chatpb/chat.sort.pb.go

// Code generated by go.wit.com/apps/autogenpb DO NOT EDIT.
// This file was autogenerated with autogenpb v0.5.3-12-g0ccf2c0 2025-09-18_03:38:50_UTC
//     go install go.wit.com/apps/autogenpb@latest
//
// define which structs (messages) you want to use in the .proto file
// Then sort.pb.go and marshal.pb.go files are autogenerated
//
// autogenpb uses it and has an example .proto file with instructions
//

package chatpb

import (
	"fmt"
	"iter"
	"sort"
	"sync"

	"google.golang.org/protobuf/proto"
)

// a simple global lock
var chatMu sync.RWMutex

func (x *Chats) fixUuid() {
	if x == nil {
		return
	}
	if x.Uuid == "9fd31f10-c25d-4d66-bc8d-5f6eb7c79057" {
		return
	}
	x.Uuid = "9fd31f10-c25d-4d66-bc8d-5f6eb7c79057"
	x.Version = "v0.0.1 go.wit.com/lib/protobuf/chatpb"
}

func NewChats() *Chats {
	x := new(Chats)
	x.Uuid = "9fd31f10-c25d-4d66-bc8d-5f6eb7c79057"
	x.Version = "v0.0.1 go.wit.com/lib/protobuf/chatpb"
	return x
}

// START SORT

// DEFINE THE Chats SCANNER.
// itializes a new scanner.
func newChatsScanner(things []*Chats) *ChatsScanner {
	return &ChatsScanner{things: things}
}

type ChatsScanner struct {
	sync.Mutex

	things []*Chats
	index  int
}

func (it *ChatsScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *ChatsScanner) Next() *Chats {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in ChatsScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE Chat SCANNER.
// itializes a new scanner.
func newChatScanner(things []*Chat) *ChatScanner {
	return &ChatScanner{things: things}
}

type ChatScanner struct {
	sync.Mutex

	things []*Chat
	index  int
}

func (it *ChatScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *ChatScanner) Next() *Chat {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in ChatScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE GeminiRequest SCANNER.
// itializes a new scanner.
func newGeminiRequestScanner(things []*GeminiRequest) *GeminiRequestScanner {
	return &GeminiRequestScanner{things: things}
}

type GeminiRequestScanner struct {
	sync.Mutex

	things []*GeminiRequest
	index  int
}

func (it *GeminiRequestScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *GeminiRequestScanner) Next() *GeminiRequest {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in GeminiRequestScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE AbortSignal SCANNER.
// itializes a new scanner.
func newAbortSignalScanner(things []*AbortSignal) *AbortSignalScanner {
	return &AbortSignalScanner{things: things}
}

type AbortSignalScanner struct {
	sync.Mutex

	things []*AbortSignal
	index  int
}

func (it *AbortSignalScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *AbortSignalScanner) Next() *AbortSignal {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in AbortSignalScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE Schema SCANNER.
// itializes a new scanner.
func newSchemaScanner(things []*Schema) *SchemaScanner {
	return &SchemaScanner{things: things}
}

type SchemaScanner struct {
	sync.Mutex

	things []*Schema
	index  int
}

func (it *SchemaScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *SchemaScanner) Next() *Schema {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in SchemaScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE FunctionDeclaration SCANNER.
// itializes a new scanner.
func newFunctionDeclarationScanner(things []*FunctionDeclaration) *FunctionDeclarationScanner {
	return &FunctionDeclarationScanner{things: things}
}

type FunctionDeclarationScanner struct {
	sync.Mutex

	things []*FunctionDeclaration
	index  int
}

func (it *FunctionDeclarationScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *FunctionDeclarationScanner) Next() *FunctionDeclaration {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in FunctionDeclarationScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE GoogleSearch SCANNER.
// itializes a new scanner.
func newGoogleSearchScanner(things []*GoogleSearch) *GoogleSearchScanner {
	return &GoogleSearchScanner{things: things}
}

type GoogleSearchScanner struct {
	sync.Mutex

	things []*GoogleSearch
	index  int
}

func (it *GoogleSearchScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *GoogleSearchScanner) Next() *GoogleSearch {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in GoogleSearchScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE Tool SCANNER.
// itializes a new scanner.
func newToolScanner(things []*Tool) *ToolScanner {
	return &ToolScanner{things: things}
}

