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Binding Metro UI Tiles with Knockout.js

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10 Jan 2013CPOL3 min read 26.5K   764   36  
How to build Metro UI Tiles in Knockout.js
// Knockout JavaScript library v2.2.0
// (c) Steven Sanderson - http://knockoutjs.com/
// License: MIT (http://www.opensource.org/licenses/mit-license.php)

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        }; b.b("memoization", b.s); b.b("memoization.memoize", b.s.qa); b.b("memoization.unmemoize", b.s.gb); b.b("memoization.parseMemoText", b.s.Ta); b.b("memoization.unmemoizeDomNodeAndDescendants", b.s.hb); b.La = { throttle: function (a,
d) { a.throttleEvaluation = d; var c = n; return b.j({ read: a, write: function (b) { clearTimeout(c); c = setTimeout(function () { a(b) }, d) } }) }, notify: function (a, d) { a.equalityComparer = "always" == d ? t(q) : b.m.fn.equalityComparer; return a } 
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            this.w = {}; b.a.extend(this, b.S.fn); b.p(this, "subscribe", this.xa); b.p(this, "extend", this.extend); b.p(this, "getSubscriptionsCount",
this.xb)
        }; b.S.fn = { xa: function (a, d, c) { var c = c || "change", a = d ? a.bind(d) : a, e = new b.eb(this, a, function () { b.a.ga(this.w[c], e) } .bind(this)); this.w[c] || (this.w[c] = []); this.w[c].push(e); return e }, notifySubscribers: function (a, d) { d = d || "change"; this.w[d] && b.r.K(function () { b.a.o(this.w[d].slice(0), function (b) { b && b.Bb !== l && b.ha(a) }) }, this) }, xb: function () { var a = 0, b; for (b in this.w) this.w.hasOwnProperty(b) && (a += this.w[b].length); return a }, extend: function (a) {
            var d = this; if (a) for (var c in a) {
                var e = b.La[c]; "function" ==
typeof e && (d = e(d, a[c]))
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        } 
        }; b.Pa = function (a) { return "function" == typeof a.xa && "function" == typeof a.notifySubscribers }; b.b("subscribable", b.S); b.b("isSubscribable", b.Pa); var B = []; b.r = { lb: function (a) { B.push({ ha: a, Ka: [] }) }, end: function () { B.pop() }, Va: function (a) { b.Pa(a) || i(Error("Only subscribable things can act as dependencies")); if (0 < B.length) { var d = B[B.length - 1]; d && !(0 <= b.a.i(d.Ka, a)) && (d.Ka.push(a), d.ha(a)) } }, K: function (a, b, c) { try { return B.push(n), a.apply(b, c || []) } finally { B.pop() } } }; var la = { undefined: l,
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        }; b.m = function (a) { function d() { if (0 < arguments.length) { if (!d.equalityComparer || !d.equalityComparer(c, arguments[0])) d.H(), c = arguments[0], d.G(); return this } b.r.Va(d); return c } var c = a; b.S.call(d); d.t = function () { return c }; d.G = function () { d.notifySubscribers(c) }; d.H = function () { d.notifySubscribers(c, "beforeChange") }; b.a.extend(d, b.m.fn); b.p(d, "peek", d.t); b.p(d, "valueHasMutated", d.G); b.p(d, "valueWillMutate", d.H); return d }; b.m.fn = { equalityComparer: function (a, b) {
            return a === n || typeof a in
la ? a === b : q
        } 
