEsVe uint8 = 35
LocaleEsan uint8 = 36
LocaleEtEe uint8 = 37
LocaleEuEs uint8 = 38
LocaleFaIr uint8 = 39
LocaleFiFi uint8 = 40
LocaleFilPh uint8 = 41
LocaleFoFo uint8 = 42
LocaleFrCa uint8 = 43
LocaleFrFr uint8 = 44
LocaleFraDe uint8 = 45
LocaleFurIt uint8 = 46
LocaleFyNl uint8 = 47
LocaleGaIe uint8 = 48
LocaleGdGb uint8 = 49
LocaleGlEs uint8 = 50
LocaleHawUs uint8 = 51
LocaleHeIl uint8 = 52
LocaleHiIn uint8 = 53
LocaleHrHr uint8 = 54
LocaleHuHu uint8 = 55
LocaleHyAm uint8 = 56
LocaleIdId uint8 = 57
LocaleIgNg uint8 = 58
LocaleIoEn uint8 = 59
LocaleIsIs uint8 = 60
LocaleIsv uint8 = 61
LocaleItIt uint8 = 62
LocaleJaJp uint8 = 63
LocaleJboEn uint8 = 64
LocaleKaGe uint8 = 65
LocaleKkKz uint8 = 66
LocaleKnIn uint8 = 67
LocaleKoKr uint8 = 68
LocaleKsh uint8 = 69
LocaleKwGb uint8 = 70
LocaleLaLa uint8 = 71
LocaleLbLu uint8 = 72
LocaleLiLi uint8 = 73
LocaleLmo uint8 = 74
LocaleLoLa uint8 = 75
LocaleLolUs uint8 = 76
LocaleLtLt uint8 = 77
LocaleLvLv uint8 = 78
LocaleLzh uint8 = 79
LocaleMkMk uint8 = 80
LocaleMnMn uint8 = 81
LocaleMsMy uint8 = 82
LocaleMtMt uint8 = 83
LocaleNah uint8 = 84
LocaleNdsDe uint8 = 85
LocaleNlBe uint8 = 86
LocaleNlNl uint8 = 87
LocaleNnNo uint8 = 88
LocaleNoNo uint8 = 89
LocaleOcFr uint8 = 90
LocaleOvd uint8 = 91
LocalePlPl uint8 = 92
LocalePtBr uint8 = 93
LocalePtPt uint8 = 94
LocaleQyaAa uint8 = 95
LocaleRoRo uint8 = 96
LocaleRpr uint8 = 97
LocaleRuRu uint8 = 98
LocaleRyUa uint8 = 99
LocaleSahSah uint8 = 100
LocaleSeNo uint8 = 101
LocaleSkSk uint8 = 102
LocaleSlSi uint8 = 103
LocaleSoSo uint8 = 104
LocaleSqAl uint8 = 105
LocaleSrCs uint8 = 106
LocaleSrSp uint8 = 107
LocaleSvSe uint8 = 108
LocaleSxu uint8 = 109
LocaleSzl uint8 = 110
LocaleTaIn uint8 = 111
LocaleThTh uint8 = 112
LocaleTlPh uint8 = 113
LocaleTlhAa uint8 = 114
LocaleTok uint8 = 115
LocaleTrTr uint8 = 116
LocaleTtRu uint8 = 117
LocaleUkUa uint8 = 118
LocaleValEs uint8 = 119
LocaleVecIt uint8 = 120
LocaleViVn uint8 = 121
LocaleYiDe uint8 = 122
LocaleYoNg uint8 = 123
LocaleZhCn uint8 = 124
LocaleZhHk uint8 = 125
LocaleZhTw uint8 = 126
LocaleZlmArab uint8 = 127
)
// All Minecraft-supported locales.
type Locale = uint8

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// This file exists for testing this package without WebAssembly,
// allowing empty function bodies with a //go:wasmimport directive.
// See https://pkg.go.dev/cmd/compile for more information.

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// Generated by `wit-bindgen` 0.57.1. DO NOT EDIT!
//
// This code was generated from the following packages:
// pumpkin:plugin@0.1.0
package pumpkin_plugin_context
import (
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_command"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_event"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_permission"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_server"
witRuntime "go.bytecodealliance.org/pkg/wit/runtime"
witTypes "go.bytecodealliance.org/pkg/wit/types"
"runtime"
"unsafe"
)
type Server = pumpkin_plugin_server.Server
type EventType = pumpkin_plugin_event.EventType
type EventPriority = pumpkin_plugin_event.EventPriority
type Command = pumpkin_plugin_command.Command
type Permission = pumpkin_plugin_permission.Permission
//go:wasmimport pumpkin:plugin/context@0.1.0 [resource-drop]context
func resourceDropContext(handle int32)
// A contextual handle for plugin-related operations.
type Context struct {
handle *witRuntime.Handle
}
func (self *Context) TakeHandle() int32 {
return self.handle.Take()
}
func (self *Context) SetHandle(handle int32) {
self.handle.Set(handle)
}
func (self *Context) Handle() int32 {
return self.handle.Use()
}
func (self *Context) Drop() {
handle := self.handle.TakeOrNil()
if handle != 0 {
resourceDropContext(handle)
}
}
func ContextFromOwnHandle(handleValue int32) *Context {
handle := witRuntime.MakeHandle(handleValue)
value := &Context{handle}
runtime.AddCleanup(value, func(_ int) {
handleValue := handle.TakeOrNil()
if handleValue != 0 {
resourceDropContext(handleValue)
}
}, 0)
return value
}
func ContextFromBorrowHandle(handleValue int32) *Context {
handle := witRuntime.MakeHandle(handleValue)
return &Context{handle}
}
//go:wasmimport pumpkin:plugin/context@0.1.0 [method]context.register-event
func wasm_import_method_context_register_event(arg0 int32, arg1 int32, arg2 int32, arg3 int32, arg4 int32)
func (self *Context) RegisterEvent(handlerId uint32, eventType pumpkin_plugin_event.EventType, eventPriority pumpkin_plugin_event.EventPriority, blocking bool) {
var result int32
if blocking {
result = 1
} else {
result = 0
}
wasm_import_method_context_register_event((self).Handle(), int32(handlerId), int32(eventType), int32(eventPriority), result)
}
//go:wasmimport pumpkin:plugin/context@0.1.0 [method]context.register-command
func wasm_import_method_context_register_command(arg0 int32, arg1 int32, arg2 uintptr, arg3 uint32)
func (self *Context) RegisterCommand(command *pumpkin_plugin_command.Command, permission string) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(permission))
pinner.Pin(utf8)
wasm_import_method_context_register_command((self).Handle(), (command).TakeHandle(), uintptr(utf8), uint32(len(permission)))
}
//go:wasmimport pumpkin:plugin/context@0.1.0 [method]context.register-permission
func wasm_import_method_context_register_permission(arg0 int32, arg1 uintptr, arg2 uint32, arg3 uintptr, arg4 uint32, arg5 int32, arg6 int32, arg7 uintptr, arg8 uint32, arg9 uintptr)
func (self *Context) RegisterPermission(permission pumpkin_plugin_permission.Permission) witTypes.Result[witTypes.Unit, string] {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (3 * 4), 4))
utf8 := unsafe.Pointer(unsafe.StringData((permission).Node))
pinner.Pin(utf8)
utf80 := unsafe.Pointer(unsafe.StringData((permission).Description))
pinner.Pin(utf80)
var variant int32
var variant1 int32
switch (permission).Default.Tag() {
case pumpkin_plugin_permission.PermissionDefaultDeny:
variant = int32(0)
variant1 = 0
case pumpkin_plugin_permission.PermissionDefaultAllow:
variant = int32(1)
variant1 = 0
case pumpkin_plugin_permission.PermissionDefaultOp:
payload := (permission).Default.Op()
variant = int32(2)
variant1 = int32(payload)
default:
panic("unreachable")
}
slice := (permission).Children
length := uint32(len(slice))
result3 := witRuntime.Allocate(pinner, uintptr(length*(3*4)), 4)
for index, element := range slice {
base := unsafe.Add(result3, index*(3*4))
utf82 := unsafe.Pointer(unsafe.StringData((element).Node))
pinner.Pin(utf82)
*(*uint32)(unsafe.Add(unsafe.Pointer(base), 4)) = uint32(uint32(len((element).Node)))
*(*uint32)(unsafe.Add(unsafe.Pointer(base), 0)) = uint32(uintptr(uintptr(utf82)))
var result int32
if (element).Value {
result = 1
} else {
result = 0
}
*(*int8)(unsafe.Add(unsafe.Pointer(base), (2 * 4))) = int8(result)
}
wasm_import_method_context_register_permission((self).Handle(), uintptr(utf8), uint32(len((permission).Node)), uintptr(utf80), uint32(len((permission).Description)), variant, variant1, uintptr(result3), length, returnArea)
var result4 witTypes.Result[witTypes.Unit, string]
switch uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))) {
case 0:
result4 = witTypes.Ok[witTypes.Unit, string](witTypes.Unit{})
case 1:
value := unsafe.String((*uint8)(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4))))), *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), (2 * 4))))
result4 = witTypes.Err[witTypes.Unit, string](value)
default:
panic("unreachable")
}
result5 := result4
return result5
}
//go:wasmimport pumpkin:plugin/context@0.1.0 [method]context.get-data-folder
func wasm_import_method_context_get_data_folder(arg0 int32, arg1 uintptr)
func (self *Context) GetDataFolder() string {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (2 * 4), 4))
wasm_import_method_context_get_data_folder((self).Handle(), returnArea)
value := unsafe.String((*uint8)(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))))), *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4)))
result := value
return result
}
//go:wasmimport pumpkin:plugin/context@0.1.0 [method]context.get-server
func wasm_import_method_context_get_server(arg0 int32) int32
func (self *Context) GetServer() *pumpkin_plugin_server.Server {
result := wasm_import_method_context_get_server((self).Handle())
return pumpkin_plugin_server.ServerFromOwnHandle(int32(uintptr(result)))
}

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// This file exists for testing this package without WebAssembly,
// allowing empty function bodies with a //go:wasmimport directive.
// See https://pkg.go.dev/cmd/compile for more information.

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// Generated by `wit-bindgen` 0.57.1. DO NOT EDIT!
//
// This code was generated from the following packages:
// pumpkin:plugin@0.1.0
package pumpkin_plugin_entity
import (
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_world"
)
type Entity = pumpkin_plugin_world.Entity

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// This file exists for testing this package without WebAssembly,
// allowing empty function bodies with a //go:wasmimport directive.
// See https://pkg.go.dev/cmd/compile for more information.

