Files
ComfyBox/src/lib/stores/queueState.ts
2023-06-01 19:52:19 -05:00

550 lines
18 KiB
TypeScript

import type { ComfyAPIHistoryEntry, ComfyAPIHistoryItem, ComfyAPIHistoryResponse, ComfyAPIQueueResponse, ComfyAPIStatusResponse, ComfyBoxPromptExtraData, ComfyExecutionError, ComfyNodeID, PromptID, QueueItemType } from "$lib/api";
import type { ComfyAPIPromptErrorResponse } from "$lib/apiErrors";
import type { Progress, SerializedPrompt, SerializedPromptInputsAll, SerializedPromptOutputs, } from "$lib/components/ComfyApp";
import type { ComfyExecutionResult } from "$lib/nodes/ComfyWidgetNodes";
import notify from "$lib/notify";
import { playSound } from "$lib/utils";
import { get, writable, type Writable } from "svelte/store";
import { v4 as uuidv4 } from "uuid";
import workflowState, { type WorkflowError, type WorkflowExecutionError, type WorkflowInstID, type WorkflowValidationError } from "./workflowState";
import configState from "./configState";
import uiQueueState from "./uiQueueState";
import type { NodeID } from "@litegraph-ts/core";
export type QueueEntryStatus = "success" | "validation_failed" | "error" | "interrupted" | "all_cached" | "unknown";
type QueueStateOps = {
queueUpdated: (resp: ComfyAPIQueueResponse) => void,
historyUpdated: (resp: ComfyAPIHistoryResponse) => void,
statusUpdated: (status: ComfyAPIStatusResponse | null) => void,
executionStart: (promptID: PromptID) => void,
executingUpdated: (promptID: PromptID | null, runningNodeID: ComfyNodeID | null) => QueueEntry | null;
executionCached: (promptID: PromptID, nodes: ComfyNodeID[]) => void,
executionError: (error: ComfyExecutionError) => CompletedQueueEntry | null,
progressUpdated: (progress: Progress) => void
getQueueEntry: (promptID: PromptID) => QueueEntry | null;
afterQueued: (workflowID: WorkflowInstID, promptID: PromptID, number: number, prompt: SerializedPromptInputsAll, extraData: any) => void
queueItemDeleted: (type: QueueItemType, id: PromptID) => void;
queueCleared: (type: QueueItemType) => void;
onExecuted: (promptID: PromptID, nodeID: ComfyNodeID, output: ComfyExecutionResult) => QueueEntry | null
promptError: (id: WorkflowInstID, error: ComfyAPIPromptErrorResponse, prompt: SerializedPrompt, extraData: ComfyBoxPromptExtraData) => PromptID
}
/*
* Single job that the backend keeps track of.
*/
export type QueueEntry = {
/*** Data preserved on page refresh ***/
/** Priority of the prompt. -1 means to queue at the front. */
number: number,
queuedAt?: Date,
finishedAt?: Date,
/*
* Can also be generated by the frontend if prompt validation fails
* (the backend won't send back a prompt ID in that case)
*/
promptID: PromptID,
prompt: SerializedPromptInputsAll,
extraData: ComfyBoxPromptExtraData,
goodOutputs: ComfyNodeID[],
/*** Data not sent by ComfyUI's API, lost on page refresh ***/
/* Prompt outputs, collected while the prompt is still executing */
outputs: SerializedPromptOutputs,
/* Nodes of the workflow that have finished running so far. */
nodesRan: Set<ComfyNodeID>,
/* Nodes of the workflow the backend reported as cached. */
cachedNodes: Set<ComfyNodeID>,
}
/*
* Represents a queue entry that has finished executing (suceeded or failed) and
* has been moved to the history.
*/
export type CompletedQueueEntry = {
/** Corresponding entry in the queue, for the prompt/extra data */
entry: QueueEntry,
/** The result of this prompt, success/failed/cached */
status: QueueEntryStatus,
/** Message to display in the frontend */
message?: string,
/** Detailed error/stacktrace, perhaps inspectible with a popup */
error?: WorkflowError
}
/*
* Keeps track of queued and completed (history) prompts.
*/
export type QueueState = {
queueRunning: Writable<QueueEntry[]>,
queuePending: Writable<QueueEntry[]>,
queueCompleted: Writable<CompletedQueueEntry[]>,
queueRemaining: number | "X" | null;
/*
* Currently executing node if any
*/
runningNodeID: ComfyNodeID | null;
/*
* Nodes which should be rendered as "executing" in the frontend (green border).
