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Đây là tools auto post bài + AUTO LIKE. Mod thấy thì bỏ qua dùm nha !Đây là tools auto post bài + AUTO LIKE. Mod thấy thì bỏ qua dùm nha !Đây là tools auto post bài + AUTO LIKE. Mod thấy thì bỏ qua dùm nha !Đây là tools auto post bài + AUTO LIKE. Mod thấy thì bỏ qua dùm nha !
Tiêu chí dân thường 1k like, tiêu chí cán bộ 10k like, tiêu chí dân thường 500 post, tiêu chí cán bộ 1k post
Spam lấy like, mốt đi khè ai, 500 post thôi, rồi 1k post
Top like được xét giảm án khi bị ban, set title, avatar to, mời các đồng chí cùng nhau đua top
Đây là tools auto post bài + AUTO LIKE. Mod thấy thì bỏ qua dùm nha !Đây là tools auto post bài + AUTO LIKE. Mod thấy thì bỏ qua dùm nha !Đây là tools auto post bài + AUTO LIKE. Mod thấy thì bỏ qua dùm nha !Đây là tools auto post bài + AUTO LIKE. Mod thấy thì bỏ qua dùm nha !
#include <iostream>
#include <conio.h>
using namespace std;
void chuyendoi(int);
int main()
{
int a;
cout << "Nhap mot so he 8 gom hai ky so : ";
cin>>a;
chuyendoi(a);
}
void chuyendoi(int oct)
{
long bnum=0;
int A[6];
//Moi ky so he 8 duoc chuyen doi vao trong 3 bit, do vay 2 ky so la = 6 bit.
int a1,a2,quo,rem;
a2=oct/10;
a1=oct-a2*10;
for(int x=0;x<6;x++)
{
A[x]=0;
}
cout<<"\na1 = "<<a1<<"\na2 = "<<a2;
cout<<"\nvong 1"<<endl;
//Sap xep phan du cua so hang don vi vao trong mang.
for (x=0;x;x++)
{
quo=a1/2;
rem=a1%2;
A[x]=rem;
a1=quo;
}
cout<<"\nvong 2"<<endl;
//Sap xep phan du cua so hang chuc vao trong mang.
for(x=3;x<6;x++)
{
quo=a2/2;
rem=a2%2;
A[x]=rem;
a2=quo;
}
//Nhan duoc so he 2 tu cac phan du.
for(x=5;x>=0;x--)
{
bnum*=10;
bnum+=A[x];
}
cout << "So nhi phan cua so he bat phan " << oct << " la " << bnum << "." << endl;
}
/* VOZ — in-thread ad spread, client-side.
*
* Lives in the Siropu Ads Manager unit on `thread_view_below_messages` (the ad below the
* last post), pasted after that unit's own and display() call. This file is the
* source of truth; the ACP copy is a paste of it. Ads Manager's user/device/geo criteria
* on that unit gate the whole thing.
*
* What it does: inserts up to `max` ad slots between posts, spaced by screen height rather
* than post count. Anchors are post 1 and the first unread post (XF marks it `is-unread`;
* it wins over post 1 when the two are closer than a gap) — each only if at least one gap
* above the ad below the last post. Every stretch between anchors, and down to that bottom
* ad, then gets as many slots as fit at the gap, spread evenly, each on the nearest post
* boundary that keeps the gap, up to the cap — stretches below the unread post take their
* share first (the reader scrolls down from there). Slot ids, gap, reserved size and backup
* are per breakpoint (desktop / mobile). Slots are inserted as empty reserved boxes
* (`voz-adSlot`, see extra.less) before PubPower fills them, so nothing shifts when an ad
* arrives; the same markup gives them the backup, the hide-on-load and the fit rules.
*
* Re-runnable: window.vozThreadSpread() removes what it inserted and recomputes.
