mirror of
https://github.com/andy-stack/vaultkeeper-ai.git
synced 2026-07-22 06:42:03 +00:00
82dab77d74
- Add clickable artifact cards with keyboard support - Create new ArtifactView for displaying file diffs - Update button styles with solid backgrounds and faster transitions - Add auto-cleanup of stale diff and plan approval views on startup - Fix artifact deletion to preserve original file path
524 lines
No EOL
26 KiB
TypeScript
524 lines
No EOL
26 KiB
TypeScript
import { Resolve } from "../DependencyService";
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import { Services } from "../Services";
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import type { FileSystemService } from "../FileSystemService";
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import { AITool, fromString } from "Enums/AITool";
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import { AIToolResponse } from "AIClasses/ToolDefinitions/AIToolResponse";
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import { AIToolCall } from "AIClasses/AIToolCall";
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import type { ISearchMatch } from "../../Types/SearchTypes";
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import { AbortService } from "../AbortService";
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import { arrayBufferToBase64, normalizePath, TAbstractFile, TFile } from "obsidian";
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import { Exception } from "Helpers/Exception";
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import { Copy } from "Enums/Copy";
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import { pathExtname, replaceCopy } from "Helpers/Helpers";
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import type { MemoriesService } from "Services/MemoriesService";
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import type { SettingsService } from "Services/SettingsService";
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import type { WebViewerService } from "Services/WebViewerService";
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import { AIToolResponsePayload } from "AIClasses/ToolDefinitions/AIToolResponsePayload";
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import { Attachment } from "Conversations/Attachment";
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import { isDocumentMimeType, MimeType } from "Enums/MimeType";
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import { isBinaryFile, isTextFile, toFileType } from "Enums/FileType";
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import { FileTypeToMimeType } from "Enums/FileTypeMimeTypeMapping";
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import { StringTools } from "Helpers/StringTools";
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import { AIToolDefinitions } from "AIClasses/ToolDefinitions/AIToolDefinitions";
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import { chatModeAllowsEdits } from "Enums/ChatMode";
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import {
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SearchVaultFilesArgsSchema,
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ReadVaultFilesArgsSchema,
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WriteVaultFileArgsSchema,
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DeleteVaultFilesArgsSchema,
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MoveVaultFilesArgsSchema,
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ListVaultFilesArgsSchema,
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PatchVaultFileArgsSchema,
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ReadMemoriesArgsSchema,
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UpdateMemoriesArgsSchema,
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CreateVaultFolderArgsSchema,
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GetWebViewerContentArgsSchema,
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DeleteVaultFolderArgsSchema,
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MoveVaultFolderArgsSchema
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} from "AIClasses/Schemas/AIToolSchemas";
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import { Artifact } from "Conversations/Artifact";
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import { extname } from "path-browserify";
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import { ArtifactAction } from "Enums/ArtifactAction";
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export class AIToolService {
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private readonly fileSystemService: FileSystemService;
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private readonly memoriesService: MemoriesService;
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private readonly settingsService: SettingsService;
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private readonly webViewerService: WebViewerService;
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private readonly abortService: AbortService;
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private lastToolReadMemories: boolean = false;
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public constructor() {
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this.fileSystemService = Resolve<FileSystemService>(Services.FileSystemService);
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this.memoriesService = Resolve<MemoriesService>(Services.MemoriesService);
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this.settingsService = Resolve<SettingsService>(Services.SettingsService);
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this.webViewerService = Resolve<WebViewerService>(Services.WebViewerService);
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this.abortService = Resolve<AbortService>(Services.AbortService);
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}
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public async performAITool(toolCall: AIToolCall): Promise<AIToolResponse> {
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// This can happen if the agent hallucinates a legitimate tool call it doesn't currently have access to
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if (!chatModeAllowsEdits(this.settingsService.settings.chatMode) && AIToolDefinitions.requiresEditModeEnabled(toolCall.name)) {
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Exception.log(`Invalid tool call: ${toolCall.name}. Agent has hallucinated a legitimate tool call that requires edit mode`);
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return new AIToolResponse(
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toolCall.name,
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new AIToolResponsePayload({ error: `Invalid tool call: ${toolCall.name}. The user has not allowed edits to be made.` }),
