ComfyUI/custom_nodes/cg-use-everywhere/js/use_everywhere_classes.js

266 lines
12 KiB
JavaScript

import { default_regex } from "./i18n.js";
import { default_priority } from "./ue_properties.js";
import { node_graph, visible_graph } from "./use_everywhere_subgraph_utils.js";
import { nodes_in_my_group, nodes_not_in_my_group, nodes_my_color, nodes_not_my_color, nodes_in_groups_matching } from "./use_everywhere_ui.js";
import { Logger, node_is_live, get_real_node, get_connection } from "./use_everywhere_utilities.js";
export function display_name(node) {
if (node?.title) return node.title;
if (node?.type) return node.type;
if (node?.properties['Node name for S&R']) return node.properties['Node name for S&R'];
return "un-nameable node";
}
function regex_for(node, k) {
try {
const w0 = node.properties.ue_properties[`${k}_regex`]
return (w0 && w0!='.*') ? new RegExp(w0) : null;
} catch (e) {
return null
}
}
/*
The UseEverywhere object represents a single 'broadcast'. It generally contains
controller - the UE node that controls the broadcase
control_node_input_index - the input on that node
type - the data type
output - the output that is being rebroadcast as a list (node_id, output_index)
title_regex, input_regex - the UE? matching rules
priority - priorty :)
graph - the graph or subgraph
*/
class UseEverywhere {
constructor() {
this.sending_to = [];
Object.assign(this, arguments[0]);
if (this.priority === undefined) this.priority = 0;
if (this.graph === undefined) this.graph = visible_graph();
const from_node = get_real_node(this?.output[0], this.graph);
const to_node = get_real_node(this?.controller.id, this.graph)
try {
if (this.output[0]==-10) {
this.description = `source subgraph input slot ${this?.output[1]} ` +
`-> control "${display_name(to_node)}", ${to_node.inputs[this?.control_node_input_index].name} (${this?.controller.id}.${this?.control_node_input_index}) ` +
`"${this.type}" <- (priority ${this.priority})`;
}
else if (this.control_node_input_index>=0) {
this.description = `source "${display_name(from_node)}", ${from_node.outputs[this?.output[1]].name} (${this?.output[0]}.${this?.output[1]}) ` +
`-> control "${display_name(to_node)}", ${to_node.inputs[this?.control_node_input_index].name} (${this?.controller.id}.${this?.control_node_input_index}) ` +
`"${this.type}" <- (priority ${this.priority})`;
} else {
this.description = `source "${display_name(from_node)}", ${from_node.outputs[this?.output[1]].name} (${this?.output[0]}.${this?.output[1]}) ` +
`"${this.type}" <- (priority ${this.priority})`;
}
} catch (e) {
// for breakpointing
throw e;
}
if (this.title_regex) this.description += ` - node title regex '${this.title_regex.source}'`;
if (this.input_regex) this.description += ` - input name regex '${this.input_regex.source}'`;
}
sending_differs_from(another_ue) {
if (this.sending_to.length != another_ue.sending_to.length) return true;
for (var i=0; i<this.sending_to.length; i++) {
if ( (this.sending_to[i].node.id != another_ue.sending_to[i].node.id) ||
(this.sending_to[i].input_index != another_ue.sending_to[i].input_index) ) return true;
}
return false;
}
/*
Does this broadcast match a given node,input?
*/
matches(node, input) {
if (!node) {
Logger.log_problem(`UseEverywhere.matches called with no node`);
return false;
}
if (this.output[0] == node.id) return false;
if (this.restrict_to && !this.restrict_to.includes(node.id)) return false;
const input_label = input.label ? input.label : input.name;
const node_label = node.title ? node.title : (node.properties['Node name for S&R'] ? node.properties['Node name for S&R'] : node.type);
if (this.title_regex) {
if (!(this.title_regex.test(node_label))) return false;
}
if (node.type=="Highway" && typeof this.input_regex==='string') { // Highway nodes - broken if there are two matches...
