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hyperscript = require(5) hyperscript.trust = require(8) hyperscript.fragment = require(9) module.exports = hyperscript },function (global, require, module, exports) { // ..\node_modules\mithril\render\hyperscript.js "use strict" var Vnode = require(6) var hyperscriptVnode = require(7) var selectorParser = /(?:(^|#|\.)([^#\.\[\]]+))|(\[(.+?)(?:\s*=\s*("|'|)((?:\\["'\]]|.)*?)\5)?\])/g var selectorCache = {} var hasOwn = {}.hasOwnProperty function isEmpty(object) { for (var key in object) if (hasOwn.call(object, key)) return false return true } function compileSelector(selector) { var match, tag = "div", classes = [], attrs = {} while (match = selectorParser.exec(selector)) { var type = match[1], value = match[2] if (type === "" && value !== "") tag = value else if (type === "#") attrs.id = value else if (type === ".") classes.push(value) else if (match[3][0] === "[") { var attrValue = match[6] if (attrValue) attrValue = attrValue.replace(/\\(["'])/g, "$1").replace(/\\\\/g, "\\") if (match[4] === "class") classes.push(attrValue) else attrs[match[4]] = attrValue === "" ? attrValue : attrValue || true } } if (classes.length > 0) attrs.className = classes.join(" ") return selectorCache[selector] = {tag: tag, attrs: attrs} } function execSelector(state, vnode) { var attrs = vnode.attrs var children = Vnode.normalizeChildren(vnode.children) var hasClass = hasOwn.call(attrs, "class") var className = hasClass ? attrs.class : attrs.className vnode.tag = state.tag vnode.attrs = null vnode.children = undefined if (!isEmpty(state.attrs) && !isEmpty(attrs)) { var newAttrs = {} for (var key in attrs) { if (hasOwn.call(attrs, key)) newAttrs[key] = attrs[key] } attrs = newAttrs } for (var key in state.attrs) { if (hasOwn.call(state.attrs, key) && key !== "className" && !hasOwn.call(attrs, key)){ attrs[key] = state.attrs[key] } } if (className != null || state.attrs.className != null) attrs.className = className != null ? state.attrs.className != null ? String(state.attrs.className) + " " + String(className) : className : state.attrs.className != null ? state.attrs.className : null if (hasClass) attrs.class = null for (var key in attrs) { if (hasOwn.call(attrs, key) && key !== "key") { vnode.attrs = attrs break } } if (Array.isArray(children) && children.length === 1 && children[0] != null && children[0].tag === "#") { vnode.text = children[0].children } else { vnode.children = children } return vnode } function hyperscript(selector) { if (selector == null || typeof selector !== "string" && typeof selector !== "function" && typeof selector.view !== "function") { throw Error("The selector must be either a string or a component."); } var vnode = hyperscriptVnode.apply(1, arguments) if (typeof selector === "string") { vnode.children = Vnode.normalizeChildren(vnode.children) if (selector !== "[") return execSelector(selectorCache[selector] || compileSelector(selector), vnode) } vnode.tag = selector return vnode } module.exports = hyperscript },function (global, require, module, exports) { // ..\node_modules\mithril\render\vnode.js "use strict" function Vnode(tag, key, attrs, children, text, dom) { return {tag: tag, key: key, attrs: attrs, children: children, text: text, dom: dom, domSize: undefined, state: undefined, events: undefined, instance: undefined} } Vnode.normalize = function(node) { if (Array.isArray(node)) return Vnode("[", undefined, undefined, Vnode.normalizeChildren(node), undefined, undefined) if (node == null || typeof node === "boolean") return null if (typeof node === "object") return node return Vnode("#", undefined, undefined, String(node), undefined, undefined) } Vnode.normalizeChildren = function(input) { var children = [] if (input.length) { var isKeyed = input[0] != null && input[0].key != null // Note: this is a *very* perf-sensitive check. // Fun fact: merging the loop like this is somehow faster than splitting // it, noticeably so. for (var i = 1; i < input.length; i++) { if ((input[i] != null && input[i].key != null) !== isKeyed) { throw new TypeError("Vnodes must either always have keys or never have keys!") } } for (var i = 0; i < input.length; i++) { children[i] = Vnode.normalize(input[i]) } } return children } module.exports = Vnode },function (global, require, module, exports) { // ..\node_modules\mithril\render\hyperscriptVnode.js "use strict" var Vnode = require(6) // Call via `hyperscriptVnode.apply(startOffset, arguments)` // // The reason I do it this way, forwarding the arguments and passing the start // offset in `this`, is so I don't have to create a temporary array in a // performance-critical path. // // In native ES6, I'd instead add a final `...args` parameter to the // `hyperscript` and `fragment` factories and define this as // `hyperscriptVnode(...args)`, since modern engines do optimize that away. But // ES5 (what Mithril requires thanks to IE support) doesn't give me that luxury, // and engines aren't nearly intelligent enough to do either of these: // // 1. Elide the allocation for `[].slice.call(arguments, 1)` when it's passed to // another function only to be indexed. // 2. Elide an `arguments` allocation when it's passed to any function other // than `Function.prototype.apply` or `Reflect.apply`. // // In ES6, it'd probably look closer to this (I'd need to profile it, though): // module.exports = function(attrs, ...children) { // if (attrs == null || typeof attrs === "object" && attrs.tag == null && !Array.isArray(attrs)) { // if (children.length === 1 && Array.isArray(children[0])) children = children[0] // } else { // children = children.length === 0 && Array.isArray(attrs) ? attrs : [attrs, ...children] // attrs = undefined // } // // if (attrs == null) attrs = {} // return Vnode("", attrs.key, attrs, children) // } module.exports = function() { var attrs = arguments[this], start = this + 1, children if (attrs == null) { attrs = {} } else if (typeof attrs !== "object" || attrs.tag != null || Array.isArray(attrs)) { attrs = {} start = this } if (arguments.length === start + 1) { children = arguments[start] if (!Array.isArray(children)) children = [children] } else { children = [] while (start < arguments.length) children.push(arguments[start++]) } return Vnode("", attrs.key, attrs, children) } },function (global, require, module, exports) { // ..\node_modules\mithril\render\trust.js "use strict" var Vnode = require(6) module.exports = function(html) { if (html == null) html = "" return Vnode("<", undefined, undefined, html, undefined, undefined) } },function (global, require, module, exports) { // ..\node_modules\mithril\render\fragment.js "use strict" var Vnode = require(6) var hyperscriptVnode = require(7) module.exports = function() { var vnode = hyperscriptVnode.apply(0, arguments) vnode.tag = "[" vnode.children = Vnode.normalizeChildren(vnode.children) return vnode } },function (global, require, module, exports) { // ..\node_modules\mithril\request.js "use strict" var PromisePolyfill = require(11) var mountRedraw = require(13) module.exports = require(17)(window, PromisePolyfill, mountRedraw.redraw) },function (global, require, module, exports) { // ..\node_modules\mithril\promise\promise.js "use strict" var PromisePolyfill = require(12) if (typeof window !== "undefined") { if (typeof window.Promise === "undefined") { window.Promise = PromisePolyfill } else if (!window.Promise.prototype.finally) { window.Promise.prototype.finally = PromisePolyfill.prototype.finally } module.exports = window.Promise } else if (typeof global !== "undefined") { if (typeof global.Promise === "undefined") { global.Promise = PromisePolyfill } else if (!global.Promise.prototype.finally) { global.Promise.prototype.finally = PromisePolyfill.prototype.finally } module.exports = global.Promise } else { module.exports = PromisePolyfill } },function (global, require, module, exports) { // ..\node_modules\mithril\promise\polyfill.js "use strict" /** @constructor */ var PromisePolyfill = function(executor) { if (!(this instanceof PromisePolyfill)) throw new Error("Promise must be called with `new`") if (typeof executor !