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var Ref = function(data, opts) {
if (typeof opts === "string") {
opts = {
type: opts,
forcedType: opts
}
}
this.opts = opts = Object.assign({
type: "queue",
types: {
"queue": "queue",
"system": "system",
"bot": "bot"
},
legacyMode: false
}, opts);
this.type = this.opts.forcedType || (this.opts.types[data.type] || this.opts.type).toLowerCase();
this.id = (data.id == undefined ? data : data.id).toString().replace(/^[seb]_/, "");
if (typeof data === "object") {
Object.keys(data).map(key => {
Iif (key != "type" && key != "id") {
this[key] = data[key];
}
});
}
let parts;
if (typeof data === "string" && (parts = data.match(/(system|queue|bot):(.*)/i))) {
var t = parts[1].toLowerCase();
this.type = this.opts.forcedType || this.opts.types[t] || t;
this.id = parts[2];
}
};
Ref.new = function(data, opts) {
Iif (data instanceof Ref) {
return data;
} else {
return new Ref(data, opts);
}
};
Ref.prototype.toString = function() {
Iif (this.opts.legacyMode && this.type === "queue") {
return `${this.id}`;
} else {
return `${this.type}:${this.id}`;
}
};
Ref.prototype.queue = function(subQueue) {
subQueue = subQueue && ("." + subQueue) || "";
Eif (this.type === "queue") {
return new Ref({
id: `${this.id}${subQueue}`,
type: "queue"
});
} else {
var regex = new RegExp(`^${this.type}\.`);
return new Ref({
id: `${this.type}.${this.id.replace(regex, "")}${subQueue}`,
type: "queue"
});
}
}
Ref.prototype.owner = function() {
if (this.type === "queue") {
//let a = this.id.match(/^(bot|system)\.(.*?)(?:\.|$)/);
let a = this.id.match(/^(bot|system)\.(.*?)(?:\.(.*))?$/);
if (a) {
return new Ref({
id: a[2],
type: a[1],
queue: a[3] || undefined
});
}
}
return null;
};
Ref.prototype.refId = Ref.prototype.toString;
Ref.prototype.asQueue = Ref.prototype.queue;
module.exports = {
refId: function(data, opts) {
var obj = this.ref(data, opts);
return obj && obj.toString();
},
ref: function(data, opts) {
return data && Ref.new(data, opts);
},
botRefId: function(data, opts) {
var obj = this.botRef(data, opts);
return obj && obj.toString();
},
botRef: function(data, opts) {
return data && Ref.new(data, Object.assign({
type: "bot"
}, opts));
},
fixBotReferences: function(bot, opts) {
opts = Object.assign({
checkpoints: false,
source: true,
destination: true,
system: true,
id: true
}, opts);
Iif (!bot) {
return bot;
}
Eif (opts.id) {
bot.id = this.refId(bot.id, "bot");
}
var settings = bot.lambda && bot.lambda.settings && bot.lambda.settings[0] || {};
if (opts.source && settings.source) {
settings.source = this.refId(settings.source)
}
if (opts.destination && settings.destination) {
settings.destination = this.refId(settings.destination);
}
Iif (opts.system && bot.system) {
bot.system = this.ref(bot.system, "system")
}
Eif (opts.checkpoints) {
var checkpoints = {};
Object.keys(bot.checkpoints).map(type => {
var obj = checkpoints[type] = {};
Object.keys(bot.checkpoints[type]).map(id => {
obj[this.refId(id)] = bot.checkpoints[type][id];
});
});
bot.checkpoints = checkpoints;
}
return bot;
},
fixSystemReferences: function(system, opts) {
opts = Object.assign({
checksums: true,
crons: true,
id: true
}, opts);
if (opts.id) {
system.id = this.refId(system.id, "system");
}
if (opts.crons && system.crons) {
system.crons = system.crons.map(id => this.botRefId(id));
}
if (opts.checksums && system.checksums) {
var checksums = {};
Object.keys(system.checksums).map(id => {
var refId = this.botRefId(id);
var obj = system.checksums[id] || {};
checksums[refId] = Object.assign({}, obj, {
bot_id: refId,
system: this.refId(obj.system, "system")
});
})
system.checksums = checksums;
}
return system;
}
};
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