* This includes the running node and all its parent subgraphs
*/
executingNodes: Set<NodeID>;
/*
* Progress for the current node reported by the frontend
*/
progress: Progress | null,
/**
* If true, user pressed the "Interrupt" button in the frontend. Disable the
* button and wait until the next prompt starts running to re-enable it
* again
*/
isInterrupting: boolean
}
type WritableQueueStateStore = Writable<QueueState> & QueueStateOps;
const store: Writable<QueueState> = writable({
queueRunning: writable([]),
queuePending: writable([]),
queueCompleted: writable([]),
queueRemaining: null,
runningNodeID: null,
executingNodes: new Set(),
progress: null,
isInterrupting: false
})
function toQueueEntry(resp: ComfyAPIHistoryItem): QueueEntry {
const [num, promptID, prompt, extraData, goodOutputs] = resp
return {
number: num,
queuedAt: null, // TODO when ComfyUI passes the date
finishedAt: null,
promptID,
prompt,
extraData,
goodOutputs,
outputs: {},
nodesRan: new Set(), // TODO can ComfyUI send this too?
cachedNodes: new Set()
}
}
function toCompletedQueueEntry(resp: ComfyAPIHistoryEntry): CompletedQueueEntry {
const entry = toQueueEntry(resp.prompt)
entry.outputs = resp.outputs;
return {
entry,
status: Object.values(entry.outputs).length > 0 ? "success" : "all_cached",
error: null
}
}
function queueUpdated(resp: ComfyAPIQueueResponse) {
console.debug("[queueState] queueUpdated", resp.running.length, resp.pending.length)
store.update((s) => {
s.queueRunning.set(resp.running.map(toQueueEntry));
s.queuePending.set(resp.pending.map(toQueueEntry));
s.queueRemaining = resp.pending.length;
return s
})
}
function historyUpdated(resp: ComfyAPIHistoryResponse) {
console.debug("[queueState] historyUpdated", Object.values(resp.history).length)
store.update((s) => {
const values = Object.values(resp.history) // TODO Order by prompt finished date!
s.queueCompleted.set(values.map(toCompletedQueueEntry));
return s
})
}
function progressUpdated(progress: Progress) {
// console.debug("[queueState] progressUpdated", progress)
store.update((s) => {
s.progress = progress;
return s
})
}
function statusUpdated(status: ComfyAPIStatusResponse | null) {
console.debug("[queueState] statusUpdated", status)
store.update((s) => {
if (status !== null)
s.queueRemaining = status.execInfo.queueRemaining;
return s
})
}
function getQueueEntry(promptID: PromptID): QueueEntry | null {
const state = get(store);
let found = get(state.queuePending).find(e => e.promptID === promptID)
if (found != null) return found;
found = get(state.queueRunning).find(e => e.promptID === promptID)
if (found != null) return found;
let foundCompleted = get(state.queueCompleted).find(e => e.entry.promptID === promptID)
if (foundCompleted != null) return foundCompleted.entry;
return null;
}
function findEntryInPending(promptID: PromptID): [number, QueueEntry | null, Writable<QueueEntry[]> | null] {
const state = get(store);
let index = get(state.queuePending).findIndex(e => e.promptID === promptID)
if (index !== -1)
return [index, get(state.queuePending)[index], state.queuePending]
index = get(state.queueRunning).findIndex(e => e.promptID === promptID)
if (index !== -1)
return [index, get(state.queueRunning)[index], state.queueRunning]
return [-1, null, null]
}
function deleteEntry(promptID: PromptID): boolean {
const state = get(store);
let index = get(state.queuePending).findIndex(e => e.promptID === promptID)
let found = false;
if (index !== -1) {
state.queuePending.update(qp => {
qp.splice(index, 1)
return qp;
})
found = true;
}
index = get(state.queueRunning).findIndex(e => e.promptID === promptID)
if (index !== -1) {
state.queueRunning.update(qr => {
qr.splice(index, 1)
return qr;
})
found = true;
}
index = get(state.queueCompleted).findIndex(e => e.entry.promptID === promptID)
if (index !== -1) {
state.queueCompleted.update(qc => {
qc.splice(index, 1)
return qc;
})
found = true;
}
return found;
}
function moveToRunning(index: number, queue: Writable<QueueEntry[]>) {