== "function") throw new TypeError("executor must be a function") var self = this, resolvers = [], rejectors = [], resolveCurrent = handler(resolvers, true), rejectCurrent = handler(rejectors, false) var instance = self._instance = {resolvers: resolvers, rejectors: rejectors} var callAsync = typeof setImmediate === "function" ? setImmediate : setTimeout function handler(list, shouldAbsorb) { return function execute(value) { var then try { if (shouldAbsorb && value != null && (typeof value === "object" || typeof value === "function") && typeof (then = value.then) === "function") { if (value === self) throw new TypeError("Promise can't be resolved w/ itself") executeOnce(then.bind(value)) } else { callAsync(function() { if (!shouldAbsorb && list.length === 0) console.error("Possible unhandled promise rejection:", value) for (var i = 0; i < list.length; i++) list[i](value) resolvers.length = 0, rejectors.length = 0 instance.state = shouldAbsorb instance.retry = function() {execute(value)} }) } } catch (e) { rejectCurrent(e) } } } function executeOnce(then) { var runs = 0 function run(fn) { return function(value) { if (runs++ > 0) return fn(value) } } var onerror = run(rejectCurrent) try {then(run(resolveCurrent), onerror)} catch (e) {onerror(e)} } executeOnce(executor) } PromisePolyfill.prototype.then = function(onFulfilled, onRejection) { var self = this, instance = self._instance function handle(callback, list, next, state) { list.push(function(value) { if (typeof callback !== "function") next(value) else try {resolveNext(callback(value))} catch (e) {if (rejectNext) rejectNext(e)} }) if (typeof instance.retry === "function" && state === instance.state) instance.retry() } var resolveNext, rejectNext var promise = new PromisePolyfill(function(resolve, reject) {resolveNext = resolve, rejectNext = reject}) handle(onFulfilled, instance.resolvers, resolveNext, true), handle(onRejection, instance.rejectors, rejectNext, false) return promise } PromisePolyfill.prototype.catch = function(onRejection) { return this.then(null, onRejection) } PromisePolyfill.prototype.finally = function(callback) { return this.then( function(value) { return PromisePolyfill.resolve(callback()).then(function() { return value }) }, function(reason) { return PromisePolyfill.resolve(callback()).then(function() { return PromisePolyfill.reject(reason); }) } ) } PromisePolyfill.resolve = function(value) { if (value instanceof PromisePolyfill) return value return new PromisePolyfill(function(resolve) {resolve(value)}) } PromisePolyfill.reject = function(value) { return new PromisePolyfill(function(resolve, reject) {reject(value)}) } PromisePolyfill.all = function(list) { return new PromisePolyfill(function(resolve, reject) { var total = list.length, count = 0, values = [] if (list.length === 0) resolve([]) else for (var i = 0; i < list.length; i++) { (function(i) { function consume(value) { count++ values[i] = value if (count === total) resolve(values) } if (list[i] != null && (typeof list[i] === "object" || typeof list[i] === "function") && typeof list[i].then === "function") { list[i].then(consume, reject) } else consume(list[i]) })(i) } }) } PromisePolyfill.race = function(list) { return new PromisePolyfill(function(resolve, reject) { for (var i = 0; i < list.length; i++) { list[i].then(resolve, reject) } }) } module.exports = PromisePolyfill },function (global, require, module, exports) { // ..\node_modules\mithril\mount-redraw.js "use strict" var render = require(14) module.exports = require(16)(render, requestAnimationFrame, console) },function (global, require, module, exports) { // ..\node_modules\mithril\render.js "use strict" module.exports = require(15)(window) },function (global, require, module, exports) { // ..\node_modules\mithril\render\render.js "use strict" var Vnode = require(6) module.exports = function($window) { var $doc = $window && $window.document var currentRedraw var nameSpace = { svg: "http://www.w3.org/2000/svg", math: "http://www.w3.org/1998/Math/MathML" } function getNameSpace(vnode) { return vnode.attrs && vnode.attrs.xmlns || nameSpace[vnode.tag] } //sanity check to discourage people from doing `vnode.state = ...` function checkState(vnode, original) { if (vnode.state !== original) throw new Error("`vnode.state` must not be modified") } //Note: the hook is passed as the `this` argument to allow proxying the //arguments without requiring a full array allocation to do so. It also //takes advantage of the fact the current `vnode` is the first argument in //all lifecycle methods. function callHook(vnode) { var original = vnode.state try { return this.apply(original, arguments) } finally { checkState(vnode, original) } } // IE11 (at least) throws an UnspecifiedError when accessing document.activeElement when // inside an iframe. Catch and swallow this error, and heavy-handidly return null. function activeElement() { try { return $doc.activeElement } catch (e) { return null } } //create function createNodes(parent, vnodes, start, end, hooks, nextSibling, ns) { for (var i = start; i < end; i++) { var vnode = vnodes[i] if (vnode != null) { createNode(parent, vnode, hooks, ns, nextSibling) } } } function createNode(parent, vnode, hooks, ns, nextSibling) { var tag = vnode.tag if (typeof tag === "string") { vnode.state = {} if (vnode.attrs != null) initLifecycle(vnode.attrs, vnode, hooks) switch (tag) { case "#": createText(parent, vnode, nextSibling); break case "<": createHTML(parent, vnode, ns, nextSibling); break case "[": createFragment(parent, vnode, hooks, ns, nextSibling); break default: createElement(parent, vnode, hooks, ns, nextSibling) } } else createComponent(parent, vnode, hooks, ns, nextSibling) } function createText(parent, vnode, nextSibling) { vnode.dom = $doc.createTextNode(vnode.children) insertNode(parent, vnode.dom, nextSibling) } var possibleParents = {caption: "table", thead: "table", tbody: "table", tfoot: "table", tr: "tbody", th: "tr", td: "tr", colgroup: "table", col: "colgroup"} function createHTML(parent, vnode, ns, nextSibling) { var match = vnode.children.match(/^\s*?<(\w+)/im) || [] // not using the proper parent makes the child element(s) vanish. // var div = document.createElement("div") // div.innerHTML = "ij" // console.log(div.innerHTML) // --> "ij", no in sight. var temp = $doc.createElement(possibleParents[match[1]] || "div") if (ns === "http://www.w3.org/2000/svg") { temp.innerHTML = "" + vnode.children + "" temp = temp.firstChild } else { temp.innerHTML = vnode.children } vnode.dom = temp.firstChild vnode.domSize = temp.childNodes.length // Capture nodes to remove, so we don't confuse them. vnode.instance = [] var fragment = $doc.createDocumentFragment() var child while (child = temp.firstChild) { vnode.instance.push(child) fragment.appendChild(child) } insertNode(parent, fragment, nextSibling) } function createFragment(parent, vnode, hooks, ns, nextSibling) { var fragment = $doc.createDocumentFragment() if (vnode.children != null) { var children = vnode.children createNodes(fragment, children, 0, children.length, hooks, null, ns) } vnode.dom = fragment.firstChild vnode.domSize = fragment.childNodes.length insertNode(parent, fragment, nextSibling) } function createElement(parent, vnode, hooks, ns, nextSibling) { var tag = vnode.tag var attrs = vnode.attrs var is = attrs && attrs.is ns = getNameSpace(vnode) || ns var element = ns ? is ? $doc.createElementNS(ns, tag, {is: is}) : $doc.createElementNS(ns, tag) : is ? $doc.createElement(tag, {is: is}) : $doc.createElement(tag) vnode.dom = element if (attrs != null) { setAttrs(vnode, attrs, ns) } insertNode(parent, element, nextSibling) if (!maybeSetContentEditable(vnode)) { if (vnode.text != null) { if (vnode.text !== "") element.textContent = vnode.text else vnode.children = [Vnode("#", undefined, undefined, vnode.text, undefined, undefined)] } if (vnode.children != null) { var children = vnode.children createNodes(element, children, 0, children.length, hooks, null, ns) if (vnode.tag === "select" && attrs != null) setLateSelectAttrs(vnode, attrs) } } } function initComponent(vnode, hooks) { var sentinel if (typeof vnode.tag.view === "function") { vnode.state = Object.create(vnode.tag) sentinel = vnode.state.view if (sentinel.$$reentrantLock$$ != null) return sentinel.$$reentrantLock$$ = true } else { vnode.state = void 0 sentinel = vnode.tag if (sentinel.$$reentrantLock$$ != null) return sentinel.$$reentrantLock$$ = true vnode.state = (vnode.tag.prototype != null && typeof vnode.tag.prototype.view === "function") ? new vnode.tag(vnode) : vnode.tag(vnode) } initLifecycle(vnode.state, vnode, hooks) if (vnode.attrs != null) initLifecycle(vnode.attrs, vnode, hooks) vnode.instance = Vnode.normalize(callHook.call(vnode.state.view, vnode)) if (vnode.instance === vnode) throw Error("A view cannot return the vnode it received as argument") sentinel.