var All = []GenericTool{CreateTemplate.Generic(),CreateTemplateVersion.Generic(),CreateWorkspace.Generic(),CreateWorkspaceBuild.Generic(),DeleteTemplate.Generic(),ListTemplates.Generic(),ListTemplateVersionParameters.Generic(),ListWorkspaces.Generic(),GetAuthenticatedUser.Generic(),GetTemplateVersionLogs.Generic(),GetWorkspace.Generic(),GetWorkspaceAgentLogs.Generic(),GetWorkspaceBuildLogs.Generic(),ReportTask.Generic(),UploadTarFile.Generic(),UpdateTemplateActiveVersion.Generic(),}

var CreateTemplate =Tool[CreateTemplateArgs,codersdk.Template]{Tool: aisdk.Tool{Name:        "coder_create_template",Description: "Create a new template in Coder. First, you must create a template version.",Schema: aisdk.Schema{Properties: map[string]any{"name": map[string]any{"type": "string",},"display_name": map[string]any{"type": "string",},"description": map[string]any{"type": "string",},"icon": map[string]any{"type":        "string","description": "A URL to an icon to use.",},"version_id": map[string]any{"type":        "string","description": "The ID of the version to use.",},},Required: []string{"name", "display_name", "description", "version_id"},},},Handler: func(ctxcontext.Context, depsDeps, argsCreateTemplateArgs) (codersdk.Template,error) {me, err := deps.coderClient.User(ctx, "me")if err !=nil {returncodersdk.Template{}, err}versionID, err :=uuid.Parse(args.VersionID)if err !=nil {returncodersdk.Template{},xerrors.Errorf("version_id must be a valid UUID: %w", err)}template, err := deps.coderClient.CreateTemplate(ctx, me.OrganizationIDs[0],codersdk.CreateTemplateRequest{Name:        args.Name,DisplayName: args.DisplayName,Description: args.Description,VersionID:   versionID,})if err !=nil {returncodersdk.Template{}, err}return template,nil},}