        }; var D = b.m.Jb = "__ko_proto__"; b.m.fn[D] = b.m; b.la = function (a, d) { return a === n || a === H || a[D] === H ? q : a[D] === d ? l : b.la(a[D], d) }; b.$ = function (a) { return b.la(a, b.m) }; b.Qa = function (a) { return "function" == typeof a && a[D] === b.m || "function" == typeof a && a[D] === b.j && a.yb ? l : q }; b.b("observable", b.m); b.b("isObservable", b.$); b.b("isWriteableObservable", b.Qa); b.R = function (a) {
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        }; b.R.fn = { remove: function (a) { for (var b = this.t(), c = [], e = "function" == typeof a ? a : function (b) { return b === a }, f = 0; f < b.length; f++) { var g = b[f]; e(g) && (0 === c.length && this.H(), c.push(g), b.splice(f, 1), f--) } c.length && this.G(); return c }, removeAll: function (a) { if (a === H) { var d = this.t(), c = d.slice(0); this.H(); d.splice(0, d.length); this.G(); return c } return !a ? [] : this.remove(function (d) { return 0 <= b.a.i(a, d) }) }, destroy: function (a) {
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                return b ===
a
            }; this.H(); for (var e = b.length - 1; 0 <= e; e--) c(b[e]) && (b[e]._destroy = l); this.G()
        }, destroyAll: function (a) { return a === H ? this.destroy(t(l)) : !a ? [] : this.destroy(function (d) { return 0 <= b.a.i(a, d) }) }, indexOf: function (a) { var d = this(); return b.a.i(d, a) }, replace: function (a, b) { var c = this.indexOf(a); 0 <= c && (this.H(), this.t()[c] = b, this.G()) } 
        }; b.a.o("pop push reverse shift sort splice unshift".split(" "), function (a) { b.R.fn[a] = function () { var b = this.t(); this.H(); b = b[a].apply(b, arguments); this.G(); return b } }); b.a.o(["slice"],
function (a) { b.R.fn[a] = function () { var b = this(); return b[a].apply(b, arguments) } }); b.b("observableArray", b.R); b.j = function (a, d, c) {
    function e() { b.a.o(y, function (a) { a.B() }); y = [] } function f() { var a = h.throttleEvaluation; a && 0 <= a ? (clearTimeout(s), s = setTimeout(g, a)) : g() } function g() {
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                var a = b.a.V(y, function (a) { return a.target }); b.r.lb(function (c) { var d; 0 <= (d = b.a.i(a, c)) ? a[d] = H : y.push(c.xa(f)) }); for (var c = r.call(d), e = a.length - 1; 0 <= e; e--) a[e] && y.splice(e, 1)[0].B(); m = l; h.notifySubscribers(k,
"beforeChange"); k = c
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        } 
    } function h() { if (0 < arguments.length) return "function" === typeof u ? u.apply(d, arguments) : i(Error("Cannot write a value to a ko.computed unless you specify a 'write' option. If you wish to read the current value, don't pass any parameters.")), this; m || g(); b.r.Va(h); return k } function j() { return !m || 0 < y.length } var k, m = q, p = q, r = a; r && "object" == typeof r ? (c = r, r = c.read) : (c = c || {}, r || (r = c.read)); "function" != typeof r && i(Error("Pass a function that returns the value of the ko.computed"));
