53db749738
Runner now creates a reservation entry (PID=-1) in the workspace Registry immediately when approving a dispatch. This prevents parallel requests from all seeing count < limit before any spawn completes. Reservations are counted by countRunningByAgent/ByModel (PID < 0 = always count). Agentic overwrites with real PID via TrackWorkspace after spawn. Co-Authored-By: Virgil <virgil@lethean.io>
570 lines
18 KiB
Go
570 lines
18 KiB
Go
// SPDX-License-Identifier: EUPL-1.2
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package agentic
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import (
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"context"
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"time"
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"dappco.re/go/agent/pkg/messages"
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core "dappco.re/go/core"
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"dappco.re/go/core/process"
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"github.com/modelcontextprotocol/go-sdk/mcp"
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)
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// workspaceTracker is the interface runner.Service satisfies.
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// Uses *WorkspaceStatus from agentic — runner imports agentic for the type.
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type workspaceTracker interface {
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TrackWorkspace(name string, st any)
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}
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// DispatchInput is the input for agentic_dispatch.
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//
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// input := agentic.DispatchInput{Repo: "go-io", Task: "Fix the failing tests", Agent: "codex", Issue: 15}
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type DispatchInput struct {
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Repo string `json:"repo"` // Target repo (e.g. "go-io")
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Org string `json:"org,omitempty"` // Forge org (default "core")
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Task string `json:"task"` // What the agent should do
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Agent string `json:"agent,omitempty"` // "codex" (default), "claude", "gemini"
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Template string `json:"template,omitempty"` // "conventions", "security", "coding" (default)
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PlanTemplate string `json:"plan_template,omitempty"` // Plan template slug
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Variables map[string]string `json:"variables,omitempty"` // Template variable substitution
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Persona string `json:"persona,omitempty"` // Persona slug
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Issue int `json:"issue,omitempty"` // Forge issue number → workspace: task-{num}/
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PR int `json:"pr,omitempty"` // PR number → workspace: pr-{num}/
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Branch string `json:"branch,omitempty"` // Branch → workspace: {branch}/
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Tag string `json:"tag,omitempty"` // Tag → workspace: {tag}/ (immutable)
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DryRun bool `json:"dry_run,omitempty"` // Preview without executing
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}
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// DispatchOutput is the output for agentic_dispatch.
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//
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// out := agentic.DispatchOutput{Success: true, Agent: "codex", Repo: "go-io", WorkspaceDir: ".core/workspace/core/go-io/task-15"}
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type DispatchOutput struct {
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Success bool `json:"success"`
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Agent string `json:"agent"`
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Repo string `json:"repo"`
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WorkspaceDir string `json:"workspace_dir"`
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Prompt string `json:"prompt,omitempty"`
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PID int `json:"pid,omitempty"`
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OutputFile string `json:"output_file,omitempty"`
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}
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func (s *PrepSubsystem) registerDispatchTool(server *mcp.Server) {
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mcp.AddTool(server, &mcp.Tool{
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Name: "agentic_dispatch",
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Description: "Dispatch a subagent (Gemini, Codex, or Claude) to work on a task. Preps a sandboxed workspace first, then spawns the agent inside it. Templates: conventions, security, coding.",
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}, s.dispatch)
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}
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// agentCommand returns the command and args for a given agent type.
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// Supports model variants: "gemini", "gemini:flash", "codex", "claude", "claude:haiku".
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func agentCommand(agent, prompt string) (string, []string, error) {
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parts := core.SplitN(agent, ":", 2)
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base := parts[0]
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model := ""
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if len(parts) > 1 {
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model = parts[1]
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}
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switch base {
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case "gemini":
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args := []string{"-p", prompt, "--yolo", "--sandbox"}
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if model != "" {
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args = append(args, "-m", core.Concat("gemini-2.5-", model))
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}
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return "gemini", args, nil
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case "codex":
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if model == "review" {
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// Use exec with bypass — codex review subcommand has its own sandbox that blocks shell
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// No -o flag — stdout captured by process output, ../.meta path unreliable in sandbox
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return "codex", []string{
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"exec",
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"--dangerously-bypass-approvals-and-sandbox",
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"Review the last 2 commits via git diff HEAD~2. Check for bugs, security issues, missing tests, naming issues. Report pass/fail with specifics. Do NOT make changes.",
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}, nil
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}
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// Container IS the sandbox — let codex run unrestricted inside it
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args := []string{
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"exec",
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"--dangerously-bypass-approvals-and-sandbox",
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"-o", "../.meta/agent-codex.log",
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}
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if model != "" {
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args = append(args, "--model", model)
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}
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args = append(args, prompt)
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return "codex", args, nil
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case "claude":
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args := []string{
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"-p", prompt,
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"--output-format", "text",
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"--dangerously-skip-permissions",
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"--no-session-persistence",
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"--append-system-prompt", "SANDBOX: You are restricted to the current directory only. Do NOT use absolute paths. Do NOT navigate outside this repository.",
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}
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if model != "" {
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args = append(args, "--model", model)
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}
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return "claude", args, nil
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case "coderabbit":
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args := []string{"review", "--plain", "--base", "HEAD~1"}
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if model != "" {
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args = append(args, "--type", model)
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}
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if prompt != "" {
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args = append(args, "--config", "CLAUDE.md")
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}
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return "coderabbit", args, nil
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case "local":
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// Local model via codex --oss → Ollama. Default model: devstral-24b
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// socat proxies localhost:11434 → host.docker.internal:11434
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// because codex hardcodes localhost check for Ollama.