$$reentrantLock$$ = null } function createComponent(parent, vnode, hooks, ns, nextSibling) { initComponent(vnode, hooks) if (vnode.instance != null) { createNode(parent, vnode.instance, hooks, ns, nextSibling) vnode.dom = vnode.instance.dom vnode.domSize = vnode.dom != null ? vnode.instance.domSize : 0 } else { vnode.domSize = 0 } } //update /** * @param {Element|Fragment} parent - the parent element * @param {Vnode[] | null} old - the list of vnodes of the last `render()` call for * this part of the tree * @param {Vnode[] | null} vnodes - as above, but for the current `render()` call. * @param {Function[]} hooks - an accumulator of post-render hooks (oncreate/onupdate) * @param {Element | null} nextSibling - the next DOM node if we're dealing with a * fragment that is not the last item in its * parent * @param {'svg' | 'math' | String | null} ns) - the current XML namespace, if any * @returns void */ // This function diffs and patches lists of vnodes, both keyed and unkeyed. // // We will: // // 1. describe its general structure // 2. focus on the diff algorithm optimizations // 3. discuss DOM node operations. // ## Overview: // // The updateNodes() function: // - deals with trivial cases // - determines whether the lists are keyed or unkeyed based on the first non-null node // of each list. // - diffs them and patches the DOM if needed (that's the brunt of the code) // - manages the leftovers: after diffing, are there: // - old nodes left to remove? // - new nodes to insert? // deal with them! // // The lists are only iterated over once, with an exception for the nodes in `old` that // are visited in the fourth part of the diff and in the `removeNodes` loop. // ## Diffing // // Reading https://github.com/localvoid/ivi/blob/ddc09d06abaef45248e6133f7040d00d3c6be853/packages/ivi/src/vdom/implementation.ts#L617-L837 // may be good for context on longest increasing subsequence-based logic for moving nodes. // // In order to diff keyed lists, one has to // // 1) match nodes in both lists, per key, and update them accordingly // 2) create the nodes present in the new list, but absent in the old one // 3) remove the nodes present in the old list, but absent in the new one // 4) figure out what nodes in 1) to move in order to minimize the DOM operations. // // To achieve 1) one can create a dictionary of keys => index (for the old list), then iterate // over the new list and for each new vnode, find the corresponding vnode in the old list using // the map. // 2) is achieved in the same step: if a new node has no corresponding entry in the map, it is new // and must be created. // For the removals, we actually remove the nodes that have been updated from the old list. // The nodes that remain in that list after 1) and 2) have been performed can be safely removed. // The fourth step is a bit more complex and relies on the longest increasing subsequence (LIS) // algorithm. // // the longest increasing subsequence is the list of nodes that can remain in place. Imagine going // from `1,2,3,4,5` to `4,5,1,2,3` where the numbers are not necessarily the keys, but the indices // corresponding to the keyed nodes in the old list (keyed nodes `e,d,c,b,a` => `b,a,e,d,c` would // match the above lists, for example). // // In there are two increasing subsequences: `4,5` and `1,2,3`, the latter being the longest. We // can update those nodes without moving them, and only call `insertNode` on `4` and `5`. // // @localvoid adapted the algo to also support node deletions and insertions (the `lis` is actually // the longest increasing subsequence *of old nodes still present in the new list*). // // It is a general algorithm that is fireproof in all circumstances, but it requires the allocation // and the construction of a `key => oldIndex` map, and three arrays (one with `newIndex => oldIndex`, // the `LIS` and a temporary one to create the LIS). // // So we cheat where we can: if the tails of the lists are identical, they are guaranteed to be part of // the LIS and can be updated without moving them. // // If two nodes are swapped, they are guaranteed not to be part of the LIS, and must be moved (with // the exception of the last node if the list is fully reversed). // // ## Finding the next sibling. // // `updateNode()` and `createNode()` expect a nextSibling parameter to perform DOM operations. // When the list is being traversed top-down, at any index, the DOM nodes up to the previous // vnode reflect the content of the new list, whereas the rest of the DOM nodes reflect the old // list. The next sibling must be looked for in the old list using `getNextSibling(... oldStart + 1 ...)`. // // In the other scenarios (swaps, upwards traversal, map-based diff), // the new vnodes list is traversed upwards. The DOM nodes at the bottom of the list reflect the // bottom part of the new vnodes list, and we can use the `v.dom` value of the previous node // as the next sibling (cached in the `nextSibling` variable). // ## DOM node moves // // In most scenarios `updateNode()` and `createNode()` perform the DOM operations. However, // this is not the case if the node moved (second and fourth part of the diff algo). We move // the old DOM nodes before updateNode runs because it enables us to use the cached `nextSibling` // variable rather than fetching it using `getNextSibling()`. // // The fourth part of the diff currently inserts nodes unconditionally, leading to issues // like #1791 and #1999. We need to be smarter about those situations where adjascent old // nodes remain together in the new list in a way that isn't covered by parts one and // three of the diff algo. function updateNodes(parent, old, vnodes, hooks, nextSibling, ns) { if (old === vnodes || old == null && vnodes == null) return else if (old == null || old.length === 0) createNodes(parent, vnodes, 0, vnodes.length, hooks, nextSibling, ns) else if (vnodes == null || vnodes.length === 0) removeNodes(parent, old, 0, old.length) else { var isOldKeyed = old[0] != null && old[0].key != null var isKeyed = vnodes[0] != null && vnodes[0].key != null var start = 0, oldStart = 0 if (!isOldKeyed) while (oldStart < old.length && old[oldStart] == null) oldStart++ if (!isKeyed) while (start < vnodes.length && vnodes[start] == null) start++ if (isKeyed === null && isOldKeyed == null) return // both lists are full of nulls if (isOldKeyed !== isKeyed) { removeNodes(parent, old, oldStart, old.length) createNodes(parent, vnodes, start, vnodes.length, hooks, nextSibling, ns) } else if (!isKeyed) { // Don't index past the end of either list (causes deopts). var commonLength = old.length < vnodes.length ? old.length : vnodes.length // Rewind if necessary to the first non-null index on either side. // We could alternatively either explicitly create or remove nodes when `start !== oldStart` // but that would be optimizing for sparse lists which are more rare than dense ones. start = start < oldStart ? start : oldStart for (; start < commonLength; start++) { o = old[start] v = vnodes[start] if (o === v || o == null && v == null) continue else if (o == null) createNode(parent, v, hooks, ns, getNextSibling(old, start + 1, nextSibling)) else if (v == null) removeNode(parent, o) else updateNode(parent, o, v, hooks, getNextSibling(old, start + 1, nextSibling), ns) } if (old.length > commonLength) removeNodes(parent, old, start, old.length) if (vnodes.length > commonLength) createNodes(parent, vnodes, start, vnodes.length, hooks, nextSibling, ns) } else { // keyed diff var oldEnd = old.length - 1, end = vnodes.length - 1, map, o, v, oe, ve, topSibling // bottom-up while (oldEnd >= oldStart && end >= start) { oe = old[oldEnd] ve = vnodes[end] if (oe.key !== ve.key) break if (oe !== ve) updateNode(parent, oe, ve, hooks, nextSibling, ns) if (ve.dom != null) nextSibling = ve.dom oldEnd--, end-- } // top-down while (oldEnd >= oldStart && end >= start) { o = old[oldStart] v = vnodes[start] if (o.key !== v.key) break oldStart++, start++ if (o !== v) updateNode(parent, o, v, hooks, getNextSibling(old, oldStart, nextSibling), ns) } // swaps and list reversals while (oldEnd >= oldStart && end >= start) { if (start === end) break if (o.key !== ve.key || oe.key !== v.key) break topSibling = getNextSibling(old, oldStart, nextSibling) moveNodes(parent, oe, topSibling) if (oe !== v) updateNode(parent, oe, v, hooks, topSibling, ns) if (++start <= --end) moveNodes(parent, o, nextSibling) if (o !== ve) updateNode(parent, o, ve, hooks, nextSibling, ns) if (ve.dom != null) nextSibling = ve.dom oldStart++; oldEnd-- oe = old[oldEnd] ve = vnodes[end] o = old[oldStart] v = vnodes[start] } // bottom up once again while (oldEnd >= oldStart && end >= start) { if (oe.key !== ve.key) break if (oe !== ve) updateNode(parent, oe, ve, hooks, nextSibling, ns) if (ve.dom != null) nextSibling = ve.dom oldEnd--, end-- oe = old[oldEnd] ve = vnodes[end] } if (start > end) removeNodes(parent, old, oldStart, oldEnd + 1) else if (oldStart > oldEnd) createNodes(parent, vnodes, start, end + 1, hooks, nextSibling, ns) else { // inspired by ivi https://github.com/ivijs/ivi/ by Boris Kaul var originalNextSibling = nextSibling, vnodesLength = end - start + 1, oldIndices = new Array(vnodesLength), li=0, i=0, pos = 2147483647, matched = 0, map, lisIndices for (i = 0; i < vnodesLength; i++) oldIndices[i] = -1 for (i = end; i >= start; i--) { if (map == null) map = getKeyMap(old, oldStart, oldEnd + 1) ve = vnodes[i] var oldIndex = map[ve.key] if (oldIndex != null) { pos = (oldIndex < pos) ? oldIndex : -1 // becomes -1 if nodes were re-ordered oldIndices[i-start] = oldIndex oe = old[oldIndex] old[oldIndex] = null if (oe !