    var u = c.write, F = c.disposeWhenNodeIsRemoved || c.W || n, v = c.disposeWhen || c.Ja || t(q), z = e, y = [], s = n; d || (d = c.owner); h.t = function () { m || g(); return k }; h.wb = function () { return y.length }; h.yb = "function" === typeof c.write; h.B = function () { z() }; h.oa = j; b.S.call(h); b.a.extend(h, b.j.fn); b.p(h, "peek", h.t); b.p(h, "dispose", h.B); b.p(h, "isActive", h.oa); b.p(h, "getDependenciesCount", h.wb); c.deferEvaluation !== l && g(); if (F && j()) { z = function () { b.a.F.Wa(F, arguments.callee); e() }; b.a.F.Ba(F, z); var C = v, v = function () { return !b.a.X(F) || C() } } return h
};
        b.Ab = function (a) { return b.la(a, b.j) }; v = b.m.Jb; b.j[v] = b.m; b.j.fn = {}; b.j.fn[v] = b.j; b.b("dependentObservable", b.j); b.b("computed", b.j); b.b("isComputed", b.Ab); b.fb = function (a) { 0 == arguments.length && i(Error("When calling ko.toJS, pass the object you want to convert.")); return aa(a, function (a) { for (var c = 0; b.$(a) && 10 > c; c++) a = a(); return a }) }; b.toJSON = function (a, d, c) { a = b.fb(a); return b.a.wa(a, d, c) }; b.b("toJS", b.fb); b.b("toJSON", b.toJSON); b.k = { q: function (a) {
            switch (b.a.u(a)) {
                case "option": return a.__ko__hasDomDataOptionValue__ ===
l ? b.a.f.get(a, b.c.options.ra) : 7 >= b.a.Z ? a.getAttributeNode("value").specified ? a.value : a.text : a.value; case "select": return 0 <= a.selectedIndex ? b.k.q(a.options[a.selectedIndex]) : H; default: return a.value
            } 
        }, T: function (a, d) {
            switch (b.a.u(a)) {
                case "option": switch (typeof d) {
                        case "string": b.a.f.set(a, b.c.options.ra, H); "__ko__hasDomDataOptionValue__" in a && delete a.__ko__hasDomDataOptionValue__; a.value = d; break; default: b.a.f.set(a, b.c.options.ra, d), a.__ko__hasDomDataOptionValue__ = l, a.value = "number" === typeof d ?
d : ""
                    } break; case "select": for (var c = a.options.length - 1; 0 <= c; c--) if (b.k.q(a.options[c]) == d) { a.selectedIndex = c; break } break; default: if (d === n || d === H) d = ""; a.value = d
            } 
        } 
        }; b.b("selectExtensions", b.k); b.b("selectExtensions.readValue", b.k.q); b.b("selectExtensions.writeValue", b.k.T); var ja = /\@ko_token_(\d+)\@/g, ma = ["true", "false"], na = /^(?:[$_a-z][$\w]*|(.+)(\.\s*[$_a-z][$\w]*|\[.+\]))$/i; b.g = { Q: [], aa: function (a) {
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c = n, e, f = 0; f < d.length; f++) { var g = d.charAt(f); if (c === n) switch (g) { case '"': case "'": case "/": c = f, e = g } else if (g == e && "\\" !== d.charAt(f - 1)) { g = d.substring(c, f + 1); a.push(g); var h = "@ko_token_" + (a.length - 1) + "@", d = d.substring(0, c) + h + d.substring(f + 1), f = f - (g.length - h.length), c = n } } e = c = n; for (var j = 0, k = n, f = 0; f < d.length; f++) {
                g = d.charAt(f); if (c === n) switch (g) { case "{": c = f; k = g; e = "}"; break; case "(": c = f; k = g; e = ")"; break; case "[": c = f, k = g, e = "]" } g === k ? j++ : g === e && (j--, 0 === j && (g = d.substring(c, f + 1), a.push(g), h = "@ko_token_" + (a.length -
1) + "@", d = d.substring(0, c) + h + d.substring(f + 1), f -= g.length - h.length, c = n))
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                if ((a = d()._ko_property_writers) &&
a[c]) a[c](e)
            } else (!f || a.t() !== e) && a(e)