var CreateTemplateVersion =Tool[CreateTemplateVersionArgs,codersdk.TemplateVersion]{Tool: aisdk.Tool{Name: "coder_create_template_version",Description: `Create a new template version. This is a precursor to creating a template, or you can update an existing template.Templates are Terraform defining a development environment. The provisioned infrastructure must runan Agent that connects to the Coder Control Plane to provide a rich experience.Here are some strict rules for creating a template version:- YOU MUST NOT use "variable" or "output" blocks in the Terraform code.- YOU MUST ALWAYS check template version logs after creation to ensure the template was imported successfully.When a template version is created, a Terraform Plan occurs that ensures the infrastructure_could_ be provisioned, but actual provisioning occurs when a workspace is created.<terraform-spec>The Coder Terraform Provider can be imported like:` + "```" + `hclterraform {  required_providers {    coder = {      source = "coder/coder"    }  }}` + "```" + `A destroy does not occur when a user stops a workspace, but rather the transition changes:` + "```" + `hcldata "coder_workspace" "me" {}` + "```" + `This data source provides the following fields:- id: The UUID of the workspace.- name: The name of the workspace.- transition: Either "start" or "stop".- start_count: A computed count based on the transition field. If "start", this will be 1.Access workspace owner information with:` + "```" + `hcldata "coder_workspace_owner" "me" {}` + "```" + `This data source provides the following fields:- id: The UUID of the workspace owner.- name: The name of the workspace owner.- full_name: The full name of the workspace owner.- email: The email of the workspace owner.- session_token: A token that can be used to authenticate the workspace owner. It is regenerated every time the workspace is started.- oidc_access_token: A valid OpenID Connect access token of the workspace owner. This is only available if the workspace owner authenticated with OpenID Connect. If a valid token cannot be obtained, this value will be an empty string.Parameters are defined in the template version. They are rendered in the UI on the workspace creation page:` + "```" + `hclresource "coder_parameter" "region" {  name = "region"  type = "string"  default = "us-east-1"}` + "```" + `This resource accepts the following properties:- name: The name of the parameter.- default: The default value of the parameter.- type: The type of the parameter. Must be one of: "string", "number", "bool", or "list(string)".- display_name: The displayed name of the parameter as it will appear in the UI.- description: The description of the parameter as it will appear in the UI.- ephemeral: The value of an ephemeral parameter will not be preserved between consecutive workspace builds.- form_type: The type of this parameter. Must be one of: [radio, slider, input, dropdown, checkbox, switch, multi-select, tag-select, textarea, error].- icon: A URL to an icon to display in the UI.- mutable: Whether this value can be changed after workspace creation. This can be destructive for values like region, so use with caution!- option: Each option block defines a value for a user to select from. (see below for nested schema)  Required:  - name: The name of the option.  - value: The value of the option.  Optional:  - description: The description of the option as it will appear in the UI.  - icon: A URL to an icon to display in the UI.A Workspace Agent runs on provisioned infrastructure to provide access to the workspace:` + "```" + `hclresource "coder_agent" "dev" {  arch = "amd64"  os = "linux"}` + "```" + `This resource accepts the following properties:- arch: The architecture of the agent. Must be one of: "amd64", "arm64", or "armv7".- os: The operating system of the agent. Must be one of: "linux", "windows", or "darwin".- auth: The authentication method for the agent. Must be one of: "token", "google-instance-identity", "aws-instance-identity", or "azure-instance-identity". It is insecure to pass the agent token via exposed variables to Virtual Machines. Instance Identity enables provisioned VMs to authenticate by instance ID on start.- dir: The starting directory when a user creates a shell session. Defaults to "$HOME".- env: A map of environment variables to set for the agent.- startup_script: A script to run after the agent starts. This script MUST exit eventually to signal that startup has completed. Use "&" or "screen" to run processes in the background.This resource provides the following fields:- id: The UUID of the agent.- init_script: The script to run on provisioned infrastructure to fetch and start the agent.- token: Set the environment variable CODER_AGENT_TOKEN to this value to authenticate the agent.The agent MUST be installed and started using the init_script. A utility like curl or wget to fetch the agent binary must exist in the provisioned infrastructure.Expose terminal or HTTP applications running in a workspace with:` + "```" + `hclresource "coder_app" "dev" {  agent_id = coder_agent.dev.id  slug = "my-app-name"  display_name = "My App"  icon = "https://my-app.com/icon.svg"  url = "http://127.0.0.1:3000"}` + "```" + `This resource accepts the following properties:- agent_id: The ID of the agent to attach the app to.- slug: The slug of the app.- display_name: The displayed name of the app as it will appear in the UI.- icon: A URL to an icon to display in the UI.- url: An external url if external=true or a URL to be proxied to from inside the workspace. This should be of the form http://localhost:PORT[/SUBPATH]. Either command or url may be specified, but not both.- command: A command to run in a terminal opening this app. In the web, this will open in a new tab. In the CLI, this will SSH and execute the command. Either command or url may be specified, but not both.- external: Whether this app is an external app. If true, the url will be opened in a new tab.</terraform-spec>The Coder Server may not be authenticated with the infrastructure provider a user requests. In this scenario,the user will need to provide credentials to the Coder Server before the workspace can be provisioned.Here are examples of provisioning the Coder Agent on specific infrastructure providers:<aws-ec2-instance>// The agent is configured with "aws-instance-identity" auth.terraform {  required_providers {    cloudinit = {      source = "hashicorp/cloudinit"    }    aws = {      source = "hashicorp/aws"    }  }}data "cloudinit_config" "user_data" {  gzip          = false  base64_encode = false  boundary = "//"  part {    filename     = "cloud-config.yaml"    content_type = "text/cloud-config"// Here is the content of the cloud-config.yaml.tftpl file:// #cloud-config// cloud_final_modules://   - [scripts-user, always]// hostname: ${hostname}// users://   - name: ${linux_user}//     sudo: ALL=(ALL) NOPASSWD:ALL//     shell: /bin/bash    content = templatefile("${path.module}/cloud-init/cloud-config.yaml.tftpl", {      hostname   = local.hostname      linux_user = local.linux_user    })  }  part {    filename     = "userdata.sh"    content_type = "text/x-shellscript"// Here is the content of the userdata.sh.tftpl file:// #!/bin/bash// sudo -u '${linux_user}' sh -c '${init_script}'    content = templatefile("${path.module}/cloud-init/userdata.sh.tftpl", {      linux_user = local.linux_user      init_script = try(coder_agent.dev[0].init_script, "")    })  }}resource "aws_instance" "dev" {  ami               = data.aws_ami.ubuntu.id  availability_zone = "${data.coder_parameter.region.value}a"  instance_type     = data.coder_parameter.instance_type.value  user_data = data.cloudinit_config.user_data.rendered  tags = {    Name = "coder-${data.coder_workspace_owner.me.name}-${data.coder_workspace.me.name}"  }  lifecycle {    ignore_changes = [ami]  }}</aws-ec2-instance><gcp-vm-instance>// The agent is configured with "google-instance-identity" auth.terraform {  required_providers {    google = {      source = "hashicorp/google"    }  }}resource "google_compute_instance" "dev" {  zone         = module.gcp_region.value  count        = data.coder_workspace.me.start_count  name         = "coder-${lower(data.coder_workspace_owner.me.name)}-${lower(data.coder_workspace.me.name)}-root"  machine_type = "e2-medium"  network_interface {    network = "default"    access_config {      // Ephemeral public IP    }  }  boot_disk {    auto_delete = false    source      = google_compute_disk.root.name  }  // In order to use google-instance-identity, a service account *must* be provided.  service_account {    email  = data.google_compute_default_service_account.default.email    scopes = ["cloud-platform"]  }  # ONLY FOR WINDOWS:  # metadata = {  #   windows-startup-script-ps1 = coder_agent.main.init_script  # }  # The startup script runs as root with no $HOME environment set up, so instead of directly  # running the agent init script, create a user (with a homedir, default shell and sudo  # permissions) and execute the init script as that user.  #  # The agent MUST be started in here.  metadata_startup_script = <<EOMETA#!/usr/bin/env shset -eux# If user does not exist, create it and set up passwordless sudoif ! id -u "${local.linux_user}" >/dev/null 2>&1; then  useradd -m -s /bin/bash "${local.linux_user}"  echo "${local.linux_user} ALL=(ALL) NOPASSWD:ALL" > /etc/sudoers.d/coder-userfiexec sudo -u "${local.linux_user}" sh -c '${coder_agent.main.init_script}'EOMETA}</gcp-vm-instance><azure-vm-instance>// The agent is configured with "azure-instance-identity" auth.terraform {  required_providers {    azurerm = {      source = "hashicorp/azurerm"    }    cloudinit = {      source = "hashicorp/cloudinit"    }  }}data "cloudinit_config" "user_data" {  gzip          = false  base64_encode = true  boundary = "//"  part {    filename     = "cloud-config.yaml"    content_type = "text/cloud-config"// Here is the content of the cloud-config.yaml.tftpl file:// #cloud-config// cloud_final_modules:// - [scripts-user, always]// bootcmd://   # work around https://github.com/hashicorp/terraform-provider-azurerm/issues/6117//   - until [ -e /dev/disk/azure/scsi1/lun10 ]; do sleep 1; done// device_aliases://   homedir: /dev/disk/azure/scsi1/lun10// disk_setup://   homedir://     table_type: gpt//     layout: true// fs_setup://   - label: coder_home//     filesystem: ext4//     device: homedir.1// mounts://   - ["LABEL=coder_home", "/home/${username}"]// hostname: ${hostname}// users://   - name: ${username}//     sudo: ["ALL=(ALL) NOPASSWD:ALL"]//     groups: sudo//     shell: /bin/bash// packages://   - git// write_files://   - path: /opt/coder/init//     permissions: "0755"//     encoding: b64//     content: ${init_script}//   - path: /etc/systemd/system/coder-agent.service//     permissions: "0644"//     content: |//       [Unit]//       Description=Coder Agent//       After=network-online.target//       Wants=network-online.target//       [Service]//       User=${username}//       ExecStart=/opt/coder/init//       Restart=always//       RestartSec=10//       TimeoutStopSec=90//       KillMode=process//       OOMScoreAdjust=-900//       SyslogIdentifier=coder-agent//       [Install]//       WantedBy=multi-user.target// runcmd://   - chown ${username}:${username} /home/${username}//   - systemctl enable coder-agent//   - systemctl start coder-agent    content = templatefile("${path.module}/cloud-init/cloud-config.yaml.tftpl", {      username    = "coder" # Ensure this user/group does not exist in your VM image      init_script = base64encode(coder_agent.main.init_script)      hostname    = lower(data.coder_workspace.me.name)    })  }}resource "azurerm_linux_virtual_machine" "main" {  count               = data.coder_workspace.me.start_count  name                = "vm"  resource_group_name = azurerm_resource_group.main.name  location            = azurerm_resource_group.main.location  size                = data.coder_parameter.instance_type.value  // cloud-init overwrites this, so the value here doesn't matter  admin_username = "adminuser"  admin_ssh_key {    public_key = tls_private_key.dummy.public_key_openssh    username   = "adminuser"  }  network_interface_ids = [    azurerm_network_interface.main.id,  ]  computer_name = lower(data.coder_workspace.me.name)  os_disk {    caching              = "ReadWrite"    storage_account_type = "Standard_LRS"  }  source_image_reference {    publisher = "Canonical"    offer     = "0001-com-ubuntu-server-focal"    sku       = "20_04-lts-gen2"    version   = "latest"  }  user_data = data.cloudinit_config.user_data.rendered}</azure-vm-instance><docker-container>terraform {  required_providers {    coder = {      source = "kreuzwerker/docker"    }  }}// The agent is configured with "token" auth.resource "docker_container" "workspace" {  count = data.coder_workspace.me.start_count  image = "codercom/enterprise-base:ubuntu"  # Uses lower() to avoid Docker restriction on container names.  name = "coder-${data.coder_workspace_owner.me.name}-${lower(data.coder_workspace.me.name)}"  # Hostname makes the shell more user friendly: coder@my-workspace:~$  hostname = data.coder_workspace.me.name  # Use the docker gateway if the access URL is 127.0.0.1.  entrypoint = ["sh", "-c", replace(coder_agent.main.init_script, "/localhost|127\\.0\\.0\\.1/", "host.docker.internal")]  env        = ["CODER_AGENT_TOKEN=${coder_agent.main.token}"]  host {    host = "host.docker.internal"    ip   = "host-gateway"  }  volumes {    container_path = "/home/coder"    volume_name    = docker_volume.home_volume.name    read_only      = false  }}</docker-container><kubernetes-pod>// The agent is configured with "token" auth.resource "kubernetes_deployment" "main" {  count = data.coder_workspace.me.start_count  depends_on = [    kubernetes_persistent_volume_claim.home  ]  wait_for_rollout = false  metadata {    name      = "coder-${data.coder_workspace.me.id}"  }  spec {    replicas = 1    strategy {      type = "Recreate"    }    template {      spec {        security_context {          run_as_user     = 1000          fs_group        = 1000          run_as_non_root = true        }        container {          name              = "dev"          image             = "codercom/enterprise-base:ubuntu"          image_pull_policy = "Always"          command           = ["sh", "-c", coder_agent.main.init_script]          security_context {            run_as_user = "1000"          }          env {            name  = "CODER_AGENT_TOKEN"            value = coder_agent.main.token          }        }      }    }  }}</kubernetes-pod>The file_id provided is a reference to a tar file you have uploaded containing the Terraform.`,Schema: aisdk.Schema{Properties: map[string]any{"template_id": map[string]any{"type": "string",},"file_id": map[string]any{"type": "string",},},Required: []string{"file_id"},},},Handler: func(ctxcontext.Context, depsDeps, argsCreateTemplateVersionArgs) (codersdk.TemplateVersion,error) {me, err := deps.coderClient.User(ctx, "me")if err !=nil {returncodersdk.TemplateVersion{}, err}fileID, err :=uuid.Parse(args.FileID)if err !=nil {returncodersdk.TemplateVersion{},xerrors.Errorf("file_id must be a valid UUID: %w", err)}var templateIDuuid.UUIDif args.TemplateID != "" {tid, err :=uuid.Parse(args.TemplateID)if err !=nil {returncodersdk.TemplateVersion{},xerrors.Errorf("template_id must be a valid UUID: %w", err)}templateID = tid}templateVersion, err := deps.coderClient.CreateTemplateVersion(ctx, me.OrganizationIDs[0],codersdk.CreateTemplateVersionRequest{Message:       "Created by AI",StorageMethod:codersdk.ProvisionerStorageMethodFile,FileID:        fileID,Provisioner:codersdk.ProvisionerTypeTerraform,TemplateID:    templateID,})if err !=nil {returncodersdk.TemplateVersion{}, err}return templateVersion,nil},}