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localModel := model
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if localModel == "" {
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localModel = "devstral-24b"
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}
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script := core.Sprintf(
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`socat TCP-LISTEN:11434,fork,reuseaddr TCP:host.docker.internal:11434 & sleep 0.5 && codex exec --dangerously-bypass-approvals-and-sandbox --oss --local-provider ollama -m %s -o ../.meta/agent-codex.log %q`,
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localModel, prompt,
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)
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return "sh", []string{"-c", script}, nil
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default:
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return "", nil, core.E("agentCommand", core.Concat("unknown agent: ", agent), nil)
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}
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}
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// defaultDockerImage is the container image for agent dispatch.
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// Override via AGENT_DOCKER_IMAGE env var.
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const defaultDockerImage = "core-dev"
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// containerCommand wraps an agent command to run inside a Docker container.
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// All agents run containerised — no bare metal execution.
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// agentType is the base agent name (e.g. "local", "codex", "claude").
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//
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// cmd, args := containerCommand("local", "codex", []string{"exec", "..."}, repoDir, metaDir)
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func containerCommand(agentType, command string, args []string, repoDir, metaDir string) (string, []string) {
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image := core.Env("AGENT_DOCKER_IMAGE")
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if image == "" {
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image = defaultDockerImage
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}
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home := core.Env("DIR_HOME")
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dockerArgs := []string{
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"run", "--rm",
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// Host access for Ollama (local models)
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"--add-host=host.docker.internal:host-gateway",
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// Workspace: repo + meta
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"-v", core.Concat(repoDir, ":/workspace"),
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"-v", core.Concat(metaDir, ":/workspace/.meta"),
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"-w", "/workspace",
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// Auth: agent configs only — NO SSH keys, git push runs on host
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"-v", core.Concat(core.JoinPath(home, ".codex"), ":/home/dev/.codex:ro"),
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// API keys — passed by name, Docker resolves from host env
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"-e", "OPENAI_API_KEY",
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"-e", "ANTHROPIC_API_KEY",
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"-e", "GEMINI_API_KEY",
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"-e", "GOOGLE_API_KEY",
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// Agent environment
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"-e", "TERM=dumb",
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"-e", "NO_COLOR=1",
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"-e", "CI=true",
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"-e", "GIT_USER_NAME=Virgil",
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"-e", "GIT_USER_EMAIL=virgil@lethean.io",
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// Go workspace — local modules bypass checksum verification
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"-e", "GONOSUMCHECK=dappco.re/*,forge.lthn.ai/*",
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"-e", "GOFLAGS=-mod=mod",
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}
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// Mount Claude config if dispatching claude agent
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if command == "claude" {
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dockerArgs = append(dockerArgs,
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"-v", core.Concat(core.JoinPath(home, ".claude"), ":/home/dev/.claude:ro"),
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)
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}
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// Mount Gemini config if dispatching gemini agent
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if command == "gemini" {
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dockerArgs = append(dockerArgs,
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"-v", core.Concat(core.JoinPath(home, ".gemini"), ":/home/dev/.gemini:ro"),
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)
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}
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// Wrap agent command in sh -c to chmod workspace after exit.
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// Docker runs as a different user — without this, host can't delete workspace files.
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quoted := core.NewBuilder()
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quoted.WriteString(command)
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for _, a := range args {
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quoted.WriteString(" '")
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quoted.WriteString(core.Replace(a, "'", "'\\''"))
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quoted.WriteString("'")
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}
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quoted.WriteString("; chmod -R a+w /workspace /workspace/.meta 2>/dev/null; true")
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dockerArgs = append(dockerArgs, image, "sh", "-c", quoted.String())
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return "docker", dockerArgs
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}
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// --- spawnAgent: decomposed into testable steps ---
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// agentOutputFile returns the log file path for an agent's output.