type ToolScanner struct {
	sync.Mutex

	things []*Tool
	index  int
}

func (it *ToolScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *ToolScanner) Next() *Tool {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in ToolScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE Config SCANNER.
// itializes a new scanner.
func newConfigScanner(things []*Config) *ConfigScanner {
	return &ConfigScanner{things: things}
}

type ConfigScanner struct {
	sync.Mutex

	things []*Config
	index  int
}

func (it *ConfigScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *ConfigScanner) Next() *Config {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in ConfigScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE ResponseJsonSchema SCANNER.
// itializes a new scanner.
func newResponseJsonSchemaScanner(things []*ResponseJsonSchema) *ResponseJsonSchemaScanner {
	return &ResponseJsonSchemaScanner{things: things}
}

type ResponseJsonSchemaScanner struct {
	sync.Mutex

	things []*ResponseJsonSchema
	index  int
}

func (it *ResponseJsonSchemaScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *ResponseJsonSchemaScanner) Next() *ResponseJsonSchema {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in ResponseJsonSchemaScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE Properties SCANNER.
// itializes a new scanner.
func newPropertiesScanner(things []*Properties) *PropertiesScanner {
	return &PropertiesScanner{things: things}
}

type PropertiesScanner struct {
	sync.Mutex

	things []*Properties
	index  int
}

func (it *PropertiesScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *PropertiesScanner) Next() *Properties {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in PropertiesScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE Confidence SCANNER.
// itializes a new scanner.
func newConfidenceScanner(things []*Confidence) *ConfidenceScanner {
	return &ConfidenceScanner{things: things}
}

type ConfidenceScanner struct {
	sync.Mutex

	things []*Confidence
	index  int
}

func (it *ConfidenceScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *ConfidenceScanner) Next() *Confidence {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in ConfidenceScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE CorrectedTargetSnippet SCANNER.
// itializes a new scanner.
func newCorrectedTargetSnippetScanner(things []*CorrectedTargetSnippet) *CorrectedTargetSnippetScanner {
	return &CorrectedTargetSnippetScanner{things: things}
}

type CorrectedTargetSnippetScanner struct {
	sync.Mutex

	things []*CorrectedTargetSnippet
	index  int
}

func (it *CorrectedTargetSnippetScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *CorrectedTargetSnippetScanner) Next() *CorrectedTargetSnippet {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in CorrectedTargetSnippetScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE CorrectedNewStringEscaping SCANNER.
// itializes a new scanner.
func newCorrectedNewStringEscapingScanner(things []*CorrectedNewStringEscaping) *CorrectedNewStringEscapingScanner {
	return &CorrectedNewStringEscapingScanner{things: things}
}

type CorrectedNewStringEscapingScanner struct {
	sync.Mutex

	things []*CorrectedNewStringEscaping
	index  int
}

func (it *CorrectedNewStringEscapingScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *CorrectedNewStringEscapingScanner) Next() *CorrectedNewStringEscaping {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in CorrectedNewStringEscapingScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE Reasoning SCANNER.
// itializes a new scanner.
func newReasoningScanner(things []*Reasoning) *ReasoningScanner {
	return &ReasoningScanner{things: things}
}

type ReasoningScanner struct {
	sync.Mutex

	things []*Reasoning
	index  int
}

func (it *ReasoningScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *ReasoningScanner) Next() *Reasoning {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in ReasoningScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE NextSpeaker SCANNER.
// itializes a new scanner.
func newNextSpeakerScanner(things []*NextSpeaker) *NextSpeakerScanner {
	return &NextSpeakerScanner{things: things}
}

type NextSpeakerScanner struct {
	sync.Mutex

	things []*NextSpeaker
	index  int
}

func (it *NextSpeakerScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *NextSpeakerScanner) Next() *NextSpeaker {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in NextSpeakerScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE Content SCANNER.
// itializes a new scanner.
func newContentScanner(things []*Content) *ContentScanner {
	return &ContentScanner{things: things}
}

type ContentScanner struct {
	sync.Mutex

	things []*Content
	index  int
}

func (it *ContentScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *ContentScanner) Next() *Content {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in ContentScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE Part SCANNER.
// itializes a new scanner.
func newPartScanner(things []*Part) *PartScanner {
	return &PartScanner{things: things}
}

type PartScanner struct {
	sync.Mutex

	things []*Part
	index  int
}

func (it *PartScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *PartScanner) Next() *Part {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in PartScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE FunctionCall SCANNER.
// itializes a new scanner.
func newFunctionCallScanner(things []*FunctionCall) *FunctionCallScanner {
	return &FunctionCallScanner{things: things}
}