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toolCall.toolId
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);
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}
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if (toolCall.name !== AITool.ReadMemories && toolCall.name !== AITool.UpdateMemories) {
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this.lastToolReadMemories = false;
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}
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return await this.abortService.abortableOperation(async () => {
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switch (toolCall.name) {
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case AITool.SearchVaultFiles: {
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const parseResult = SearchVaultFilesArgsSchema.safeParse(toolCall.arguments);
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if (!parseResult.success) {
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return new AIToolResponse(
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toolCall.name,
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new AIToolResponsePayload({ error: `Invalid arguments for ${AITool.SearchVaultFiles}: ${parseResult.error.message}` }),
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toolCall.toolId
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);
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}
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return new AIToolResponse(toolCall.name, await this.searchVaultFiles(parseResult.data.search_terms), toolCall.toolId);
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}
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case AITool.ReadVaultFiles: {
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const parseResult = ReadVaultFilesArgsSchema.safeParse(toolCall.arguments);
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if (!parseResult.success) {
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return new AIToolResponse(
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toolCall.name,
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new AIToolResponsePayload({ error: `Invalid arguments for ${AITool.ReadVaultFiles}: ${parseResult.error.message}` }),
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toolCall.toolId
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);
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}
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return new AIToolResponse(toolCall.name, await this.readVaultFiles(parseResult.data.file_paths), toolCall.toolId);
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}
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case AITool.WriteVaultFile: {
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const parseResult = WriteVaultFileArgsSchema.safeParse(toolCall.arguments);
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if (!parseResult.success) {
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return new AIToolResponse(
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toolCall.name,
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new AIToolResponsePayload({ error: `Invalid arguments for ${AITool.WriteVaultFile}: ${parseResult.error.message}` }),
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toolCall.toolId
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);
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}
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return new AIToolResponse(toolCall.name, await this.writeVaultFile(parseResult.data.file_path, parseResult.data.content), toolCall.toolId);
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}
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case AITool.PatchVaultFile: {
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const parseResult = PatchVaultFileArgsSchema.safeParse(toolCall.arguments);
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if (!parseResult.success) {
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return new AIToolResponse(
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toolCall.name,
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new AIToolResponsePayload({ error: `Invalid arguments for ${AITool.PatchVaultFile}: ${parseResult.error.message}` }),
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toolCall.toolId
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);
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}
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return new AIToolResponse(toolCall.name, await this.patchVaultFile(parseResult.data.file_path, parseResult.data.oldContent, parseResult.data.newContent), toolCall.toolId);
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}
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case AITool.DeleteVaultFiles: {
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const parseResult = DeleteVaultFilesArgsSchema.safeParse(toolCall.arguments);
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if (!parseResult.success) {
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return new AIToolResponse(
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toolCall.name,
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new AIToolResponsePayload({ error: `Invalid arguments for ${AITool.DeleteVaultFiles}: ${parseResult.error.message}` }),
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toolCall.toolId
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);
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}
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return new AIToolResponse(toolCall.name, await this.deleteVaultFiles(parseResult.data.file_paths, parseResult.data.confirm_deletion), toolCall.toolId);
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}
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case AITool.MoveVaultFiles: {
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const parseResult = MoveVaultFilesArgsSchema.safeParse(toolCall.arguments);
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if (!parseResult.success) {
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return new AIToolResponse(
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toolCall.name,
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new AIToolResponsePayload({ error: `Invalid arguments for ${AITool.MoveVaultFiles}: ${parseResult.error.message}` }),
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toolCall.toolId
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);
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}
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return new AIToolResponse(toolCall.name, await this.moveVaultFiles(parseResult.data.source_paths, parseResult.data.destination_paths), toolCall.toolId);
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}