== ve) updateNode(parent, oe, ve, hooks, nextSibling, ns) if (ve.dom != null) nextSibling = ve.dom matched++ } } nextSibling = originalNextSibling if (matched !== oldEnd - oldStart + 1) removeNodes(parent, old, oldStart, oldEnd + 1) if (matched === 0) createNodes(parent, vnodes, start, end + 1, hooks, nextSibling, ns) else { if (pos === -1) { // the indices of the indices of the items that are part of the // longest increasing subsequence in the oldIndices list lisIndices = makeLisIndices(oldIndices) li = lisIndices.length - 1 for (i = end; i >= start; i--) { v = vnodes[i] if (oldIndices[i-start] === -1) createNode(parent, v, hooks, ns, nextSibling) else { if (lisIndices[li] === i - start) li-- else moveNodes(parent, v, nextSibling) } if (v.dom != null) nextSibling = vnodes[i].dom } } else { for (i = end; i >= start; i--) { v = vnodes[i] if (oldIndices[i-start] === -1) createNode(parent, v, hooks, ns, nextSibling) if (v.dom != null) nextSibling = vnodes[i].dom } } } } } } } function updateNode(parent, old, vnode, hooks, nextSibling, ns) { var oldTag = old.tag, tag = vnode.tag if (oldTag === tag) { vnode.state = old.state vnode.events = old.events if (shouldNotUpdate(vnode, old)) return if (typeof oldTag === "string") { if (vnode.attrs != null) { updateLifecycle(vnode.attrs, vnode, hooks) } switch (oldTag) { case "#": updateText(old, vnode); break case "<": updateHTML(parent, old, vnode, ns, nextSibling); break case "[": updateFragment(parent, old, vnode, hooks, nextSibling, ns); break default: updateElement(old, vnode, hooks, ns) } } else updateComponent(parent, old, vnode, hooks, nextSibling, ns) } else { removeNode(parent, old) createNode(parent, vnode, hooks, ns, nextSibling) } } function updateText(old, vnode) { if (old.children.toString() !== vnode.children.toString()) { old.dom.nodeValue = vnode.children } vnode.dom = old.dom } function updateHTML(parent, old, vnode, ns, nextSibling) { if (old.children !== vnode.children) { removeHTML(parent, old) createHTML(parent, vnode, ns, nextSibling) } else { vnode.dom = old.dom vnode.domSize = old.domSize vnode.instance = old.instance } } function updateFragment(parent, old, vnode, hooks, nextSibling, ns) { updateNodes(parent, old.children, vnode.children, hooks, nextSibling, ns) var domSize = 0, children = vnode.children vnode.dom = null if (children != null) { for (var i = 0; i < children.length; i++) { var child = children[i] if (child != null && child.dom != null) { if (vnode.dom == null) vnode.dom = child.dom domSize += child.domSize || 1 } } if (domSize !== 1) vnode.domSize = domSize } } function updateElement(old, vnode, hooks, ns) { var element = vnode.dom = old.dom ns = getNameSpace(vnode) || ns if (vnode.tag === "textarea") { if (vnode.attrs == null) vnode.attrs = {} if (vnode.text != null) { vnode.attrs.value = vnode.text //FIXME handle multiple children vnode.text = undefined } } updateAttrs(vnode, old.attrs, vnode.attrs, ns) if (!maybeSetContentEditable(vnode)) { if (old.text != null && vnode.text != null && vnode.text !== "") { if (old.text.toString() !== vnode.text.toString()) old.dom.firstChild.nodeValue = vnode.text } else { if (old.text != null) old.children = [Vnode("#", undefined, undefined, old.text, undefined, old.dom.firstChild)] if (vnode.text != null) vnode.children = [Vnode("#", undefined, undefined, vnode.text, undefined, undefined)] updateNodes(element, old.children, vnode.children, hooks, null, ns) } } } function updateComponent(parent, old, vnode, hooks, nextSibling, ns) { vnode.instance = Vnode.normalize(callHook.call(vnode.state.view, vnode)) if (vnode.instance === vnode) throw Error("A view cannot return the vnode it received as argument") updateLifecycle(vnode.state, vnode, hooks) if (vnode.attrs != null) updateLifecycle(vnode.attrs, vnode, hooks) if (vnode.instance != null) { if (old.instance == null) createNode(parent, vnode.instance, hooks, ns, nextSibling) else updateNode(parent, old.instance, vnode.instance, hooks, nextSibling, ns) vnode.dom = vnode.instance.dom vnode.domSize = vnode.instance.domSize } else if (old.instance != null) { removeNode(parent, old.instance) vnode.dom = undefined vnode.domSize = 0 } else { vnode.dom = old.dom vnode.domSize = old.domSize } } function getKeyMap(vnodes, start, end) { var map = Object.create(null) for (; start < end; start++) { var vnode = vnodes[start] if (vnode != null) { var key = vnode.key if (key != null) map[key] = start } } return map } // Lifted from ivi https://github.com/ivijs/ivi/ // takes a list of unique numbers (-1 is special and can // occur multiple times) and returns an array with the indices // of the items that are part of the longest increasing // subsequece var lisTemp = [] function makeLisIndices(a) { var result = [0] var u = 0, v = 0, i = 0 var il = lisTemp.length = a.length for (var i = 0; i < il; i++) lisTemp[i] = a[i] for (var i = 0; i < il; ++i) { if (a[i] === -1) continue var j = result[result.length - 1] if (a[j] < a[i]) { lisTemp[i] = j result.push(i) continue } u = 0 v = result.length - 1 while (u < v) { // Fast integer average without overflow. // eslint-disable-next-line no-bitwise var c = (u >>> 1) + (v >>> 1) + (u & v & 1) if (a[result[c]] < a[i]) { u = c + 1 } else { v = c } } if (a[i] < a[result[u]]) { if (u > 0) lisTemp[i] = result[u - 1] result[u] = i } } u = result.length v = result[u - 1] while (u-- > 0) { result[u] = v v = lisTemp[v] } lisTemp.length = 0 return result } function getNextSibling(vnodes, i, nextSibling) { for (; i < vnodes.length; i++) { if (vnodes[i] != null && vnodes[i].dom != null) return vnodes[i].dom } return nextSibling } // This covers a really specific edge case: // - Parent node is keyed and contains child // - Child is removed, returns unresolved promise in `onbeforeremove` // - Parent node is moved in keyed diff // - Remaining children still need moved appropriately // // Ideally, I'd track removed nodes as well, but that introduces a lot more // complexity and I'm not exactly interested in doing that. function moveNodes(parent, vnode, nextSibling) { var frag = $doc.createDocumentFragment() moveChildToFrag(parent, frag, vnode) insertNode(parent, frag, nextSibling) } function moveChildToFrag(parent, frag, vnode) { // Dodge the recursion overhead in a few of the most common cases. while (vnode.dom != null && vnode.dom.parentNode === parent) { if (typeof vnode.tag !== "string") { vnode = vnode.instance if (vnode != null) continue } else if (vnode.tag === "<") { for (var i = 0; i < vnode.instance.length; i++) { frag.appendChild(vnode.instance[i]) } } else if (vnode.tag !== "[") { // Don't recurse for text nodes *or* elements, just fragments frag.appendChild(vnode.dom) } else if (vnode.children.length === 1) { vnode = vnode.children[0] if (vnode != null) continue } else { for (var i = 0; i < vnode.children.length; i++) { var child = vnode.children[i] if (child != null) moveChildToFrag(parent, frag, child) } } break } } function insertNode(parent, dom, nextSibling) { if (nextSibling != null) parent.insertBefore(dom, nextSibling) else parent.appendChild(dom) } function maybeSetContentEditable(vnode) { if (vnode.attrs == null || ( vnode.attrs.contenteditable == null && // attribute vnode.attrs.contentEditable == null // property )) return false var children = vnode.children if (children != null && children.length === 1 && children[0].tag === "<") { var content = children[0].children if (vnode.dom.innerHTML !== content) vnode.dom.innerHTML = content } else if (vnode.text != null || children != null && children.length !== 0) throw new Error("Child node of a contenteditable must be trusted") return true } //remove function removeNodes(parent, vnodes, start, end) { for (var i = start; i < end; i++) { var vnode = vnodes[i] if (vnode != null) removeNode(parent, vnode) } } function removeNode(parent, vnode) { var mask = 0 var original = vnode.state var stateResult, attrsResult if (typeof vnode.tag !== "string" && typeof vnode.state.onbeforeremove === "function") { var result = callHook.call(vnode.state.onbeforeremove, vnode) if (result != null && typeof result.then === "function") { mask = 1 stateResult = result } } if (vnode.attrs && typeof vnode.attrs.onbeforeremove === "function") { var result = callHook.call(vnode.attrs.onbeforeremove, vnode) if (result != null && typeof result.then === "function") { // eslint-disable-next-line no-bitwise mask |= 2 attrsResult = result } } checkState(vnode, original) // If we can, try to fast-path it and avoid all the overhead of awaiting if (!mask) { onremove(vnode) removeChild(parent, vnode) } else { if (stateResult != null) { var next = function () { // eslint-disable-next-line no-bitwise if (mask & 1) { mask &= 2; if (!mask) reallyRemove() } } stateResult.then(next, next) } if (attrsResult != null) { var next = function () { // eslint-disable-next-line no-bitwise if (mask & 2) { mask &= 1; if (!mask) reallyRemove() } } attrsResult.then(next, next) } } function reallyRemove() { checkState(vnode, original) onremove(vnode) removeChild(parent, vnode) } } function removeHTML(parent, vnode) { for (var i = 0; i < vnode.instance.length; i++) { parent.removeChild(vnode.instance[i]) } } function removeChild(parent, vnode) { // Dodge the recursion overhead in a few of the most common cases. while (vnode.dom != null && vnode.dom.parentNode === parent) { if (typeof vnode.tag !