type FunctionCallScanner struct {
	sync.Mutex

	things []*FunctionCall
	index  int
}

func (it *FunctionCallScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *FunctionCallScanner) Next() *FunctionCall {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in FunctionCallScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE ArgsInfo SCANNER.
// itializes a new scanner.
func newArgsInfoScanner(things []*ArgsInfo) *ArgsInfoScanner {
	return &ArgsInfoScanner{things: things}
}

type ArgsInfoScanner struct {
	sync.Mutex

	things []*ArgsInfo
	index  int
}

func (it *ArgsInfoScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *ArgsInfoScanner) Next() *ArgsInfo {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in ArgsInfoScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE FunctionResponse SCANNER.
// itializes a new scanner.
func newFunctionResponseScanner(things []*FunctionResponse) *FunctionResponseScanner {
	return &FunctionResponseScanner{things: things}
}

type FunctionResponseScanner struct {
	sync.Mutex

	things []*FunctionResponse
	index  int
}

func (it *FunctionResponseScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *FunctionResponseScanner) Next() *FunctionResponse {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in FunctionResponseScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE Response SCANNER.
// itializes a new scanner.
func newResponseScanner(things []*Response) *ResponseScanner {
	return &ResponseScanner{things: things}
}

type ResponseScanner struct {
	sync.Mutex

	things []*Response
	index  int
}

func (it *ResponseScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *ResponseScanner) Next() *Response {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in ResponseScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE Row SCANNER.
// itializes a new scanner.
func newRowScanner(things []*Row) *RowScanner {
	return &RowScanner{things: things}
}

type RowScanner struct {
	sync.Mutex

	things []*Row
	index  int
}

func (it *RowScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *RowScanner) Next() *Row {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in RowScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE Table SCANNER.
// itializes a new scanner.
func newTableScanner(things []*Table) *TableScanner {
	return &TableScanner{things: things}
}

type TableScanner struct {
	sync.Mutex

	things []*Table
	index  int
}

func (it *TableScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *TableScanner) Next() *Table {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in TableScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE ToolCall SCANNER.
// itializes a new scanner.
func newToolCallScanner(things []*ToolCall) *ToolCallScanner {
	return &ToolCallScanner{things: things}
}

type ToolCallScanner struct {
	sync.Mutex

	things []*ToolCall
	index  int
}

func (it *ToolCallScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *ToolCallScanner) Next() *ToolCall {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in ToolCallScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE CodeSnippet SCANNER.
// itializes a new scanner.
func newCodeSnippetScanner(things []*CodeSnippet) *CodeSnippetScanner {
	return &CodeSnippetScanner{things: things}
}

type CodeSnippetScanner struct {
	sync.Mutex

	things []*CodeSnippet
	index  int
}

func (it *CodeSnippetScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *CodeSnippetScanner) Next() *CodeSnippet {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in CodeSnippetScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE ChatEntry SCANNER.
// itializes a new scanner.
func newChatEntryScanner(things []*ChatEntry) *ChatEntryScanner {
	return &ChatEntryScanner{things: things}
}

type ChatEntryScanner struct {
	sync.Mutex

	things []*ChatEntry
	index  int
}

func (it *ChatEntryScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *ChatEntryScanner) Next() *ChatEntry {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in ChatEntryScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// DEFINE THE SessionStats SCANNER.
// itializes a new scanner.
func newSessionStatsScanner(things []*SessionStats) *SessionStatsScanner {
	return &SessionStatsScanner{things: things}
}

type SessionStatsScanner struct {
	sync.Mutex

	things []*SessionStats
	index  int
}

func (it *SessionStatsScanner) Scan() bool {
	if it.index >= len(it.things) {
		return false
	}
	it.Lock()
	it.index++
	it.Unlock()
	return true
}

// Next() returns the next thing in the array
func (it *SessionStatsScanner) Next() *SessionStats {
	if it.things[it.index-1] == nil {
		fmt.Println("Next() error in SessionStatsScanner", it.index)
	}
	return it.things[it.index-1]
}

// END DEFINE THE SCANNER

// sort struct by Uuid
type sortChatUuid []*Chat

func (a sortChatUuid) Len() int           { return len(a) }
func (a sortChatUuid) Less(i, j int) bool { return a[i].Uuid < a[j].Uuid }
func (a sortChatUuid) Swap(i, j int)      { a[i], a[j] = a[j], a[i] }