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case AITool.CreateVaultFolder: {
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const parseResult = CreateVaultFolderArgsSchema.safeParse(toolCall.arguments);
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if (!parseResult.success) {
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return new AIToolResponse(
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toolCall.name,
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new AIToolResponsePayload({ error: `Invalid arguments for ${AITool.CreateVaultFolder}: ${parseResult.error.message}` }),
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toolCall.toolId
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);
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}
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return new AIToolResponse(toolCall.name, await this.createVaultFolder(parseResult.data.path), toolCall.toolId);
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}
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case AITool.DeleteVaultFolder: {
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const parseResult = DeleteVaultFolderArgsSchema.safeParse(toolCall.arguments);
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if (!parseResult.success) {
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return new AIToolResponse(
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toolCall.name,
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new AIToolResponsePayload({ error: `Invalid arguments for ${AITool.DeleteVaultFolder}: ${parseResult.error.message}` }),
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toolCall.toolId
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);
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}
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return new AIToolResponse(toolCall.name, await this.deleteVaultFolder(parseResult.data.path, parseResult.data.confirm_deletion), toolCall.toolId);
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}
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case AITool.MoveVaultFolder: {
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const parseResult = MoveVaultFolderArgsSchema.safeParse(toolCall.arguments);
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if (!parseResult.success) {
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return new AIToolResponse(
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toolCall.name,
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new AIToolResponsePayload({ error: `Invalid arguments for ${AITool.MoveVaultFolder}: ${parseResult.error.message}` }),
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toolCall.toolId
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);
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}
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return new AIToolResponse(toolCall.name, await this.moveVaultFolder(parseResult.data.source_path, parseResult.data.destination_path), toolCall.toolId);
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}
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case AITool.ListVaultFiles: {
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const parseResult = ListVaultFilesArgsSchema.safeParse(toolCall.arguments);
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if (!parseResult.success) {
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return new AIToolResponse(
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toolCall.name,
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new AIToolResponsePayload({ error: `Invalid arguments for ${AITool.ListVaultFiles}: ${parseResult.error.message}` }),
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toolCall.toolId
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);
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}
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return new AIToolResponse(toolCall.name, await this.listVaultFiles(parseResult.data.path, parseResult.data.recursive), toolCall.toolId);
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}
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case AITool.GetWebViewerContent: {
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const parseResult = GetWebViewerContentArgsSchema.safeParse(toolCall.arguments);
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if (!parseResult.success) {
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return new AIToolResponse(
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toolCall.name,
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new AIToolResponsePayload({ error: `Invalid arguments for ${AITool.GetWebViewerContent}: ${parseResult.error.message}` }),
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toolCall.toolId
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);
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}
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return new AIToolResponse(toolCall.name, await this.getWebViewerContent(parseResult.data.format, parseResult.data.url_hint), toolCall.toolId);
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}
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case AITool.ReadMemories: {
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const parseResult = ReadMemoriesArgsSchema.safeParse(toolCall.arguments);
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if (!parseResult.success) {
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return new AIToolResponse(
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toolCall.name,
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new AIToolResponsePayload({ error: `Invalid arguments for ${AITool.ReadMemories}: ${parseResult.error.message}` }),
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toolCall.toolId
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);
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}
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return new AIToolResponse(toolCall.name, await this.readMemories(), toolCall.toolId);
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}
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case AITool.UpdateMemories: {
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const parseResult = UpdateMemoriesArgsSchema.safeParse(toolCall.arguments);
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if (!parseResult.success) {
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return new AIToolResponse(
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toolCall.name,
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new AIToolResponsePayload({ error: `Invalid arguments for ${AITool.UpdateMemories}: ${parseResult.error.message}` }),
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toolCall.toolId
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);