== "string") { vnode = vnode.instance if (vnode != null) continue } else if (vnode.tag === "<") { removeHTML(parent, vnode) } else { if (vnode.tag !== "[") { parent.removeChild(vnode.dom) if (!Array.isArray(vnode.children)) break } if (vnode.children.length === 1) { vnode = vnode.children[0] if (vnode != null) continue } else { for (var i = 0; i < vnode.children.length; i++) { var child = vnode.children[i] if (child != null) removeChild(parent, child) } } } break } } function onremove(vnode) { if (typeof vnode.tag !== "string" && typeof vnode.state.onremove === "function") callHook.call(vnode.state.onremove, vnode) if (vnode.attrs && typeof vnode.attrs.onremove === "function") callHook.call(vnode.attrs.onremove, vnode) if (typeof vnode.tag !== "string") { if (vnode.instance != null) onremove(vnode.instance) } else { var children = vnode.children if (Array.isArray(children)) { for (var i = 0; i < children.length; i++) { var child = children[i] if (child != null) onremove(child) } } } } //attrs function setAttrs(vnode, attrs, ns) { for (var key in attrs) { setAttr(vnode, key, null, attrs[key], ns) } } function setAttr(vnode, key, old, value, ns) { if (key === "key" || key === "is" || value == null || isLifecycleMethod(key) || (old === value && !isFormAttribute(vnode, key)) && typeof value !== "object") return if (key[0] === "o" && key[1] === "n") return updateEvent(vnode, key, value) if (key.slice(0, 6) === "xlink:") vnode.dom.setAttributeNS("http://www.w3.org/1999/xlink", key.slice(6), value) else if (key === "style") updateStyle(vnode.dom, old, value) else if (hasPropertyKey(vnode, key, ns)) { if (key === "value") { // Only do the coercion if we're actually going to check the value. /* eslint-disable no-implicit-coercion */ //setting input[value] to same value by typing on focused element moves cursor to end in Chrome if ((vnode.tag === "input" || vnode.tag === "textarea") && vnode.dom.value === "" + value && vnode.dom === activeElement()) return //setting select[value] to same value while having select open blinks select dropdown in Chrome if (vnode.tag === "select" && old !== null && vnode.dom.value === "" + value) return //setting option[value] to same value while having select open blinks select dropdown in Chrome if (vnode.tag === "option" && old !== null && vnode.dom.value === "" + value) return /* eslint-enable no-implicit-coercion */ } // If you assign an input type that is not supported by IE 11 with an assignment expression, an error will occur. if (vnode.tag === "input" && key === "type") vnode.dom.setAttribute(key, value) else vnode.dom[key] = value } else { if (typeof value === "boolean") { if (value) vnode.dom.setAttribute(key, "") else vnode.dom.removeAttribute(key) } else vnode.dom.setAttribute(key === "className" ? "class" : key, value) } } function removeAttr(vnode, key, old, ns) { if (key === "key" || key === "is" || old == null || isLifecycleMethod(key)) return if (key[0] === "o" && key[1] === "n" && !isLifecycleMethod(key)) updateEvent(vnode, key, undefined) else if (key === "style") updateStyle(vnode.dom, old, null) else if ( hasPropertyKey(vnode, key, ns) && key !== "className" && !(key === "value" && ( vnode.tag === "option" || vnode.tag === "select" && vnode.dom.selectedIndex === -1 && vnode.dom === activeElement() )) && !(vnode.tag === "input" && key === "type") ) { vnode.dom[key] = null } else { var nsLastIndex = key.indexOf(":") if (nsLastIndex !== -1) key = key.slice(nsLastIndex + 1) if (old !== false) vnode.dom.removeAttribute(key === "className" ? "class" : key) } } function setLateSelectAttrs(vnode, attrs) { if ("value" in attrs) { if(attrs.value === null) { if (vnode.dom.selectedIndex !== -1) vnode.dom.value = null } else { var normalized = "" + attrs.value // eslint-disable-line no-implicit-coercion if (vnode.dom.value !== normalized || vnode.dom.selectedIndex === -1) { vnode.dom.value = normalized } } } if ("selectedIndex" in attrs) setAttr(vnode, "selectedIndex", null, attrs.selectedIndex, undefined) } function updateAttrs(vnode, old, attrs, ns) { if (attrs != null) { for (var key in attrs) { setAttr(vnode, key, old && old[key], attrs[key], ns) } } var val if (old != null) { for (var key in old) { if (((val = old[key]) != null) && (attrs == null || attrs[key] == null)) { removeAttr(vnode, key, val, ns) } } } } function isFormAttribute(vnode, attr) { return attr === "value" || attr === "checked" || attr === "selectedIndex" || attr === "selected" && vnode.dom === activeElement() || vnode.tag === "option" && vnode.dom.parentNode === $doc.activeElement } function isLifecycleMethod(attr) { return attr === "oninit" || attr === "oncreate" || attr === "onupdate" || attr === "onremove" || attr === "onbeforeremove" || attr === "onbeforeupdate" } function hasPropertyKey(vnode, key, ns) { // Filter out namespaced keys return ns === undefined && ( // If it's a custom element, just keep it. vnode.tag.indexOf("-") > -1 || vnode.attrs != null && vnode.attrs.is || // If it's a normal element, let's try to avoid a few browser bugs. key !== "href" && key !== "list" && key !== "form" && key !== "width" && key !== "height"// && key !== "type" // Defer the property check until *after* we check everything. ) && key in vnode.dom } //style var uppercaseRegex = /[A-Z]/g function toLowerCase(capital) { return "-" + capital.toLowerCase() } function normalizeKey(key) { return key[0] === "-" && key[1] === "-" ? key : key === "cssFloat" ? "float" : key.replace(uppercaseRegex, toLowerCase) } function updateStyle(element, old, style) { if (old === style) { // Styles are equivalent, do nothing. } else if (style == null) { // New style is missing, just clear it. element.style.cssText = "" } else if (typeof style !== "object") { // New style is a string, let engine deal with patching. element.style.cssText = style } else if (old == null || typeof old !== "object") { // `old` is missing or a string, `style` is an object. element.style.cssText = "" // Add new style properties for (var key in style) { var value = style[key] if (value != null) element.style.setProperty(normalizeKey(key), String(value)) } } else { // Both old & new are (different) objects. // Update style properties that have changed for (var key in style) { var value = style[key] if (value != null && (value = String(value)) !== String(old[key])) { element.style.setProperty(normalizeKey(key), value) } } // Remove style properties that no longer exist for (var key in old) { if (old[key] != null && style[key] == null) { element.style.removeProperty(normalizeKey(key)) } } } } // Here's an explanation of how this works: // 1. The event names are always (by design) prefixed by `on`. // 2. The EventListener interface accepts either a function or an object // with a `handleEvent` method. // 3. The object does not inherit from `Object.prototype`, to avoid // any potential interference with that (e.g. setters). // 4. The event name is remapped to the handler before calling it. // 5. In function-based event handlers, `ev.target === this`. We replicate // that below. // 6. In function-based event handlers, `return false` prevents the default // action and stops event propagation. We replicate that below. function EventDict() { // Save this, so the current redraw is correctly tracked. this._ = currentRedraw } EventDict.prototype = Object.create(null) EventDict.prototype.handleEvent = function (ev) { var handler = this["on" + ev.type] var result if (typeof handler === "function") result = handler.call(ev.currentTarget, ev) else if (typeof handler.handleEvent === "function") handler.handleEvent(ev) if (this._ && ev.redraw !