        } 
        }; b.b("expressionRewriting", b.g); b.b("expressionRewriting.bindingRewriteValidators", b.g.Q); b.b("expressionRewriting.parseObjectLiteral", b.g.aa); b.b("expressionRewriting.preProcessBindings", b.g.ba); b.b("jsonExpressionRewriting", b.g); b.b("jsonExpressionRewriting.insertPropertyAccessorsIntoJson", b.g.ba); var J = "<\!--test--\>" === x.createComment("test").text, ia = J ? /^<\!--\s*ko(?:\s+(.+\s*\:[\s\S]*))?\s*--\>$/ : /^\s*ko(?:\s+(.+\s*\:[\s\S]*))?\s*$/, ha = J ? /^<\!--\s*\/ko\s*--\>$/ :
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    c ? A(a) ? a.parentNode.insertBefore(d,
c.nextSibling) : c.nextSibling ? a.insertBefore(d, c.nextSibling) : a.appendChild(d) : b.e.Ua(a, d)
}, firstChild: function (a) { return !A(a) ? a.firstChild : !a.nextSibling || G(a.nextSibling) ? n : a.nextSibling }, nextSibling: function (a) { A(a) && (a = Z(a)); return a.nextSibling && G(a.nextSibling) ? n : a.nextSibling }, ib: function (a) { return (a = A(a)) ? a[1] : n }, Sa: function (a) {
    if (oa[b.a.u(a)]) {
        var d = a.firstChild; if (d) {
            do if (1 === d.nodeType) {
                var c; c = d.firstChild; var e = n; if (c) {
                    do if (e) e.push(c); else if (A(c)) { var f = Z(c, l); f ? c = f : e = [c] } else G(c) &&
(e = [c]); while (c = c.nextSibling)
                } if (c = e) { e = d.nextSibling; for (f = 0; f < c.length; f++) e ? a.insertBefore(c[f], e) : a.appendChild(c[f]) } 
            } while (d = d.nextSibling)
        } 
    } 
} 
}; b.b("virtualElements", b.e); b.b("virtualElements.allowedBindings", b.e.I); b.b("virtualElements.emptyNode", b.e.Y); b.b("virtualElements.insertAfter", b.e.Oa); b.b("virtualElements.prepend", b.e.Ua); b.b("virtualElements.setDomNodeChildren", b.e.N); b.J = function () { this.Ga = {} }; b.a.extend(b.J.prototype, { nodeHasBindings: function (a) {
    switch (a.nodeType) {
        case 1: return a.getAttribute("data-bind") !=
n; case 8: return b.e.ib(a) != n; default: return q
    } 
}, getBindings: function (a, b) { var c = this.getBindingsString(a, b); return c ? this.parseBindingsString(c, b, a) : n }, getBindingsString: function (a) { switch (a.nodeType) { case 1: return a.getAttribute("data-bind"); case 8: return b.e.ib(a); default: return n } }, parseBindingsString: function (a, d, c) {
    try { var e; if (!(e = this.Ga[a])) { var f = this.Ga, g = "with($context){with($data||{}){return{" + b.g.ba(a) + "}}}"; e = f[a] = new Function("$context", "$element", g) } return e(d, c) } catch (h) {
        i(Error("Unable to parse bindings.\nMessage: " +
h + ";\nBindings value: " + a))
    } 
} 
}); b.J.instance = new b.J; b.b("bindingProvider", b.J); b.c = {}; b.z = function (a, d, c) { d ? (b.a.extend(this, d), this.$parentContext = d, this.$parent = d.$data, this.$parents = (d.$parents || []).slice(0), this.$parents.unshift(this.$parent)) : (this.$parents = [], this.$root = a, this.ko = b); this.$data = a; c && (this[c] = a) }; b.z.prototype.createChildContext = function (a, d) { return new b.z(a, this, d) }; b.z.prototype.extend = function (a) { var d = b.a.extend(new b.z, this); return b.a.extend(d, a) }; b.cb = function (a, d) {