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}
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return new AIToolResponse(toolCall.name, await this.updateMemories(parseResult.data.content), toolCall.toolId);
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}
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// This is only used by gemini
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case AITool.RequestWebSearch: {
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return new AIToolResponse(toolCall.name, new AIToolResponsePayload({}), toolCall.toolId);
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}
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// Multi-agent functions are handled elsewhere - this shouldn't really ever get hit
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case AITool.ExecuteWorkflow:
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case AITool.ContinuePlanExecution:
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case AITool.SubmitPlan:
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case AITool.AskUserQuestionPlanning:
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case AITool.AskUserQuestionExecution:
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case AITool.CompleteTask:
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case AITool.CompleteStep:
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case AITool.SkipStep:
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case AITool.ReviseStep:
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case AITool.RevisePlan:
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case AITool.CompletePlan:
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case AITool.CancelPlan: {
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Exception.log(`Multi-agent function ${toolCall.name} should not be handled by AIToolService`);
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return new AIToolResponse(
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toolCall.name,
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new AIToolResponsePayload({ error: `Failed to execute ${toolCall.name}.` }),
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toolCall.toolId
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);
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}
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case AITool.Unknown:
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default: {
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const toolCallName = fromString(toolCall.name);
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const error = `Unknown function request ${toolCallName}`
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Exception.log(error);
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return new AIToolResponse(
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toolCallName,
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new AIToolResponsePayload({ error: error }),
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toolCall.toolId
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);
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}
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}
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});
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}
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private async searchVaultFiles(searchTerms: string[]): Promise<AIToolResponsePayload> {
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const results: { searchTerm: string, results: object[] }[] = [];
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for (const searchTerm of searchTerms) {
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const matches: ISearchMatch[] = await this.fileSystemService.searchVaultFiles(searchTerm);
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results.push({
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searchTerm: searchTerm,
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results: matches.map(match => ({
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path: match.file.path,
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snippets: match.snippets.map((snippet) => ({
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text: snippet.text,
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pageNumber: snippet.pageNumber,
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matchPosition: snippet.matchIndex
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}))
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}))
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});
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}
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return new AIToolResponsePayload(results);
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}
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private async readVaultFiles(filePaths: string[]): Promise<AIToolResponsePayload> {
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const results = await Promise.all(
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filePaths.map(async (filePath) => {
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const result = await this.fileSystemService.readFilePath(filePath);
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if (result instanceof Error) {
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return { path: filePath, error: result.message };
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}
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return {
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type: pathExtname(filePath),
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path: filePath,
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contents: result
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};
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})
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);
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const errorResults = results.filter(result => result.error);
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const successResults = results.filter(result => !result.error && result.type && result.contents !== undefined) as
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Array<{ type: string; path: string; contents: string }>;
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const textResults = successResults.filter(result => isTextFile(result.type));
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const binaryResults = successResults.filter(result => !isTextFile(result.type));
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const attachments = binaryResults.map(file => {
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const fileName = file.path.split('/').pop() || file.path;
