public array<P extends Path<NotNul<T>>, Key extends string>(
name: P,
...args: NotNul<PathValue<NotNul<T>, P>> extends Array<infer Item> ? ('id' extends keyof Item ? [keyname: Key] : [keyName?: Key]) : []
): NotNul<PathValue<NotNul<T>, P>> extends Array<infer Item>
? Key extends keyof Item
? never
: Field<Array<Item & (Key extends keyof Item ? {} : string extends Key ? {} : { [P in Key]?: string })>>
: never {
return this.createField(name as any, this.name, args[0]) as any
}
char * dataFunc(){
TCHAR tc[256];
LONG tc_len = sizeof(tc);
getData((LPBYTE)&tc, &tc_len);
char * data = new char[tc_len];
for(int i = 0;i < tc_len;i++)
data[i] = tc[i];
return data;
}$net_price = "var net_price = " . json_encode($net_price) . ";";This is a Javascript variable being created inside of a PHP string.
public static int[] sleepSort(int... args) {
final int[] sorted = new int[args.length];
final AtomicInteger index = new AtomicInteger(0);
List<Thread> threads = new ArrayList<Thread>(0);
for (int i = 0; i < args.length; i++) {
final int x = i;
Thread sorter = new Thread(() -> {
try {
Thread.sleep(args[x]);
} catch (InterruptedException ex) {
// shrug
}
sorted[index.getAndIncrement()] = args[x];
});
sorter.setDaemon(true);
sorter.start();
threads.add(sorter);
}
try {
for (Thread t : threads) { t.join(); }
} catch (InterruptedException e) {
e.printStackTrace();
}
return sorted;
}Takes an unsorted array of integers, sorts by sleeping for the int value of each item in the array and then writing that into the resulting sorted array. Big-O analysis is... difficult.
function downScaleCanvas(a, b) {
var c = Math.ceil,
d = Math.floor;
if (!(1 > b) || !(0 < b)) throw "scale must be a positive number <1 ";
var e = b * b,
f = a.width,
g = a.height,
h = d(f * b),
i = d(g * b),
j = 0,
k = 0,
l = 0,
m = 0,
n = 0,
o = 0,
p = 0,
q = 0,
r = 0,
s = 0,
t = 0,
u = 0,
v = 0,
x = 0,
y = 0,
z = !1,
A = !1,
B = a.getContext("2d").getImageData(0, 0, f, g).data,
C = new Float32Array(3 * h * i),
D = 0,
E = 0,
F = 0;
for (k = 0; k < g; k++)
for (n = k * b, r = 0 | n, o = 3 * r * h, A = r != (0 | n + b), A && (x = r + 1 - n, y = n + b - r - 1), j = 0; j < f; j++, l += 4) m = j * b, q = 0 | m, p = o + 3 * q, z = q != (0 | m + b), z && (u = q + 1 - m, v = m + b - q - 1), D = B[l], E = B[l + 1], F = B[l + 2], z || A ? z && !A ? (s = u * b, C[p] += D * s, C[p + 1] += E * s, C[p + 2] += F * s, t = v * b, C[p + 3] += D * t, C[p + 4] += E * t, C[p + 5] += F * t) : A && !z ? (s = x * b, C[p] += D * s, C[p + 1] += E * s, C[p + 2] += F * s, t = y * b, C[p + 3 * h] += D * t, C[p + 3 * h + 1] += E * t, C[p + 3 * h + 2] += F * t) : (s = u * x, C[p] += D * s, C[p + 1] += E * s, C[p + 2] += F * s, t = v * x, C[p + 3] += D * t, C[p + 4] += E * t, C[p + 5] += F * t, t = u * y, C[p + 3 * h] += D * t, C[p + 3 * h + 1] += E * t, C[p + 3 * h + 2] += F * t, t = v * y, C[p + 3 * h + 3] += D * t, C[p + 3 * h + 4] += E * t, C[p + 3 * h + 5] += F * t) : (C[p] += D * e, C[p + 1] += E * e, C[p + 2] += F * e);
var G = document.createElement("canvas");
G.width = h, G.height = i;
var H = G.getContext("2d"),
I = H.getImageData(0, 0, h, i),
J = I.data,
K = 0;
for (l = 0, p = 0; K < h * i; l += 3, p += 4, K++) J[p] = c(C[l]), J[p + 1] = c(C[l + 1]), J[p + 2] = c(C[l + 2]), J[p + 3] = 255;
return H.putImageData(I, 0, 0), G
}dohhhhhh !!