    if (2 ==
arguments.length) b.a.f.set(a, "__ko_bindingContext__", d); else return b.a.f.get(a, "__ko_bindingContext__")
}; b.Ea = function (a, d, c) { 1 === a.nodeType && b.e.Sa(a); return W(a, d, c, l) }; b.Da = function (a, b) { (1 === b.nodeType || 8 === b.nodeType) && Y(a, b, l) }; b.Ca = function (a, b) { b && (1 !== b.nodeType && 8 !== b.nodeType) && i(Error("ko.applyBindings: first parameter should be your view model; second parameter should be a DOM node")); b = b || w.document.body; X(a, b, l) }; b.ja = function (a) {
    switch (a.nodeType) {
        case 1: case 8: var d = b.cb(a); if (d) return d;
            if (a.parentNode) return b.ja(a.parentNode)
    } return H
}; b.ob = function (a) { return (a = b.ja(a)) ? a.$data : H }; b.b("bindingHandlers", b.c); b.b("applyBindings", b.Ca); b.b("applyBindingsToDescendants", b.Da); b.b("applyBindingsToNode", b.Ea); b.b("contextFor", b.ja); b.b("dataFor", b.ob); var ea = { "class": "className", "for": "htmlFor" }; b.c.attr = { update: function (a, d) {
    var c = b.a.d(d()) || {}, e; for (e in c) if ("string" == typeof e) {
        var f = b.a.d(c[e]), g = f === q || f === n || f === H; g && a.removeAttribute(e); 8 >= b.a.Z && e in ea ? (e = ea[e], g ? a.removeAttribute(e) :
a[e] = f) : g || a.setAttribute(e, f.toString()); "name" === e && b.a.$a(a, g ? "" : f.toString())
    } 
} 
}; b.c.checked = { init: function (a, d, c) { b.a.n(a, "click", function () { var e; if ("checkbox" == a.type) e = a.checked; else if ("radio" == a.type && a.checked) e = a.value; else return; var f = d(), g = b.a.d(f); "checkbox" == a.type && g instanceof Array ? (e = b.a.i(g, a.value), a.checked && 0 > e ? f.push(a.value) : !a.checked && 0 <= e && f.splice(e, 1)) : b.g.ea(f, c, "checked", e, l) }); "radio" == a.type && !a.name && b.c.uniqueName.init(a, t(l)) }, update: function (a, d) {
    var c = b.a.d(d());
    "checkbox" == a.type ? a.checked = c instanceof Array ? 0 <= b.a.i(c, a.value) : c : "radio" == a.type && (a.checked = a.value == c)
} 
}; b.c.css = { update: function (a, d) { var c = b.a.d(d()); if ("object" == typeof c) for (var e in c) { var f = b.a.d(c[e]); b.a.da(a, e, f) } else c = String(c || ""), b.a.da(a, a.__ko__cssValue, q), a.__ko__cssValue = c, b.a.da(a, c, l) } }; b.c.enable = { update: function (a, d) { var c = b.a.d(d()); c && a.disabled ? a.removeAttribute("disabled") : !c && !a.disabled && (a.disabled = l) } }; b.c.disable = { update: function (a, d) { b.c.enable.update(a, function () { return !b.a.d(d()) }) } };
        b.c.event = { init: function (a, d, c, e) { var f = d() || {}, g; for (g in f) (function () { var f = g; "string" == typeof f && b.a.n(a, f, function (a) { var g, m = d()[f]; if (m) { var p = c(); try { var r = b.a.L(arguments); r.unshift(e); g = m.apply(e, r) } finally { g !== l && (a.preventDefault ? a.preventDefault() : a.returnValue = q) } p[f + "Bubble"] === q && (a.cancelBubble = l, a.stopPropagation && a.stopPropagation()) } }) })() } }; b.c.foreach = { Ra: function (a) {
            return function () {
                var d = a(), c = b.a.ta(d); if (!c || "number" == typeof c.length) return { foreach: d, templateEngine: b.C.na };