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// Generated by `wit-bindgen` 0.57.1. DO NOT EDIT!
//
// This code was generated from the following packages:
// pumpkin:plugin@0.1.0
package pumpkin_plugin_event
import (
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_common"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_player"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_text"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_world"
witTypes "go.bytecodealliance.org/pkg/wit/types"
)
type BlockPosition = witTypes.Tuple3[int32, int32, int32]
type GameMode = pumpkin_plugin_common.GameMode
type Hand = pumpkin_plugin_common.Hand
type ItemStack = pumpkin_plugin_common.ItemStack
type Position = witTypes.Tuple3[float64, float64, float64]
type ClickType = pumpkin_plugin_common.ClickType
type Player = pumpkin_plugin_player.Player
type TextComponent = pumpkin_plugin_text.TextComponent
type World = pumpkin_plugin_world.World
const (
EventPriorityHighest uint8 = 0
EventPriorityHigh uint8 = 1
EventPriorityNormal uint8 = 2
EventPriorityLow uint8 = 3
EventPriorityLowest uint8 = 4
)
type EventPriority = uint8
type PlayerJoinEventData struct {
Player *pumpkin_plugin_player.Player
JoinMessage *pumpkin_plugin_text.TextComponent
Cancelled bool
}
type PlayerLeaveEventData struct {
Player *pumpkin_plugin_player.Player
LeaveMessage *pumpkin_plugin_text.TextComponent
Cancelled bool
}
type PlayerLoginEventData struct {
Player *pumpkin_plugin_player.Player
KickMessage *pumpkin_plugin_text.TextComponent
Cancelled bool
}
type PlayerChatEventData struct {
Player *pumpkin_plugin_player.Player
Message string
Recipients []*pumpkin_plugin_player.Player
Cancelled bool
}
type PlayerCommandSendEventData struct {
Player *pumpkin_plugin_player.Player
Command string
Cancelled bool
}
type PlayerPermissionCheckEventData struct {
Player *pumpkin_plugin_player.Player
Permission string
PermissionResult bool
}
type PlayerMoveEventData struct {
Player *pumpkin_plugin_player.Player
FromPosition witTypes.Tuple3[float64, float64, float64]
ToPosition witTypes.Tuple3[float64, float64, float64]
Cancelled bool
}
type PlayerTeleportEventData struct {
Player *pumpkin_plugin_player.Player
FromPosition witTypes.Tuple3[float64, float64, float64]
ToPosition witTypes.Tuple3[float64, float64, float64]
Cancelled bool
}
type PlayerChangeWorldEventData struct {
Player *pumpkin_plugin_player.Player
PreviousWorld *pumpkin_plugin_world.World
NewWorld *pumpkin_plugin_world.World
Position witTypes.Tuple3[float64, float64, float64]
Yaw float32
Pitch float32
Cancelled bool
}
type PlayerExpChangeEventData struct {
Player *pumpkin_plugin_player.Player
Amount int32
}
type PlayerItemHeldEventData struct {
Player *pumpkin_plugin_player.Player
PreviousSlot uint8
NewSlot uint8
Cancelled bool
}
type PlayerChangedMainHandEventData struct {
Player *pumpkin_plugin_player.Player
MainHand pumpkin_plugin_common.Hand
}
type PlayerGamemodeChangeEventData struct {
Player *pumpkin_plugin_player.Player
PreviousGamemode pumpkin_plugin_common.GameMode
NewGamemode pumpkin_plugin_common.GameMode
Cancelled bool
}
type PlayerCustomPayloadEventData struct {
Player *pumpkin_plugin_player.Player
Channel string
Data []uint8
}
const (
PlayerFishStateFishing uint8 = 0
PlayerFishStateCaughtFish uint8 = 1
PlayerFishStateCaughtEntity uint8 = 2
PlayerFishStateInGround uint8 = 3
PlayerFishStateFailedAttempt uint8 = 4
PlayerFishStateReelIn uint8 = 5
PlayerFishStateBite uint8 = 6
)
type PlayerFishState = uint8
type PlayerFishEventData struct {
Player *pumpkin_plugin_player.Player
CaughtUuid witTypes.Option[string]
CaughtType string
HookUuid string
State PlayerFishState
Hand pumpkin_plugin_common.Hand
ExpToDrop int32
Cancelled bool
}
type PlayerEggThrowEventData struct {
Player *pumpkin_plugin_player.Player
EggUuid string
Hatching bool
NumHatches uint8
HatchingType string
Cancelled bool
}
const (
EntityInteractionActionInteract uint8 = 0
EntityInteractionActionAttack uint8 = 1
EntityInteractionActionInteractAt uint8 = 2
)
type EntityInteractionAction = uint8
const (
InteractActionLeftClickBlock uint8 = 0
InteractActionLeftClickAir uint8 = 1
InteractActionRightClickAir uint8 = 2
InteractActionRightClickBlock uint8 = 3
)
type InteractAction = uint8
type PlayerInteractEventData struct {
Player *pumpkin_plugin_player.Player
Action InteractAction
ClickedPos witTypes.Option[witTypes.Tuple3[int32, int32, int32]]
Block string
Cancelled bool
}
type PlayerToggleSneakEventData struct {
Player *pumpkin_plugin_player.Player
IsSneaking bool
Cancelled bool
}
type PlayerToggleFlightEventData struct {
Player *pumpkin_plugin_player.Player
IsFlying bool
Cancelled bool
}
type PlayerToggleSprintEventData struct {
Player *pumpkin_plugin_player.Player
IsSprinting bool
Cancelled bool
}
type PlayerInteractUnknownEntityEventData struct {
Player *pumpkin_plugin_player.Player
EntityId int32
Action EntityInteractionAction
Cancelled bool
}
type InventoryClickEventData struct {
Player *pumpkin_plugin_player.Player
WindowType witTypes.Option[string]
ClickType pumpkin_plugin_common.ClickType
Slot int16
RawSlot int16
ClickedItem witTypes.Option[pumpkin_plugin_common.ItemStack]
Cursor witTypes.Option[pumpkin_plugin_common.ItemStack]
HotbarButton int32
Cancelled bool
}
type InventoryCloseEventData struct {
Player *pumpkin_plugin_player.Player
WindowType witTypes.Option[string]
}
type BlockRedstoneEventData struct {
TargetWorld *pumpkin_plugin_world.World
StateId uint16
BlockPosition witTypes.Tuple3[int32, int32, int32]
OldCurrent int32
NewCurrent int32
Cancelled bool
}
type BlockBreakEventData struct {
Player witTypes.Option[*pumpkin_plugin_player.Player]
Block string
BlockPosition witTypes.Tuple3[int32, int32, int32]
Exp uint32
ShouldDrop bool
Cancelled bool
}
type BlockBurnEventData struct {
IgnitingBlock string
Block string
Cancelled bool
}
type BlockCanBuildEventData struct {
BlockToBuild string
Buildable bool
Player *pumpkin_plugin_player.Player
Block string
Cancelled bool
}
type BlockGrowEventData struct {
TargetWorld *pumpkin_plugin_world.World
OldBlock string
OldStateId uint16
NewBlock string
NewStateId uint16
BlockPosition witTypes.Tuple3[int32, int32, int32]
Cancelled bool
}
type BlockPlaceEventData struct {
Player *pumpkin_plugin_player.Player
BlockPlaced string
BlockPlacedAgainst string
BlockPosition witTypes.Tuple3[int32, int32, int32]
CanBuild bool
Cancelled bool
}
type ServerCommandEventData struct {
Command string
Cancelled bool
}
type SpawnChangeEventData struct {
TargetWorld *pumpkin_plugin_world.World
PreviousPosition witTypes.Tuple3[int32, int32, int32]
PreviousYaw float32
PreviousPitch float32
NewPosition witTypes.Tuple3[int32, int32, int32]
NewYaw float32
NewPitch float32
}
type ServerBroadcastEventData struct {
Message *pumpkin_plugin_text.TextComponent
Sender *pumpkin_plugin_text.TextComponent
Cancelled bool
}
const (
EventTypePlayerJoinEvent uint8 = 0
EventTypePlayerLeaveEvent uint8 = 1
EventTypePlayerLoginEvent uint8 = 2
EventTypePlayerChatEvent uint8 = 3
EventTypePlayerCommandSendEvent uint8 = 4
EventTypePlayerPermissionCheckEvent uint8 = 5
EventTypePlayerMoveEvent uint8 = 6
EventTypePlayerTeleportEvent uint8 = 7
EventTypePlayerChangeWorldEvent uint8 = 8
EventTypePlayerExpChangeEvent uint8 = 9
EventTypePlayerItemHeldEvent uint8 = 10
EventTypePlayerChangedMainHandEvent uint8 = 11
EventTypePlayerGamemodeChangeEvent uint8 = 12
EventTypePlayerCustomPayloadEvent uint8 = 13
EventTypePlayerFishEvent uint8 = 14
EventTypePlayerEggThrowEvent uint8 = 15
EventTypePlayerInteractUnknownEntityEvent uint8 = 16
EventTypePlayerInteractEvent uint8 = 17
EventTypePlayerToggleSneakEvent uint8 = 18
EventTypePlayerToggleFlightEvent uint8 = 19
EventTypePlayerToggleSprintEvent uint8 = 20
EventTypeInventoryClickEvent uint8 = 21
EventTypeInventoryCloseEvent uint8 = 22
EventTypeBlockRedstoneEvent uint8 = 23
EventTypeBlockBreakEvent uint8 = 24
EventTypeBlockBurnEvent uint8 = 25
EventTypeBlockCanBuildEvent uint8 = 26
EventTypeBlockGrowEvent uint8 = 27
EventTypeBlockPlaceEvent uint8 = 28
EventTypeServerCommandEvent uint8 = 29
EventTypeSpawnChangeEvent uint8 = 30
EventTypeServerBroadcastEvent uint8 = 31
)
type EventType = uint8
const (
EventPlayerJoinEvent uint8 = 0
EventPlayerLeaveEvent uint8 = 1
EventPlayerLoginEvent uint8 = 2
EventPlayerChatEvent uint8 = 3
EventPlayerCommandSendEvent uint8 = 4
EventPlayerPermissionCheckEvent uint8 = 5
EventPlayerMoveEvent uint8 = 6
EventPlayerTeleportEvent uint8 = 7
EventPlayerChangeWorldEvent uint8 = 8
EventPlayerExpChangeEvent uint8 = 9
EventPlayerItemHeldEvent uint8 = 10
EventPlayerChangedMainHandEvent uint8 = 11
EventPlayerGamemodeChangeEvent uint8 = 12
EventPlayerCustomPayloadEvent uint8 = 13
EventPlayerFishEvent uint8 = 14
EventPlayerEggThrowEvent uint8 = 15
EventPlayerInteractUnknownEntityEvent uint8 = 16
EventPlayerInteractEvent uint8 = 17
EventPlayerToggleSneakEvent uint8 = 18
EventPlayerToggleFlightEvent uint8 = 19
EventPlayerToggleSprintEvent uint8 = 20
EventInventoryClickEvent uint8 = 21
EventInventoryCloseEvent uint8 = 22
EventBlockRedstoneEvent uint8 = 23
EventBlockBreakEvent uint8 = 24
EventBlockBurnEvent uint8 = 25
EventBlockCanBuildEvent uint8 = 26
EventBlockGrowEvent uint8 = 27
EventBlockPlaceEvent uint8 = 28
EventServerCommandEvent uint8 = 29
EventSpawnChangeEvent uint8 = 30
EventServerBroadcastEvent uint8 = 31
)
type Event struct {
tag uint8
value any
}
func (self Event) Tag() uint8 {
return self.tag
}
func (self Event) PlayerJoinEvent() PlayerJoinEventData {
if self.tag != EventPlayerJoinEvent {
panic("tag mismatch")
}
return self.value.(PlayerJoinEventData)
}
func (self Event) PlayerLeaveEvent() PlayerLeaveEventData {
if self.tag != EventPlayerLeaveEvent {
panic("tag mismatch")
}
return self.value.(PlayerLeaveEventData)
}
func (self Event) PlayerLoginEvent() PlayerLoginEventData {
if self.tag != EventPlayerLoginEvent {
panic("tag mismatch")
}
return self.value.(PlayerLoginEventData)
}
func (self Event) PlayerChatEvent() PlayerChatEventData {
if self.tag != EventPlayerChatEvent {
panic("tag mismatch")
}
return self.value.(PlayerChatEventData)
}
func (self Event) PlayerCommandSendEvent() PlayerCommandSendEventData {
if self.tag != EventPlayerCommandSendEvent {
panic("tag mismatch")
}
return self.value.(PlayerCommandSendEventData)
}
func (self Event) PlayerPermissionCheckEvent() PlayerPermissionCheckEventData {
if self.tag != EventPlayerPermissionCheckEvent {
panic("tag mismatch")
}
return self.value.(PlayerPermissionCheckEventData)
}
func (self Event) PlayerMoveEvent() PlayerMoveEventData {
if self.tag != EventPlayerMoveEvent {
panic("tag mismatch")
}
return self.value.(PlayerMoveEventData)
}
func (self Event) PlayerTeleportEvent() PlayerTeleportEventData {
if self.tag != EventPlayerTeleportEvent {
panic("tag mismatch")
}
return self.value.(PlayerTeleportEventData)
}
func (self Event) PlayerChangeWorldEvent() PlayerChangeWorldEventData {
if self.tag != EventPlayerChangeWorldEvent {
panic("tag mismatch")
}
return self.value.(PlayerChangeWorldEventData)
}
func (self Event) PlayerExpChangeEvent() PlayerExpChangeEventData {
if self.tag != EventPlayerExpChangeEvent {
panic("tag mismatch")
}
return self.value.(PlayerExpChangeEventData)
}
func (self Event) PlayerItemHeldEvent() PlayerItemHeldEventData {
if self.tag != EventPlayerItemHeldEvent {
panic("tag mismatch")
}
return self.value.(PlayerItemHeldEventData)
}
func (self Event) PlayerChangedMainHandEvent() PlayerChangedMainHandEventData {
if self.tag != EventPlayerChangedMainHandEvent {
panic("tag mismatch")
}
return self.value.(PlayerChangedMainHandEventData)
}
func (self Event) PlayerGamemodeChangeEvent() PlayerGamemodeChangeEventData {
if self.tag != EventPlayerGamemodeChangeEvent {
panic("tag mismatch")
}
return self.value.(PlayerGamemodeChangeEventData)
}
func (self Event) PlayerCustomPayloadEvent() PlayerCustomPayloadEventData {
if self.tag != EventPlayerCustomPayloadEvent {
panic("tag mismatch")
}
return self.value.(PlayerCustomPayloadEventData)
}
func (self Event) PlayerFishEvent() PlayerFishEventData {
if self.tag != EventPlayerFishEvent {
panic("tag mismatch")
}
return self.value.(PlayerFishEventData)
}
func (self Event) PlayerEggThrowEvent() PlayerEggThrowEventData {
if self.tag != EventPlayerEggThrowEvent {
panic("tag mismatch")
}
return self.value.(PlayerEggThrowEventData)
}
func (self Event) PlayerInteractUnknownEntityEvent() PlayerInteractUnknownEntityEventData {
if self.tag != EventPlayerInteractUnknownEntityEvent {
panic("tag mismatch")
}
return self.value.(PlayerInteractUnknownEntityEventData)
}
func (self Event) PlayerInteractEvent() PlayerInteractEventData {
if self.tag != EventPlayerInteractEvent {
panic("tag mismatch")
}
return self.value.(PlayerInteractEventData)
}
func (self Event) PlayerToggleSneakEvent() PlayerToggleSneakEventData {
if self.tag != EventPlayerToggleSneakEvent {
panic("tag mismatch")
}
return self.value.(PlayerToggleSneakEventData)
}
func (self Event) PlayerToggleFlightEvent() PlayerToggleFlightEventData {
if self.tag != EventPlayerToggleFlightEvent {
panic("tag mismatch")
}
return self.value.(PlayerToggleFlightEventData)
}
func (self Event) PlayerToggleSprintEvent() PlayerToggleSprintEventData {
if self.tag != EventPlayerToggleSprintEvent {
panic("tag mismatch")
}
return self.value.(PlayerToggleSprintEventData)
}
func (self Event) InventoryClickEvent() InventoryClickEventData {
if self.tag != EventInventoryClickEvent {
panic("tag mismatch")
}
return self.value.(InventoryClickEventData)
}
func (self Event) InventoryCloseEvent() InventoryCloseEventData {
if self.tag != EventInventoryCloseEvent {
panic("tag mismatch")
}
return self.value.(InventoryCloseEventData)
}
func (self Event) BlockRedstoneEvent() BlockRedstoneEventData {
if self.tag != EventBlockRedstoneEvent {
panic("tag mismatch")
}
return self.value.(BlockRedstoneEventData)
}
func (self Event) BlockBreakEvent() BlockBreakEventData {
if self.tag != EventBlockBreakEvent {
panic("tag mismatch")
}
return self.value.(BlockBreakEventData)
}
func (self Event) BlockBurnEvent() BlockBurnEventData {
if self.tag != EventBlockBurnEvent {
panic("tag mismatch")
}
return self.value.(BlockBurnEventData)
}
func (self Event) BlockCanBuildEvent() BlockCanBuildEventData {
if self.tag != EventBlockCanBuildEvent {
panic("tag mismatch")
}
return self.value.(BlockCanBuildEventData)
}
func (self Event) BlockGrowEvent() BlockGrowEventData {
if self.tag != EventBlockGrowEvent {
panic("tag mismatch")
}
return self.value.(BlockGrowEventData)
}
func (self Event) BlockPlaceEvent() BlockPlaceEventData {
if self.tag != EventBlockPlaceEvent {
panic("tag mismatch")
}
return self.value.(BlockPlaceEventData)
}
func (self Event) ServerCommandEvent() ServerCommandEventData {
if self.tag != EventServerCommandEvent {
panic("tag mismatch")
}
return self.value.(ServerCommandEventData)
}
func (self Event) SpawnChangeEvent() SpawnChangeEventData {
if self.tag != EventSpawnChangeEvent {
panic("tag mismatch")
}
return self.value.(SpawnChangeEventData)
}
func (self Event) ServerBroadcastEvent() ServerBroadcastEventData {
if self.tag != EventServerBroadcastEvent {
panic("tag mismatch")
}
return self.value.(ServerBroadcastEventData)
}
func MakeEventPlayerJoinEvent(value PlayerJoinEventData) Event {
return Event{EventPlayerJoinEvent, value}
}
func MakeEventPlayerLeaveEvent(value PlayerLeaveEventData) Event {
return Event{EventPlayerLeaveEvent, value}
}
func MakeEventPlayerLoginEvent(value PlayerLoginEventData) Event {
return Event{EventPlayerLoginEvent, value}
}
func MakeEventPlayerChatEvent(value PlayerChatEventData) Event {
return Event{EventPlayerChatEvent, value}
}
func MakeEventPlayerCommandSendEvent(value PlayerCommandSendEventData) Event {
return Event{EventPlayerCommandSendEvent, value}
}
func MakeEventPlayerPermissionCheckEvent(value PlayerPermissionCheckEventData) Event {
return Event{EventPlayerPermissionCheckEvent, value}
}
func MakeEventPlayerMoveEvent(value PlayerMoveEventData) Event {
return Event{EventPlayerMoveEvent, value}
}
func MakeEventPlayerTeleportEvent(value PlayerTeleportEventData) Event {
return Event{EventPlayerTeleportEvent, value}
}
func MakeEventPlayerChangeWorldEvent(value PlayerChangeWorldEventData) Event {
return Event{EventPlayerChangeWorldEvent, value}
}
func MakeEventPlayerExpChangeEvent(value PlayerExpChangeEventData) Event {
return Event{EventPlayerExpChangeEvent, value}
}
func MakeEventPlayerItemHeldEvent(value PlayerItemHeldEventData) Event {
return Event{EventPlayerItemHeldEvent, value}
}
func MakeEventPlayerChangedMainHandEvent(value PlayerChangedMainHandEventData) Event {
return Event{EventPlayerChangedMainHandEvent, value}
}
func MakeEventPlayerGamemodeChangeEvent(value PlayerGamemodeChangeEventData) Event {
return Event{EventPlayerGamemodeChangeEvent, value}
}
func MakeEventPlayerCustomPayloadEvent(value PlayerCustomPayloadEventData) Event {
return Event{EventPlayerCustomPayloadEvent, value}
}
func MakeEventPlayerFishEvent(value PlayerFishEventData) Event {
return Event{EventPlayerFishEvent, value}
}
func MakeEventPlayerEggThrowEvent(value PlayerEggThrowEventData) Event {
return Event{EventPlayerEggThrowEvent, value}
}
func MakeEventPlayerInteractUnknownEntityEvent(value PlayerInteractUnknownEntityEventData) Event {
return Event{EventPlayerInteractUnknownEntityEvent, value}
}
func MakeEventPlayerInteractEvent(value PlayerInteractEventData) Event {
return Event{EventPlayerInteractEvent, value}
}
func MakeEventPlayerToggleSneakEvent(value PlayerToggleSneakEventData) Event {
return Event{EventPlayerToggleSneakEvent, value}
}
func MakeEventPlayerToggleFlightEvent(value PlayerToggleFlightEventData) Event {
return Event{EventPlayerToggleFlightEvent, value}
}
func MakeEventPlayerToggleSprintEvent(value PlayerToggleSprintEventData) Event {
return Event{EventPlayerToggleSprintEvent, value}
}
func MakeEventInventoryClickEvent(value InventoryClickEventData) Event {
return Event{EventInventoryClickEvent, value}
}
func MakeEventInventoryCloseEvent(value InventoryCloseEventData) Event {
return Event{EventInventoryCloseEvent, value}
}
func MakeEventBlockRedstoneEvent(value BlockRedstoneEventData) Event {
return Event{EventBlockRedstoneEvent, value}
}
func MakeEventBlockBreakEvent(value BlockBreakEventData) Event {
return Event{EventBlockBreakEvent, value}
}
func MakeEventBlockBurnEvent(value BlockBurnEventData) Event {
return Event{EventBlockBurnEvent, value}
}
func MakeEventBlockCanBuildEvent(value BlockCanBuildEventData) Event {
return Event{EventBlockCanBuildEvent, value}
}
func MakeEventBlockGrowEvent(value BlockGrowEventData) Event {
return Event{EventBlockGrowEvent, value}
}
func MakeEventBlockPlaceEvent(value BlockPlaceEventData) Event {
return Event{EventBlockPlaceEvent, value}
}
func MakeEventServerCommandEvent(value ServerCommandEventData) Event {
return Event{EventServerCommandEvent, value}
}
func MakeEventSpawnChangeEvent(value SpawnChangeEventData) Event {
return Event{EventSpawnChangeEvent, value}
}
func MakeEventServerBroadcastEvent(value ServerBroadcastEventData) Event {
return Event{EventServerBroadcastEvent, value}
}

3
pkg/pumpkin_plugin_gui/empty.s Normal file
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// This file exists for testing this package without WebAssembly,
// allowing empty function bodies with a //go:wasmimport directive.
// See https://pkg.go.dev/cmd/compile for more information.