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func agentOutputFile(wsDir, agent string) string {
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agentBase := core.SplitN(agent, ":", 2)[0]
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return core.JoinPath(wsDir, ".meta", core.Sprintf("agent-%s.log", agentBase))
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}
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// detectFinalStatus reads workspace state after agent exit to determine outcome.
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// Returns (status, question) — "completed", "blocked", or "failed".
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func detectFinalStatus(repoDir string, exitCode int, procStatus string) (string, string) {
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blockedPath := core.JoinPath(repoDir, "BLOCKED.md")
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if r := fs.Read(blockedPath); r.OK && core.Trim(r.Value.(string)) != "" {
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return "blocked", core.Trim(r.Value.(string))
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}
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if exitCode != 0 || procStatus == "failed" || procStatus == "killed" {
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question := ""
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if exitCode != 0 {
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question = core.Sprintf("Agent exited with code %d", exitCode)
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}
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return "failed", question
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}
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return "completed", ""
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}
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// trackFailureRate detects fast consecutive failures and applies backoff.
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// Returns true if backoff was triggered.
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func (s *PrepSubsystem) trackFailureRate(agent, status string, startedAt time.Time) bool {
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pool := baseAgent(agent)
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if status == "failed" {
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elapsed := time.Since(startedAt)
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if elapsed < 60*time.Second {
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s.failCount[pool]++
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if s.failCount[pool] >= 3 {
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s.backoff[pool] = time.Now().Add(30 * time.Minute)
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core.Print(nil, "rate-limit detected for %s — pausing pool for 30 minutes", pool)
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return true
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}
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} else {
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s.failCount[pool] = 0 // slow failure = real failure, reset count
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}
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} else {
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s.failCount[pool] = 0 // success resets count
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}
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return false
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}
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// startIssueTracking starts a Forge stopwatch on the workspace's issue.
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func (s *PrepSubsystem) startIssueTracking(wsDir string) {
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if s.forge == nil {
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return
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}
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st, _ := ReadStatus(wsDir)
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if st == nil || st.Issue == 0 {
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return
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}
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org := st.Org
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if org == "" {
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org = "core"
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}
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s.forge.Issues.StartStopwatch(context.Background(), org, st.Repo, int64(st.Issue))
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}
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// stopIssueTracking stops a Forge stopwatch on the workspace's issue.
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func (s *PrepSubsystem) stopIssueTracking(wsDir string) {
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if s.forge == nil {
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return
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}
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st, _ := ReadStatus(wsDir)
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if st == nil || st.Issue == 0 {
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return
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}
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org := st.Org
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if org == "" {
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org = "core"
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}
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s.forge.Issues.StopStopwatch(context.Background(), org, st.Repo, int64(st.Issue))
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}
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// broadcastStart emits IPC + audit events for agent start.
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func (s *PrepSubsystem) broadcastStart(agent, wsDir string) {
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st, _ := ReadStatus(wsDir)
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repo := ""
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if st != nil {
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repo = st.Repo
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}
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if s.ServiceRuntime != nil {
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s.Core().ACTION(messages.AgentStarted{
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Agent: agent, Repo: repo, Workspace: core.PathBase(wsDir),
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})
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}
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emitStartEvent(agent, core.PathBase(wsDir))
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}
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// broadcastComplete emits IPC + audit events for agent completion.
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func (s *PrepSubsystem) broadcastComplete(agent, wsDir, finalStatus string) {
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emitCompletionEvent(agent, core.PathBase(wsDir), finalStatus)
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if s.ServiceRuntime != nil {
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st, _ := ReadStatus(wsDir)
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repo := ""
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if st != nil {
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repo = st.Repo
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}
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s.Core().ACTION(messages.AgentCompleted{
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Agent: agent, Repo: repo,
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Workspace: core.PathBase(wsDir), Status: finalStatus,
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})
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}
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}
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// onAgentComplete handles all post-completion logic for a spawned agent.
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// Called from the monitoring goroutine after the process exits.