                b.a.d(d); return { foreach: c.data, as: c.as, includeDestroyed: c.includeDestroyed, afterAdd: c.afterAdd, beforeRemove: c.beforeRemove, afterRender: c.afterRender, beforeMove: c.beforeMove, afterMove: c.afterMove, templateEngine: b.C.na}
            } 
        }, init: function (a, d) { return b.c.template.init(a, b.c.foreach.Ra(d)) }, update: function (a, d, c, e, f) { return b.c.template.update(a, b.c.foreach.Ra(d), c, e, f) } 
        }; b.g.Q.foreach = q; b.e.I.foreach = l; b.c.hasfocus = { init: function (a, d, c) {
            function e(e) {
                a.__ko_hasfocusUpdating = l; var f = a.ownerDocument; "activeElement" in
f && (e = f.activeElement === a); f = d(); b.g.ea(f, c, "hasfocus", e, l); a.__ko_hasfocusUpdating = q
            } var f = e.bind(n, l), g = e.bind(n, q); b.a.n(a, "focus", f); b.a.n(a, "focusin", f); b.a.n(a, "blur", g); b.a.n(a, "focusout", g)
        }, update: function (a, d) { var c = b.a.d(d()); a.__ko_hasfocusUpdating || (c ? a.focus() : a.blur(), b.r.K(b.a.Aa, n, [a, c ? "focusin" : "focusout"])) } 
        }; b.c.html = { init: function () { return { controlsDescendantBindings: l} }, update: function (a, d) { b.a.ca(a, d()) } }; var ca = "__ko_withIfBindingData"; P("if"); P("ifnot", q, l); P("with", l, q, function (a,
b) { return a.createChildContext(b) }); b.c.options = { update: function (a, d, c) {
    "select" !== b.a.u(a) && i(Error("options binding applies only to SELECT elements")); for (var e = 0 == a.length, f = b.a.V(b.a.fa(a.childNodes, function (a) { return a.tagName && "option" === b.a.u(a) && a.selected }), function (a) { return b.k.q(a) || a.innerText || a.textContent }), g = a.scrollTop, h = b.a.d(d()); 0 < a.length; ) b.A(a.options[0]), a.remove(0); if (h) {
        var c = c(), j = c.optionsIncludeDestroyed; "number" != typeof h.length && (h = [h]); if (c.optionsCaption) {
            var k = x.createElement("option");
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    } 
} 
};
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d) { var c = b.a.d(d() || {}), e; for (e in c) if ("string" == typeof e) { var f = b.a.d(c[e]); a.style[e] = f || "" } } 
        }; b.c.submit = { init: function (a, d, c, e) { "function" != typeof d() && i(Error("The value for a submit binding must be a function")); b.a.n(a, "submit", function (b) { var c, h = d(); try { c = h.call(e, a) } finally { c !== l && (b.preventDefault ? b.preventDefault() : b.returnValue = q) } }) } }; b.c.text = { update: function (a, d) { b.a.bb(a, d()) } }; b.e.I.text = l; b.c.uniqueName = { init: function (a, d) {
            if (d()) {
                var c = "ko_unique_" + ++b.c.uniqueName.nb; b.a.$a(a,
c)
            } 
        } 
        }; b.c.uniqueName.nb = 0; b.c.value = { init: function (a, d, c) {
            function e() { h = q; var e = d(), f = b.k.q(a); b.g.ea(e, c, "value", f) } var f = ["change"], g = c().valueUpdate, h = q; g && ("string" == typeof g && (g = [g]), b.a.P(f, g), f = b.a.Fa(f)); if (b.a.Z && ("input" == a.tagName.toLowerCase() && "text" == a.type && "off" != a.autocomplete && (!a.form || "off" != a.form.autocomplete)) && -1 == b.a.i(f, "propertychange")) b.a.n(a, "propertychange", function () { h = l }), b.a.n(a, "blur", function () { h && e() }); b.a.o(f, function (c) {