240
pkg/pumpkin_plugin_gui/wit_bindings.go Normal file
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// Generated by `wit-bindgen` 0.57.1. DO NOT EDIT!
//
// This code was generated from the following packages:
// pumpkin:plugin@0.1.0
package pumpkin_plugin_gui
import (
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_common"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_text"
witRuntime "go.bytecodealliance.org/pkg/wit/runtime"
witTypes "go.bytecodealliance.org/pkg/wit/types"
"unsafe"
"runtime"
)
type TextComponent = pumpkin_plugin_text.TextComponent
type ItemStack = pumpkin_plugin_common.ItemStack
type ClickType = pumpkin_plugin_common.ClickType
const (
GuiTypeGeneric9x1 uint8 = 0
GuiTypeGeneric9x2 uint8 = 1
GuiTypeGeneric9x3 uint8 = 2
GuiTypeGeneric9x4 uint8 = 3
GuiTypeGeneric9x5 uint8 = 4
GuiTypeGeneric9x6 uint8 = 5
GuiTypeGeneric3x3 uint8 = 6
GuiTypeCrafter3x3 uint8 = 7
GuiTypeAnvil uint8 = 8
GuiTypeBeacon uint8 = 9
GuiTypeBlastFurnace uint8 = 10
GuiTypeBrewingStand uint8 = 11
GuiTypeCrafting uint8 = 12
GuiTypeEnchantment uint8 = 13
GuiTypeFurnace uint8 = 14
GuiTypeGrindstone uint8 = 15
GuiTypeHopper uint8 = 16
GuiTypeLectern uint8 = 17
GuiTypeLoom uint8 = 18
GuiTypeMerchant uint8 = 19
GuiTypeShulkerBox uint8 = 20
GuiTypeSmithing uint8 = 21
GuiTypeSmoker uint8 = 22
GuiTypeCartographyTable uint8 = 23
GuiTypeStonecutter uint8 = 24
)
type GuiType = uint8
//go:wasmimport pumpkin:plugin/gui@0.1.0 [resource-drop]gui
func resourceDropGui(handle int32)
type Gui struct {
handle *witRuntime.Handle
}
func (self *Gui) TakeHandle() int32 {
return self.handle.Take()
}
func (self *Gui) SetHandle(handle int32) {
self.handle.Set(handle)
}
func (self *Gui) Handle() int32 {
return self.handle.Use()
}
func (self *Gui) Drop() {
handle := self.handle.TakeOrNil()
if handle != 0 {
resourceDropGui(handle)
}
}
func GuiFromOwnHandle(handleValue int32) *Gui {
handle := witRuntime.MakeHandle(handleValue)
value := &Gui{handle}
runtime.AddCleanup(value, func(_ int) {
handleValue := handle.TakeOrNil()
if handleValue != 0 {
resourceDropGui(handleValue)
}
}, 0)
return value
}
func GuiFromBorrowHandle(handleValue int32) *Gui {
handle := witRuntime.MakeHandle(handleValue)
return &Gui{handle}
}
//go:wasmimport pumpkin:plugin/gui@0.1.0 [constructor]gui
func wasm_import_constructor_gui(arg0 int32, arg1 int32) int32
func MakeGui(guiType GuiType, title *pumpkin_plugin_text.TextComponent) *Gui {
result := wasm_import_constructor_gui(int32(guiType), (title).TakeHandle())
return GuiFromOwnHandle(int32(uintptr(result)))
}
//go:wasmimport pumpkin:plugin/gui@0.1.0 [method]gui.set-item
func wasm_import_method_gui_set_item(arg0 int32, arg1 int32, arg2 uintptr, arg3 uint32, arg4 int32)
func (self *Gui) SetItem(slot uint32, item pumpkin_plugin_common.ItemStack) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData((item).RegistryKey))
pinner.Pin(utf8)
wasm_import_method_gui_set_item((self).Handle(), int32(slot), uintptr(utf8), uint32(len((item).RegistryKey)), int32((item).Count))
}
//go:wasmimport pumpkin:plugin/gui@0.1.0 [method]gui.get-item
func wasm_import_method_gui_get_item(arg0 int32, arg1 int32, arg2 uintptr)
func (self *Gui) GetItem(slot uint32) witTypes.Option[pumpkin_plugin_common.ItemStack] {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (4*4), 4))
wasm_import_method_gui_get_item((self).Handle(), int32(slot), returnArea)
var option witTypes.Option[pumpkin_plugin_common.ItemStack]
switch uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))) {
case 0:
option = witTypes.None[pumpkin_plugin_common.ItemStack]()
case 1:
value := unsafe.String((*uint8)(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4))))), *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), (2*4))))
option = witTypes.Some[pumpkin_plugin_common.ItemStack](pumpkin_plugin_common.ItemStack{value, uint8(uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), (3*4)))))})
default:
panic("unreachable")
}
result := option;
return result
}
//go:wasmimport pumpkin:plugin/gui@0.1.0 [method]gui.get-type
func wasm_import_method_gui_get_type(arg0 int32) int32
func (self *Gui) GetType() GuiType {
result := wasm_import_method_gui_get_type((self).Handle())
return uint8(result)
}
//go:wasmimport pumpkin:plugin/gui@0.1.0 [method]gui.get-title
func wasm_import_method_gui_get_title(arg0 int32) int32
func (self *Gui) GetTitle() *pumpkin_plugin_text.TextComponent {
result := wasm_import_method_gui_get_title((self).Handle())
return pumpkin_plugin_text.TextComponentFromOwnHandle(int32(uintptr(result)))
}
//go:wasmimport pumpkin:plugin/gui@0.1.0 [method]gui.get-size
func wasm_import_method_gui_get_size(arg0 int32) int32
func (self *Gui) GetSize() uint32 {
result := wasm_import_method_gui_get_size((self).Handle())
return uint32(result)
}
//go:wasmimport pumpkin:plugin/gui@0.1.0 [method]gui.clear-items
func wasm_import_method_gui_clear_items(arg0 int32)
func (self *Gui) ClearItems() {
wasm_import_method_gui_clear_items((self).Handle())
}
//go:wasmimport pumpkin:plugin/gui@0.1.0 [method]gui.set-allow-grab-items
func wasm_import_method_gui_set_allow_grab_items(arg0 int32, arg1 int32)
func (self *Gui) SetAllowGrabItems(allow bool) {
var result int32
if allow {
result = 1
} else {
result = 0
}
wasm_import_method_gui_set_allow_grab_items((self).Handle(), result)
}
//go:wasmimport pumpkin:plugin/gui@0.1.0 [method]gui.get-allow-grab-items
func wasm_import_method_gui_get_allow_grab_items(arg0 int32) int32
func (self *Gui) GetAllowGrabItems() bool {
result := wasm_import_method_gui_get_allow_grab_items((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/gui@0.1.0 [method]gui.set-allow-put-items
func wasm_import_method_gui_set_allow_put_items(arg0 int32, arg1 int32)
func (self *Gui) SetAllowPutItems(allow bool) {
var result int32
if allow {
result = 1
} else {
result = 0
}
wasm_import_method_gui_set_allow_put_items((self).Handle(), result)
}
//go:wasmimport pumpkin:plugin/gui@0.1.0 [method]gui.get-allow-put-items
func wasm_import_method_gui_get_allow_put_items(arg0 int32) int32
func (self *Gui) GetAllowPutItems() bool {
result := wasm_import_method_gui_get_allow_put_items((self).Handle())
return (result != 0)
}

3
pkg/pumpkin_plugin_i18n/empty.s Normal file
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// This file exists for testing this package without WebAssembly,
// allowing empty function bodies with a //go:wasmimport directive.
// See https://pkg.go.dev/cmd/compile for more information.

47
pkg/pumpkin_plugin_i18n/wit_bindings.go Normal file
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// Generated by `wit-bindgen` 0.57.1. DO NOT EDIT!
//
// This code was generated from the following packages:
// pumpkin:plugin@0.1.0
package pumpkin_plugin_i18n
import (
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_common"
witRuntime "go.bytecodealliance.org/pkg/wit/runtime"
"runtime"
"unsafe"
)
type Locale = pumpkin_plugin_common.Locale
//go:wasmimport pumpkin:plugin/i18n@0.1.0 translate
func wasm_import_translate(arg0 uintptr, arg1 uint32, arg2 int32, arg3 uintptr)
func Translate(key string, locale pumpkin_plugin_common.Locale) string {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (2 * 4), 4))
utf8 := unsafe.Pointer(unsafe.StringData(key))
pinner.Pin(utf8)
wasm_import_translate(uintptr(utf8), uint32(len(key)), int32(locale), returnArea)
value := unsafe.String((*uint8)(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))))), *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4)))
result := value
return result
}
//go:wasmimport pumpkin:plugin/i18n@0.1.0 load-translations
func wasm_import_load_translations(arg0 uintptr, arg1 uint32, arg2 uintptr, arg3 uint32, arg4 int32)
func LoadTranslations(namespace string, json string, locale pumpkin_plugin_common.Locale) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(namespace))
pinner.Pin(utf8)
utf80 := unsafe.Pointer(unsafe.StringData(json))
pinner.Pin(utf80)
wasm_import_load_translations(uintptr(utf8), uint32(len(namespace)), uintptr(utf80), uint32(len(json)), int32(locale))
}

3
pkg/pumpkin_plugin_logging/empty.s Normal file
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// This file exists for testing this package without WebAssembly,
// allowing empty function bodies with a //go:wasmimport directive.
// See https://pkg.go.dev/cmd/compile for more information.

47
pkg/pumpkin_plugin_logging/wit_bindings.go Normal file
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// Generated by `wit-bindgen` 0.57.1. DO NOT EDIT!
//
// This code was generated from the following packages:
// pumpkin:plugin@0.1.0
package pumpkin_plugin_logging
import (
"runtime"
"unsafe"
)
const (
LevelTrace uint8 = 0
LevelDebug uint8 = 1
LevelInfo uint8 = 2
LevelWarn uint8 = 3
LevelError uint8 = 4
)
type Level = uint8
//go:wasmimport pumpkin:plugin/logging@0.1.0 log
func wasm_import_log(arg0 int32, arg1 uintptr, arg2 uint32)
func Log(level Level, message string) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(message))
pinner.Pin(utf8)
wasm_import_log(int32(level), uintptr(utf8), uint32(len(message)))
}
//go:wasmimport pumpkin:plugin/logging@0.1.0 log-tracing
func wasm_import_log_tracing(arg0 uintptr, arg1 uint32)
func LogTracing(event []uint8) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
data := unsafe.Pointer(unsafe.SliceData(event))
pinner.Pin(data)
wasm_import_log_tracing(uintptr(data), uint32(len(event)))
}

3
pkg/pumpkin_plugin_metadata/empty.s Normal file
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// This file exists for testing this package without WebAssembly,
// allowing empty function bodies with a //go:wasmimport directive.
// See https://pkg.go.dev/cmd/compile for more information.

21
pkg/pumpkin_plugin_metadata/wit_bindings.go Normal file
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// Generated by `wit-bindgen` 0.57.1. DO NOT EDIT!
//
// This code was generated from the following packages:
// pumpkin:plugin@0.1.0
package pumpkin_plugin_metadata
import ()
type PluginMetadata struct {
// Name of the plugin.
Name string
// Plugin version (semver).
Version string
// Plugin authors.
Authors []string
// Short description of the plugin.
Description string
// Plugin dependencies.
Dependencies []string
}

3
pkg/pumpkin_plugin_permission/empty.s Normal file
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// This file exists for testing this package without WebAssembly,
// allowing empty function bodies with a //go:wasmimport directive.
// See https://pkg.go.dev/cmd/compile for more information.

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pkg/pumpkin_plugin_permission/wit_bindings.go Normal file
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// Generated by `wit-bindgen` 0.57.1. DO NOT EDIT!
//
// This code was generated from the following packages:
// pumpkin:plugin@0.1.0
package pumpkin_plugin_permission
import ()
const (
PermissionLevelZero uint8 = 0
PermissionLevelOne uint8 = 1
PermissionLevelTwo uint8 = 2
PermissionLevelThree uint8 = 3
PermissionLevelFour uint8 = 4
)
// Represents the player's permission level
//
// Permission levels determine the player's access to commands and server operations.
// Each numeric level corresponds to a specific role:
// - `Zero`: `normal`: Player can use basic commands.
// - `One`: `moderator`: Player can bypass spawn protection.
// - `Two`: `gamemaster`: Player or executor can use more commands and player can use command blocks.
// - `Three`: `admin`: Player or executor can use commands related to multiplayer management.
// - `Four`: `owner`: Player or executor can use all of the commands, including commands related to server management.
type PermissionLevel = uint8
const (
// Permission is not granted by default
PermissionDefaultDeny uint8 = 0
// Permission is granted by default
PermissionDefaultAllow uint8 = 1
// Permission is granted by default to operators
PermissionDefaultOp uint8 = 2
)
// Describes the default behavior for permissions
type PermissionDefault struct {
tag uint8
value any
}
func (self PermissionDefault) Tag() uint8 {
return self.tag
}
func (self PermissionDefault) Op() PermissionLevel {
if self.tag != PermissionDefaultOp {
panic("tag mismatch")
}
return self.value.(PermissionLevel)
}
func MakePermissionDefaultDeny() PermissionDefault {
return PermissionDefault{PermissionDefaultDeny, nil}
}
func MakePermissionDefaultAllow() PermissionDefault {
return PermissionDefault{PermissionDefaultAllow, nil}
}
func MakePermissionDefaultOp(value PermissionLevel) PermissionDefault {
return PermissionDefault{PermissionDefaultOp, value}
}
// A child permission entry
type PermissionChild struct {
Node string
Value bool
}
// Defines a permission node in the system
type Permission struct {
// The full node name (e.g., "minecraft:command.gamemode")
Node string
// Description of what this permission does
Description string
// The default value of this permission
Default PermissionDefault
// Children nodes that are affected by this permission
Children []PermissionChild
}

3
pkg/pumpkin_plugin_player/empty.s Normal file
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@ -0,0 +1,3 @@
// This file exists for testing this package without WebAssembly,
// allowing empty function bodies with a //go:wasmimport directive.
// See https://pkg.go.dev/cmd/compile for more information.