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func (s *PrepSubsystem) onAgentComplete(agent, wsDir, outputFile string, exitCode int, procStatus, output string) {
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// Save output
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if output != "" {
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fs.Write(outputFile, output)
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}
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repoDir := core.JoinPath(wsDir, "repo")
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finalStatus, question := detectFinalStatus(repoDir, exitCode, procStatus)
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// Update workspace status (disk + registry)
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if st, err := ReadStatus(wsDir); err == nil {
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st.Status = finalStatus
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st.PID = 0
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st.Question = question
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writeStatus(wsDir, st)
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s.TrackWorkspace(core.PathBase(wsDir), st)
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}
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// Rate-limit tracking
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if st, _ := ReadStatus(wsDir); st != nil {
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s.trackFailureRate(agent, finalStatus, st.StartedAt)
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}
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// Forge time tracking
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s.stopIssueTracking(wsDir)
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// Broadcast completion
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s.broadcastComplete(agent, wsDir, finalStatus)
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// Run completion pipeline via PerformAsync for successful agents.
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// Gets ActionTaskStarted/Completed broadcasts + WaitGroup integration for graceful shutdown.
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//
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// c.PerformAsync("agentic.complete", opts) → runs agent.completion Task in background
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if finalStatus == "completed" && s.ServiceRuntime != nil {
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s.Core().PerformAsync("agentic.complete", core.NewOptions(
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core.Option{Key: "workspace", Value: wsDir},
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))
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}
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}
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// spawnAgent launches an agent inside a Docker container.
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// The repo/ directory is mounted at /workspace, agent runs sandboxed.
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// Output is captured and written to .meta/agent-{agent}.log on completion.
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func (s *PrepSubsystem) spawnAgent(agent, prompt, wsDir string) (int, string, error) {
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command, args, err := agentCommand(agent, prompt)
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if err != nil {
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return 0, "", err
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}
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repoDir := core.JoinPath(wsDir, "repo")
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metaDir := core.JoinPath(wsDir, ".meta")
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outputFile := agentOutputFile(wsDir, agent)
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// Clean up stale BLOCKED.md from previous runs
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fs.Delete(core.JoinPath(repoDir, "BLOCKED.md"))
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// All agents run containerised
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agentBase := core.SplitN(agent, ":", 2)[0]
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command, args = containerCommand(agentBase, command, args, repoDir, metaDir)
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procSvc, ok := core.ServiceFor[*process.Service](s.Core(), "process")
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if !ok {
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return 0, "", core.E("dispatch.spawnAgent", "process service not registered", nil)
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}
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sr := procSvc.StartWithOptions(context.Background(), process.RunOptions{
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Command: command,
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Args: args,
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Dir: repoDir,
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Detach: true,
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})
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if !sr.OK {
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return 0, "", core.E("dispatch.spawnAgent", core.Concat("failed to spawn ", agent), nil)
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}
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proc := sr.Value.(*process.Process)
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proc.CloseStdin()
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pid := proc.Info().PID
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s.broadcastStart(agent, wsDir)
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s.startIssueTracking(wsDir)
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// Register a one-shot Action that monitors this agent, then run it via PerformAsync.
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// PerformAsync tracks it in Core's WaitGroup — ServiceShutdown waits for it.
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monitorAction := core.Concat("agentic.monitor.", core.PathBase(wsDir))
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s.Core().Action(monitorAction, func(_ context.Context, _ core.Options) core.Result {
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<-proc.Done()
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s.onAgentComplete(agent, wsDir, outputFile,
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proc.Info().ExitCode, string(proc.Info().Status), proc.Output())
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return core.Result{OK: true}
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})
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s.Core().PerformAsync(monitorAction, core.NewOptions())
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return pid, outputFile, nil
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}
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// runQA runs build + test checks on the repo after agent completion.
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// Returns true if QA passes, false if build or tests fail.
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func (s *PrepSubsystem) runQA(wsDir string) bool {
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ctx := context.Background()
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repoDir := core.JoinPath(wsDir, "repo")
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if fs.IsFile(core.JoinPath(repoDir, "go.mod")) {
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for _, args := range [][]string{
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{"go", "build", "./..."},
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{"go", "vet", "./..."},
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{"go", "test", "./...", "-count=1", "-timeout", "120s"},
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} {
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if !s.runCmdOK(ctx, repoDir, args[0], args[1:]...) {
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core.Warn("QA failed", "cmd", core.Join(" ", args...))