var CreateWorkspace =Tool[CreateWorkspaceArgs,codersdk.Workspace]{Tool: aisdk.Tool{Name: "coder_create_workspace",Description: `Create a new workspace in Coder.If a user is asking to "test a template", they are typically referringto creating a workspace from a template to ensure the infrastructureis provisioned correctly and the agent can connect to the control plane.`,Schema: aisdk.Schema{Properties: map[string]any{"user": map[string]any{"type":        "string","description": "Username or ID of the user to create the workspace for. Use the `me` keyword to create a workspace for the authenticated user.",},"template_version_id": map[string]any{"type":        "string","description": "ID of the template version to create the workspace from.",},"name": map[string]any{"type":        "string","description": "Name of the workspace to create.",},"rich_parameters": map[string]any{"type":        "object","description": "Key/value pairs of rich parameters to pass to the template version to create the workspace.",},},Required: []string{"user", "template_version_id", "name", "rich_parameters"},},},Handler: func(ctxcontext.Context, depsDeps, argsCreateWorkspaceArgs) (codersdk.Workspace,error) {tvID, err :=uuid.Parse(args.TemplateVersionID)if err !=nil {returncodersdk.Workspace{},xerrors.New("template_version_id must be a valid UUID")}if args.User == "" {args.User =codersdk.Me}var buildParams []codersdk.WorkspaceBuildParameterfor k, v := range args.RichParameters {buildParams =append(buildParams,codersdk.WorkspaceBuildParameter{Name:  k,Value: v,})}workspace, err := deps.coderClient.CreateUserWorkspace(ctx, args.User,codersdk.CreateWorkspaceRequest{TemplateVersionID:   tvID,Name:                args.Name,RichParameterValues: buildParams,})if err !=nil {returncodersdk.Workspace{}, err}return workspace,nil},}