998
pkg/pumpkin_plugin_player/wit_bindings.go Normal file
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// Generated by `wit-bindgen` 0.57.1. DO NOT EDIT!
//
// This code was generated from the following packages:
// pumpkin:plugin@0.1.0
package pumpkin_plugin_player
import (
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_common"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_gui"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_permission"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_text"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_world"
witRuntime "go.bytecodealliance.org/pkg/wit/runtime"
witTypes "go.bytecodealliance.org/pkg/wit/types"
"runtime"
"unsafe"
)
type Hand = pumpkin_plugin_common.Hand
type ItemStack = pumpkin_plugin_common.ItemStack
type Position = witTypes.Tuple3[float64, float64, float64]
type GameMode = pumpkin_plugin_common.GameMode
type World = pumpkin_plugin_world.World
type Entity = pumpkin_plugin_world.Entity
type PermissionLevel = pumpkin_plugin_permission.PermissionLevel
type TextComponent = pumpkin_plugin_text.TextComponent
type Gui = pumpkin_plugin_gui.Gui
// Various abilities a player can have.
type PlayerAbilities struct {
// Whether the player is invulnerable to damage.
Invulnerable bool
// Whether the player is currently flying.
Flying bool
// Whether the player is allowed to fly.
AllowFlying bool
// Whether the player is in creative mode.
Creative bool
// Whether the player can modify the world.
AllowModifyWorld bool
// The speed at which the player flies.
FlySpeed float32
// The speed at which the player walks.
WalkSpeed float32
}
// Represents a player's skin textures and metadata.
type PlayerSkin struct {
// The base64-encoded texture data (usually JSON containing skin/cape URLs).
Value string
// The optional signature for the texture data.
Signature witTypes.Option[string]
}
const (
SkinPartsCape uint8 = 1 << 0
SkinPartsJacket uint8 = 1 << 1
SkinPartsLeftSleeve uint8 = 1 << 2
SkinPartsRightSleeve uint8 = 1 << 3
SkinPartsLeftPantsLeg uint8 = 1 << 4
SkinPartsRightPantsLeg uint8 = 1 << 5
SkinPartsHat uint8 = 1 << 6
)
// Flags representing visible skin parts.
type SkinParts = uint8
//go:wasmimport pumpkin:plugin/player@0.1.0 [resource-drop]player
func resourceDropPlayer(handle int32)
// A handle to a player on the server.
type Player struct {
handle *witRuntime.Handle
}
func (self *Player) TakeHandle() int32 {
return self.handle.Take()
}
func (self *Player) SetHandle(handle int32) {
self.handle.Set(handle)
}
func (self *Player) Handle() int32 {
return self.handle.Use()
}
func (self *Player) Drop() {
handle := self.handle.TakeOrNil()
if handle != 0 {
resourceDropPlayer(handle)
}
}
func PlayerFromOwnHandle(handleValue int32) *Player {
handle := witRuntime.MakeHandle(handleValue)
value := &Player{handle}
runtime.AddCleanup(value, func(_ int) {
handleValue := handle.TakeOrNil()
if handleValue != 0 {
resourceDropPlayer(handleValue)
}
}, 0)
return value
}
func PlayerFromBorrowHandle(handleValue int32) *Player {
handle := witRuntime.MakeHandle(handleValue)
return &Player{handle}
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.as-entity
func wasm_import_method_player_as_entity(arg0 int32) int32
func (self *Player) AsEntity() *pumpkin_plugin_world.Entity {
result := wasm_import_method_player_as_entity((self).Handle())
return pumpkin_plugin_world.EntityFromOwnHandle(int32(uintptr(result)))
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-id
func wasm_import_method_player_get_id(arg0 int32, arg1 uintptr)
func (self *Player) GetId() string {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (2 * 4), 4))
wasm_import_method_player_get_id((self).Handle(), returnArea)
value := unsafe.String((*uint8)(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))))), *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4)))
result := value
return result
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-name
func wasm_import_method_player_get_name(arg0 int32, arg1 uintptr)
func (self *Player) GetName() string {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (2 * 4), 4))
wasm_import_method_player_get_name((self).Handle(), returnArea)
value := unsafe.String((*uint8)(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))))), *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4)))
result := value
return result
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-position
func wasm_import_method_player_get_position(arg0 int32, arg1 uintptr)
func (self *Player) GetPosition() witTypes.Tuple3[float64, float64, float64] {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, 24, 8))
wasm_import_method_player_get_position((self).Handle(), returnArea)
result := witTypes.Tuple3[float64, float64, float64]{*(*float64)(unsafe.Add(unsafe.Pointer(returnArea), 0)), *(*float64)(unsafe.Add(unsafe.Pointer(returnArea), 8)), *(*float64)(unsafe.Add(unsafe.Pointer(returnArea), 16))}
return result
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-yaw
func wasm_import_method_player_get_yaw(arg0 int32) float32
func (self *Player) GetYaw() float32 {
result := wasm_import_method_player_get_yaw((self).Handle())
return result
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-pitch
func wasm_import_method_player_get_pitch(arg0 int32) float32
func (self *Player) GetPitch() float32 {
result := wasm_import_method_player_get_pitch((self).Handle())
return result
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-world
func wasm_import_method_player_get_world(arg0 int32) int32
func (self *Player) GetWorld() *pumpkin_plugin_world.World {
result := wasm_import_method_player_get_world((self).Handle())
return pumpkin_plugin_world.WorldFromOwnHandle(int32(uintptr(result)))
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-gamemode
func wasm_import_method_player_get_gamemode(arg0 int32) int32
func (self *Player) GetGamemode() pumpkin_plugin_common.GameMode {
result := wasm_import_method_player_get_gamemode((self).Handle())
return uint8(result)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.set-gamemode
func wasm_import_method_player_set_gamemode(arg0 int32, arg1 int32) int32
func (self *Player) SetGamemode(mode pumpkin_plugin_common.GameMode) bool {
result := wasm_import_method_player_set_gamemode((self).Handle(), int32(mode))
return (result != 0)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-locale
func wasm_import_method_player_get_locale(arg0 int32, arg1 uintptr)
func (self *Player) GetLocale() string {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (2 * 4), 4))
wasm_import_method_player_get_locale((self).Handle(), returnArea)
value := unsafe.String((*uint8)(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))))), *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4)))
result := value
return result
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-ping
func wasm_import_method_player_get_ping(arg0 int32) int32
func (self *Player) GetPing() uint32 {
result := wasm_import_method_player_get_ping((self).Handle())
return uint32(result)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-permission-level
func wasm_import_method_player_get_permission_level(arg0 int32) int32
func (self *Player) GetPermissionLevel() pumpkin_plugin_permission.PermissionLevel {
result := wasm_import_method_player_get_permission_level((self).Handle())
return uint8(result)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.set-permission-level
func wasm_import_method_player_set_permission_level(arg0 int32, arg1 int32)
func (self *Player) SetPermissionLevel(level pumpkin_plugin_permission.PermissionLevel) {
wasm_import_method_player_set_permission_level((self).Handle(), int32(level))
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.set-permission
func wasm_import_method_player_set_permission(arg0 int32, arg1 uintptr, arg2 uint32, arg3 int32)
func (self *Player) SetPermission(node string, value bool) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(node))
pinner.Pin(utf8)
var result int32
if value {
result = 1
} else {
result = 0
}
wasm_import_method_player_set_permission((self).Handle(), uintptr(utf8), uint32(len(node)), result)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.unset-permission
func wasm_import_method_player_unset_permission(arg0 int32, arg1 uintptr, arg2 uint32)
func (self *Player) UnsetPermission(node string) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(node))
pinner.Pin(utf8)
wasm_import_method_player_unset_permission((self).Handle(), uintptr(utf8), uint32(len(node)))
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.has-permission-set
func wasm_import_method_player_has_permission_set(arg0 int32, arg1 uintptr, arg2 uint32, arg3 uintptr)
func (self *Player) HasPermissionSet(node string) witTypes.Option[bool] {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, 2, 1))
utf8 := unsafe.Pointer(unsafe.StringData(node))
pinner.Pin(utf8)
wasm_import_method_player_has_permission_set((self).Handle(), uintptr(utf8), uint32(len(node)), returnArea)
var option witTypes.Option[bool]
switch uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))) {
case 0:
option = witTypes.None[bool]()
case 1:
option = witTypes.Some[bool]((uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 1))) != 0))
default:
panic("unreachable")
}
result := option
return result
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.has-permission
func wasm_import_method_player_has_permission(arg0 int32, arg1 uintptr, arg2 uint32) int32
func (self *Player) HasPermission(node string) bool {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(node))
pinner.Pin(utf8)
result := wasm_import_method_player_has_permission((self).Handle(), uintptr(utf8), uint32(len(node)))
return (result != 0)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-display-name
func wasm_import_method_player_get_display_name(arg0 int32) int32
func (self *Player) GetDisplayName() *pumpkin_plugin_text.TextComponent {
result := wasm_import_method_player_get_display_name((self).Handle())
return pumpkin_plugin_text.TextComponentFromOwnHandle(int32(uintptr(result)))
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.set-display-name
func wasm_import_method_player_set_display_name(arg0 int32, arg1 int32)
func (self *Player) SetDisplayName(displayName *pumpkin_plugin_text.TextComponent) {
wasm_import_method_player_set_display_name((self).Handle(), (displayName).TakeHandle())
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.send-system-message
func wasm_import_method_player_send_system_message(arg0 int32, arg1 int32, arg2 int32)
func (self *Player) SendSystemMessage(text *pumpkin_plugin_text.TextComponent, overlay bool) {
var result int32
if overlay {
result = 1
} else {
result = 0
}
wasm_import_method_player_send_system_message((self).Handle(), (text).TakeHandle(), result)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.set-tab-list-header-footer
func wasm_import_method_player_set_tab_list_header_footer(arg0 int32, arg1 int32, arg2 int32)
func (self *Player) SetTabListHeaderFooter(header *pumpkin_plugin_text.TextComponent, footer *pumpkin_plugin_text.TextComponent) {
wasm_import_method_player_set_tab_list_header_footer((self).Handle(), (header).TakeHandle(), (footer).TakeHandle())
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.set-tab-list-order
func wasm_import_method_player_set_tab_list_order(arg0 int32, arg1 int32)
func (self *Player) SetTabListOrder(order int32) {
wasm_import_method_player_set_tab_list_order((self).Handle(), order)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.set-tab-list-latency
func wasm_import_method_player_set_tab_list_latency(arg0 int32, arg1 int32)
func (self *Player) SetTabListLatency(latency int32) {
wasm_import_method_player_set_tab_list_latency((self).Handle(), latency)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.set-tab-list-listed
func wasm_import_method_player_set_tab_list_listed(arg0 int32, arg1 int32)
func (self *Player) SetTabListListed(listed bool) {
var result int32
if listed {
result = 1
} else {
result = 0
}
wasm_import_method_player_set_tab_list_listed((self).Handle(), result)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.show-title
func wasm_import_method_player_show_title(arg0 int32, arg1 int32)
func (self *Player) ShowTitle(text *pumpkin_plugin_text.TextComponent) {
wasm_import_method_player_show_title((self).Handle(), (text).TakeHandle())
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.show-subtitle
func wasm_import_method_player_show_subtitle(arg0 int32, arg1 int32)
func (self *Player) ShowSubtitle(text *pumpkin_plugin_text.TextComponent) {
wasm_import_method_player_show_subtitle((self).Handle(), (text).TakeHandle())
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.show-actionbar
func wasm_import_method_player_show_actionbar(arg0 int32, arg1 int32)
func (self *Player) ShowActionbar(text *pumpkin_plugin_text.TextComponent) {
wasm_import_method_player_show_actionbar((self).Handle(), (text).TakeHandle())
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.send-title-animation
func wasm_import_method_player_send_title_animation(arg0 int32, arg1 int32, arg2 int32, arg3 int32)
func (self *Player) SendTitleAnimation(fadeIn int32, stay int32, fadeOut int32) {
wasm_import_method_player_send_title_animation((self).Handle(), fadeIn, stay, fadeOut)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.teleport
func wasm_import_method_player_teleport(arg0 int32, arg1 float64, arg2 float64, arg3 float64, arg4 int32, arg5 float32, arg6 int32, arg7 float32, arg8 int32)
func (self *Player) Teleport(position witTypes.Tuple3[float64, float64, float64], yaw witTypes.Option[float32], pitch witTypes.Option[float32], world *pumpkin_plugin_world.World) {
var option int32
var option0 float32
switch yaw.Tag() {
case witTypes.OptionNone:
option = int32(0)
option0 = 0
case witTypes.OptionSome:
payload := yaw.Some()
option = int32(1)
option0 = payload
default:
panic("unreachable")
}
var option1 int32
var option2 float32
switch pitch.Tag() {
case witTypes.OptionNone:
option1 = int32(0)
option2 = 0
case witTypes.OptionSome:
payload := pitch.Some()
option1 = int32(1)
option2 = payload
default:
panic("unreachable")
}
wasm_import_method_player_teleport((self).Handle(), (position).F0, (position).F1, (position).F2, option, option0, option1, option2, (world).TakeHandle())
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.teleport-world
func wasm_import_method_player_teleport_world(arg0 int32, arg1 int32, arg2 float64, arg3 float64, arg4 float64, arg5 int32, arg6 float32, arg7 int32, arg8 float32)
func (self *Player) TeleportWorld(worldRef *pumpkin_plugin_world.World, position witTypes.Tuple3[float64, float64, float64], yaw witTypes.Option[float32], pitch witTypes.Option[float32]) {
var option int32
var option0 float32
switch yaw.Tag() {
case witTypes.OptionNone:
option = int32(0)
option0 = 0
case witTypes.OptionSome:
payload := yaw.Some()
option = int32(1)
option0 = payload
default:
panic("unreachable")
}
var option1 int32
var option2 float32
switch pitch.Tag() {
case witTypes.OptionNone:
option1 = int32(0)
option2 = 0
case witTypes.OptionSome:
payload := pitch.Some()
option1 = int32(1)
option2 = payload
default:
panic("unreachable")
}
wasm_import_method_player_teleport_world((self).Handle(), (worldRef).TakeHandle(), (position).F0, (position).F1, (position).F2, option, option0, option1, option2)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.kick
func wasm_import_method_player_kick(arg0 int32, arg1 int32)
func (self *Player) Kick(message *pumpkin_plugin_text.TextComponent) {
wasm_import_method_player_kick((self).Handle(), (message).TakeHandle())
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.respawn
func wasm_import_method_player_respawn(arg0 int32)
func (self *Player) Respawn() {
wasm_import_method_player_respawn((self).Handle())
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.open-gui
func wasm_import_method_player_open_gui(arg0 int32, arg1 int32)
func (self *Player) OpenGui(guiRef *pumpkin_plugin_gui.Gui) {
wasm_import_method_player_open_gui((self).Handle(), (guiRef).TakeHandle())
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.ban
func wasm_import_method_player_ban(arg0 int32, arg1 int32, arg2 int32)
func (self *Player) Ban(reason witTypes.Option[*pumpkin_plugin_text.TextComponent]) {
var option int32
var option0 int32
switch reason.Tag() {
case witTypes.OptionNone:
option = int32(0)
option0 = 0
case witTypes.OptionSome:
payload := reason.Some()
option = int32(1)
option0 = (payload).TakeHandle()
default:
panic("unreachable")
}
wasm_import_method_player_ban((self).Handle(), option, option0)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.ban-ip
func wasm_import_method_player_ban_ip(arg0 int32, arg1 int32, arg2 int32)
func (self *Player) BanIp(reason witTypes.Option[*pumpkin_plugin_text.TextComponent]) {
var option int32
var option0 int32
switch reason.Tag() {
case witTypes.OptionNone:
option = int32(0)
option0 = 0
case witTypes.OptionSome:
payload := reason.Some()
option = int32(1)
option0 = (payload).TakeHandle()
default:
panic("unreachable")
}
wasm_import_method_player_ban_ip((self).Handle(), option, option0)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-selected-slot
func wasm_import_method_player_get_selected_slot(arg0 int32) int32
func (self *Player) GetSelectedSlot() uint8 {
result := wasm_import_method_player_get_selected_slot((self).Handle())
return uint8(result)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-item-in-hand
func wasm_import_method_player_get_item_in_hand(arg0 int32, arg1 int32, arg2 uintptr)
func (self *Player) GetItemInHand(hand pumpkin_plugin_common.Hand) witTypes.Option[pumpkin_plugin_common.ItemStack] {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (4 * 4), 4))
wasm_import_method_player_get_item_in_hand((self).Handle(), int32(hand), returnArea)
var option witTypes.Option[pumpkin_plugin_common.ItemStack]
switch uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))) {
case 0:
option = witTypes.None[pumpkin_plugin_common.ItemStack]()
case 1:
value := unsafe.String((*uint8)(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4))))), *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), (2 * 4))))
option = witTypes.Some[pumpkin_plugin_common.ItemStack](pumpkin_plugin_common.ItemStack{value, uint8(uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), (3 * 4)))))})
default:
panic("unreachable")
}
result := option
return result
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-inventory-item
func wasm_import_method_player_get_inventory_item(arg0 int32, arg1 int32, arg2 uintptr)
func (self *Player) GetInventoryItem(slot uint8) witTypes.Option[pumpkin_plugin_common.ItemStack] {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (4 * 4), 4))
wasm_import_method_player_get_inventory_item((self).Handle(), int32(slot), returnArea)
var option witTypes.Option[pumpkin_plugin_common.ItemStack]
switch uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))) {
case 0:
option = witTypes.None[pumpkin_plugin_common.ItemStack]()
case 1:
value := unsafe.String((*uint8)(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4))))), *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), (2 * 4))))
option = witTypes.Some[pumpkin_plugin_common.ItemStack](pumpkin_plugin_common.ItemStack{value, uint8(uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), (3 * 4)))))})
default:
panic("unreachable")
}
result := option
return result
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-health
func wasm_import_method_player_get_health(arg0 int32) float32
func (self *Player) GetHealth() float32 {
result := wasm_import_method_player_get_health((self).Handle())
return result
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.set-health
func wasm_import_method_player_set_health(arg0 int32, arg1 float32)
func (self *Player) SetHealth(health float32) {
wasm_import_method_player_set_health((self).Handle(), health)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-max-health
func wasm_import_method_player_get_max_health(arg0 int32) float32
func (self *Player) GetMaxHealth() float32 {
result := wasm_import_method_player_get_max_health((self).Handle())
return result
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.set-max-health
func wasm_import_method_player_set_max_health(arg0 int32, arg1 float32)
func (self *Player) SetMaxHealth(maxHealth float32) {
wasm_import_method_player_set_max_health((self).Handle(), maxHealth)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-food-level
func wasm_import_method_player_get_food_level(arg0 int32) int32
func (self *Player) GetFoodLevel() uint8 {
result := wasm_import_method_player_get_food_level((self).Handle())
return uint8(result)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.set-food-level
func wasm_import_method_player_set_food_level(arg0 int32, arg1 int32)
func (self *Player) SetFoodLevel(foodLevel uint8) {
wasm_import_method_player_set_food_level((self).Handle(), int32(foodLevel))
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-saturation
func wasm_import_method_player_get_saturation(arg0 int32) float32
func (self *Player) GetSaturation() float32 {
result := wasm_import_method_player_get_saturation((self).Handle())
return result
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.set-saturation
func wasm_import_method_player_set_saturation(arg0 int32, arg1 float32)
func (self *Player) SetSaturation(saturation float32) {
wasm_import_method_player_set_saturation((self).Handle(), saturation)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-exhaustion
func wasm_import_method_player_get_exhaustion(arg0 int32) float32
func (self *Player) GetExhaustion() float32 {
result := wasm_import_method_player_get_exhaustion((self).Handle())
return result
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.set-exhaustion
func wasm_import_method_player_set_exhaustion(arg0 int32, arg1 float32)
func (self *Player) SetExhaustion(exhaustion float32) {
wasm_import_method_player_set_exhaustion((self).Handle(), exhaustion)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-absorption
func wasm_import_method_player_get_absorption(arg0 int32) float32
func (self *Player) GetAbsorption() float32 {
result := wasm_import_method_player_get_absorption((self).Handle())
return result
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.set-absorption
func wasm_import_method_player_set_absorption(arg0 int32, arg1 float32)
func (self *Player) SetAbsorption(absorption float32) {
wasm_import_method_player_set_absorption((self).Handle(), absorption)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-experience-level
func wasm_import_method_player_get_experience_level(arg0 int32) int32
func (self *Player) GetExperienceLevel() int32 {
result := wasm_import_method_player_get_experience_level((self).Handle())
return result
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-experience-progress
func wasm_import_method_player_get_experience_progress(arg0 int32) float32
func (self *Player) GetExperienceProgress() float32 {
result := wasm_import_method_player_get_experience_progress((self).Handle())
return result
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-experience-points
func wasm_import_method_player_get_experience_points(arg0 int32) int32
func (self *Player) GetExperiencePoints() int32 {
result := wasm_import_method_player_get_experience_points((self).Handle())
return result
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.set-experience-level
func wasm_import_method_player_set_experience_level(arg0 int32, arg1 int32)
func (self *Player) SetExperienceLevel(level int32) {
wasm_import_method_player_set_experience_level((self).Handle(), level)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.set-experience-progress
func wasm_import_method_player_set_experience_progress(arg0 int32, arg1 float32)
func (self *Player) SetExperienceProgress(progress float32) {
wasm_import_method_player_set_experience_progress((self).Handle(), progress)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.set-experience-points
func wasm_import_method_player_set_experience_points(arg0 int32, arg1 int32)
func (self *Player) SetExperiencePoints(points int32) {
wasm_import_method_player_set_experience_points((self).Handle(), points)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.add-experience-levels
func wasm_import_method_player_add_experience_levels(arg0 int32, arg1 int32)
func (self *Player) AddExperienceLevels(levels int32) {
wasm_import_method_player_add_experience_levels((self).Handle(), levels)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.add-experience-points
func wasm_import_method_player_add_experience_points(arg0 int32, arg1 int32)
func (self *Player) AddExperiencePoints(points int32) {
wasm_import_method_player_add_experience_points((self).Handle(), points)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.is-flying
func wasm_import_method_player_is_flying(arg0 int32) int32
func (self *Player) IsFlying() bool {
result := wasm_import_method_player_is_flying((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.set-flying
func wasm_import_method_player_set_flying(arg0 int32, arg1 int32)
func (self *Player) SetFlying(flying bool) {
var result int32
if flying {
result = 1
} else {
result = 0
}
wasm_import_method_player_set_flying((self).Handle(), result)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-abilities
func wasm_import_method_player_get_abilities(arg0 int32, arg1 uintptr)
func (self *Player) GetAbilities() PlayerAbilities {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, 16, 4))
wasm_import_method_player_get_abilities((self).Handle(), returnArea)
result := PlayerAbilities{(uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))) != 0), (uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 1))) != 0), (uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 2))) != 0), (uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 3))) != 0), (uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4))) != 0), *(*float32)(unsafe.Add(unsafe.Pointer(returnArea), 8)), *(*float32)(unsafe.Add(unsafe.Pointer(returnArea), 12))}
return result
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.set-abilities
func wasm_import_method_player_set_abilities(arg0 int32, arg1 int32, arg2 int32, arg3 int32, arg4 int32, arg5 int32, arg6 float32, arg7 float32)
func (self *Player) SetAbilities(abilities PlayerAbilities) {
var result int32
if (abilities).Invulnerable {
result = 1
} else {
result = 0
}
var result0 int32
if (abilities).Flying {
result0 = 1
} else {
result0 = 0
}
var result1 int32
if (abilities).AllowFlying {
result1 = 1
} else {
result1 = 0
}
var result2 int32
if (abilities).Creative {
result2 = 1
} else {
result2 = 0
}
var result3 int32
if (abilities).AllowModifyWorld {
result3 = 1
} else {
result3 = 0
}
wasm_import_method_player_set_abilities((self).Handle(), result, result0, result1, result2, result3, (abilities).FlySpeed, (abilities).WalkSpeed)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-ip
func wasm_import_method_player_get_ip(arg0 int32, arg1 uintptr)
func (self *Player) GetIp() string {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (2 * 4), 4))
wasm_import_method_player_get_ip((self).Handle(), returnArea)
value := unsafe.String((*uint8)(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))))), *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4)))
result := value
return result
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-skin
func wasm_import_method_player_get_skin(arg0 int32, arg1 uintptr)
func (self *Player) GetSkin() witTypes.Option[PlayerSkin] {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (6 * 4), 4))
wasm_import_method_player_get_skin((self).Handle(), returnArea)
var option1 witTypes.Option[PlayerSkin]
switch uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))) {
case 0:
option1 = witTypes.None[PlayerSkin]()
case 1:
value := unsafe.String((*uint8)(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4))))), *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), (2 * 4))))
var option witTypes.Option[string]
switch uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), (3 * 4)))) {
case 0:
option = witTypes.None[string]()
case 1:
value0 := unsafe.String((*uint8)(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), (4 * 4)))))), *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), (5 * 4))))
option = witTypes.Some[string](value0)
default:
panic("unreachable")
}
option1 = witTypes.Some[PlayerSkin](PlayerSkin{value, option})
default:
panic("unreachable")
}
result := option1
return result
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.get-skin-parts
func wasm_import_method_player_get_skin_parts(arg0 int32) int32
func (self *Player) GetSkinParts() SkinParts {
result := wasm_import_method_player_get_skin_parts((self).Handle())
return uint8(result)
}
//go:wasmimport pumpkin:plugin/player@0.1.0 [method]player.set-skin-parts
func wasm_import_method_player_set_skin_parts(arg0 int32, arg1 int32)
func (self *Player) SetSkinParts(parts SkinParts) {
wasm_import_method_player_set_skin_parts((self).Handle(), int32(parts))
}