// safely returns a slice of pointers to the FRUIT protobufs
func (x *Chats) allChats() []*Chat {
	x.RLock()
	defer x.RUnlock()

	// Create a new slice to hold pointers to each FRUIT
	var tmp []*Chat
	tmp = make([]*Chat, len(x.Chats))
	for i, p := range x.Chats {
		tmp[i] = p // Copy pointers for safe iteration
	}

	return tmp
}

// safely returns a slice of pointers to the FRUIT protobufs
func (x *Chat) allEntries() []*ChatEntry {
	x.RLock()
	defer x.RUnlock()

	// Create a new slice to hold pointers to each FRUIT
	var tmp []*ChatEntry
	tmp = make([]*ChatEntry, len(x.Entries))
	for i, p := range x.Entries {
		tmp[i] = p // Copy pointers for safe iteration
	}

	return tmp
}

// safely returns a slice of pointers to the FRUIT protobufs
func (x *Chat) allSession() []*SessionStats {
	x.RLock()
	defer x.RUnlock()

	// Create a new slice to hold pointers to each FRUIT
	var tmp []*SessionStats
	tmp = make([]*SessionStats, len(x.Session))
	for i, p := range x.Session {
		tmp[i] = p // Copy pointers for safe iteration
	}

	return tmp
}

// safely returns a slice of pointers to the FRUIT protobufs
func (x *GeminiRequest) allContents() []*Content {
	x.RLock()
	defer x.RUnlock()

	// Create a new slice to hold pointers to each FRUIT
	var tmp []*Content
	tmp = make([]*Content, len(x.Contents))
	for i, p := range x.Contents {
		tmp[i] = p // Copy pointers for safe iteration
	}

	return tmp
}

// safely returns a slice of pointers to the FRUIT protobufs
func (x *Tool) allFunctionDeclarations() []*FunctionDeclaration {
	x.RLock()
	defer x.RUnlock()

	// Create a new slice to hold pointers to each FRUIT
	var tmp []*FunctionDeclaration
	tmp = make([]*FunctionDeclaration, len(x.FunctionDeclarations))
	for i, p := range x.FunctionDeclarations {
		tmp[i] = p // Copy pointers for safe iteration
	}

	return tmp
}

// safely returns a slice of pointers to the FRUIT protobufs
func (x *Config) allTools() []*Tool {
	x.RLock()
	defer x.RUnlock()

	// Create a new slice to hold pointers to each FRUIT
	var tmp []*Tool
	tmp = make([]*Tool, len(x.Tools))
	for i, p := range x.Tools {
		tmp[i] = p // Copy pointers for safe iteration
	}

	return tmp
}

// safely returns a slice of pointers to the FRUIT protobufs
func (x *Content) allParts() []*Part {
	x.RLock()
	defer x.RUnlock()

	// Create a new slice to hold pointers to each FRUIT
	var tmp []*Part
	tmp = make([]*Part, len(x.Parts))
	for i, p := range x.Parts {
		tmp[i] = p // Copy pointers for safe iteration
	}

	return tmp
}

// safely returns a slice of pointers to the FRUIT protobufs
func (x *Table) allRows() []*Row {
	x.RLock()
	defer x.RUnlock()

	// Create a new slice to hold pointers to each FRUIT
	var tmp []*Row
	tmp = make([]*Row, len(x.Rows))
	for i, p := range x.Rows {
		tmp[i] = p // Copy pointers for safe iteration
	}

	return tmp
}

// safely returns a slice of pointers to the FRUIT protobufs
func (x *ChatEntry) allToolCalls() []*ToolCall {
	x.RLock()
	defer x.RUnlock()

	// Create a new slice to hold pointers to each FRUIT
	var tmp []*ToolCall
	tmp = make([]*ToolCall, len(x.ToolCalls))
	for i, p := range x.ToolCalls {
		tmp[i] = p // Copy pointers for safe iteration
	}

	return tmp
}

// safely returns a slice of pointers to the FRUIT protobufs
func (x *ChatEntry) allSnippets() []*CodeSnippet {
	x.RLock()
	defer x.RUnlock()