var CreateWorkspaceBuild =Tool[CreateWorkspaceBuildArgs,codersdk.WorkspaceBuild]{Tool: aisdk.Tool{Name:        "coder_create_workspace_build",Description: "Create a new workspace build for an existing workspace. Use this to start, stop, or delete.",Schema: aisdk.Schema{Properties: map[string]any{"workspace_id": map[string]any{"type": "string",},"transition": map[string]any{"type":        "string","description": "The transition to perform. Must be one of: start, stop, delete","enum":        []string{"start", "stop", "delete"},},"template_version_id": map[string]any{"type":        "string","description": "(Optional) The template version ID to use for the workspace build. If not provided, the previously built version will be used.",},},Required: []string{"workspace_id", "transition"},},},Handler: func(ctxcontext.Context, depsDeps, argsCreateWorkspaceBuildArgs) (codersdk.WorkspaceBuild,error) {workspaceID, err :=uuid.Parse(args.WorkspaceID)if err !=nil {returncodersdk.WorkspaceBuild{},xerrors.Errorf("workspace_id must be a valid UUID: %w", err)}var templateVersionIDuuid.UUIDif args.TemplateVersionID != "" {tvID, err :=uuid.Parse(args.TemplateVersionID)if err !=nil {returncodersdk.WorkspaceBuild{},xerrors.Errorf("template_version_id must be a valid UUID: %w", err)}templateVersionID = tvID}cbr :=codersdk.CreateWorkspaceBuildRequest{Transition:codersdk.WorkspaceTransition(args.Transition),}if templateVersionID !=uuid.Nil {cbr.TemplateVersionID = templateVersionID}return deps.coderClient.CreateWorkspaceBuild(ctx, workspaceID, cbr)},}