3
pkg/pumpkin_plugin_scheduler/empty.s Normal file
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// This file exists for testing this package without WebAssembly,
// allowing empty function bodies with a //go:wasmimport directive.
// See https://pkg.go.dev/cmd/compile for more information.

37
pkg/pumpkin_plugin_scheduler/wit_bindings.go Normal file
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// Generated by `wit-bindgen` 0.57.1. DO NOT EDIT!
//
// This code was generated from the following packages:
// pumpkin:plugin@0.1.0
package pumpkin_plugin_scheduler
import ()
//go:wasmimport pumpkin:plugin/scheduler@0.1.0 schedule-delayed-task
func wasm_import_schedule_delayed_task(arg0 int32, arg1 int64) int32
func ScheduleDelayedTask(handlerId uint32, delayTicks uint64) uint32 {
result := wasm_import_schedule_delayed_task(int32(handlerId), int64(delayTicks))
return uint32(result)
}
//go:wasmimport pumpkin:plugin/scheduler@0.1.0 schedule-repeating-task
func wasm_import_schedule_repeating_task(arg0 int32, arg1 int64, arg2 int64) int32
func ScheduleRepeatingTask(handlerId uint32, delayTicks uint64, periodTicks uint64) uint32 {
result := wasm_import_schedule_repeating_task(int32(handlerId), int64(delayTicks), int64(periodTicks))
return uint32(result)
}
//go:wasmimport pumpkin:plugin/scheduler@0.1.0 cancel-task
func wasm_import_cancel_task(arg0 int32)
func CancelTask(taskId uint32) {
wasm_import_cancel_task(int32(taskId))
}

3
pkg/pumpkin_plugin_scoreboard/empty.s Normal file
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// This file exists for testing this package without WebAssembly,
// allowing empty function bodies with a //go:wasmimport directive.
// See https://pkg.go.dev/cmd/compile for more information.

282
pkg/pumpkin_plugin_scoreboard/wit_bindings.go Normal file
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// Generated by `wit-bindgen` 0.57.1. DO NOT EDIT!
//
// This code was generated from the following packages:
// pumpkin:plugin@0.1.0
package pumpkin_plugin_scoreboard
import (
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_common"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_text"
witRuntime "go.bytecodealliance.org/pkg/wit/runtime"
"runtime"
"unsafe"
)
type TextComponent = pumpkin_plugin_text.TextComponent
type NamedColor = pumpkin_plugin_common.NamedColor
const (
RenderTypeInteger uint8 = 0
RenderTypeHearts uint8 = 1
)
type RenderType = uint8
const (
DisplaySlotPlayerList uint8 = 0
DisplaySlotSidebar uint8 = 1
DisplaySlotBelowName uint8 = 2
DisplaySlotSidebarTeamBlack uint8 = 3
DisplaySlotSidebarTeamDarkBlue uint8 = 4
DisplaySlotSidebarTeamDarkGreen uint8 = 5
DisplaySlotSidebarTeamDarkAqua uint8 = 6
DisplaySlotSidebarTeamDarkRed uint8 = 7
DisplaySlotSidebarTeamDarkPurple uint8 = 8
DisplaySlotSidebarTeamGold uint8 = 9
DisplaySlotSidebarTeamGray uint8 = 10
DisplaySlotSidebarTeamDarkGray uint8 = 11
DisplaySlotSidebarTeamBlue uint8 = 12
DisplaySlotSidebarTeamGreen uint8 = 13
DisplaySlotSidebarTeamAqua uint8 = 14
DisplaySlotSidebarTeamRed uint8 = 15
DisplaySlotSidebarTeamLightPurple uint8 = 16
DisplaySlotSidebarTeamYellow uint8 = 17
DisplaySlotSidebarTeamWhite uint8 = 18
)
type DisplaySlot = uint8
const (
NametagVisibilityAlways uint8 = 0
NametagVisibilityNever uint8 = 1
NametagVisibilityHideForOtherTeams uint8 = 2
NametagVisibilityHideForOwnTeam uint8 = 3
)
type NametagVisibility = uint8
const (
CollisionRuleAlways uint8 = 0
CollisionRuleNever uint8 = 1
CollisionRulePushOtherTeams uint8 = 2
CollisionRulePushOwnTeam uint8 = 3
)
type CollisionRule = uint8
type TeamSettings struct {
DisplayName *pumpkin_plugin_text.TextComponent
FriendlyFire bool
SeeFriendlyInvisibles bool
NametagVisibility NametagVisibility
CollisionRule CollisionRule
Color pumpkin_plugin_common.NamedColor
Prefix *pumpkin_plugin_text.TextComponent
Suffix *pumpkin_plugin_text.TextComponent
}
//go:wasmimport pumpkin:plugin/scoreboard@0.1.0 [resource-drop]scoreboard
func resourceDropScoreboard(handle int32)
type Scoreboard struct {
handle *witRuntime.Handle
}
func (self *Scoreboard) TakeHandle() int32 {
return self.handle.Take()
}
func (self *Scoreboard) SetHandle(handle int32) {
self.handle.Set(handle)
}
func (self *Scoreboard) Handle() int32 {
return self.handle.Use()
}
func (self *Scoreboard) Drop() {
handle := self.handle.TakeOrNil()
if handle != 0 {
resourceDropScoreboard(handle)
}
}
func ScoreboardFromOwnHandle(handleValue int32) *Scoreboard {
handle := witRuntime.MakeHandle(handleValue)
value := &Scoreboard{handle}
runtime.AddCleanup(value, func(_ int) {
handleValue := handle.TakeOrNil()
if handleValue != 0 {
resourceDropScoreboard(handleValue)
}
}, 0)
return value
}
func ScoreboardFromBorrowHandle(handleValue int32) *Scoreboard {
handle := witRuntime.MakeHandle(handleValue)
return &Scoreboard{handle}
}
//go:wasmimport pumpkin:plugin/scoreboard@0.1.0 [method]scoreboard.add-objective
func wasm_import_method_scoreboard_add_objective(arg0 int32, arg1 uintptr, arg2 uint32, arg3 int32, arg4 int32)
func (self *Scoreboard) AddObjective(name string, displayName *pumpkin_plugin_text.TextComponent, renderType RenderType) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(name))
pinner.Pin(utf8)
wasm_import_method_scoreboard_add_objective((self).Handle(), uintptr(utf8), uint32(len(name)), (displayName).TakeHandle(), int32(renderType))
}
//go:wasmimport pumpkin:plugin/scoreboard@0.1.0 [method]scoreboard.remove-objective
func wasm_import_method_scoreboard_remove_objective(arg0 int32, arg1 uintptr, arg2 uint32)
func (self *Scoreboard) RemoveObjective(name string) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(name))
pinner.Pin(utf8)
wasm_import_method_scoreboard_remove_objective((self).Handle(), uintptr(utf8), uint32(len(name)))
}
//go:wasmimport pumpkin:plugin/scoreboard@0.1.0 [method]scoreboard.set-display-slot
func wasm_import_method_scoreboard_set_display_slot(arg0 int32, arg1 int32, arg2 uintptr, arg3 uint32)
func (self *Scoreboard) SetDisplaySlot(slot DisplaySlot, objectiveName string) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(objectiveName))
pinner.Pin(utf8)
wasm_import_method_scoreboard_set_display_slot((self).Handle(), int32(slot), uintptr(utf8), uint32(len(objectiveName)))
}
//go:wasmimport pumpkin:plugin/scoreboard@0.1.0 [method]scoreboard.update-score
func wasm_import_method_scoreboard_update_score(arg0 int32, arg1 uintptr, arg2 uint32, arg3 uintptr, arg4 uint32, arg5 int32)
func (self *Scoreboard) UpdateScore(entityName string, objectiveName string, value int32) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(entityName))
pinner.Pin(utf8)
utf80 := unsafe.Pointer(unsafe.StringData(objectiveName))
pinner.Pin(utf80)
wasm_import_method_scoreboard_update_score((self).Handle(), uintptr(utf8), uint32(len(entityName)), uintptr(utf80), uint32(len(objectiveName)), value)
}
//go:wasmimport pumpkin:plugin/scoreboard@0.1.0 [method]scoreboard.remove-score
func wasm_import_method_scoreboard_remove_score(arg0 int32, arg1 uintptr, arg2 uint32, arg3 uintptr, arg4 uint32)
func (self *Scoreboard) RemoveScore(entityName string, objectiveName string) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(entityName))
pinner.Pin(utf8)
utf80 := unsafe.Pointer(unsafe.StringData(objectiveName))
pinner.Pin(utf80)
wasm_import_method_scoreboard_remove_score((self).Handle(), uintptr(utf8), uint32(len(entityName)), uintptr(utf80), uint32(len(objectiveName)))
}
//go:wasmimport pumpkin:plugin/scoreboard@0.1.0 [method]scoreboard.create-team
func wasm_import_method_scoreboard_create_team(arg0 int32, arg1 uintptr, arg2 uint32, arg3 int32, arg4 int32, arg5 int32, arg6 int32, arg7 int32, arg8 int32, arg9 int32, arg10 int32)
func (self *Scoreboard) CreateTeam(name string, settings TeamSettings) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(name))
pinner.Pin(utf8)
var result int32
if (settings).FriendlyFire {
result = 1
} else {
result = 0
}
var result0 int32
if (settings).SeeFriendlyInvisibles {
result0 = 1
} else {
result0 = 0
}
wasm_import_method_scoreboard_create_team((self).Handle(), uintptr(utf8), uint32(len(name)), ((settings).DisplayName).TakeHandle(), result, result0, int32((settings).NametagVisibility), int32((settings).CollisionRule), int32((settings).Color), ((settings).Prefix).TakeHandle(), ((settings).Suffix).TakeHandle())
}
//go:wasmimport pumpkin:plugin/scoreboard@0.1.0 [method]scoreboard.remove-team
func wasm_import_method_scoreboard_remove_team(arg0 int32, arg1 uintptr, arg2 uint32)
func (self *Scoreboard) RemoveTeam(name string) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(name))
pinner.Pin(utf8)
wasm_import_method_scoreboard_remove_team((self).Handle(), uintptr(utf8), uint32(len(name)))
}
//go:wasmimport pumpkin:plugin/scoreboard@0.1.0 [method]scoreboard.update-team
func wasm_import_method_scoreboard_update_team(arg0 int32, arg1 uintptr, arg2 uint32, arg3 int32, arg4 int32, arg5 int32, arg6 int32, arg7 int32, arg8 int32, arg9 int32, arg10 int32)
func (self *Scoreboard) UpdateTeam(name string, settings TeamSettings) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(name))
pinner.Pin(utf8)
var result int32
if (settings).FriendlyFire {
result = 1
} else {
result = 0
}
var result0 int32
if (settings).SeeFriendlyInvisibles {
result0 = 1
} else {
result0 = 0
}
wasm_import_method_scoreboard_update_team((self).Handle(), uintptr(utf8), uint32(len(name)), ((settings).DisplayName).TakeHandle(), result, result0, int32((settings).NametagVisibility), int32((settings).CollisionRule), int32((settings).Color), ((settings).Prefix).TakeHandle(), ((settings).Suffix).TakeHandle())
}
//go:wasmimport pumpkin:plugin/scoreboard@0.1.0 [method]scoreboard.add-player-to-team
func wasm_import_method_scoreboard_add_player_to_team(arg0 int32, arg1 uintptr, arg2 uint32, arg3 uintptr, arg4 uint32)
func (self *Scoreboard) AddPlayerToTeam(teamName string, playerName string) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(teamName))
pinner.Pin(utf8)
utf80 := unsafe.Pointer(unsafe.StringData(playerName))
pinner.Pin(utf80)
wasm_import_method_scoreboard_add_player_to_team((self).Handle(), uintptr(utf8), uint32(len(teamName)), uintptr(utf80), uint32(len(playerName)))
}
//go:wasmimport pumpkin:plugin/scoreboard@0.1.0 [method]scoreboard.remove-player-from-team
func wasm_import_method_scoreboard_remove_player_from_team(arg0 int32, arg1 uintptr, arg2 uint32, arg3 uintptr, arg4 uint32)
func (self *Scoreboard) RemovePlayerFromTeam(teamName string, playerName string) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(teamName))
pinner.Pin(utf8)
utf80 := unsafe.Pointer(unsafe.StringData(playerName))
pinner.Pin(utf80)
wasm_import_method_scoreboard_remove_player_from_team((self).Handle(), uintptr(utf8), uint32(len(teamName)), uintptr(utf80), uint32(len(playerName)))
}

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pkg/pumpkin_plugin_server/empty.s Normal file
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// This file exists for testing this package without WebAssembly,
// allowing empty function bodies with a //go:wasmimport directive.
// See https://pkg.go.dev/cmd/compile for more information.