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return false
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}
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}
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return true
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}
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if fs.IsFile(core.JoinPath(repoDir, "composer.json")) {
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if !s.runCmdOK(ctx, repoDir, "composer", "install", "--no-interaction") {
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return false
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}
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return s.runCmdOK(ctx, repoDir, "composer", "test")
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}
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if fs.IsFile(core.JoinPath(repoDir, "package.json")) {
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if !s.runCmdOK(ctx, repoDir, "npm", "install") {
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return false
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}
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return s.runCmdOK(ctx, repoDir, "npm", "test")
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}
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return true
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}
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func (s *PrepSubsystem) dispatch(ctx context.Context, req *mcp.CallToolRequest, input DispatchInput) (*mcp.CallToolResult, DispatchOutput, error) {
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if input.Repo == "" {
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return nil, DispatchOutput{}, core.E("dispatch", "repo is required", nil)
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}
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if input.Task == "" {
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return nil, DispatchOutput{}, core.E("dispatch", "task is required", nil)
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}
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if input.Org == "" {
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input.Org = "core"
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}
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if input.Agent == "" {
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input.Agent = "codex"
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}
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if input.Template == "" {
|
|
input.Template = "coding"
|
|
}
|
|
|
|
// Step 1: Prep workspace — clone + build prompt
|
|
prepInput := PrepInput{
|
|
Repo: input.Repo,
|
|
Org: input.Org,
|
|
Issue: input.Issue,
|
|
PR: input.PR,
|
|
Branch: input.Branch,
|
|
Tag: input.Tag,
|
|
Task: input.Task,
|
|
Agent: input.Agent,
|
|
Template: input.Template,
|
|
PlanTemplate: input.PlanTemplate,
|
|
Variables: input.Variables,
|
|
Persona: input.Persona,
|
|
}
|
|
_, prepOut, err := s.prepWorkspace(ctx, req, prepInput)
|
|
if err != nil {
|
|
return nil, DispatchOutput{}, core.E("dispatch", "prep workspace failed", err)
|
|
}
|
|
|
|
wsDir := prepOut.WorkspaceDir
|
|
prompt := prepOut.Prompt
|
|
|
|
if input.DryRun {
|
|
return nil, DispatchOutput{
|
|
Success: true,
|
|
Agent: input.Agent,
|
|
Repo: input.Repo,
|
|
WorkspaceDir: wsDir,
|
|
Prompt: prompt,
|
|
}, nil
|
|
}
|
|
|
|
// Step 2: Ask runner service for permission (frozen + concurrency check).
|
|
// Runner owns the gate — agentic owns the spawn.
|
|
if s.ServiceRuntime != nil {
|
|
r := s.Core().Action("runner.dispatch").Run(ctx, core.NewOptions(
|
|
core.Option{Key: "agent", Value: input.Agent},
|
|
core.Option{Key: "repo", Value: input.Repo},
|
|
))
|
|
if !r.OK {
|
|
// Runner denied — queue it
|
|
st := &WorkspaceStatus{
|
|
Status: "queued",
|
|
Agent: input.Agent,
|
|
Repo: input.Repo,
|
|
Org: input.Org,
|
|
Task: input.Task,
|
|
Branch: prepOut.Branch,
|
|
StartedAt: time.Now(),
|
|
Runs: 0,
|
|
}
|
|
writeStatus(wsDir, st)
|
|
if runnerSvc, ok := core.ServiceFor[workspaceTracker](s.Core(), "runner"); ok {
|
|
runnerSvc.TrackWorkspace(core.PathBase(wsDir), st)
|
|
}
|
|
return nil, DispatchOutput{
|
|
Success: true,
|
|
Agent: input.Agent,
|
|
Repo: input.Repo,
|
|
WorkspaceDir: wsDir,
|
|
OutputFile: "queued — at concurrency limit or frozen",
|
|
}, nil
|
|
}
|
|
}
|
|
|
|
// Step 3: Spawn agent in repo/ directory
|
|
pid, outputFile, err := s.spawnAgent(input.Agent, prompt, wsDir)
|
|
if err != nil {
|
|
return nil, DispatchOutput{}, err
|
|
}
|
|
|
|
st := &WorkspaceStatus{
|
|
Status: "running",
|
|
Agent: input.Agent,
|
|
Repo: input.Repo,
|
|
Org: input.Org,
|
|
Task: input.Task,
|
|
Branch: prepOut.Branch,
|
|
PID: pid,
|
|
StartedAt: time.Now(),
|
|
Runs: 1,
|
|
}
|
|
writeStatus(wsDir, st)
|
|
// Track in runner's registry (runner owns workspace state)
|
|
if s.ServiceRuntime != nil {
|
|
if runnerSvc, ok := core.ServiceFor[workspaceTracker](s.Core(), "runner"); ok {
|
|
runnerSvc.TrackWorkspace(core.PathBase(wsDir), st)
|
|
}
|
|
}
|
|
|
|
return nil, DispatchOutput{
|
|
Success: true,
|
|
Agent: input.Agent,
|
|
Repo: input.Repo,
|
|
WorkspaceDir: wsDir,
|
|
PID: pid,
|
|
OutputFile: outputFile,
|
|
}, nil
|
|
}
|