== false) (0, this._)() if (result === false) { ev.preventDefault() ev.stopPropagation() } } //event function updateEvent(vnode, key, value) { if (vnode.events != null) { if (vnode.events[key] === value) return if (value != null && (typeof value === "function" || typeof value === "object")) { if (vnode.events[key] == null) vnode.dom.addEventListener(key.slice(2), vnode.events, false) vnode.events[key] = value } else { if (vnode.events[key] != null) vnode.dom.removeEventListener(key.slice(2), vnode.events, false) vnode.events[key] = undefined } } else if (value != null && (typeof value === "function" || typeof value === "object")) { vnode.events = new EventDict() vnode.dom.addEventListener(key.slice(2), vnode.events, false) vnode.events[key] = value } } //lifecycle function initLifecycle(source, vnode, hooks) { if (typeof source.oninit === "function") callHook.call(source.oninit, vnode) if (typeof source.oncreate === "function") hooks.push(callHook.bind(source.oncreate, vnode)) } function updateLifecycle(source, vnode, hooks) { if (typeof source.onupdate === "function") hooks.push(callHook.bind(source.onupdate, vnode)) } function shouldNotUpdate(vnode, old) { do { if (vnode.attrs != null && typeof vnode.attrs.onbeforeupdate === "function") { var force = callHook.call(vnode.attrs.onbeforeupdate, vnode, old) if (force !== undefined && !force) break } if (typeof vnode.tag !== "string" && typeof vnode.state.onbeforeupdate === "function") { var force = callHook.call(vnode.state.onbeforeupdate, vnode, old) if (force !== undefined && !force) break } return false } while (false); // eslint-disable-line no-constant-condition vnode.dom = old.dom vnode.domSize = old.domSize vnode.instance = old.instance // One would think having the actual latest attributes would be ideal, // but it doesn't let us properly diff based on our current internal // representation. We have to save not only the old DOM info, but also // the attributes used to create it, as we diff *that*, not against the // DOM directly (with a few exceptions in `setAttr`). And, of course, we // need to save the children and text as they are conceptually not // unlike special "attributes" internally. vnode.attrs = old.attrs vnode.children = old.children vnode.text = old.text return true } return function(dom, vnodes, redraw) { if (!dom) throw new TypeError("Ensure the DOM element being passed to m.route/m.mount/m.render is not undefined.") var hooks = [] var active = activeElement() var namespace = dom.namespaceURI // First time rendering into a node clears it out if (dom.vnodes == null) dom.textContent = "" vnodes = Vnode.normalizeChildren(Array.isArray(vnodes) ? vnodes : [vnodes]) var prevRedraw = currentRedraw try { currentRedraw = typeof redraw === "function" ? redraw : undefined updateNodes(dom, dom.vnodes, vnodes, hooks, null, namespace === "http://www.w3.org/1999/xhtml" ? undefined : namespace) } finally { currentRedraw = prevRedraw } dom.vnodes = vnodes // `document.activeElement` can return null: https://html.spec.whatwg.org/multipage/interaction.html#dom-document-activeelement if (active != null && activeElement() !== active && typeof active.focus === "function") active.focus() for (var i = 0; i < hooks.length; i++) hooks[i]() } } },function (global, require, module, exports) { // ..\node_modules\mithril\api\mount-redraw.js "use strict" var Vnode = require(6) module.exports = function(render, schedule, console) { var subscriptions = [] var rendering = false var pending = false function sync() { if (rendering) throw new Error("Nested m.redraw.sync() call") rendering = true for (var i = 0; i < subscriptions.length; i += 2) { try { render(subscriptions[i], Vnode(subscriptions[i + 1]), redraw) } catch (e) { console.error(e) } } rendering = false } function redraw() { if (!pending) { pending = true schedule(function() { pending = false sync() }) } } redraw.sync = sync function mount(root, component) { if (component != null && component.view == null && typeof component !== "function") { throw new TypeError("m.mount(element, component) expects a component, not a vnode") } var index = subscriptions.indexOf(root) if (index >= 0) { subscriptions.splice(index, 2) render(root, [], redraw) } if (component != null) { subscriptions.push(root, component) render(root, Vnode(component), redraw) } } return {mount: mount, redraw: redraw} } },function (global, require, module, exports) { // ..\node_modules\mithril\request\request.js "use strict" var buildPathname = require(18) module.exports = function($window, Promise, oncompletion) { var callbackCount = 0 function PromiseProxy(executor) { return new Promise(executor) } // In case the global Promise is some userland library's where they rely on // `foo instanceof this.constructor`, `this.constructor.resolve(value)`, or // similar. Let's *not* break them. PromiseProxy.prototype = Promise.prototype PromiseProxy.__proto__ = Promise // eslint-disable-line no-proto function makeRequest(factory) { return function(url, args) { if (typeof url !== "string") { args = url; url = url.url } else if (args == null) args = {} var promise = new Promise(function(resolve, reject) { factory(buildPathname(url, args.params), args, function (data) { if (typeof args.type === "function") { if (Array.isArray(data)) { for (var i = 0; i < data.length; i++) { data[i] = new args.type(data[i]) } } else data = new args.type(data) } resolve(data) }, reject) }) if (args.background === true) return promise var count = 0 function complete() { if (--count === 0 && typeof oncompletion === "function") oncompletion() } return wrap(promise) function wrap(promise) { var then = promise.then // Set the constructor, so engines know to not await or resolve // this as a native promise. At the time of writing, this is // only necessary for V8, but their behavior is the correct // behavior per spec. See this spec issue for more details: // https://github.com/tc39/ecma262/issues/1577. Also, see the // corresponding comment in `request/tests/test-request.js` for // a bit more background on the issue at hand. promise.constructor = PromiseProxy promise.then = function() { count++ var next = then.apply(promise, arguments) next.then(complete, function(e) { complete() if (count === 0) throw e }) return wrap(next) } return promise } } } function hasHeader(args, name) { for (var key in args.headers) { if ({}.hasOwnProperty.call(args.headers, key) && name.test(key)) return true } return false } return { request: makeRequest(function(url, args, resolve, reject) { var method = args.method != null ? args.method.toUpperCase() : "GET" var body = args.body var assumeJSON = (args.serialize == null || args.serialize === JSON.serialize) && !(body instanceof $window.FormData) var responseType = args.responseType || (typeof args.extract === "function" ? "" : "json") var xhr = new $window.XMLHttpRequest(), aborted = false var original = xhr, replacedAbort var abort = xhr.abort xhr.abort = function() { aborted = true abort.call(this) } xhr.open(method, url, args.async !== false, typeof args.user === "string" ? args.user : undefined, typeof args.password === "string" ? args.password : undefined) if (assumeJSON && body != null && !hasHeader(args, /^content-type$/i)) { xhr.setRequestHeader("Content-Type", "application/json; charset=utf-8") } if (typeof args.deserialize !== "function" && !hasHeader(args, /^accept$/i)) { xhr.setRequestHeader("Accept", "application/json, text/*") } if (args.withCredentials) xhr.withCredentials = args.withCredentials if (args.timeout) xhr.timeout = args.timeout xhr.responseType = responseType for (var key in args.headers) { if ({}.hasOwnProperty.call(args.headers, key)) { xhr.setRequestHeader(key, args.headers[key]) } } xhr.onreadystatechange = function(ev) { // Don't throw errors on xhr.abort(). if (aborted) return if (ev.target.readyState === 4) { try { var success = (ev.target.status >= 200 && ev.target.status < 300) || ev.target.status === 304 || (/^file:\/\//i).test(url) // When the response type isn't "" or "text", // `xhr.responseText` is the wrong thing to use. // Browsers do the right thing and throw here, and we // should honor that and do the right thing by // preferring `xhr.response` where possible/practical. var response = ev.target.response, message if (responseType === "json") { // For IE and Edge, which don't implement // `responseType: "json"`. if (!ev.target.responseType && typeof args.extract !== "function") response = JSON.parse(ev.target.responseText) } else if (!responseType || responseType === "text") { // Only use this default if it's text. If a parsed // document is needed on old IE and friends (all // unsupported), the user should use a custom // `config` instead. They're already using this at // their own risk. if (response == null) response = ev.target.responseText } if (typeof args.extract === "function") { response = args.extract(ev.target, args) success = true } else if (typeof args.deserialize === "function") { response = args.deserialize(response) } if (success) resolve(response) else { try { message = ev.target.responseText } catch (e) { message = response } var error = new Error(message) error.code = ev.target.status error.response = response reject(error) } } catch (e) { reject(e) } } } if (typeof args.config === "function") { xhr = args.config(xhr, args, url) || xhr // Propagate the `abort` to any replacement XHR as well. if (xhr !