451
pkg/pumpkin_plugin_server/wit_bindings.go Normal file
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// Generated by `wit-bindgen` 0.57.1. DO NOT EDIT!
//
// This code was generated from the following packages:
// pumpkin:plugin@0.1.0
package pumpkin_plugin_server
import (
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_common"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_player"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_text"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_world"
witRuntime "go.bytecodealliance.org/pkg/wit/runtime"
witTypes "go.bytecodealliance.org/pkg/wit/types"
"runtime"
"unsafe"
)
type Player = pumpkin_plugin_player.Player
type GameMode = pumpkin_plugin_common.GameMode
type World = pumpkin_plugin_world.World
type TextComponent = pumpkin_plugin_text.TextComponent
const (
// Hostile mobs do not spawn. Players regain health automatically.
DifficultyPeaceful uint8 = 0
// Hostile mobs deal less damage.
DifficultyEasy uint8 = 1
// Standard Minecraft difficulty.
DifficultyNormal uint8 = 2
// Hostile mobs deal more damage.
DifficultyHard uint8 = 3
)
// Represents the difficulty setting of a Minecraft server.
type Difficulty = uint8
const (
DimensionOverworld uint8 = 0
DimensionNether uint8 = 1
DimensionEnd uint8 = 2
)
// Represents the three main Minecraft dimensions.
type Dimension = uint8
const (
CommandSenderConsole uint8 = 0
CommandSenderPlayer uint8 = 1
)
type CommandSender struct {
tag uint8
value any
}
func (self CommandSender) Tag() uint8 {
return self.tag
}
func (self CommandSender) Player() *pumpkin_plugin_player.Player {
if self.tag != CommandSenderPlayer {
panic("tag mismatch")
}
return self.value.(*pumpkin_plugin_player.Player)
}
func MakeCommandSenderConsole() CommandSender {
return CommandSender{CommandSenderConsole, nil}
}
func MakeCommandSenderPlayer(value *pumpkin_plugin_player.Player) CommandSender {
return CommandSender{CommandSenderPlayer, value}
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [resource-drop]server
func resourceDropServer(handle int32)
// Represents the global server instance.
type Server struct {
handle *witRuntime.Handle
}
func (self *Server) TakeHandle() int32 {
return self.handle.Take()
}
func (self *Server) SetHandle(handle int32) {
self.handle.Set(handle)
}
func (self *Server) Handle() int32 {
return self.handle.Use()
}
func (self *Server) Drop() {
handle := self.handle.TakeOrNil()
if handle != 0 {
resourceDropServer(handle)
}
}
func ServerFromOwnHandle(handleValue int32) *Server {
handle := witRuntime.MakeHandle(handleValue)
value := &Server{handle}
runtime.AddCleanup(value, func(_ int) {
handleValue := handle.TakeOrNil()
if handleValue != 0 {
resourceDropServer(handleValue)
}
}, 0)
return value
}
func ServerFromBorrowHandle(handleValue int32) *Server {
handle := witRuntime.MakeHandle(handleValue)
return &Server{handle}
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.get-difficulty
func wasm_import_method_server_get_difficulty(arg0 int32) int32
func (self *Server) GetDifficulty() Difficulty {
result := wasm_import_method_server_get_difficulty((self).Handle())
return uint8(result)
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.get-player-count
func wasm_import_method_server_get_player_count(arg0 int32) int32
func (self *Server) GetPlayerCount() uint32 {
result := wasm_import_method_server_get_player_count((self).Handle())
return uint32(result)
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.get-mspt
func wasm_import_method_server_get_mspt(arg0 int32) float64
func (self *Server) GetMspt() float64 {
result := wasm_import_method_server_get_mspt((self).Handle())
return result
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.get-tps
func wasm_import_method_server_get_tps(arg0 int32) float64
func (self *Server) GetTps() float64 {
result := wasm_import_method_server_get_tps((self).Handle())
return result
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.get-all-players
func wasm_import_method_server_get_all_players(arg0 int32, arg1 uintptr)
func (self *Server) GetAllPlayers() []*pumpkin_plugin_player.Player {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (2 * 4), 4))
wasm_import_method_server_get_all_players((self).Handle(), returnArea)
result := make([]*pumpkin_plugin_player.Player, 0, *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4)))
for index := 0; index < int(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4))); index++ {
base := unsafe.Add(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0)))), index*4)
result = append(result, pumpkin_plugin_player.PlayerFromOwnHandle(int32(uintptr(*(*int32)(unsafe.Add(unsafe.Pointer(base), 0))))))
}
result0 := result
return result0
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.get-player-by-name
func wasm_import_method_server_get_player_by_name(arg0 int32, arg1 uintptr, arg2 uint32, arg3 uintptr)
func (self *Server) GetPlayerByName(name string) witTypes.Option[*pumpkin_plugin_player.Player] {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, 8, 4))
utf8 := unsafe.Pointer(unsafe.StringData(name))
pinner.Pin(utf8)
wasm_import_method_server_get_player_by_name((self).Handle(), uintptr(utf8), uint32(len(name)), returnArea)
var option witTypes.Option[*pumpkin_plugin_player.Player]
switch uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))) {
case 0:
option = witTypes.None[*pumpkin_plugin_player.Player]()
case 1:
option = witTypes.Some[*pumpkin_plugin_player.Player](pumpkin_plugin_player.PlayerFromOwnHandle(int32(uintptr(*(*int32)(unsafe.Add(unsafe.Pointer(returnArea), 4))))))
default:
panic("unreachable")
}
result := option
return result
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.get-player-by-uuid
func wasm_import_method_server_get_player_by_uuid(arg0 int32, arg1 uintptr, arg2 uint32, arg3 uintptr)
func (self *Server) GetPlayerByUuid(id string) witTypes.Option[*pumpkin_plugin_player.Player] {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, 8, 4))
utf8 := unsafe.Pointer(unsafe.StringData(id))
pinner.Pin(utf8)
wasm_import_method_server_get_player_by_uuid((self).Handle(), uintptr(utf8), uint32(len(id)), returnArea)
var option witTypes.Option[*pumpkin_plugin_player.Player]
switch uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))) {
case 0:
option = witTypes.None[*pumpkin_plugin_player.Player]()
case 1:
option = witTypes.Some[*pumpkin_plugin_player.Player](pumpkin_plugin_player.PlayerFromOwnHandle(int32(uintptr(*(*int32)(unsafe.Add(unsafe.Pointer(returnArea), 4))))))
default:
panic("unreachable")
}
result := option
return result
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.get-all-worlds
func wasm_import_method_server_get_all_worlds(arg0 int32, arg1 uintptr)
func (self *Server) GetAllWorlds() []*pumpkin_plugin_world.World {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (2 * 4), 4))
wasm_import_method_server_get_all_worlds((self).Handle(), returnArea)
result := make([]*pumpkin_plugin_world.World, 0, *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4)))
for index := 0; index < int(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4))); index++ {
base := unsafe.Add(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0)))), index*4)
result = append(result, pumpkin_plugin_world.WorldFromOwnHandle(int32(uintptr(*(*int32)(unsafe.Add(unsafe.Pointer(base), 0))))))
}
result0 := result
return result0
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.get-world-by-name
func wasm_import_method_server_get_world_by_name(arg0 int32, arg1 uintptr, arg2 uint32, arg3 uintptr)
func (self *Server) GetWorldByName(name string) witTypes.Option[*pumpkin_plugin_world.World] {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, 8, 4))
utf8 := unsafe.Pointer(unsafe.StringData(name))
pinner.Pin(utf8)
wasm_import_method_server_get_world_by_name((self).Handle(), uintptr(utf8), uint32(len(name)), returnArea)
var option witTypes.Option[*pumpkin_plugin_world.World]
switch uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))) {
case 0:
option = witTypes.None[*pumpkin_plugin_world.World]()
case 1:
option = witTypes.Some[*pumpkin_plugin_world.World](pumpkin_plugin_world.WorldFromOwnHandle(int32(uintptr(*(*int32)(unsafe.Add(unsafe.Pointer(returnArea), 4))))))
default:
panic("unreachable")
}
result := option
return result
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.execute-command
func wasm_import_method_server_execute_command(arg0 int32, arg1 uintptr, arg2 uint32, arg3 int32, arg4 int32)
func (self *Server) ExecuteCommand(command string, sender CommandSender) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(command))
pinner.Pin(utf8)
var variant int32
var variant0 int32
switch sender.Tag() {
case CommandSenderConsole:
variant = int32(0)
variant0 = 0
case CommandSenderPlayer:
payload := sender.Player()
variant = int32(1)
variant0 = (payload).TakeHandle()
default:
panic("unreachable")
}
wasm_import_method_server_execute_command((self).Handle(), uintptr(utf8), uint32(len(command)), variant, variant0)
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.create-world
func wasm_import_method_server_create_world(arg0 int32, arg1 uintptr, arg2 uint32, arg3 int32) int32
func (self *Server) CreateWorld(name string, dimension Dimension) *pumpkin_plugin_world.World {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(name))
pinner.Pin(utf8)
result := wasm_import_method_server_create_world((self).Handle(), uintptr(utf8), uint32(len(name)), int32(dimension))
return pumpkin_plugin_world.WorldFromOwnHandle(int32(uintptr(result)))
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.broadcast
func wasm_import_method_server_broadcast(arg0 int32, arg1 uintptr, arg2 uint32)
func (self *Server) Broadcast(message string) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(message))
pinner.Pin(utf8)
wasm_import_method_server_broadcast((self).Handle(), uintptr(utf8), uint32(len(message)))
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.broadcast-tab-list-header-footer
func wasm_import_method_server_broadcast_tab_list_header_footer(arg0 int32, arg1 int32, arg2 int32)
func (self *Server) BroadcastTabListHeaderFooter(header *pumpkin_plugin_text.TextComponent, footer *pumpkin_plugin_text.TextComponent) {
wasm_import_method_server_broadcast_tab_list_header_footer((self).Handle(), (header).TakeHandle(), (footer).TakeHandle())
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.get-max-players
func wasm_import_method_server_get_max_players(arg0 int32) int32
func (self *Server) GetMaxPlayers() uint32 {
result := wasm_import_method_server_get_max_players((self).Handle())
return uint32(result)
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.is-hardcore
func wasm_import_method_server_is_hardcore(arg0 int32) int32
func (self *Server) IsHardcore() bool {
result := wasm_import_method_server_is_hardcore((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.is-online-mode
func wasm_import_method_server_is_online_mode(arg0 int32) int32
func (self *Server) IsOnlineMode() bool {
result := wasm_import_method_server_is_online_mode((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.get-motd
func wasm_import_method_server_get_motd(arg0 int32, arg1 uintptr)
func (self *Server) GetMotd() string {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (2 * 4), 4))
wasm_import_method_server_get_motd((self).Handle(), returnArea)
value := unsafe.String((*uint8)(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))))), *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4)))
result := value
return result
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.has-whitelist
func wasm_import_method_server_has_whitelist(arg0 int32) int32
func (self *Server) HasWhitelist() bool {
result := wasm_import_method_server_has_whitelist((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.get-allow-nether
func wasm_import_method_server_get_allow_nether(arg0 int32) int32
func (self *Server) GetAllowNether() bool {
result := wasm_import_method_server_get_allow_nether((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.get-allow-end
func wasm_import_method_server_get_allow_end(arg0 int32) int32
func (self *Server) GetAllowEnd() bool {
result := wasm_import_method_server_get_allow_end((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.get-view-distance
func wasm_import_method_server_get_view_distance(arg0 int32) int32
func (self *Server) GetViewDistance() uint8 {
result := wasm_import_method_server_get_view_distance((self).Handle())
return uint8(result)
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.get-simulation-distance
func wasm_import_method_server_get_simulation_distance(arg0 int32) int32
func (self *Server) GetSimulationDistance() uint8 {
result := wasm_import_method_server_get_simulation_distance((self).Handle())
return uint8(result)
}
//go:wasmimport pumpkin:plugin/server@0.1.0 [method]server.get-default-gamemode
func wasm_import_method_server_get_default_gamemode(arg0 int32) int32
func (self *Server) GetDefaultGamemode() pumpkin_plugin_common.GameMode {
result := wasm_import_method_server_get_default_gamemode((self).Handle())
return uint8(result)
}

3
pkg/pumpkin_plugin_text/empty.s Normal file
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@ -0,0 +1,3 @@
// This file exists for testing this package without WebAssembly,
// allowing empty function bodies with a //go:wasmimport directive.
// See https://pkg.go.dev/cmd/compile for more information.