const state = get(store)
const entry = get(queue)[index];
console.debug("[queueState] Move to running", entry.promptID, index)
// entry.startedAt = new Date() // Now
queue.update(qp => { qp.splice(index, 1); return qp });
state.queueRunning.update(qr => { qr.push(entry); return qr })
state.isInterrupting = false;
store.set(state)
}
function moveToCompleted(index: number, queue: Writable<QueueEntry[]>, status: QueueEntryStatus, message?: string, error?: ComfyExecutionError): CompletedQueueEntry {
const state = get(store)
const entry = get(queue)[index];
let workflowError: WorkflowExecutionError | null = null;
if (error) {
workflowError = {
type: "execution",
error
}
entry.nodesRan = new Set(error.executed);
}
console.debug("[queueState] Move to completed", entry.promptID, index, status, message, error)
entry.finishedAt = new Date() // Now
queue.update(qp => { qp.splice(index, 1); return qp });
const completed: CompletedQueueEntry = { entry, status, message, error: workflowError }
state.queueCompleted.update(qc => {
qc.push(completed)
return qc
})
state.isInterrupting = false;
store.set(state)
return completed;
}
function executingUpdated(promptID: PromptID, runningNodeID: ComfyNodeID | null): QueueEntry | null {
console.debug("[queueState] executingUpdated", promptID, runningNodeID)
let entry_ = null;
store.update((s) => {
s.progress = null;
s.executingNodes.clear();
const [index, entry, queue] = findEntryInPending(promptID);
if (runningNodeID != null) {
if (entry != null) {
entry.nodesRan.add(runningNodeID)
}
s.runningNodeID = runningNodeID;
if (entry?.extraData?.workflowID) {
const workflow = workflowState.getWorkflow(entry.extraData.workflowID);
if (workflow != null) {
let node = workflow.graph.getNodeByIdRecursive(s.runningNodeID);
while (node != null) {
s.executingNodes.add(node.id);
node = node.graph?._subgraph_node;
}
}
}
}
else {
// Prompt finished executing.
if (entry != null) {
const totalNodesInPrompt = Object.keys(entry.prompt).length
if (entry.cachedNodes.size >= Object.keys(entry.prompt).length) {
notify("Prompt was cached, nothing to run.", { type: "warning", showOn: "web" })
moveToCompleted(index, queue, "all_cached", "(Execution was cached)");
}
else if (entry.nodesRan.size >= totalNodesInPrompt) {
const workflow = workflowState.getWorkflow(entry.extraData.workflowID);
if (workflow?.attrs.showDefaultNotifications) {
if (configState.canShowNotificationText()) {
notify("Prompt finished!", { type: "success" });
}
if (configState.canPlayNotificationSound()) {
playSound("notification.mp3")
}
}
moveToCompleted(index, queue, "success")
}
else {
notify("Interrupted prompt.")
moveToCompleted(index, queue, "interrupted", `Interrupted after ${entry.nodesRan.size}/${totalNodesInPrompt} nodes`)
}
}
else {
console.debug("[queueState] Could not find in pending! (executingUpdated)", promptID)
}
s.progress = null;
s.runningNodeID = null;
s.executingNodes.clear();
}
entry_ = entry;
return s
})
return entry_;
}
function executionCached(promptID: PromptID, nodes: ComfyNodeID[]) {
console.debug("[queueState] executionCached", promptID, nodes)
store.update(s => {
const [index, entry, queue] = findEntryInPending(promptID);
if (entry != null) {
for (const nodeID of nodes) {
entry.nodesRan.add(nodeID);
entry.cachedNodes.add(nodeID);
}
}
else {
console.error("[queueState] Could not find in pending! (executionCached)", promptID, "pending", JSON.stringify(get(get(store).queuePending).map(p => p.promptID)), "running", JSON.stringify(get(get(store).queueRunning).map(p => p.promptID)))
}
s.isInterrupting = false; // TODO move to start
s.progress = null;
s.runningNodeID = null;
s.executingNodes.clear();
return s
})
}
function executionError(error: ComfyExecutionError): CompletedQueueEntry | null {
console.debug("[queueState] executionError", error)
let entry_ = null;
store.update(s => {
const [index, entry, queue] = findEntryInPending(error.prompt_id);
if (entry != null) {