== original) { replacedAbort = xhr.abort xhr.abort = function() { aborted = true replacedAbort.call(this) } } } if (body == null) xhr.send() else if (typeof args.serialize === "function") xhr.send(args.serialize(body)) else if (body instanceof $window.FormData) xhr.send(body) else xhr.send(JSON.stringify(body)) }), jsonp: makeRequest(function(url, args, resolve, reject) { var callbackName = args.callbackName || "_mithril_" + Math.round(Math.random() * 1e16) + "_" + callbackCount++ var script = $window.document.createElement("script") $window[callbackName] = function(data) { delete $window[callbackName] script.parentNode.removeChild(script) resolve(data) } script.onerror = function() { delete $window[callbackName] script.parentNode.removeChild(script) reject(new Error("JSONP request failed")) } script.src = url + (url.indexOf("?") < 0 ? "?" : "&") + encodeURIComponent(args.callbackKey || "callback") + "=" + encodeURIComponent(callbackName) $window.document.documentElement.appendChild(script) }), } } },function (global, require, module, exports) { // ..\node_modules\mithril\pathname\build.js "use strict" var buildQueryString = require(19) var assign = require(20) // Returns `path` from `template` + `params` module.exports = function(template, params) { if ((/:([^\/\.-]+)(\.{3})?:/).test(template)) { throw new SyntaxError("Template parameter names *must* be separated") } if (params == null) return template var queryIndex = template.indexOf("?") var hashIndex = template.indexOf("#") var queryEnd = hashIndex < 0 ? template.length : hashIndex var pathEnd = queryIndex < 0 ? queryEnd : queryIndex var path = template.slice(0, pathEnd) var query = {} assign(query, params) var resolved = path.replace(/:([^\/\.-]+)(\.{3})?/g, function(m, key, variadic) { delete query[key] // If no such parameter exists, don't interpolate it. if (params[key] == null) return m // Escape normal parameters, but not variadic ones. return variadic ? params[key] : encodeURIComponent(String(params[key])) }) // In case the template substitution adds new query/hash parameters. var newQueryIndex = resolved.indexOf("?") var newHashIndex = resolved.indexOf("#") var newQueryEnd = newHashIndex < 0 ? resolved.length : newHashIndex var newPathEnd = newQueryIndex < 0 ? newQueryEnd : newQueryIndex var result = resolved.slice(0, newPathEnd) if (queryIndex >= 0) result += template.slice(queryIndex, queryEnd) if (newQueryIndex >= 0) result += (queryIndex < 0 ? "?" : "&") + resolved.slice(newQueryIndex, newQueryEnd) var querystring = buildQueryString(query) if (querystring) result += (queryIndex < 0 && newQueryIndex < 0 ? "?" : "&") + querystring if (hashIndex >= 0) result += template.slice(hashIndex) if (newHashIndex >= 0) result += (hashIndex < 0 ? "" : "&") + resolved.slice(newHashIndex) return result } },function (global, require, module, exports) { // ..\node_modules\mithril\querystring\build.js "use strict" module.exports = function(object) { if (Object.prototype.toString.call(object) !== "[object Object]") return "" var args = [] for (var key in object) { destructure(key, object[key]) } return args.join("&") function destructure(key, value) { if (Array.isArray(value)) { for (var i = 0; i < value.length; i++) { destructure(key + "[" + i + "]", value[i]) } } else if (Object.prototype.toString.call(value) === "[object Object]") { for (var i in value) { destructure(key + "[" + i + "]", value[i]) } } else args.push(encodeURIComponent(key) + (value != null && value !== "" ? "=" + encodeURIComponent(value) : "")) } } },function (global, require, module, exports) { // ..\node_modules\mithril\pathname\assign.js "use strict" module.exports = Object.assign || function(target, source) { if(source) Object.keys(source).forEach(function(key) { target[key] = source[key] }) } },function (global, require, module, exports) { // ..\node_modules\mithril\route.js "use strict" var mountRedraw = require(13) module.exports = require(22)(window, mountRedraw) },function (global, require, module, exports) { // ..\node_modules\mithril\api\router.js "use strict" var Vnode = require(6) var m = require(5) var Promise = require(11) var buildPathname = require(18) var parsePathname = require(23) var compileTemplate = require(25) var assign = require(20) var sentinel = {} module.exports = function($window, mountRedraw) { var fireAsync function setPath(path, data, options) { path = buildPathname(path, data) if (fireAsync != null) { fireAsync() var state = options ? options.state : null var title = options ? options.title : null if (options && options.replace) $window.history.replaceState(state, title, route.prefix + path) else $window.history.pushState(state, title, route.prefix + path) } else { $window.location.href = route.prefix + path } } var currentResolver = sentinel, component, attrs, currentPath, lastUpdate var SKIP = route.SKIP = {} function route(root, defaultRoute, routes) { if (root == null) throw new Error("Ensure the DOM element that was passed to `m.route` is not undefined") // 0 = start // 1 = init // 2 = ready var state = 0 var compiled = Object.keys(routes).map(function(route) { if (route[0] !== "/") throw new SyntaxError("Routes must start with a `/`") if ((/:([^\/\.-]+)(\.{3})?:/).test(route)) { throw new SyntaxError("Route parameter names must be separated with either `/`, `.`, or `-`") } return { route: route, component: routes[route], check: compileTemplate(route), } }) var callAsync = typeof setImmediate === "function" ? setImmediate : setTimeout var p = Promise.resolve() var scheduled = false var onremove fireAsync = null if (defaultRoute != null) { var defaultData = parsePathname(defaultRoute) if (!compiled.some(function (i) { return i.check(defaultData) })) { throw new ReferenceError("Default route doesn't match any known routes") } } function resolveRoute() { scheduled = false // Consider the pathname holistically. The prefix might even be invalid, // but that's not our problem. var prefix = $window.location.hash if (route.prefix[0] !== "#") { prefix = $window.location.search + prefix if (route.prefix[0] !== "?") { prefix = $window.location.pathname + prefix if (prefix[0] !== "/") prefix = "/" + prefix } } // This seemingly useless `.concat()` speeds up the tests quite a bit, // since the representation is consistently a relatively poorly // optimized cons string. var path = prefix.concat() .replace(/(?:%[a-f89][a-f0-9])+/gim, decodeURIComponent) .slice(route.prefix.length) var data = parsePathname(path) assign(data.params, $window.history.state) function fail() { if (path === defaultRoute) throw new Error("Could not resolve default route " + defaultRoute) setPath(defaultRoute, null, {replace: true}) } loop(0) function loop(i) { // 0 = init // 1 = scheduled // 2 = done for (; i < compiled.length; i++) { if (compiled[i].check(data)) { var payload = compiled[i].component var matchedRoute = compiled[i].route var localComp = payload var update = lastUpdate = function(comp) { if (update !== lastUpdate) return if (comp === SKIP) return loop(i + 1) component = comp != null && (typeof comp.view === "function" || typeof comp === "function")? comp : "div" attrs = data.params, currentPath = path, lastUpdate = null currentResolver = payload.render ? payload : null if (state === 2) mountRedraw.redraw() else { state = 2 mountRedraw.redraw.sync() } } // There's no understating how much I *wish* I could // use `async`/`await` here... if (payload.view || typeof payload === "function") { payload = {} update(localComp) } else if (payload.onmatch) { p.then(function () { return payload.onmatch(data.params, path, matchedRoute) }).then(update, fail) } else update("div") return } } fail() } } // Set it unconditionally so `m.route.set` and `m.route.Link` both work, // even if neither `pushState` nor `hashchange` are supported. It's // cleared if `hashchange` is used, since that makes it automatically // async. fireAsync = function() { if (!scheduled) { scheduled = true callAsync(resolveRoute) } } if (typeof $window.history.pushState === "function") { onremove = function() { $window.removeEventListener("popstate", fireAsync, false) } $window.addEventListener("popstate", fireAsync, false) } else if (route.prefix[0] === "#") { fireAsync = null onremove = function() { $window.removeEventListener("hashchange", resolveRoute, false) } $window.addEventListener("hashchange", resolveRoute, false) } return mountRedraw.mount(root, { onbeforeupdate: function() { state = state ? 2 : 1 return !