	// Create a new slice to hold pointers to each FRUIT
	var tmp []*CodeSnippet
	tmp = make([]*CodeSnippet, len(x.Snippets))
	for i, p := range x.Snippets {
		tmp[i] = p // Copy pointers for safe iteration
	}

	return tmp
}

// safely returns a slice of pointers to the FRUIT protobufs
func (x *ChatEntry) allParts() []*Part {
	x.RLock()
	defer x.RUnlock()

	// Create a new slice to hold pointers to each FRUIT
	var tmp []*Part
	tmp = make([]*Part, len(x.Parts))
	for i, p := range x.Parts {
		tmp[i] = p // Copy pointers for safe iteration
	}

	return tmp
}

// safely returns a slice of pointers to the Chat protobufs
func (x *Chats) selectAllChats() []*Chat {
	x.RLock()
	defer x.RUnlock()

	// Create a new slice to hold pointers to each Chat
	var tmp []*Chat
	tmp = make([]*Chat, len(x.Chats))
	for i, p := range x.Chats {
		tmp[i] = p // Copy pointers for safe iteration
	}

	return tmp
}

// safely returns a slice of pointers to the ChatEntry protobufs
func (x *Chat) selectAllEntries() []*ChatEntry {
	x.RLock()
	defer x.RUnlock()

	// Create a new slice to hold pointers to each ChatEntry
	var tmp []*ChatEntry
	tmp = make([]*ChatEntry, len(x.Entries))
	for i, p := range x.Entries {
		tmp[i] = p // Copy pointers for safe iteration
	}

	return tmp
}

// safely returns a slice of pointers to the SessionStats protobufs
func (x *Chat) selectAllSession() []*SessionStats {
	x.RLock()
	defer x.RUnlock()

	// Create a new slice to hold pointers to each SessionStats
	var tmp []*SessionStats
	tmp = make([]*SessionStats, len(x.Session))
	for i, p := range x.Session {
		tmp[i] = p // Copy pointers for safe iteration
	}

	return tmp
}

// safely returns a slice of pointers to the Content protobufs
func (x *GeminiRequest) selectAllContents() []*Content {
	x.RLock()
	defer x.RUnlock()

	// Create a new slice to hold pointers to each Content
	var tmp []*Content
	tmp = make([]*Content, len(x.Contents))
	for i, p := range x.Contents {
		tmp[i] = p // Copy pointers for safe iteration
	}

	return tmp
}

// safely returns a slice of pointers to the FunctionDeclaration protobufs
func (x *Tool) selectAllFunctionDeclarations() []*FunctionDeclaration {
	x.RLock()
	defer x.RUnlock()

	// Create a new slice to hold pointers to each FunctionDeclaration
	var tmp []*FunctionDeclaration
	tmp = make([]*FunctionDeclaration, len(x.FunctionDeclarations))
	for i, p := range x.FunctionDeclarations {
		tmp[i] = p // Copy pointers for safe iteration
	}

	return tmp
}

// safely returns a slice of pointers to the Tool protobufs
func (x *Config) selectAllTools() []*Tool {
	x.RLock()
	defer x.RUnlock()

	// Create a new slice to hold pointers to each Tool
	var tmp []*Tool
	tmp = make([]*Tool, len(x.Tools))
	for i, p := range x.Tools {
		tmp[i] = p // Copy pointers for safe iteration
	}

	return tmp
}

// safely returns a slice of pointers to the Part protobufs
func (x *Content) selectAllParts() []*Part {
	x.RLock()
	defer x.RUnlock()

	// Create a new slice to hold pointers to each Part
	var tmp []*Part
	tmp = make([]*Part, len(x.Parts))
	for i, p := range x.Parts {
		tmp[i] = p // Copy pointers for safe iteration
	}

	return tmp
}

// safely returns a slice of pointers to the Row protobufs
func (x *Table) selectAllRows() []*Row {
	x.RLock()
	defer x.RUnlock()

	// Create a new slice to hold pointers to each Row
	var tmp []*Row
	tmp = make([]*Row, len(x.Rows))
	for i, p := range x.Rows {
		tmp[i] = p // Copy pointers for safe iteration
	}

	return tmp
}

// safely returns a slice of pointers to the ToolCall protobufs
func (x *ChatEntry) selectAllToolCalls() []*ToolCall {
	x.RLock()
	defer x.RUnlock()

	// Create a new slice to hold pointers to each ToolCall
	var tmp []*ToolCall
	tmp = make([]*ToolCall, len(x.ToolCalls))
	for i, p := range x.ToolCalls {
		tmp[i] = p // Copy pointers for safe iteration
	}

	return tmp
}

// safely returns a slice of pointers to the CodeSnippet protobufs
func (x *ChatEntry) selectAllSnippets() []*CodeSnippet {
	x.RLock()
	defer x.RUnlock()