382
pkg/pumpkin_plugin_text/wit_bindings.go Normal file
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@ -0,0 +1,382 @@
// Generated by `wit-bindgen` 0.57.1. DO NOT EDIT!
//
// This code was generated from the following packages:
// pumpkin:plugin@0.1.0
package pumpkin_plugin_text
import (
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_common"
witRuntime "go.bytecodealliance.org/pkg/wit/runtime"
witTypes "go.bytecodealliance.org/pkg/wit/types"
"runtime"
"unsafe"
)
type NamedColor = pumpkin_plugin_common.NamedColor
type RgbColor = pumpkin_plugin_common.RgbColor
type ArgbColor = pumpkin_plugin_common.ArgbColor
//go:wasmimport pumpkin:plugin/text@0.1.0 [resource-drop]text-component
func resourceDropTextComponent(handle int32)
type TextComponent struct {
handle *witRuntime.Handle
}
func (self *TextComponent) TakeHandle() int32 {
return self.handle.Take()
}
func (self *TextComponent) SetHandle(handle int32) {
self.handle.Set(handle)
}
func (self *TextComponent) Handle() int32 {
return self.handle.Use()
}
func (self *TextComponent) Drop() {
handle := self.handle.TakeOrNil()
if handle != 0 {
resourceDropTextComponent(handle)
}
}
func TextComponentFromOwnHandle(handleValue int32) *TextComponent {
handle := witRuntime.MakeHandle(handleValue)
value := &TextComponent{handle}
runtime.AddCleanup(value, func(_ int) {
handleValue := handle.TakeOrNil()
if handleValue != 0 {
resourceDropTextComponent(handleValue)
}
}, 0)
return value
}
func TextComponentFromBorrowHandle(handleValue int32) *TextComponent {
handle := witRuntime.MakeHandle(handleValue)
return &TextComponent{handle}
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [static]text-component.text
func wasm_import_static_text_component_text(arg0 uintptr, arg1 uint32) int32
func TextComponentText(plain string) *TextComponent {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(plain))
pinner.Pin(utf8)
result := wasm_import_static_text_component_text(uintptr(utf8), uint32(len(plain)))
return TextComponentFromOwnHandle(int32(uintptr(result)))
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [static]text-component.translate
func wasm_import_static_text_component_translate(arg0 uintptr, arg1 uint32, arg2 uintptr, arg3 uint32) int32
func TextComponentTranslate(key string, with []*TextComponent) *TextComponent {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(key))
pinner.Pin(utf8)
slice := with
length := uint32(len(slice))
result := witRuntime.Allocate(pinner, uintptr(length*4), 4)
for index, element := range slice {
base := unsafe.Add(result, index*4)
*(*int32)(unsafe.Add(unsafe.Pointer(base), 0)) = (element).TakeHandle()
}
result0 := wasm_import_static_text_component_translate(uintptr(utf8), uint32(len(key)), uintptr(result), length)
return TextComponentFromOwnHandle(int32(uintptr(result0)))
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [method]text-component.add-child
func wasm_import_method_text_component_add_child(arg0 int32, arg1 int32)
func (self *TextComponent) AddChild(child *TextComponent) {
wasm_import_method_text_component_add_child((self).Handle(), (child).TakeHandle())
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [method]text-component.add-text
func wasm_import_method_text_component_add_text(arg0 int32, arg1 uintptr, arg2 uint32)
func (self *TextComponent) AddText(text string) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(text))
pinner.Pin(utf8)
wasm_import_method_text_component_add_text((self).Handle(), uintptr(utf8), uint32(len(text)))
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [method]text-component.get-text
func wasm_import_method_text_component_get_text(arg0 int32, arg1 uintptr)
func (self *TextComponent) GetText() string {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (2 * 4), 4))
wasm_import_method_text_component_get_text((self).Handle(), returnArea)
value := unsafe.String((*uint8)(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))))), *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4)))
result := value
return result
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [method]text-component.encode
func wasm_import_method_text_component_encode(arg0 int32, arg1 uintptr)
func (self *TextComponent) Encode() []uint8 {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (2 * 4), 4))
wasm_import_method_text_component_encode((self).Handle(), returnArea)
value := unsafe.Slice((*uint8)(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))))), *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4)))
result := value
return result
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [method]text-component.color-named
func wasm_import_method_text_component_color_named(arg0 int32, arg1 int32)
func (self *TextComponent) ColorNamed(color pumpkin_plugin_common.NamedColor) {
wasm_import_method_text_component_color_named((self).Handle(), int32(color))
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [method]text-component.color-rgb
func wasm_import_method_text_component_color_rgb(arg0 int32, arg1 int32, arg2 int32, arg3 int32)
func (self *TextComponent) ColorRgb(color pumpkin_plugin_common.RgbColor) {
wasm_import_method_text_component_color_rgb((self).Handle(), int32((color).R), int32((color).G), int32((color).B))
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [method]text-component.bold
func wasm_import_method_text_component_bold(arg0 int32, arg1 int32)
func (self *TextComponent) Bold(value bool) {
var result int32
if value {
result = 1
} else {
result = 0
}
wasm_import_method_text_component_bold((self).Handle(), result)
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [method]text-component.italic
func wasm_import_method_text_component_italic(arg0 int32, arg1 int32)
func (self *TextComponent) Italic(value bool) {
var result int32
if value {
result = 1
} else {
result = 0
}
wasm_import_method_text_component_italic((self).Handle(), result)
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [method]text-component.underlined
func wasm_import_method_text_component_underlined(arg0 int32, arg1 int32)
func (self *TextComponent) Underlined(value bool) {
var result int32
if value {
result = 1
} else {
result = 0
}
wasm_import_method_text_component_underlined((self).Handle(), result)
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [method]text-component.strikethrough
func wasm_import_method_text_component_strikethrough(arg0 int32, arg1 int32)
func (self *TextComponent) Strikethrough(value bool) {
var result int32
if value {
result = 1
} else {
result = 0
}
wasm_import_method_text_component_strikethrough((self).Handle(), result)
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [method]text-component.obfuscated
func wasm_import_method_text_component_obfuscated(arg0 int32, arg1 int32)
func (self *TextComponent) Obfuscated(value bool) {
var result int32
if value {
result = 1
} else {
result = 0
}
wasm_import_method_text_component_obfuscated((self).Handle(), result)
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [method]text-component.insertion
func wasm_import_method_text_component_insertion(arg0 int32, arg1 uintptr, arg2 uint32)
func (self *TextComponent) Insertion(text string) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(text))
pinner.Pin(utf8)
wasm_import_method_text_component_insertion((self).Handle(), uintptr(utf8), uint32(len(text)))
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [method]text-component.font
func wasm_import_method_text_component_font(arg0 int32, arg1 uintptr, arg2 uint32)
func (self *TextComponent) Font(font string) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(font))
pinner.Pin(utf8)
wasm_import_method_text_component_font((self).Handle(), uintptr(utf8), uint32(len(font)))
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [method]text-component.shadow-color
func wasm_import_method_text_component_shadow_color(arg0 int32, arg1 int32, arg2 int32, arg3 int32, arg4 int32)
func (self *TextComponent) ShadowColor(color pumpkin_plugin_common.ArgbColor) {
wasm_import_method_text_component_shadow_color((self).Handle(), int32((color).A), int32((color).R), int32((color).G), int32((color).B))
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [method]text-component.click-open-url
func wasm_import_method_text_component_click_open_url(arg0 int32, arg1 uintptr, arg2 uint32)
func (self *TextComponent) ClickOpenUrl(url string) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(url))
pinner.Pin(utf8)
wasm_import_method_text_component_click_open_url((self).Handle(), uintptr(utf8), uint32(len(url)))
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [method]text-component.click-run-command
func wasm_import_method_text_component_click_run_command(arg0 int32, arg1 uintptr, arg2 uint32)
func (self *TextComponent) ClickRunCommand(command string) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(command))
pinner.Pin(utf8)
wasm_import_method_text_component_click_run_command((self).Handle(), uintptr(utf8), uint32(len(command)))
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [method]text-component.click-suggest-command
func wasm_import_method_text_component_click_suggest_command(arg0 int32, arg1 uintptr, arg2 uint32)
func (self *TextComponent) ClickSuggestCommand(command string) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(command))
pinner.Pin(utf8)
wasm_import_method_text_component_click_suggest_command((self).Handle(), uintptr(utf8), uint32(len(command)))
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [method]text-component.click-copy-to-clipboard
func wasm_import_method_text_component_click_copy_to_clipboard(arg0 int32, arg1 uintptr, arg2 uint32)
func (self *TextComponent) ClickCopyToClipboard(text string) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(text))
pinner.Pin(utf8)
wasm_import_method_text_component_click_copy_to_clipboard((self).Handle(), uintptr(utf8), uint32(len(text)))
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [method]text-component.hover-show-text
func wasm_import_method_text_component_hover_show_text(arg0 int32, arg1 int32)
func (self *TextComponent) HoverShowText(text *TextComponent) {
wasm_import_method_text_component_hover_show_text((self).Handle(), (text).TakeHandle())
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [method]text-component.hover-show-item
func wasm_import_method_text_component_hover_show_item(arg0 int32, arg1 uintptr, arg2 uint32)
func (self *TextComponent) HoverShowItem(item string) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(item))
pinner.Pin(utf8)
wasm_import_method_text_component_hover_show_item((self).Handle(), uintptr(utf8), uint32(len(item)))
}
//go:wasmimport pumpkin:plugin/text@0.1.0 [method]text-component.hover-show-entity
func wasm_import_method_text_component_hover_show_entity(arg0 int32, arg1 uintptr, arg2 uint32, arg3 uintptr, arg4 uint32, arg5 int32, arg6 int32)
func (self *TextComponent) HoverShowEntity(entityType string, id string, name witTypes.Option[*TextComponent]) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(entityType))
pinner.Pin(utf8)
utf80 := unsafe.Pointer(unsafe.StringData(id))
pinner.Pin(utf80)
var option int32
var option1 int32
switch name.Tag() {
case witTypes.OptionNone:
option = int32(0)
option1 = 0
case witTypes.OptionSome:
payload := name.Some()
option = int32(1)
option1 = (payload).TakeHandle()
default:
panic("unreachable")
}
wasm_import_method_text_component_hover_show_entity((self).Handle(), uintptr(utf8), uint32(len(entityType)), uintptr(utf80), uint32(len(id)), option, option1)
}

3
pkg/pumpkin_plugin_world/empty.s Normal file
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@ -0,0 +1,3 @@
// This file exists for testing this package without WebAssembly,
// allowing empty function bodies with a //go:wasmimport directive.
// See https://pkg.go.dev/cmd/compile for more information.