                var d = e; b.a.Nb(c, "after") && (d = function () {
                    setTimeout(e,
0)
                }, c = c.substring(5)); b.a.n(a, c, d)
            })
        }, update: function (a, d) { var c = "select" === b.a.u(a), e = b.a.d(d()), f = b.k.q(a), g = e != f; 0 === e && (0 !== f && "0" !== f) && (g = l); g && (f = function () { b.k.T(a, e) }, f(), c && setTimeout(f, 0)); c && 0 < a.length && da(a, e, q) } 
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    a = this.makeTemplateSource(a, e);
    return this.renderTemplateSource(a, b, c)
}; b.v.prototype.isTemplateRewritten = function (a, b) { return this.allowTemplateRewriting === q ? l : this.makeTemplateSource(a, b).data("isRewritten") }; b.v.prototype.rewriteTemplate = function (a, b, c) { a = this.makeTemplateSource(a, c); b = b(a.text()); a.text(b); a.data("isRewritten", l) }; b.b("templateEngine", b.v); var pa = /(<[a-z]+\d*(\s+(?!data-bind=)[a-z0-9\-]+(=(\"[^\"]*\"|\'[^\']*\'))?)*\s+)data-bind=(["'])([\s\S]*?)\5/gi, qa = /<\!--\s*ko\b\s*([\s\S]*?)\s*--\>/g; b.ya = { ub: function (a,
d, c) { d.isTemplateRewritten(a, c) || d.rewriteTemplate(a, function (a) { return b.ya.Fb(a, d) }, c) }, Fb: function (a, b) { return a.replace(pa, function (a, e, f, g, h, j, k) { return V(k, e, b) }).replace(qa, function (a, e) { return V(e, "<\!-- ko --\>", b) }) }, jb: function (a) { return b.s.qa(function (d, c) { d.nextSibling && b.Ea(d.nextSibling, a, c) }) } 
}; b.b("__tr_ambtns", b.ya.jb); b.l = {}; b.l.h = function (a) { this.h = a }; b.l.h.prototype.text = function () {
    var a = b.a.u(this.h), a = "script" === a ? "text" : "textarea" === a ? "value" : "innerHTML"; if (0 == arguments.length) return this.h[a];
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}; b.l.h.prototype.data = function (a) { if (1 === arguments.length) return b.a.f.get(this.h, "templateSourceData_" + a); b.a.f.set(this.h, "templateSourceData_" + a, arguments[1]) }; b.l.O = function (a) { this.h = a }; b.l.O.prototype = new b.l.h; b.l.O.prototype.text = function () { if (0 == arguments.length) { var a = b.a.f.get(this.h, "__ko_anon_template__") || {}; a.za === H && a.ia && (a.za = a.ia.innerHTML); return a.za } b.a.f.set(this.h, "__ko_anon_template__", { za: arguments[0] }) }; b.l.h.prototype.nodes =
function () { if (0 == arguments.length) return (b.a.f.get(this.h, "__ko_anon_template__") || {}).ia; b.a.f.set(this.h, "__ko_anon_template__", { ia: arguments[0] }) }; b.b("templateSources", b.l); b.b("templateSources.domElement", b.l.h); b.b("templateSources.anonymousTemplate", b.l.O); var N; b.va = function (a) { a != H && !(a instanceof b.v) && i(Error("templateEngine must inherit from ko.templateEngine")); N = a }; b.ua = function (a, d, c, e, f) {
    c = c || {}; (c.templateEngine || N) == H && i(Error("Set a template engine before calling renderTemplate"));
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}; b.Lb = function (a, d, c, e, f) {
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        j = f.createChildContext(b.a.d(d), c.as); j.$index = e; var g = "function" == typeof a ?