var DeleteTemplate =Tool[DeleteTemplateArgs,codersdk.Response]{Tool: aisdk.Tool{Name:        "coder_delete_template",Description: "Delete a template. This is irreversible.",Schema: aisdk.Schema{Properties: map[string]any{"template_id": map[string]any{"type": "string",},},Required: []string{"template_id"},},},Handler: func(ctxcontext.Context, depsDeps, argsDeleteTemplateArgs) (codersdk.Response,error) {templateID, err :=uuid.Parse(args.TemplateID)if err !=nil {returncodersdk.Response{},xerrors.Errorf("template_id must be a valid UUID: %w", err)}err = deps.coderClient.DeleteTemplate(ctx, templateID)if err !=nil {returncodersdk.Response{}, err}returncodersdk.Response{Message: "Template deleted successfully.",},nil},}

var GetAuthenticatedUser =Tool[NoArgs,codersdk.User]{Tool: aisdk.Tool{Name:        "coder_get_authenticated_user",Description: "Get the currently authenticated user, similar to the `whoami` command.",Schema: aisdk.Schema{Properties: map[string]any{},Required:   []string{},},},Handler: func(ctxcontext.Context, depsDeps, _NoArgs) (codersdk.User,error) {return deps.coderClient.User(ctx, "me")},}

var GetTemplateVersionLogs =Tool[GetTemplateVersionLogsArgs, []string]{Tool: aisdk.Tool{Name:        "coder_get_template_version_logs",Description: "Get the logs of a template version. This is useful to check whether a template version successfully imports or not.",Schema: aisdk.Schema{Properties: map[string]any{"template_version_id": map[string]any{"type": "string",},},Required: []string{"template_version_id"},},},Handler: func(ctxcontext.Context, depsDeps, argsGetTemplateVersionLogsArgs) ([]string,error) {templateVersionID, err :=uuid.Parse(args.TemplateVersionID)if err !=nil {returnnil,xerrors.Errorf("template_version_id must be a valid UUID: %w", err)}logs, closer, err := deps.coderClient.TemplateVersionLogsAfter(ctx, templateVersionID, 0)if err !=nil {returnnil, err}defer closer.Close()var acc []stringfor log := range logs {acc =append(acc, log.Output)}return acc,nil},}

var GetWorkspace =Tool[GetWorkspaceArgs,codersdk.Workspace]{Tool: aisdk.Tool{Name: "coder_get_workspace",Description: `Get a workspace by ID.This returns more data than list_workspaces to reduce token usage.`,Schema: aisdk.Schema{Properties: map[string]any{"workspace_id": map[string]any{"type": "string",},},Required: []string{"workspace_id"},},},Handler: func(ctxcontext.Context, depsDeps, argsGetWorkspaceArgs) (codersdk.Workspace,error) {wsID, err :=uuid.Parse(args.WorkspaceID)if err !=nil {returncodersdk.Workspace{},xerrors.New("workspace_id must be a valid UUID")}return deps.coderClient.Workspace(ctx, wsID)},}