977
pkg/pumpkin_plugin_world/wit_bindings.go Normal file
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// Generated by `wit-bindgen` 0.57.1. DO NOT EDIT!
//
// This code was generated from the following packages:
// pumpkin:plugin@0.1.0
package pumpkin_plugin_world
import (
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_common"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_scoreboard"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_text"
witRuntime "go.bytecodealliance.org/pkg/wit/runtime"
witTypes "go.bytecodealliance.org/pkg/wit/types"
"runtime"
"unsafe"
)
type Position = witTypes.Tuple3[float64, float64, float64]
type EntityPose = pumpkin_plugin_common.EntityPose
type TextComponent = pumpkin_plugin_text.TextComponent
type Scoreboard = pumpkin_plugin_scoreboard.Scoreboard
const (
// Normal behavior; the block can be pushed and pulled.
PistonBehaviorNormal uint8 = 0
// The block is destroyed when pushed.
PistonBehaviorDestroy uint8 = 1
// The block cannot be pushed or pulled.
PistonBehaviorBlock uint8 = 2
// The block is ignored by pistons.
PistonBehaviorIgnore uint8 = 3
// The block can only be pushed, not pulled.
PistonBehaviorPushOnly uint8 = 4
)
// Defines how a block reacts when pushed by a piston.
type PistonBehavior = uint8
const (
SoundCategoryMaster uint8 = 0
SoundCategoryMusic uint8 = 1
SoundCategoryRecords uint8 = 2
SoundCategoryWeather uint8 = 3
SoundCategoryBlocks uint8 = 4
SoundCategoryHostile uint8 = 5
SoundCategoryNeutral uint8 = 6
SoundCategoryPlayers uint8 = 7
SoundCategoryAmbient uint8 = 8
SoundCategoryVoice uint8 = 9
)
// Categories for sounds to control their volume independently.
type SoundCategory = uint8
const (
// No interaction with blocks.
ExplosionInteractionNone uint8 = 0
// Blocks are destroyed and may drop loot.
ExplosionInteractionBlock uint8 = 1
// Interaction typical for mob-caused explosions.
ExplosionInteractionMob uint8 = 2
// Interaction typical for TNT explosions.
ExplosionInteractionTnt uint8 = 3
// Triggers specific block behaviors.
ExplosionInteractionTrigger uint8 = 4
)
// Defines how an explosion interacts with blocks in the world.
type ExplosionInteraction = uint8
const (
// Notifies neighbor blocks of the change.
BlockFlagsNotifyNeighbors uint8 = 1 << 0
// Notifies client listeners of the change.
BlockFlagsNotifyListeners uint8 = 1 << 1
// Forces the block state even if it's the same.
BlockFlagsForceState uint8 = 1 << 2
// Skips dropping items when the block is removed.
BlockFlagsSkipDrops uint8 = 1 << 3
// Indicates the block was moved (e.g., by a piston).
BlockFlagsMoved uint8 = 1 << 4
// Skips state replacement for redstone wires.
BlockFlagsSkipRedstoneWireStateReplacement uint8 = 1 << 5
// Skips the callback when a block entity is replaced.
BlockFlagsSkipBlockEntityReplacedCallback uint8 = 1 << 6
// Skips the callback when a block is added.
BlockFlagsSkipBlockAddedCallback uint8 = 1 << 7
)
// Flags used to control block updates and notifications.
type BlockFlags = uint8
// Detailed information about a block's state.
type BlockState struct {
// The internal numerical ID of the block state.
Id uint16
// The light level emitted by this block (0-15).
Luminance uint8
// How much light this block blocks.
Opacity uint8
// The hardness of the block, determining mining speed.
Hardness float32
// Whether this block is considered air.
IsAir bool
// Whether this block is a liquid.
IsLiquid bool
// Whether this block is a solid.
IsSolid bool
// Whether this block occupies a full cube.
IsFullCube bool
// How this block behaves when pushed by a piston.
PistonBehavior PistonBehavior
// Whether this block receives random ticks.
HasRandomTicks bool
}
// A simple wrapper for a block state ID.
type BlockStateId struct {
Id uint16
}
// A position in the world grid.
type BlockPos struct {
X int32
Y int32
Z int32
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [resource-drop]entity
func resourceDropEntity(handle int32)
type Entity struct {
handle *witRuntime.Handle
}
func (self *Entity) TakeHandle() int32 {
return self.handle.Take()
}
func (self *Entity) SetHandle(handle int32) {
self.handle.Set(handle)
}
func (self *Entity) Handle() int32 {
return self.handle.Use()
}
func (self *Entity) Drop() {
handle := self.handle.TakeOrNil()
if handle != 0 {
resourceDropEntity(handle)
}
}
func EntityFromOwnHandle(handleValue int32) *Entity {
handle := witRuntime.MakeHandle(handleValue)
value := &Entity{handle}
runtime.AddCleanup(value, func(_ int) {
handleValue := handle.TakeOrNil()
if handleValue != 0 {
resourceDropEntity(handleValue)
}
}, 0)
return value
}
func EntityFromBorrowHandle(handleValue int32) *Entity {
handle := witRuntime.MakeHandle(handleValue)
return &Entity{handle}
}
const (
BlockDirectionDown uint8 = 0
BlockDirectionUp uint8 = 1
BlockDirectionNorth uint8 = 2
BlockDirectionSouth uint8 = 3
BlockDirectionWest uint8 = 4
BlockDirectionEast uint8 = 5
)
// Represents a cardinal direction or block face.
type BlockDirection = uint8
// Result of a raycast operation.
type RaycastResult struct {
// The block position that was hit.
Pos BlockPos
// The face of the block that was hit.
Face BlockDirection
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [resource-drop]world
func resourceDropWorld(handle int32)
// Represents a Minecraft world (dimension).
type World struct {
handle *witRuntime.Handle
}
func (self *World) TakeHandle() int32 {
return self.handle.Take()
}
func (self *World) SetHandle(handle int32) {
self.handle.Set(handle)
}
func (self *World) Handle() int32 {
return self.handle.Use()
}
func (self *World) Drop() {
handle := self.handle.TakeOrNil()
if handle != 0 {
resourceDropWorld(handle)
}
}
func WorldFromOwnHandle(handleValue int32) *World {
handle := witRuntime.MakeHandle(handleValue)
value := &World{handle}
runtime.AddCleanup(value, func(_ int) {
handleValue := handle.TakeOrNil()
if handleValue != 0 {
resourceDropWorld(handleValue)
}
}, 0)
return value
}
func WorldFromBorrowHandle(handleValue int32) *World {
handle := witRuntime.MakeHandle(handleValue)
return &World{handle}
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.get-id
func wasm_import_method_entity_get_id(arg0 int32) int32
func (self *Entity) GetId() uint32 {
result := wasm_import_method_entity_get_id((self).Handle())
return uint32(result)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.get-uuid
func wasm_import_method_entity_get_uuid(arg0 int32, arg1 uintptr)
func (self *Entity) GetUuid() string {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (2 * 4), 4))
wasm_import_method_entity_get_uuid((self).Handle(), returnArea)
value := unsafe.String((*uint8)(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))))), *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4)))
result := value
return result
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.get-type
func wasm_import_method_entity_get_type(arg0 int32, arg1 uintptr)
func (self *Entity) GetType() string {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (2 * 4), 4))
wasm_import_method_entity_get_type((self).Handle(), returnArea)
value := unsafe.String((*uint8)(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))))), *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4)))
result := value
return result
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.get-position
func wasm_import_method_entity_get_position(arg0 int32, arg1 uintptr)
func (self *Entity) GetPosition() witTypes.Tuple3[float64, float64, float64] {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, 24, 8))
wasm_import_method_entity_get_position((self).Handle(), returnArea)
result := witTypes.Tuple3[float64, float64, float64]{*(*float64)(unsafe.Add(unsafe.Pointer(returnArea), 0)), *(*float64)(unsafe.Add(unsafe.Pointer(returnArea), 8)), *(*float64)(unsafe.Add(unsafe.Pointer(returnArea), 16))}
return result
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.get-world
func wasm_import_method_entity_get_world(arg0 int32) int32
func (self *Entity) GetWorld() *World {
result := wasm_import_method_entity_get_world((self).Handle())
return WorldFromOwnHandle(int32(uintptr(result)))
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.get-yaw
func wasm_import_method_entity_get_yaw(arg0 int32) float32
func (self *Entity) GetYaw() float32 {
result := wasm_import_method_entity_get_yaw((self).Handle())
return result
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.get-pitch
func wasm_import_method_entity_get_pitch(arg0 int32) float32
func (self *Entity) GetPitch() float32 {
result := wasm_import_method_entity_get_pitch((self).Handle())
return result
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.get-head-yaw
func wasm_import_method_entity_get_head_yaw(arg0 int32) float32
func (self *Entity) GetHeadYaw() float32 {
result := wasm_import_method_entity_get_head_yaw((self).Handle())
return result
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.is-on-ground
func wasm_import_method_entity_is_on_ground(arg0 int32) int32
func (self *Entity) IsOnGround() bool {
result := wasm_import_method_entity_is_on_ground((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.is-sneaking
func wasm_import_method_entity_is_sneaking(arg0 int32) int32
func (self *Entity) IsSneaking() bool {
result := wasm_import_method_entity_is_sneaking((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.set-sneaking
func wasm_import_method_entity_set_sneaking(arg0 int32, arg1 int32)
func (self *Entity) SetSneaking(sneaking bool) {
var result int32
if sneaking {
result = 1
} else {
result = 0
}
wasm_import_method_entity_set_sneaking((self).Handle(), result)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.is-sprinting
func wasm_import_method_entity_is_sprinting(arg0 int32) int32
func (self *Entity) IsSprinting() bool {
result := wasm_import_method_entity_is_sprinting((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.set-sprinting
func wasm_import_method_entity_set_sprinting(arg0 int32, arg1 int32)
func (self *Entity) SetSprinting(sprinting bool) {
var result int32
if sprinting {
result = 1
} else {
result = 0
}
wasm_import_method_entity_set_sprinting((self).Handle(), result)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.is-swimming
func wasm_import_method_entity_is_swimming(arg0 int32) int32
func (self *Entity) IsSwimming() bool {
result := wasm_import_method_entity_is_swimming((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.set-swimming
func wasm_import_method_entity_set_swimming(arg0 int32, arg1 int32)
func (self *Entity) SetSwimming(swimming bool) {
var result int32
if swimming {
result = 1
} else {
result = 0
}
wasm_import_method_entity_set_swimming((self).Handle(), result)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.is-invisible
func wasm_import_method_entity_is_invisible(arg0 int32) int32
func (self *Entity) IsInvisible() bool {
result := wasm_import_method_entity_is_invisible((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.set-invisible
func wasm_import_method_entity_set_invisible(arg0 int32, arg1 int32)
func (self *Entity) SetInvisible(invisible bool) {
var result int32
if invisible {
result = 1
} else {
result = 0
}
wasm_import_method_entity_set_invisible((self).Handle(), result)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.is-glowing
func wasm_import_method_entity_is_glowing(arg0 int32) int32
func (self *Entity) IsGlowing() bool {
result := wasm_import_method_entity_is_glowing((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.set-glowing
func wasm_import_method_entity_set_glowing(arg0 int32, arg1 int32)
func (self *Entity) SetGlowing(glowing bool) {
var result int32
if glowing {
result = 1
} else {
result = 0
}
wasm_import_method_entity_set_glowing((self).Handle(), result)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.is-fall-flying
func wasm_import_method_entity_is_fall_flying(arg0 int32) int32
func (self *Entity) IsFallFlying() bool {
result := wasm_import_method_entity_is_fall_flying((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.set-fall-flying
func wasm_import_method_entity_set_fall_flying(arg0 int32, arg1 int32)
func (self *Entity) SetFallFlying(fallFlying bool) {
var result int32
if fallFlying {
result = 1
} else {
result = 0
}
wasm_import_method_entity_set_fall_flying((self).Handle(), result)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.is-on-fire
func wasm_import_method_entity_is_on_fire(arg0 int32) int32
func (self *Entity) IsOnFire() bool {
result := wasm_import_method_entity_is_on_fire((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.set-on-fire
func wasm_import_method_entity_set_on_fire(arg0 int32, arg1 int32)
func (self *Entity) SetOnFire(onFire bool) {
var result int32
if onFire {
result = 1
} else {
result = 0
}
wasm_import_method_entity_set_on_fire((self).Handle(), result)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.teleport
func wasm_import_method_entity_teleport(arg0 int32, arg1 float64, arg2 float64, arg3 float64, arg4 int32)
func (self *Entity) Teleport(pos witTypes.Tuple3[float64, float64, float64], worldRef *World) {
wasm_import_method_entity_teleport((self).Handle(), (pos).F0, (pos).F1, (pos).F2, (worldRef).TakeHandle())
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.set-velocity
func wasm_import_method_entity_set_velocity(arg0 int32, arg1 float64, arg2 float64, arg3 float64)
func (self *Entity) SetVelocity(velocity witTypes.Tuple3[float64, float64, float64]) {
wasm_import_method_entity_set_velocity((self).Handle(), (velocity).F0, (velocity).F1, (velocity).F2)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.get-velocity
func wasm_import_method_entity_get_velocity(arg0 int32, arg1 uintptr)
func (self *Entity) GetVelocity() witTypes.Tuple3[float64, float64, float64] {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, 24, 8))
wasm_import_method_entity_get_velocity((self).Handle(), returnArea)
result := witTypes.Tuple3[float64, float64, float64]{*(*float64)(unsafe.Add(unsafe.Pointer(returnArea), 0)), *(*float64)(unsafe.Add(unsafe.Pointer(returnArea), 8)), *(*float64)(unsafe.Add(unsafe.Pointer(returnArea), 16))}
return result
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.get-pose
func wasm_import_method_entity_get_pose(arg0 int32) int32
func (self *Entity) GetPose() pumpkin_plugin_common.EntityPose {
result := wasm_import_method_entity_get_pose((self).Handle())
return uint8(result)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.get-name
func wasm_import_method_entity_get_name(arg0 int32) int32
func (self *Entity) GetName() *pumpkin_plugin_text.TextComponent {
result := wasm_import_method_entity_get_name((self).Handle())
return pumpkin_plugin_text.TextComponentFromOwnHandle(int32(uintptr(result)))
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.set-custom-name
func wasm_import_method_entity_set_custom_name(arg0 int32, arg1 int32)
func (self *Entity) SetCustomName(name *pumpkin_plugin_text.TextComponent) {
wasm_import_method_entity_set_custom_name((self).Handle(), (name).TakeHandle())
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.get-custom-name
func wasm_import_method_entity_get_custom_name(arg0 int32, arg1 uintptr)
func (self *Entity) GetCustomName() witTypes.Option[*pumpkin_plugin_text.TextComponent] {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, 8, 4))
wasm_import_method_entity_get_custom_name((self).Handle(), returnArea)
var option witTypes.Option[*pumpkin_plugin_text.TextComponent]
switch uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))) {
case 0:
option = witTypes.None[*pumpkin_plugin_text.TextComponent]()
case 1:
option = witTypes.Some[*pumpkin_plugin_text.TextComponent](pumpkin_plugin_text.TextComponentFromOwnHandle(int32(uintptr(*(*int32)(unsafe.Add(unsafe.Pointer(returnArea), 4))))))
default:
panic("unreachable")
}
result := option
return result
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.set-custom-name-visible
func wasm_import_method_entity_set_custom_name_visible(arg0 int32, arg1 int32)
func (self *Entity) SetCustomNameVisible(visible bool) {
var result int32
if visible {
result = 1
} else {
result = 0
}
wasm_import_method_entity_set_custom_name_visible((self).Handle(), result)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.is-custom-name-visible
func wasm_import_method_entity_is_custom_name_visible(arg0 int32) int32
func (self *Entity) IsCustomNameVisible() bool {
result := wasm_import_method_entity_is_custom_name_visible((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.is-invulnerable
func wasm_import_method_entity_is_invulnerable(arg0 int32) int32
func (self *Entity) IsInvulnerable() bool {
result := wasm_import_method_entity_is_invulnerable((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.set-invulnerable
func wasm_import_method_entity_set_invulnerable(arg0 int32, arg1 int32)
func (self *Entity) SetInvulnerable(invulnerable bool) {
var result int32
if invulnerable {
result = 1
} else {
result = 0
}
wasm_import_method_entity_set_invulnerable((self).Handle(), result)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.get-fire-ticks
func wasm_import_method_entity_get_fire_ticks(arg0 int32) int32
func (self *Entity) GetFireTicks() int32 {
result := wasm_import_method_entity_get_fire_ticks((self).Handle())
return result
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.set-fire-ticks
func wasm_import_method_entity_set_fire_ticks(arg0 int32, arg1 int32)
func (self *Entity) SetFireTicks(ticks int32) {
wasm_import_method_entity_set_fire_ticks((self).Handle(), ticks)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.remove
func wasm_import_method_entity_remove(arg0 int32)
func (self *Entity) Remove() {
wasm_import_method_entity_remove((self).Handle())
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]entity.raycast
func wasm_import_method_entity_raycast(arg0 int32, arg1 float64, arg2 int32, arg3 uintptr)
func (self *Entity) Raycast(maxDistance float64, fluidHandling bool) witTypes.Option[RaycastResult] {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, 20, 4))
var result int32
if fluidHandling {
result = 1
} else {
result = 0
}
wasm_import_method_entity_raycast((self).Handle(), maxDistance, result, returnArea)
var option witTypes.Option[RaycastResult]
switch uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))) {
case 0:
option = witTypes.None[RaycastResult]()
case 1:
option = witTypes.Some[RaycastResult](RaycastResult{BlockPos{*(*int32)(unsafe.Add(unsafe.Pointer(returnArea), 4)), *(*int32)(unsafe.Add(unsafe.Pointer(returnArea), 8)), *(*int32)(unsafe.Add(unsafe.Pointer(returnArea), 12))}, uint8(uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 16))))})
default:
panic("unreachable")
}
result0 := option
return result0
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]world.get-id
func wasm_import_method_world_get_id(arg0 int32, arg1 uintptr)
func (self *World) GetId() string {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (2 * 4), 4))
wasm_import_method_world_get_id((self).Handle(), returnArea)
value := unsafe.String((*uint8)(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))))), *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4)))
result := value
return result
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]world.get-block-state-id
func wasm_import_method_world_get_block_state_id(arg0 int32, arg1 int32, arg2 int32, arg3 int32) int32
func (self *World) GetBlockStateId(pos BlockPos) uint16 {
result := wasm_import_method_world_get_block_state_id((self).Handle(), (pos).X, (pos).Y, (pos).Z)
return uint16(result)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]world.get-block-state
func wasm_import_method_world_get_block_state(arg0 int32, arg1 int32, arg2 int32, arg3 int32, arg4 uintptr)
func (self *World) GetBlockState(pos BlockPos) BlockState {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, 16, 4))
wasm_import_method_world_get_block_state((self).Handle(), (pos).X, (pos).Y, (pos).Z, returnArea)
result := BlockState{uint16(uint16(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0)))), uint8(uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 2)))), uint8(uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 3)))), *(*float32)(unsafe.Add(unsafe.Pointer(returnArea), 4)), (uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 8))) != 0), (uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 9))) != 0), (uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 10))) != 0), (uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 11))) != 0), uint8(uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 12)))), (uint8(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 13))) != 0)}
return result
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]world.set-block-state
func wasm_import_method_world_set_block_state(arg0 int32, arg1 int32, arg2 int32, arg3 int32, arg4 int32, arg5 int32)
func (self *World) SetBlockState(pos BlockPos, state uint16, updateFlags BlockFlags) {
wasm_import_method_world_set_block_state((self).Handle(), (pos).X, (pos).Y, (pos).Z, int32(state), int32(updateFlags))
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]world.get-time-of-day
func wasm_import_method_world_get_time_of_day(arg0 int32) int64
func (self *World) GetTimeOfDay() uint64 {
result := wasm_import_method_world_get_time_of_day((self).Handle())
return uint64(result)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]world.set-time-of-day
func wasm_import_method_world_set_time_of_day(arg0 int32, arg1 int64)
func (self *World) SetTimeOfDay(time uint64) {
wasm_import_method_world_set_time_of_day((self).Handle(), int64(time))
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]world.get-world-age
func wasm_import_method_world_get_world_age(arg0 int32) int64
func (self *World) GetWorldAge() uint64 {
result := wasm_import_method_world_get_world_age((self).Handle())
return uint64(result)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]world.get-dimension
func wasm_import_method_world_get_dimension(arg0 int32, arg1 uintptr)
func (self *World) GetDimension() string {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (2 * 4), 4))
wasm_import_method_world_get_dimension((self).Handle(), returnArea)
value := unsafe.String((*uint8)(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0))))), *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4)))
result := value
return result
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]world.get-top-block-y
func wasm_import_method_world_get_top_block_y(arg0 int32, arg1 int32, arg2 int32) int32
func (self *World) GetTopBlockY(x int32, z int32) int32 {
result := wasm_import_method_world_get_top_block_y((self).Handle(), x, z)
return result
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]world.get-motion-blocking-height
func wasm_import_method_world_get_motion_blocking_height(arg0 int32, arg1 int32, arg2 int32) int32
func (self *World) GetMotionBlockingHeight(x int32, z int32) int32 {
result := wasm_import_method_world_get_motion_blocking_height((self).Handle(), x, z)
return result
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]world.is-raining
func wasm_import_method_world_is_raining(arg0 int32) int32
func (self *World) IsRaining() bool {
result := wasm_import_method_world_is_raining((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]world.set-raining
func wasm_import_method_world_set_raining(arg0 int32, arg1 int32)
func (self *World) SetRaining(raining bool) {
var result int32
if raining {
result = 1
} else {
result = 0
}
wasm_import_method_world_set_raining((self).Handle(), result)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]world.is-thundering
func wasm_import_method_world_is_thundering(arg0 int32) int32
func (self *World) IsThundering() bool {
result := wasm_import_method_world_is_thundering((self).Handle())
return (result != 0)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]world.set-thundering
func wasm_import_method_world_set_thundering(arg0 int32, arg1 int32)
func (self *World) SetThundering(thundering bool) {
var result int32
if thundering {
result = 1
} else {
result = 0
}
wasm_import_method_world_set_thundering((self).Handle(), result)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]world.broadcast-system-message
func wasm_import_method_world_broadcast_system_message(arg0 int32, arg1 int32, arg2 int32)
func (self *World) BroadcastSystemMessage(message *pumpkin_plugin_text.TextComponent, overlay bool) {
var result int32
if overlay {
result = 1
} else {
result = 0
}
wasm_import_method_world_broadcast_system_message((self).Handle(), (message).TakeHandle(), result)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]world.get-scoreboard
func wasm_import_method_world_get_scoreboard(arg0 int32) int32
func (self *World) GetScoreboard() *pumpkin_plugin_scoreboard.Scoreboard {
result := wasm_import_method_world_get_scoreboard((self).Handle())
return pumpkin_plugin_scoreboard.ScoreboardFromOwnHandle(int32(uintptr(result)))
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]world.play-sound
func wasm_import_method_world_play_sound(arg0 int32, arg1 uintptr, arg2 uint32, arg3 int32, arg4 float64, arg5 float64, arg6 float64, arg7 float32, arg8 float32)
func (self *World) PlaySound(sound string, category SoundCategory, pos witTypes.Tuple3[float64, float64, float64], volume float32, pitch float32) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(sound))
pinner.Pin(utf8)
wasm_import_method_world_play_sound((self).Handle(), uintptr(utf8), uint32(len(sound)), int32(category), (pos).F0, (pos).F1, (pos).F2, volume, pitch)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]world.spawn-particle
func wasm_import_method_world_spawn_particle(arg0 int32, arg1 uintptr, arg2 uint32, arg3 float64, arg4 float64, arg5 float64, arg6 float64, arg7 float64, arg8 float64, arg9 float32, arg10 int32)
func (self *World) SpawnParticle(particle string, pos witTypes.Tuple3[float64, float64, float64], offset witTypes.Tuple3[float64, float64, float64], maxSpeed float32, count int32) {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
utf8 := unsafe.Pointer(unsafe.StringData(particle))
pinner.Pin(utf8)
wasm_import_method_world_spawn_particle((self).Handle(), uintptr(utf8), uint32(len(particle)), (pos).F0, (pos).F1, (pos).F2, (offset).F0, (offset).F1, (offset).F2, maxSpeed, count)
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]world.create-explosion
func wasm_import_method_world_create_explosion(arg0 int32, arg1 float64, arg2 float64, arg3 float64, arg4 float32, arg5 int32, arg6 int32)
func (self *World) CreateExplosion(pos witTypes.Tuple3[float64, float64, float64], power float32, createFire bool, interaction ExplosionInteraction) {
var result int32
if createFire {
result = 1
} else {
result = 0
}
wasm_import_method_world_create_explosion((self).Handle(), (pos).F0, (pos).F1, (pos).F2, power, result, int32(interaction))
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]world.get-sea-level
func wasm_import_method_world_get_sea_level(arg0 int32) int32
func (self *World) GetSeaLevel() int32 {
result := wasm_import_method_world_get_sea_level((self).Handle())
return result
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]world.get-min-y
func wasm_import_method_world_get_min_y(arg0 int32) int32
func (self *World) GetMinY() int32 {
result := wasm_import_method_world_get_min_y((self).Handle())
return result
}
//go:wasmimport pumpkin:plugin/world@0.1.0 [method]world.get-entities
func wasm_import_method_world_get_entities(arg0 int32, arg1 uintptr)
func (self *World) GetEntities() []*Entity {
pinner := &runtime.Pinner{}
defer pinner.Unpin()
returnArea := uintptr(witRuntime.Allocate(pinner, (2 * 4), 4))
wasm_import_method_world_get_entities((self).Handle(), returnArea)
result := make([]*Entity, 0, *(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4)))
for index := 0; index < int(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 4))); index++ {
base := unsafe.Add(unsafe.Pointer(uintptr(*(*uint32)(unsafe.Add(unsafe.Pointer(returnArea), 0)))), index*4)
result = append(result, EntityFromOwnHandle(int32(uintptr(*(*int32)(unsafe.Add(unsafe.Pointer(base), 0))))))
}
result0 := result
return result0
}

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pkg/wit_exports/wit_exports.go Normal file
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pkg/wit_world/empty.s Normal file
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// This file exists for testing this package without WebAssembly,
// allowing empty function bodies with a //go:wasmimport directive.
// See https://pkg.go.dev/cmd/compile for more information.

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// Generated by `wit-bindgen` 0.57.1. DO NOT EDIT!
//
// This code was generated from the following packages:
// pumpkin:plugin@0.1.0
package wit_world
import (
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_command"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_context"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_event"
"github.com/Pumpkin-MC/pumpkin-api-go/pkg/pumpkin_plugin_server"
)
type Context = pumpkin_plugin_context.Context
type Event = pumpkin_plugin_event.Event
type ServerInstance = pumpkin_plugin_server.Server
type CommandSender = pumpkin_plugin_command.CommandSender
type ConsumedArgs = pumpkin_plugin_command.ConsumedArgs
type CommandError = pumpkin_plugin_command.CommandError