*/
(function () {
var CONFIG = {
max: 3,
mobileMaxWidth: 650,
label: 'Quảng cáo',
// Per breakpoint: PubPower slot ids, one per placement in page order (kept per
// device so each device's placements report under their own ids); the minimum
// distance between ads (and from the last one to the bottom ad) as viewport heights,
// or a string like '1200px'; the reserved size (voz-adSlot--… in extra.less); and the
// backup shown until an ad has loaded. The backup keeps class voz-adSlot-backup
// (hide-on-load, click-through when unfilled); --raw drops the style's own box so the
// markup inside shows as written.
desktop: {
slots: ['pw_44325', 'pw_44329', 'pw_44331'],
gap: 2,
sizeClass: 'voz-adSlot--leaderboard',
backupHtml: ''
+ '
'
+ ''
}
};
var MARK = 'data-voz-spread';
var script = document.currentScript;
function pageTop(el) { return el.getBoundingClientRect().top + window.pageYOffset; }
function pageBottom(el) { return el.getBoundingClientRect().bottom + window.pageYOffset; }
function breakpoint() {
return window.matchMedia('(max-width: ' + CONFIG.mobileMaxWidth + 'px)').matches ? CONFIG.mobile : CONFIG.desktop;
}
function gapPx() {
var g = breakpoint().gap;
return typeof g === 'string' ? parseFloat(g) : g * window.innerHeight;
}
function bottomAd() {
var el = script;
while (el && !(el.classList && el.classList.contains('voz-adSlot'))) el = el.previousElementSibling;
return el;
}
function unit(slotId) {
var bp = breakpoint();
var wrap = document.createElement('div');
wrap.className = 'voz-adUnit';
wrap.setAttribute(MARK, '');
wrap.innerHTML =
(CONFIG.label ? '
' + CONFIG.label + '
' : '')
+ '
'
+ bp.backupHtml
+ ''
+ '
';
return wrap;
}
function run() {
var old = document.querySelectorAll('[' + MARK + ']');
for (var k = 0; k < old.length; k++) old[k].parentNode.removeChild(old[k]);
var posts = Array.prototype.slice.call(document.querySelectorAll('.block--messages article.message--post'));
if (posts.length < 2) return [];
var gap = gapPx();
var bottom = bottomAd();
var bottomY = bottom ? pageTop(bottom) : pageBottom(posts[posts.length - 1]);
var chosen = [];
function fits(y) {
if (bottomY - y < gap) return false;
for (var i = 0; i < chosen.length; i++) if (Math.abs(chosen[i].y - y) < gap) return false;
return true;
}
function take(post) {
var y = pageBottom(post);
if (!fits(y)) return false;
chosen.push({ post: post, y: y });
return true;
}
var unread = -1;
for (var i = 0; i < posts.length; i++) if (posts[i].classList.contains('is-unread')) { unread = i; break; }
// Anchors: the unread post (if a gap above the bottom ad), then post 1 (if a gap
// from both). Every stretch between consecutive anchors and the bottom ad then gets
// as many slots as fit at the gap, spread evenly, each on the nearest post boundary.
if (unread >= 0) take(posts[unread]);
take(posts[0]);
chosen.sort(function (a, b) { return a.y - b.y; });
var uy = unread >= 0 ? pageBottom(posts[unread]) : -1;
var bounds = chosen.map(function (c) { return c.y; }).concat([bottomY]);
var segments = [];
for (var s = 0; s + 1 < bounds.length; s++) segments.push({ a: bounds[s], b: bounds[s + 1] });
// Stretches below the unread post take their share of the cap first (the reader
// scrolls down from there), then the ones above it, top-down.
segments.sort(function (x, y) { return (x.a >= uy ? 0 : 1) - (y.a >= uy ? 0 : 1) || x.a - y.a; });
for (var t = 0; t < segments.length; t++) {
var a = segments[t].a, b = segments[t].b;
var n = Math.min(Math.floor((b - a) / gap) - 1, CONFIG.max - chosen.length);
for (var j = 1; j <= n; j++) {
var target = a + j * (b - a) / (n + 1), best = null, bestD = Infinity;
for (var q = 0; q < posts.length; q++) {
var yq = pageBottom(posts[q]);
if (yq <= a || yq >= b || !fits(yq)) continue;
var d = Math.abs(yq - target);
if (d < bestD) { bestD = d; best = posts[q]; }
}
if (best) take(best);
}
}
chosen.sort(function (a, b) { return a.y - b.y; });
window.powerTag = window.powerTag || {};
var placed = [];
var slots = breakpoint().slots;
for (var p = 0; p < chosen.length; p++) {
var id = slots[p % slots.length];
chosen[p].post.insertAdjacentElement('afterend', unit(id));
placed.push({ afterPost: posts.indexOf(chosen[p].post) + 1, slot: id });
(function (slotId) {
(window.powerTag.Init = window.powerTag.Init || []).push(function () {
window.powerAPITag.display(slotId);
});
})(id);
}
return placed;
}
window.vozThreadSpread = run;
run();
})();