var GetWorkspaceAgentLogs =Tool[GetWorkspaceAgentLogsArgs, []string]{Tool: aisdk.Tool{Name: "coder_get_workspace_agent_logs",Description: `Get the logs of a workspace agent.More logs may appear after this call. It does not wait for the agent to finish.`,Schema: aisdk.Schema{Properties: map[string]any{"workspace_agent_id": map[string]any{"type": "string",},},Required: []string{"workspace_agent_id"},},},Handler: func(ctxcontext.Context, depsDeps, argsGetWorkspaceAgentLogsArgs) ([]string,error) {workspaceAgentID, err :=uuid.Parse(args.WorkspaceAgentID)if err !=nil {returnnil,xerrors.Errorf("workspace_agent_id must be a valid UUID: %w", err)}logs, closer, err := deps.coderClient.WorkspaceAgentLogsAfter(ctx, workspaceAgentID, 0,false)if err !=nil {returnnil, err}defer closer.Close()var acc []stringfor logChunk := range logs {for _, log := range logChunk {acc =append(acc, log.Output)}}return acc,nil},}

var GetWorkspaceBuildLogs =Tool[GetWorkspaceBuildLogsArgs, []string]{Tool: aisdk.Tool{Name: "coder_get_workspace_build_logs",Description: `Get the logs of a workspace build.Useful for checking whether a workspace builds successfully or not.`,Schema: aisdk.Schema{Properties: map[string]any{"workspace_build_id": map[string]any{"type": "string",},},Required: []string{"workspace_build_id"},},},Handler: func(ctxcontext.Context, depsDeps, argsGetWorkspaceBuildLogsArgs) ([]string,error) {workspaceBuildID, err :=uuid.Parse(args.WorkspaceBuildID)if err !=nil {returnnil,xerrors.Errorf("workspace_build_id must be a valid UUID: %w", err)}logs, closer, err := deps.coderClient.WorkspaceBuildLogsAfter(ctx, workspaceBuildID, 0)if err !=nil {returnnil, err}defer closer.Close()var acc []stringfor log := range logs {acc =append(acc, log.Output)}return acc,nil},}

var ListTemplateVersionParameters =Tool[ListTemplateVersionParametersArgs, []codersdk.TemplateVersionParameter]{Tool: aisdk.Tool{Name:        "coder_template_version_parameters",Description: "Get the parameters for a template version. You can refer to these as workspace parameters to the user, as they are typically important for creating a workspace.",Schema: aisdk.Schema{Properties: map[string]any{"template_version_id": map[string]any{"type": "string",},},Required: []string{"template_version_id"},},},Handler: func(ctxcontext.Context, depsDeps, argsListTemplateVersionParametersArgs) ([]codersdk.TemplateVersionParameter,error) {templateVersionID, err :=uuid.Parse(args.TemplateVersionID)if err !=nil {returnnil,xerrors.Errorf("template_version_id must be a valid UUID: %w", err)}parameters, err := deps.coderClient.TemplateVersionRichParameters(ctx, templateVersionID)if err !=nil {returnnil, err}return parameters,nil},}

var ListTemplates =Tool[NoArgs, []MinimalTemplate]{Tool: aisdk.Tool{Name:        "coder_list_templates",Description: "Lists templates for the authenticated user.",Schema: aisdk.Schema{Properties: map[string]any{},Required:   []string{},},},Handler: func(ctxcontext.Context, depsDeps, _NoArgs) ([]MinimalTemplate,error) {templates, err := deps.coderClient.Templates(ctx,codersdk.TemplateFilter{})if err !=nil {returnnil, err}minimalTemplates :=make([]MinimalTemplate,len(templates))for i, template := range templates {minimalTemplates[i] =MinimalTemplate{DisplayName:     template.DisplayName,ID:              template.ID.String(),Name:            template.Name,Description:     template.Description,ActiveVersionID: template.ActiveVersionID,ActiveUserCount: template.ActiveUserCount,}}return minimalTemplates,nil},}

var ListWorkspaces =Tool[ListWorkspacesArgs, []MinimalWorkspace]{Tool: aisdk.Tool{Name:        "coder_list_workspaces",Description: "Lists workspaces for the authenticated user.",Schema: aisdk.Schema{Properties: map[string]any{"owner": map[string]any{"type":        "string","description": "The owner of the workspaces to list. Use \"me\" to list workspaces for the authenticated user. If you do not specify an owner, \"me\" will be assumed by default.",},},Required: []string{},},},Handler: func(ctxcontext.Context, depsDeps, argsListWorkspacesArgs) ([]MinimalWorkspace,error) {owner := args.Ownerif owner == "" {owner =codersdk.Me}workspaces, err := deps.coderClient.Workspaces(ctx,codersdk.WorkspaceFilter{Owner: owner,})if err !=nil {returnnil, err}minimalWorkspaces :=make([]MinimalWorkspace,len(workspaces.Workspaces))for i, workspace := range workspaces.Workspaces {minimalWorkspaces[i] =MinimalWorkspace{ID:                      workspace.ID.String(),Name:                    workspace.Name,TemplateID:              workspace.TemplateID.String(),TemplateName:            workspace.TemplateName,TemplateDisplayName:     workspace.TemplateDisplayName,TemplateIcon:            workspace.TemplateIcon,TemplateActiveVersionID: workspace.TemplateActiveVersionID,Outdated:                workspace.Outdated,}}return minimalWorkspaces,nil},}