a(d, j) : a; return S(n, "ignoreTargetNode", g, j, c)
    } var j; return b.j(function () { var a = b.a.d(d) || []; "undefined" == typeof a.length && (a = [a]); a = b.a.fa(a, function (a) { return c.includeDestroyed || a === H || a === n || !b.a.d(a._destroy) }); b.r.K(b.a.Za, n, [e, a, h, c, g]) }, n, { W: e })
}; b.c.template = { init: function (a, d) { var c = b.a.d(d()); if ("string" != typeof c && !c.name && (1 == a.nodeType || 8 == a.nodeType)) c = 1 == a.nodeType ? a.childNodes : b.e.childNodes(a), c = b.a.Gb(c), (new b.l.O(a)).nodes(c); return { controlsDescendantBindings: l} }, update: function (a,
d, c, e, f) { var d = b.a.d(d()), c = {}, e = l, g, h = n; "string" != typeof d && (c = d, d = c.name, "if" in c && (e = b.a.d(c["if"])), e && "ifnot" in c && (e = !b.a.d(c.ifnot)), g = b.a.d(c.data)); "foreach" in c ? h = b.Lb(d || a, e && c.foreach || [], c, a, f) : e ? (f = "data" in c ? f.createChildContext(g, c.as) : f, h = b.ua(d || a, f, c, a)) : b.e.Y(a); f = h; (g = b.a.f.get(a, "__ko__templateComputedDomDataKey__")) && "function" == typeof g.B && g.B(); b.a.f.set(a, "__ko__templateComputedDomDataKey__", f && f.oa() ? f : H) } 
}; b.g.Q.template = function (a) {
    a = b.g.aa(a); return 1 == a.length && a[0].unknown ||
b.g.Db(a, "name") ? n : "This template engine does not support anonymous templates nested within its templates"
}; b.e.I.template = l; b.b("setTemplateEngine", b.va); b.b("renderTemplate", b.ua); b.a.Ia = function (a, b, c) { a = a || []; b = b || []; return a.length <= b.length ? R(a, b, "added", "deleted", c) : R(b, a, "deleted", "added", c) }; b.b("utils.compareArrays", b.a.Ia); b.a.Za = function (a, d, c, e, f) {
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        if (a) for (var d = 0, e = c.length; d < e; d++) c[d] && b.a.o(c[d].M,
function (b) { a(b, d, c[d].U) })
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D) : (s = { U: B.value, ma: b.m(v++) }, r.push(s), z.push(s), j || (m[C] = s))
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}; b.b("utils.setDomNodeChildrenFromArrayMapping", b.a.Za); b.C = function () {
    this.allowTemplateRewriting =
q
}; b.C.prototype = new b.v; b.C.prototype.renderTemplateSource = function (a) { var d = !(9 > b.a.Z) && a.nodes ? a.nodes() : n; if (d) return b.a.L(d.cloneNode(l).childNodes); a = a.text(); return b.a.sa(a) }; b.C.na = new b.C; b.va(b.C.na); b.b("nativeTemplateEngine", b.C); b.pa = function () {
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        var f = b.data("precompiled"); f || (f = b.text() || "", f = E.template(n, "{{ko_with $item.koBindingContext}}" + f + "{{/ko_with}}"), b.data("precompiled", f)); b = [c.$data]; c = E.extend({ koBindingContext: c }, e.templateOptions); c = E.tmpl(f, b, c); c.appendTo(x.createElement("div")); E.fragments = {}; return c
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{ open: "__.push($1 || '');" }, E.tmpl.tag.ko_with = { open: "with($1) {", close: "} " })
}; b.pa.prototype = new b.v; v = new b.pa; 0 < v.Cb && b.va(v); b.b("jqueryTmplTemplateEngine", b.pa)
    } "function" === typeof require && "object" === typeof exports && "object" === typeof module ? K(module.exports || exports) : "function" === typeof define && define.amd ? define(["exports"], K) : K(w.ko = {}); l;
})();

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Written By
Software Developer (Senior) Desme
Bangladesh Bangladesh
I've started working on C#.Net WinForm in 2011 and developed a desktop application named NoseOp for Microsoft Imagine Cup 2011 and my team scored one of the top 6 teams of Bangladesh. NoseOp is an application for physically disable person to operate computer easily and do everyday work. Later on I scored 1st in software exhibition of American International University - Bangladesh's(AIUB) Software Engineering day.

After that I've started working on Asp.Net and developed several websites which are running successfully in different countries. I'm very much interested and passionate about learning new technologies.

www.sktajbir.com

My Projects:


CodeProject Achievement:

  • 2nd in Best Web Dev article of December 2012
  • 7th in Best overall article of April 2013
  • 3rd in Best Web Dev article of April 2013

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