74 lines
1.9 KiB
Go
74 lines
1.9 KiB
Go
package fs
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import (
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"context"
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"os"
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"os/user"
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"ollie/elevate"
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olog "ollie/log"
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"ollie/skills"
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coresession "ollie/session"
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)
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// Config carries all runtime dependencies for the filesystem tree.
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// It is the single input to NewRoot.
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type Config struct {
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Ctx context.Context
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Log *olog.Logger
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Sink *olog.Sink
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AgentsDir string
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SessionsDir string
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MkdirAll func(string, os.FileMode) error
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NewCore func(sessionID, profile, cwd string) (*coresession.Session, error)
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Yolo bool
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SkillsRegistry *skills.Registry
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ModelCache *ModelCache
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ElevateBroker *elevate.Broker
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Shutdown func()
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Invalidate func()
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}
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// NewRoot creates the complete 9P filesystem tree from the spec.
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// It validates, resolves ownership inheritance, wires handlers,
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// populates root state, and returns the ready-to-serve *Tree.
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func NewRoot(cfg Config) *Tree {
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// Resolve root ownership from the current system user.
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u, err := user.Current()
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treeSpecUID = "ollie"
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treeSpecGID = "agent"
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if err == nil && u != nil {
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treeSpecUID = u.Username
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}
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treeSpec.UID = treeSpecUID // root node: owner is system user
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treeSpec.GID = treeSpecGID // root node: group is "agent"
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// Build the root context with all available deps.
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ctx := HandlerCtx{
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Root: nil, // set after tree is built
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Log: cfg.Log,
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Skills: cfg.SkillsRegistry,
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Models: cfg.ModelCache,
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Elevate: cfg.ElevateBroker,
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Shutdown: cfg.Shutdown,
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Invalidate: cfg.Invalidate,
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}
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// Build the tree from the spec.
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// Validation happens inside BuildTree.
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tree := BuildTree(treeSpec, ctx)
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ctx.Root = tree // now handlers can access root tree via ctx.Root
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// Initialize root state.
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rs := &rootState{
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cfg: cfg,
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sessions: make(map[string]*Session),
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}
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tree.Data = rs
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globalRootState = rs
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// Restore persisted sessions from disk.
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restoreAllSessions(rs)
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return tree
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} |