public static int maximum(int f, int g)
{
try
{
int[] far = new int[f];
far[g] = 1;
return f;
}
catch(NegativeArraySizeException e)
{
f = -f;
g = -g;
return (-maximum(f, g) == -f)? -g : -f;
}
catch(IndexOutOfBoundsException e)
{
return (maximum(g, 0) == 0)? f : g;
}
}
{k: v for d in [{ key: { 0: x[0], } for key in x["name"] } for x in items] for k, v in d.items()} self.isOptionsVisible = ko.computed(function() {
if((self.type() == 'select') || (self.type() == 'multiselect') || (self.type() == 'radio') || (self.type() == 'checkbox') || (self.type() == 'upload')) {
return true;
}
return false;
}, this);
self.isNameVisible = ko.computed(function() {
if((self.type() == 'text') || (self.type() == 'textarea') || (self.type() == 'select') || (self.type() == 'multiselect') || (self.type() == 'radio') || (self.type() == 'checkbox') || (self.type() == 'upload')) {
return true;
}
return false;
}, this);
self.isBeforeAfterImagesVisible = ko.computed(function() {
if((self.type() == 'text') || (self.type() == 'textarea') || (self.type() == 'select') || (self.type() == 'multiselect') || (self.type() == 'radio') || (self.type() == 'checkbox') || (self.type() == 'upload')) {
return true;
}
return false;
}, this);
self.isTooltipVisible = ko.computed(function() {
if((self.type() == 'text') || (self.type() == 'textarea') || (self.type() == 'select') || (self.type() == 'multiselect') || (self.type() == 'radio') || (self.type() == 'checkbox') || (self.type() == 'upload')) {
return true;
}
return false;
}, this);
self.isLabelVisible = ko.computed(function() {
if((self.type() == 'text') || (self.type() == 'textarea') || (self.type() == 'select') || (self.type() == 'multiselect') || (self.type() == 'radio') || (self.type() == 'checkbox') || (self.type() == 'upload') || (self.type() == 'info')) {
return true;
}
return false;
}, this);
self.isClassVisible = ko.computed(function() {
if((self.type() == 'text') || (self.type() == 'textarea') || (self.type() == 'select') || (self.type() == 'multiselect') || (self.type() == 'radio') || (self.type() == 'checkbox') || (self.type() == 'upload')) {
return true;
}
return false;
}, this);
self.isStyleVisible = ko.computed(function() {
if((self.type() == 'text') || (self.type() == 'textarea') || (self.type() == 'select') || (self.type() == 'multiselect') || (self.type() == 'radio') || (self.type() == 'checkbox') || (self.type() == 'upload')) {
return true;
}
return false;
}, this);object orientation overrated. let's check the fields in several places ...
const setFormFlag(state){
state.formFlag ? state.formFlag = false : state.formFlag = true;
}function add(input1,input2) {
var number1 = input1.toString();
var number2 = input2.toString();
var numbers1 = new Array();
var numbers2 = new Array();
var size1 = 0;
var size2 = 0;
while(size1 < number1.length) {
var SizeAndNumberToAddToNumbers1Array = 0;
var Number1FromFunctionAddLength = number1.length-size1-1;
SizeAndNumberToAddToNumbers1Array = number1.charAt(size1);
while(Number1FromFunctionAddLength > 0){
SizeAndNumberToAddToNumbers1Array = SizeAndNumberToAddToNumbers1Array + "0";
Number1FromFunctionAddLength = Number1FromFunctionAddLength-1;
}
numbers1.push(SizeAndNumberToAddToNumbers1Array);
size1 = size1 + 1;
}
while(size2 < number2.length) {
var SizeAndNumberToAddToNumbers1Array2 = 0;
var Number1FromFunctionAddLength2 = number2.length-size2-1;
SizeAndNumberToAddToNumbers1Array2 = number2.charAt(size2);
while(Number1FromFunctionAddLength2 > 0){
SizeAndNumberToAddToNumbers1Array2 = SizeAndNumberToAddToNumbers1Array2 + "0";
Number1FromFunctionAddLength2 = Number1FromFunctionAddLength2-1;
}
numbers2.push(SizeAndNumberToAddToNumbers1Array2);
size2 = size2 + 1;
}
var result1 = 0;
var saize1 = 0;
while(saize1 < numbers1.length){
var topush1 = numbers1[saize1];
result1=result1+parseInt(topush1);
saize1 = saize1 + 1;
}
var result2 = 0;
var saize2 = 0;
while(saize2 < numbers2.length){
var topush2 = numbers2[saize2];
result2=result2+parseInt(topush2);
saize2 = saize2 + 1;
}
return result1+result2;
}advanced and optimized add function better than a + b
apps_to_be_deployed = apps_to_be_deployed.strip()
if apps_to_be_deployed.endswith(":"):
apps_to_be_deployed_length = len(apps_to_be_deployed)
apps_to_be_deployed_list = list(apps_to_be_deployed)
apps_to_be_deployed_list[apps_to_be_deployed_length - 1] = ''
apps_to_be_deployed = "".join(apps_to_be_deployed_list)
outerloop:
try {
if (selectedFile == null) {
break outerloop;
} else {
if (selectedFile != null) {
readTo = new PrintStream(selectedFile);
readTo.println(userCodeInput.getText());
readTo = readTheOptionsIntegers(readTo);
}
} catch(IOException e) {
System.out.println(e);
} $partnerChargesRegular = $row['charges'];
$partnerChargesIrregular = $row['charges'];
if (!isset($partnerChargesIrregular) || $partnerChargesIrregular == "") {
$partnerChargesIrregular = $partnerChargesRegular;
}Look. We take A from X and B from X. Then, you make a check, and if it is true you assing A to B. BUT A AND B ARE TAKEN FROM THE SAME X PLACE!!! HOW CAN THEY DIFFER?!?!!!?!?!?!?!!
public event EventHandler<Cles_graph_doivent_etre_redessines> les_graph_doivent_etre_redessines;
public void remove_event()
{
if (this.les_graph_doivent_etre_redessines != null)
{
foreach (EventHandler<Cles_graph_doivent_etre_redessines> F_les_graph_doivent_etre_redessines in this.les_graph_doivent_etre_redessines.GetInvocationList())
{
this.les_graph_doivent_etre_redessines -= F_les_graph_doivent_etre_redessines;
}
}
}