const input_label_split = input_label.split(':');
if (input_label_split.length==1) {
if (input_label==this.input_regex) {
input.type = this.type;
input.name += `:${this.type}`;
return true;
}
return false;
} else {
if ((input_label_split[0]==this.input_regex) && input_label_split[1]==input.type) return true;
return false;
}
}
if (this.type != input.type) return false;
if (this.input_regex && typeof this.input_regex==='string') return false; // input_regex started '+', which targets Highway nodes only
if (this.input_regex && !this.input_regex.test(input_label)) return false;
return true;
}
note_sending_to(node, input) {
const input_index = node.inputs.findIndex((n) => n.name==input.name);
this.sending_to.push({node:node, input:input, input_index:input_index})
}
describe_sending(){
var description = " Linked to:";
this.sending_to.forEach((st) => description += `\n -> ${display_name(st.node)}, ${st.input.name}`);
if (this.sending_to.length===0) description += ' nothing';
return description;
}
describe() {
return this.description + "\n" + this.describe_sending();
}
}
function validity_errors(params) {
if (!node_is_live(params.controller)) return `UE node ${params.controller.id} is not alive`;
if (params.output[0]!=-10 && !node_is_live(get_real_node(params.output[0], params.graph))) return `upstream node ${params.output[0]} is not alive`;
return "";
}
export class UseEverywhereList {
constructor() { this.ues = []; this.unmatched_inputs = []; }
differs_from(another_uel) {
if (!another_uel || !another_uel.ues || !this.ues) return true;
if (this.ues.length != another_uel.ues.length) return true;
for (var i=0; i<this.ues.length; i++) {
if (this.ues[i].sending_differs_from(another_uel.ues[i])) return true;
}
return false;
}
add_ue(node, control_node_input_index, type, output, input_regex_override) {
const params = {
controller: node,
control_node_input_index: control_node_input_index,
type: type,
output: output,
title_regex: regex_for(node, 'title'),
input_regex: input_regex_override || regex_for(node, 'input'),
group_regex: regex_for(node, 'group'),
priority: node.properties.ue_properties.priority || default_priority(node),
graph: node_graph(node),
};
if (node.properties.ue_properties.group_restricted == 1) params.restrict_to = nodes_in_my_group(node);
if (node.properties.ue_properties.group_restricted == 2) params.restrict_to = nodes_not_in_my_group(node);
if (node.properties.ue_properties.color_restricted == 1) params.restrict_to = nodes_my_color(node, params.restrict_to);
if (node.properties.ue_properties.color_restricted == 2) params.restrict_to = nodes_not_my_color(node, params.restrict_to);
if (params.group_regex) params.restrict_to = nodes_in_groups_matching(params.group_regex, params.restrict_to, graph);
var error = ""
var ue = null;
try {
ue = new UseEverywhere(params);
error = validity_errors(params);
} catch (e) {
error = `Error creating UseEverywhere object: ${e}`;
}
if (error==="") {
this.ues.push(ue);
Logger.log_detail(`Added ${ue.description}`)
} else {
Logger.log_problem(`Rejected ${ue?.description} because ${error}`);
}
}
find_best_match(node, input, _ambiguity_messages) {
this.unmatched_inputs.push({"node":node, "input":input});
var matches = this.ues.filter((candidate) => (
candidate.matches(node, input)
));
if (matches.length==0) {
Logger.log_detail(`'${display_name(node)}' optional input '${input.name}' unmatched`)
return undefined;
}
if (matches.length>1) {
matches.sort((a,b) => b.priority-a.priority);
if(matches[0].priority == matches[1].priority) {
const msg = `'${display_name(node)}' (${node.id}) input '${input.name}' matches multiple Use Everwhere sources:`;
_ambiguity_messages.push(msg);
for (var i=0; i<matches.length; i++) {
if (matches[0].priority == matches[i].priority) {
const inner_msg = ` - ${matches[i].controller.type} (${matches[i].controller.id}) input ${matches[i].control_node_input_index}`;
_ambiguity_messages.push(inner_msg);
}
}
return undefined;
}
}
matches[0].note_sending_to(node, input);
Logger.log_detail(`'${display_name(node)}' input '${input.name}' matched to ${matches[0].description}`);
return matches[0];
}
all_connected_inputs(for_node) {
const ue_connections = [];
this.ues.forEach((ue) => {
ue.sending_to.forEach((st) => {
if (st.node.id == for_node.id) {
ue_connections.push({
type : ue.type,
input_index : st.input_index,
control_node : get_real_node(ue.controller.id, ue.graph),
control_node_input_index : ue.control_node_input_index,
sending_to : st.node,
});
}
});
});
return ue_connections;
}
all_ue_connections() {
const ue_connections = [];
this.ues.forEach((ue) => {
ue.sending_to.forEach((st) => {
ue_connections.push({
type : ue.type,
input_index : st.input_index,
control_node : get_real_node(ue.controller.id, ue.graph),
control_node_input_index : ue.control_node_input_index,
sending_to : st.node,
graph: ue.graph,
});
});
});
return ue_connections;
}
add_ue_from_node(node) {
if (node.properties.ue_properties.seed_inputs) {
this.add_ue(node, -1, "INT", [node.id.toString(),0], regex_for(node, 'input'));
} else {
for (var i=0; i<node.inputs.length; i++) {
const connection = get_connection(node, i);
if (connection.link) {
const input_regex = (node.properties.ue_properties.prompt_regexes) ? prompt_regex(node,i) : undefined
this.add_ue(node, i, connection.type, [connection.link.origin_id.toString(), connection.link.origin_slot], input_regex);
}
}
}
}
}
const P_REGEXES = ['prompt', 'negative']
const PROMPT_REGEXES = [new RegExp(default_regex('prompt_regex')), new RegExp(default_regex('negative_regex'))]
function prompt_regex(node, i) {
const reg = node.properties.ue_properties[`${P_REGEXES[i]}_regex`]
if (reg) return new RegExp(reg)
else return PROMPT_REGEXES[i]
}