(!state || sentinel === currentResolver) }, oncreate: resolveRoute, onremove: onremove, view: function() { if (!state || sentinel === currentResolver) return // Wrap in a fragment to preserve existing key semantics var vnode = [Vnode(component, attrs.key, attrs)] if (currentResolver) vnode = currentResolver.render(vnode[0]) return vnode }, }) } route.set = function(path, data, options) { if (lastUpdate != null) { options = options || {} options.replace = true } lastUpdate = null setPath(path, data, options) } route.get = function() {return currentPath} route.prefix = "#!" route.Link = { view: function(vnode) { var options = vnode.attrs.options // Remove these so they don't get overwritten var attrs = {}, onclick, href assign(attrs, vnode.attrs) // The first two are internal, but the rest are magic attributes // that need censored to not screw up rendering. attrs.selector = attrs.options = attrs.key = attrs.oninit = attrs.oncreate = attrs.onbeforeupdate = attrs.onupdate = attrs.onbeforeremove = attrs.onremove = null // Do this now so we can get the most current `href` and `disabled`. // Those attributes may also be specified in the selector, and we // should honor that. var child = m(vnode.attrs.selector || "a", attrs, vnode.children) // Let's provide a *right* way to disable a route link, rather than // letting people screw up accessibility on accident. // // The attribute is coerced so users don't get surprised over // `disabled: 0` resulting in a button that's somehow routable // despite being visibly disabled. if (child.attrs.disabled = Boolean(child.attrs.disabled)) { child.attrs.href = null child.attrs["aria-disabled"] = "true" // If you *really* do want to do this on a disabled link, use // an `oncreate` hook to add it. child.attrs.onclick = null } else { onclick = child.attrs.onclick href = child.attrs.href child.attrs.href = route.prefix + href child.attrs.onclick = function(e) { var result if (typeof onclick === "function") { result = onclick.call(e.currentTarget, e) } else if (onclick == null || typeof onclick !== "object") { // do nothing } else if (typeof onclick.handleEvent === "function") { onclick.handleEvent(e) } // Adapted from React Router's implementation: // https://github.com/ReactTraining/react-router/blob/520a0acd48ae1b066eb0b07d6d4d1790a1d02482/packages/react-router-dom/modules/Link.js // // Try to be flexible and intuitive in how we handle links. // Fun fact: links aren't as obvious to get right as you // would expect. There's a lot more valid ways to click a // link than this, and one might want to not simply click a // link, but right click or command-click it to copy the // link target, etc. Nope, this isn't just for blind people. if ( // Skip if `onclick` prevented default result !== false && !e.defaultPrevented && // Ignore everything but left clicks (e.button === 0 || e.which === 0 || e.which === 1) && // Let the browser handle `target=_blank`, etc. (!e.currentTarget.target || e.currentTarget.target === "_self") && // No modifier keys !e.ctrlKey && !e.metaKey && !e.shiftKey && !e.altKey ) { e.preventDefault() e.redraw = false route.set(href, null, options) } } } return child }, } route.param = function(key) { return attrs && key != null ? attrs[key] : attrs } return route } },function (global, require, module, exports) { // ..\node_modules\mithril\pathname\parse.js "use strict" var parseQueryString = require(24) // Returns `{path, params}` from `url` module.exports = function(url) { var queryIndex = url.indexOf("?") var hashIndex = url.indexOf("#") var queryEnd = hashIndex < 0 ? url.length : hashIndex var pathEnd = queryIndex < 0 ? queryEnd : queryIndex var path = url.slice(0, pathEnd).replace(/\/{2,}/g, "/") if (!path) path = "/" else { if (path[0] !== "/") path = "/" + path if (path.length > 1 && path[path.length - 1] === "/") path = path.slice(0, -1) } return { path: path, params: queryIndex < 0 ? {} : parseQueryString(url.slice(queryIndex + 1, queryEnd)), } } },function (global, require, module, exports) { // ..\node_modules\mithril\querystring\parse.js "use strict" module.exports = function(string) { if (string === "" || string == null) return {} if (string.charAt(0) === "?") string = string.slice(1) var entries = string.split("&"), counters = {}, data = {} for (var i = 0; i < entries.length; i++) { var entry = entries[i].split("=") var key = decodeURIComponent(entry[0]) var value = entry.length === 2 ? decodeURIComponent(entry[1]) : "" if (value === "true") value = true else if (value === "false") value = false var levels = key.split(/\]\[?|\[/) var cursor = data if (key.indexOf("[") > -1) levels.pop() for (var j = 0; j < levels.length; j++) { var level = levels[j], nextLevel = levels[j + 1] var isNumber = nextLevel == "" || !isNaN(parseInt(nextLevel, 10)) if (level === "") { var key = levels.slice(0, j).join() if (counters[key] == null) { counters[key] = Array.isArray(cursor) ? cursor.length : 0 } level = counters[key]++ } // Disallow direct prototype pollution else if (level === "__proto__") break if (j === levels.length - 1) cursor[level] = value else { // Read own properties exclusively to disallow indirect // prototype pollution var desc = Object.getOwnPropertyDescriptor(cursor, level) if (desc != null) desc = desc.value if (desc == null) cursor[level] = desc = isNumber ? [] : {} cursor = desc } } } return data } },function (global, require, module, exports) { // ..\node_modules\mithril\pathname\compileTemplate.js "use strict" var parsePathname = require(23) // Compiles a template into a function that takes a resolved path (without query // strings) and returns an object containing the template parameters with their // parsed values. This expects the input of the compiled template to be the // output of `parsePathname`. Note that it does *not* remove query parameters // specified in the template. module.exports = function(template) { var templateData = parsePathname(template) var templateKeys = Object.keys(templateData.params) var keys = [] var regexp = new RegExp("^" + templateData.path.replace( // I escape literal text so people can use things like `:file.:ext` or // `:lang-:locale` in routes. This is all merged into one pass so I // don't also accidentally escape `-` and make it harder to detect it to // ban it from template parameters. /:([^\/.-]+)(\.{3}|\.(?!\.)|-)?|[\\^$*+.()|\[\]{}]/g, function(m, key, extra) { if (key == null) return "\\" + m keys.push({k: key, r: extra === "..."}) if (extra === "...") return "(.*)" if (extra === ".") return "([^/]+)\\." return "([^/]+)" + (extra || "") } ) + "$") return function(data) { // First, check the params. Usually, there isn't any, and it's just // checking a static set. for (var i = 0; i < templateKeys.length; i++) { if (templateData.params[templateKeys[i]] !== data.params[templateKeys[i]]) return false } // If no interpolations exist, let's skip all the ceremony if (!keys.length) return regexp.test(data.path) var values = regexp.exec(data.path) if (values == null) return false for (var i = 0; i < keys.length; i++) { data.params[keys[i].k] = keys[i].r ? values[i + 1] : decodeURIComponent(values[i + 1]) } return true } } },function (global, require, module, exports) { // header.js const m = require(3) const socket = require(1) const Header = { oninit: function() { this.connected = socket.connected socket.on('connect', () => { this.connected = true m.redraw() }) socket.on('disconnect', () => { this.connected = false m.redraw() }) }, view: function() { let path = m.route.get() return [ m('div.seperator'), m(m.route.Link, { href: '/', class: path === '/' ? 'active' : '', }, 'Frontpage'), m('div.seperator'), m(m.route.Link, { href: '/log', class: path === '/log' ? 'active' : '', }, 'Log'), m('div.seperator'), !this.connected && m('div.disconnected', ` Lost connection with server, Attempting to reconnect `) || null, ] } } module.exports = Header },function (global, require, module, exports) { // frontpage\frontpage.js const m = require(3) const Frontpage = { view: function() { return [ m('h4.header', 'Frontpage'), ] } } module.exports = Frontpage },function (global, require, module, exports) { // log\log.js const m = require(3) const socket = require(1) const Log = { oninit: function() { this.connected = socket.connected this.loglines = [] socket.on('newlog', data => { this.loglines.push(this.formatLine(data)) m.redraw() }) socket.on('connect', () => { this.loglines = [] this.loadData() socket.emit('core.listenlogs', {}) m.redraw() }) this.loadData() }, loadData: function() { socket.emit('core.getlastlogs', {}, (res) => { this.loglines = res.map(this.formatLine) m.redraw() }) }, formatLine: function(line) { return m.trust(line.replace(/\\033\[37m/g, '') .replace(/\\033\[33m/g, '') .replace(/\\033\[36m/g, '') .replace(/\\033\[35m/g, '') .replace(/\\033\[31m/g, '') .replace(/\\033\[7m/g, '') .replace(/\\033\[32m/g, '') .replace(/\\033\[27m/g, '') .replace(/\\033\[39m/g, '')) }, view: function() { return [ m('h1.header', 'Log'), m('div#logger', [ this.loglines.map((line, i) => { return m('div', { key: i }, line) }), m('div.padder'), ]), ] } } module.exports = Log }]));