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let mimeType = FileTypeToMimeType[toFileType(file.type)];
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if (isDocumentMimeType(mimeType)) {
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mimeType = MimeType.TEXT_PLAIN;
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return new Attachment(fileName, mimeType, StringTools.toBase64(file.contents));
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}
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return new Attachment(fileName, mimeType, file.contents);
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});
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const binaryMessage = "The requested file(s) have been attached to the conversation immediately after this result. " +
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"This IS the content of the file(s) you read from the vault — PDFs, images, and documents are provided as attachments, " +
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"not as text in this response. Read the attached content directly to answer the user. You do NOT need to read or fetch this file again.";
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const response = textResults.length > 0 || errorResults.length > 0
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? {
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results: [...textResults, ...errorResults],
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...(binaryResults.length > 0 && { message: binaryMessage })
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}
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: {
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message: binaryMessage,
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count: binaryResults.length
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};
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return new AIToolResponsePayload(response, [], attachments);
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}
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private async writeVaultFile(filePath: string, content: string): Promise<AIToolResponsePayload> {
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return await this.asTrackedAction(filePath, async () => {
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return await this.fileSystemService.writeToFilePath(normalizePath(filePath), content);
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});
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}
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private async patchVaultFile(filePath: string, oldContent: string[], newContent: string[]): Promise<AIToolResponsePayload> {
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return await this.asTrackedAction(filePath, async () => {
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return await this.fileSystemService.patchFileAtPath(normalizePath(filePath), oldContent, newContent);
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});
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}
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private async deleteVaultFiles(filePaths: string[], confirmation: boolean): Promise<AIToolResponsePayload> {
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if (!confirmation) {
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return new AIToolResponsePayload({ error: "Confirmation was false, no action taken" });
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}
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const results: object[] = [];
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const artifacts = await this.collectDeletionCandidatesArtifacts(filePaths);
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for (const filePath of filePaths) {
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const deleteResult = await this.fileSystemService.deleteFile(filePath);
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if (deleteResult instanceof Error) {
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results.push({ path: filePath, success: false, error: deleteResult.message });
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continue;
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}
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results.push({ path: filePath, success: true });
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}
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return new AIToolResponsePayload({ results }, artifacts);
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}
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private async moveVaultFiles(sourcePaths: string[], destinationPaths: string[]): Promise<AIToolResponsePayload> {
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if (sourcePaths.length !== destinationPaths.length) {
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return new AIToolResponsePayload({ error: "Source paths array length does not equal destination paths array length" });
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}
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const results = await Promise.all(sourcePaths.map(async (sourcePath, index) => {
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const destinationPath = destinationPaths[index];
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const result = await this.fileSystemService.moveFile(sourcePath, destinationPath);
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if (result instanceof Error) {
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return { path: destinationPath, success: false, error: result.message };
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}
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return { path: destinationPath, success: true };
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}));
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return new AIToolResponsePayload({ results });
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}
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private async createVaultFolder(path: string): Promise<AIToolResponsePayload> {
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const result = await this.fileSystemService.createFolder(path);
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if (result instanceof Error) {
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return new AIToolResponsePayload({ path: path, success: false, error: result.message });
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}
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return new AIToolResponsePayload({ path: path, success: true });
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}
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private async deleteVaultFolder(path: string, confirmation: boolean): Promise<AIToolResponsePayload> {