entry_ = moveToCompleted(index, queue, "error", "Error executing", error)
}
else {
console.error("[queueState] Could not find in pending! (executionError)", error.prompt_id)
}
s.progress = null;
s.runningNodeID = null;
s.executingNodes.clear();
return s
})
return entry_;
}
function createNewQueueEntry(promptID: PromptID, number: number = -1, prompt: SerializedPromptInputsAll = {}, extraData: any = {}): QueueEntry {
return {
number,
queuedAt: new Date(), // Now
finishedAt: undefined,
promptID,
prompt,
extraData,
goodOutputs: [],
outputs: {},
nodesRan: new Set(),
cachedNodes: new Set()
}
}
function executionStart(promptID: PromptID) {
console.debug("[queueState] executionStart", promptID)
store.update(s => {
const [index, entry, queue] = findEntryInPending(promptID);
if (entry == null) {
const entry = createNewQueueEntry(promptID);
s.queueRunning.update(qr => { qr.push(entry); return qr })
console.debug("[queueState] ADD PROMPT", promptID)
}
else {
moveToRunning(index, queue)
}
s.isInterrupting = false;
s.runningNodeID = null;
s.executingNodes.clear();
return s
})
}
function afterQueued(workflowID: WorkflowInstID, promptID: PromptID, number: number, prompt: SerializedPromptInputsAll, extraData: any) {
console.debug("[queueState] afterQueued", promptID, Object.keys(prompt))
store.update(s => {
const [index, entry, queue] = findEntryInPending(promptID);
if (entry == null) {
const entry = createNewQueueEntry(promptID, number, prompt, extraData);
s.queuePending.update(qp => { qp.push(entry); return qp })
console.debug("[queueState] ADD PROMPT", promptID)
}
else {
entry.number = number;
entry.prompt = prompt
entry.extraData = extraData
queue.set(get(queue))
console.warn("[queueState] UPDATE PROMPT", promptID)
}
s.isInterrupting = false;
return s
})
}
function onExecuted(promptID: PromptID, nodeID: ComfyNodeID, outputs: ComfyExecutionResult): QueueEntry | null {
console.debug("[queueState] onExecuted", promptID, nodeID, outputs)
let entry_ = null;
store.update(s => {
const [index, entry, queue] = findEntryInPending(promptID)
if (entry != null) {
entry.outputs[nodeID] = outputs;
queue.set(get(queue))
}
else {
console.error("[queueState] Could not find in pending! (onExecuted)", promptID)
}
entry_ = entry;
return s
})
return entry_;
}
function queueItemDeleted(type: QueueItemType, id: PromptID) {
console.debug("[queueState] queueItemDeleted", type, id)
store.update(s => {
if (!deleteEntry(id)) {
console.error("[queueState] Queue item to delete not found!", type, id);
}
s.isInterrupting = false;
return s;
})
}
function queueCleared(type: QueueItemType) {
console.debug("[queueState] queueCleared", type)
store.update(s => {
if (type === "queue") {
s.queuePending.set([]);
s.queueRemaining = 0;
s.runningNodeID = null;
s.progress = null;
s.executingNodes.clear();
}
else {
s.queueCompleted.set([])
}
s.isInterrupting = false;
return s;
})
}
function promptError(workflowID: WorkflowInstID, error: ComfyAPIPromptErrorResponse, prompt: SerializedPrompt, extraData: ComfyBoxPromptExtraData): PromptID {
const workflowError: WorkflowValidationError = {
type: "validation",
workflowID,
error,
prompt,
extraData
}
const entry: QueueEntry = {
number: 0,
queuedAt: new Date(), // Now
finishedAt: new Date(),
promptID: uuidv4(), // Just for keeping track
prompt: prompt.output,
extraData,
goodOutputs: [],
outputs: {},
nodesRan: new Set(),
cachedNodes: new Set(),
}
const completedEntry: CompletedQueueEntry = {
entry,
status: "validation_failed",
message: "Validation failed",
error: workflowError
}
store.update(s => {
s.queueCompleted.update(qc => { qc.push(completedEntry); return qc })
return s;
})
return entry.promptID;
}
const queueStateStore: WritableQueueStateStore =
{
...store,
queueUpdated,
historyUpdated,
statusUpdated,
progressUpdated,
executionStart,
executingUpdated,
executionCached,
executionError,
afterQueued,
queueItemDeleted,
queueCleared,
getQueueEntry,
onExecuted,
promptError,
}
export default queueStateStore;