var ReportTask =Tool[ReportTaskArgs,codersdk.Response]{Tool: aisdk.Tool{Name: "coder_report_task",Description: `Report progress on your work.The user observes your work through a Task UI. To keep them updatedon your progress, or if you need help - use this tool.Good Tasks- "Cloning the repository <repository-url>"- "Working on <feature-name>"- "Figuring our why <issue> is happening"Bad Tasks- "I'm working on it"- "I'm trying to fix it"- "I'm trying to implement <feature-name>"Use the "state" field to indicate your progress. Periodically reportprogress with state "working" to keep the user updated. It is not possible to send too many updates!ONLY report an "idle" or "failure" state if you have FULLY completed the task.`,Schema: aisdk.Schema{Properties: map[string]any{"summary": map[string]any{"type":        "string","description": "A concise summary of your current progress on the task. This must be less than 160 characters in length.",},"link": map[string]any{"type":        "string","description": "A link to a relevant resource, such as a PR or issue.",},"state": map[string]any{"type":        "string","description": "The state of your task. This can be one of the following: working, idle, or failure. Select the state that best represents your current progress.","enum": []string{string(codersdk.WorkspaceAppStatusStateWorking),string(codersdk.WorkspaceAppStatusStateIdle),string(codersdk.WorkspaceAppStatusStateFailure),},},},Required: []string{"summary", "link", "state"},},},UserClientOptional:true,Handler: func(_context.Context, depsDeps, argsReportTaskArgs) (codersdk.Response,error) {iflen(args.Summary) > 160 {returncodersdk.Response{},xerrors.New("summary must be less than 160 characters")}err := deps.report(args)if err !=nil {returncodersdk.Response{}, err}returncodersdk.Response{Message: "Thanks for reporting!",},nil},}

var UpdateTemplateActiveVersion =Tool[UpdateTemplateActiveVersionArgs,string]{Tool: aisdk.Tool{Name:        "coder_update_template_active_version",Description: "Update the active version of a template. This is helpful when iterating on templates.",Schema: aisdk.Schema{Properties: map[string]any{"template_id": map[string]any{"type": "string",},"template_version_id": map[string]any{"type": "string",},},Required: []string{"template_id", "template_version_id"},},},Handler: func(ctxcontext.Context, depsDeps, argsUpdateTemplateActiveVersionArgs) (string,error) {templateID, err :=uuid.Parse(args.TemplateID)if err !=nil {return "",xerrors.Errorf("template_id must be a valid UUID: %w", err)}templateVersionID, err :=uuid.Parse(args.TemplateVersionID)if err !=nil {return "",xerrors.Errorf("template_version_id must be a valid UUID: %w", err)}err = deps.coderClient.UpdateActiveTemplateVersion(ctx, templateID,codersdk.UpdateActiveTemplateVersion{ID: templateVersionID,})if err !=nil {return "", err}return "Successfully updated active version!",nil},}

var UploadTarFile =Tool[UploadTarFileArgs,codersdk.UploadResponse]{Tool: aisdk.Tool{Name:        "coder_upload_tar_file",Description: `Create and upload a tar file by key/value mapping of file names to file contents. Use this to create template versions. Reference the tool description of "create_template_version" to understand template requirements.`,Schema: aisdk.Schema{Properties: map[string]any{"files": map[string]any{"type":        "object","description": "A map of file names to file contents.",},},Required: []string{"files"},},},Handler: func(ctxcontext.Context, depsDeps, argsUploadTarFileArgs) (codersdk.UploadResponse,error) {pipeReader, pipeWriter :=io.Pipe()done :=make(chan struct{})go func() {defer func() {_ = pipeWriter.Close()close(done)}()tarWriter :=tar.NewWriter(pipeWriter)for name, content := range args.Files {header := &tar.Header{Name: name,Size:int64(len(content)),Mode: 0o644,}if err := tarWriter.WriteHeader(header); err !=nil {_ = pipeWriter.CloseWithError(err)return}if _, err := tarWriter.Write([]byte(content)); err !=nil {_ = pipeWriter.CloseWithError(err)return}}if err := tarWriter.Close(); err !=nil {_ = pipeWriter.CloseWithError(err)}}()resp, err := deps.coderClient.Upload(ctx,codersdk.ContentTypeTar, pipeReader)if err !=nil {_ = pipeReader.CloseWithError(err)<-donereturncodersdk.UploadResponse{}, err}<-donereturn resp,nil},}

funcWithTaskReporter¶added inv2.24.0

func WithTaskReporter(fn func(ReportTaskArgs)error) func(*Deps)

typeCreateTemplateArgs¶

type CreateTemplateArgs struct {Descriptionstring `json:"description"`DisplayNamestring `json:"display_name"`Iconstring `json:"icon"`Namestring `json:"name"`VersionIDstring `json:"version_id"`}