	// Create a new slice to hold pointers to each CodeSnippet
	var tmp []*CodeSnippet
	tmp = make([]*CodeSnippet, len(x.Snippets))
	for i, p := range x.Snippets {
		tmp[i] = p // Copy pointers for safe iteration
	}

	return tmp
}

// safely returns a slice of pointers to the Part protobufs
func (x *ChatEntry) selectAllParts() []*Part {
	x.RLock()
	defer x.RUnlock()

	// Create a new slice to hold pointers to each Part
	var tmp []*Part
	tmp = make([]*Part, len(x.Parts))
	for i, p := range x.Parts {
		tmp[i] = p // Copy pointers for safe iteration
	}

	return tmp
}
func (x *Chats) SortByUuid() *ChatScanner {
	// copy the pointers as fast as possible.
	things := x.selectAllChats()

	// todo: try slices.SortFunc() instead to see what happens
	sort.Sort(sortChatUuid(things))
	//    slices.SortFunc(things, func(a, b *Chats) bool {
	//        return a.Uuid < b.Uuid // Sort by ??. let the compiler work it out??
	//    })
	return newChatScanner(things)
}

// 'for x := range' syntax using the awesome golang 1.24 'iter'
func (x *Chats) IterByUuid() iter.Seq[*Chat] {
	items := x.selectAllChats()
	sort.Sort(sortChatUuid(items))
	// log.Println("Made Iter.Seq[] with length", len(items))
	return func(yield func(*Chat) bool) {
		for _, v := range items {
			if !yield(v) {
				return
			}
		}
	}
}

// END SORT

func (x *Chats) Len() int {
	x.RLock()
	defer x.RUnlock()

	return len(x.Chats)
}

// a Append() shortcut (that does Clone() with a mutex) notsure if it really works
func (x *Chats) Append(y *Chat) *Chat {
	x.Lock()
	defer x.Unlock()

	z := proto.Clone(y).(*Chat)
	x.Chats = append(x.Chats, z)

	return z
}

func (x *Chats) All() *ChatScanner {
	ChatPointers := x.selectAllChats()

	scanner := newChatScanner(ChatPointers)
	return scanner
}

// Iterate 'for x := range' syntax using the awesome golang 1.24 'iter'
func (x *Chats) IterAll() iter.Seq[*Chat] {
	items := x.selectAllChats()
	// log.Println("Made All() Iter.Seq[] with length", len(items))
	return func(yield func(*Chat) bool) {
		for _, v := range items {
			if !yield(v) {
				return
			}
		}
	}
}
func (x *Chats) Delete(y *Chat) bool {
	x.Lock()
	defer x.Unlock()

	for i, _ := range x.Chats {
		if x.Chats[i] == y {
			x.Chats[i] = x.Chats[len(x.Chats)-1]
			x.Chats = x.Chats[:len(x.Chats)-1]
			return true
		}
	}
	return false
}

// lookup a Chats by the  Uuid
func (x *Chats) FindByUuid(s string) *Chat {
	if x == nil {
		return nil
	}

	x.RLock()
	defer x.RUnlock()

	for i, _ := range x.Chats {
		if x.Chats[i].Uuid == s {
			return x.Chats[i]
		}
	}
	return nil
}

// returns a Chat if Uuid matches, otherwise create
func (x *Chats) InsertByUuid(y string) *Chat {
	x.Lock()
	defer x.Unlock()

	for _, z := range x.Chats {
		if z.Uuid == y {
			return z
		}
	}

	z := new(Chat)
	z.Uuid = y
	x.Chats = append(x.Chats, z)
	return z
}

func (x *Chats) DeleteByUuid(s string) bool {
	x.Lock()
	defer x.Unlock()

	for i, _ := range x.Chats {
		if x.Chats[i].Uuid == s {
			x.Chats[i] = x.Chats[len(x.Chats)-1]
			x.Chats = x.Chats[:len(x.Chats)-1]
			return true
		}
	}
	return false
}

func (x *Chats) AppendByUuid(y *Chat) bool {
	x.Lock()
	defer x.Unlock()

	for _, p := range x.Chats {
		if p.Uuid == y.Uuid {
			return false
		}
	}

	x.Chats = append(x.Chats, proto.Clone(y).(*Chat))
	return true
}