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if (!confirmation) {
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return new AIToolResponsePayload({ error: "Confirmation was false, no action taken" });
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}
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const contents = await this.fileSystemService.listDirectoryContents(path, true);
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const filePaths = contents.filter(content => content instanceof TFile).map(file => file.path);
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const artifacts = await this.collectDeletionCandidatesArtifacts(filePaths);
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const result = await this.fileSystemService.deleteFolder(path);
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return result instanceof Error
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? new AIToolResponsePayload({ path: path, success: false, error: result.message }, artifacts)
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: new AIToolResponsePayload({ path: path, success: true }, artifacts);
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}
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private async moveVaultFolder(sourcePath: string, destinationPath: string): Promise<AIToolResponsePayload> {
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const result = await this.fileSystemService.moveFile(sourcePath, destinationPath);
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if (result instanceof Error) {
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return new AIToolResponsePayload({ path: destinationPath, success: false, error: result.message });
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}
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return new AIToolResponsePayload({ path: destinationPath, success: true });
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}
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private async listVaultFiles(path: string, recursive: boolean): Promise<AIToolResponsePayload> {
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const files: TAbstractFile[] = await this.fileSystemService.listDirectoryContents(path, recursive);
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return new AIToolResponsePayload(files.map(file => ({
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type: file instanceof TFile ? "file" : "directory",
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path: file.path
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})));
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}
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private async getWebViewerContent(format: "text" | "screenshot", urlHint?: string): Promise<AIToolResponsePayload> {
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const result = format === "text"
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? await this.webViewerService.getWebViewContent(urlHint)
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: await this.webViewerService.takeScreenshot(urlHint, true);
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if (urlHint && !result) {
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return new AIToolResponsePayload({ error: replaceCopy(Copy.WebViewerNoMatchingUrl, [urlHint]) });
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}
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if (!result) {
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return new AIToolResponsePayload({ error: Copy.WebViewerNoOpenView });
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}
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return format === "text"
|
|
? new AIToolResponsePayload({ content: result })
|
|
: new AIToolResponsePayload({ success: true }, [], [new Attachment("screenshot.png", MimeType.IMAGE_PNG, result)]);
|
|
}
|
|
|
|
private async readMemories(): Promise<AIToolResponsePayload> {
|
|
if (!this.settingsService.settings.enableMemories) {
|
|
return new AIToolResponsePayload({ error: Copy.MemoriesDisabledError });
|
|
}
|
|
this.lastToolReadMemories = true;
|
|
return new AIToolResponsePayload({ memories: await this.memoriesService.readMemories() });
|
|
}
|
|
|
|
private async updateMemories(content: string): Promise<AIToolResponsePayload> {
|
|
if (!this.settingsService.settings.allowUpdatingMemories) {
|
|
return new AIToolResponsePayload({ error: Copy.MemoriesUpdatingDisabledError });
|
|
}
|
|
|
|
if (!this.lastToolReadMemories) {
|
|
return new AIToolResponsePayload({ error: Copy.UpdateMemoriesWithoutReadError });
|
|
}
|
|
this.lastToolReadMemories = false;
|
|
|
|
return new AIToolResponsePayload({ result: await this.memoriesService.updateMemories(content) });
|
|
}
|
|
|
|
/** Helpers **/
|
|
|
|
private async collectDeletionCandidatesArtifacts(filePaths: string[]): Promise<Artifact[]> {
|
|
const artifacts: Artifact[] = [];
|
|
|
|
for (const filePath of filePaths) {
|
|
const fileType = toFileType(extname(filePath));
|
|
// Anything that isn't a note we will just store as a binary artifact
|
|
if (isBinaryFile(fileType) || isDocumentMimeType(FileTypeToMimeType[fileType])) {
|
|
const result = await this.fileSystemService.readBinaryFile(filePath);
|
|
if (result instanceof ArrayBuffer) {
|
|
artifacts.push(new Artifact(filePath, FileTypeToMimeType[fileType], ArtifactAction.Delete, filePath, "", arrayBufferToBase64(result)));
|
|
}
|
|
} else {
|
|
const result = await this.fileSystemService.readFilePath(filePath);
|
|
if (typeof result === "string") {
|
|
artifacts.push(new Artifact(filePath, FileTypeToMimeType[fileType], ArtifactAction.Delete, result, ""));
|
|
}
|
|
}
|
|
}
|
|
|
|
return artifacts;
|
|
}
|
|
|
|
private async asTrackedAction(filePath: string, action: () => Promise<TFile|Error|void>): Promise<AIToolResponsePayload> {
|
|
let artifactAction: ArtifactAction | undefined;
|
|
|
|
let preActionResult = await this.fileSystemService.readFilePath(filePath);
|
|
if (preActionResult instanceof Error) {
|
|
preActionResult = ""; // The file does not exist yet
|
|
artifactAction = ArtifactAction.Create;
|
|
}
|
|
const actionResult = await action();
|
|
if (actionResult instanceof Error) {
|
|
return new AIToolResponsePayload({ success: false, error: actionResult.message });
|
|
}
|
|
let postActionResult = actionResult ? await this.fileSystemService.readFile(actionResult) : "";
|
|
if (postActionResult instanceof Error) {
|
|
postActionResult = ""; // The file has been deleted
|
|
artifactAction = ArtifactAction.Delete;
|
|
}
|
|
|
|
if (artifactAction === undefined) {
|
|
artifactAction = ArtifactAction.Modify;
|
|
}
|
|
|
|
const fileType = toFileType(extname(filePath));
|
|
|
|
return new AIToolResponsePayload({ success: true },
|
|
[new Artifact(filePath, FileTypeToMimeType[fileType], artifactAction, preActionResult, postActionResult)]);
|
|
}
|
|
} |