typeCreateTemplateVersionArgs¶

type CreateTemplateVersionArgs struct {FileIDstring `json:"file_id"`TemplateIDstring `json:"template_id"`}

typeCreateWorkspaceArgs¶

type CreateWorkspaceArgs struct {Namestring            `json:"name"`RichParameters    map[string]string `json:"rich_parameters"`TemplateVersionIDstring            `json:"template_version_id"`Userstring            `json:"user"`}

typeCreateWorkspaceBuildArgs¶

type CreateWorkspaceBuildArgs struct {TemplateVersionIDstring `json:"template_version_id"`Transitionstring `json:"transition"`WorkspaceIDstring `json:"workspace_id"`}

typeDeleteTemplateArgs¶

type DeleteTemplateArgs struct {TemplateIDstring `json:"template_id"`}

typeDeps¶

type Deps struct {// contains filtered or unexported fields}

Deps provides access to tool dependencies.

func NewDeps(client *codersdk.Client, opts ...func(*Deps)) (Deps,error)

typeGenericHandlerFunc¶

type GenericHandlerFunc func(context.Context,Deps,json.RawMessage) (json.RawMessage,error)

GenericHandlerFunc is a function that handles a tool call.

func WithCleanContext(hGenericHandlerFunc)GenericHandlerFunc

func WithRecover(hGenericHandlerFunc)GenericHandlerFunc

typeGenericTool¶

type GenericTool struct {aisdk.ToolHandlerGenericHandlerFunc// UserClientOptional indicates whether this tool can function without a valid// user authentication token. If true, the tool will be available even when// running in an unauthenticated mode with just an agent token.UserClientOptionalbool}

GenericTool is a type-erased wrapper for GenericTool.This allows referencing the tool without knowing the concrete argument orreturn type. The Handler function allows calling the tool with known types.

typeGetTemplateVersionLogsArgs¶

type GetTemplateVersionLogsArgs struct {TemplateVersionIDstring `json:"template_version_id"`}

typeGetWorkspaceAgentLogsArgs¶

type GetWorkspaceAgentLogsArgs struct {WorkspaceAgentIDstring `json:"workspace_agent_id"`}

typeGetWorkspaceArgs¶

type GetWorkspaceArgs struct {WorkspaceIDstring `json:"workspace_id"`}

typeGetWorkspaceBuildLogsArgs¶

type GetWorkspaceBuildLogsArgs struct {WorkspaceBuildIDstring `json:"workspace_build_id"`}

typeHandlerFunc¶

type HandlerFunc[Arg, Retany] func(context.Context,Deps, Arg) (Ret,error)

HandlerFunc is a typed function that handles a tool call.

typeListTemplateVersionParametersArgs¶

type ListTemplateVersionParametersArgs struct {TemplateVersionIDstring `json:"template_version_id"`}

typeListWorkspacesArgs¶

type ListWorkspacesArgs struct {Ownerstring `json:"owner"`}

typeMinimalTemplate¶

type MinimalTemplate struct {DisplayNamestring    `json:"display_name"`IDstring    `json:"id"`Namestring    `json:"name"`Descriptionstring    `json:"description"`ActiveVersionIDuuid.UUID `json:"active_version_id"`ActiveUserCountint       `json:"active_user_count"`}

typeMinimalWorkspace¶

type MinimalWorkspace struct {IDstring    `json:"id"`Namestring    `json:"name"`TemplateIDstring    `json:"template_id"`TemplateNamestring    `json:"template_name"`TemplateDisplayNamestring    `json:"template_display_name"`TemplateIconstring    `json:"template_icon"`TemplateActiveVersionIDuuid.UUID `json:"template_active_version_id"`Outdatedbool      `json:"outdated"`}

typeNoArgs¶

type NoArgs struct{}

NoArgs just represents an empty argument struct.

typeReportTaskArgs¶

type ReportTaskArgs struct {Linkstring `json:"link"`Statestring `json:"state"`Summarystring `json:"summary"`}

typeTool¶

type Tool[Arg, Retany] struct {aisdk.ToolHandlerHandlerFunc[Arg, Ret]// UserClientOptional indicates whether this tool can function without a valid// user authentication token. If true, the tool will be available even when// running in an unauthenticated mode with just an agent token.UserClientOptionalbool}

Tool consists of an aisdk.Tool and a corresponding typed handler function.

func (tTool[Arg, Ret]) Generic()GenericTool

typeUpdateTemplateActiveVersionArgs¶

type UpdateTemplateActiveVersionArgs struct {TemplateIDstring `json:"template_id"`TemplateVersionIDstring `json:"template_version_id"`}

typeUploadTarFileArgs¶

type UploadTarFileArgs struct {Files map[string]string `json:"files"`}