chain

━═★[̲̅̅H̲̅][̲̅̅A̲̅][̲̅̅P̲̅][̲̅̅P̲̅][̲̅̅Y̲̅] [̲̅̅B̲̅][̲̅̅I̲̅][̲̅̅R̲̅][̲̅̅T̲̅][̲̅̅H̲̅][̲̅̅D̲̅][̲̅̅A̲̅][̲̅̅Y̲̅]★═━ err0r To a Good friend that has always been there for me & others, I like to wish you all the best on your special day & wish you a Happy Birthday & many more to come my friend!!

I will be adding some addons and themes for various windows for hex chat client. I will look around and see what i can find for it and other sources for hex chat.

This version of InspIRCd was released on 2022-12-30. Release InspIRCd 3.15.0 · inspircd/inspircd · GitHub inspircd-3.15.0-1.el7.x86_64.rpm

meh just a snake game....i made this like a year ago when i was just learning java 😜 i was bored and saw no one has posted one so i figure i'll post the first one. 🙂 *known bugs: can't restart without refreshing page rapid movement causes snake to turn back into self URL: http://picklecodes.co.cc/Games/Snake/ import java.awt.*; import java.applet.*; import java.awt.event.*; import java.util.*; public class Snake extends Applet implements KeyListener, Runnable { // The object we will use to write with instead of the standard screen graphics Graphics bufferGraphics; // The image that will contain everything that has been drawn on // bufferGraphics. Image offscreen; // To get the width and height of the applet. Dimension dim; Random r=new Random(); Level level=new Level(); boolean playedLastGame=false; int bodies=2; int lives=3; int countApple=0; Wall[] w = new Wall[500]; Section[] s=new Section[300]; Apple[] a=new Apple[10]; MovePoint[] mp=new MovePoint[100]; //credits String version = "1.0"; boolean game,puase; boolean gameOver; int GameOverTimer=0; int x,y; //timer Thread t,t1; public void start(){ t = new Thread(this); t.start(); } public void run(){ t1 = Thread.currentThread(); while(t1 == t){ updateSpace(); try{ t1.sleep(100); }catch(InterruptedException e){} } } public void init() { // We'll ask the width and height by this dim = getSize(); setBackground(Color.black); // Create an offscreen image to draw on // Make it the size of the applet, this is just perfect larger // size could slow it down unnecessary. offscreen = createImage(dim.width,dim.height); // by doing this everything that is drawn by bufferGraphics // will be written on the offscreen image. bufferGraphics = offscreen.getGraphics(); for (int i=0; i < s.length; i++) { s[i]=null; } for (int i=0; i < w.length; i++) { w[i]=null; } for (int i=0; i < a.length; i++) { a[i]=null; } for (int i=0; i < mp.length; i++) { mp[i]=null; } level.setLevel(0); this.setFocusable(true); this.requestFocus(); addKeyListener(this); game=false; } public void reinit() { int tempGoal = level.getGoal(); level.reset(); level.setGoal(tempGoal + 5); bodies=2; countApple=0; for (int i=0; i < s.length; i++) { s[i]=null; } for (int i=0; i < w.length; i++) { w[i]=null; } for (int i=0; i < a.length; i++) { a[i]=new Apple(); a[i].init(); for (int ii=0; ii < w.length; ii++) { if (w[ii] != null) { while (w[ii].x == a[i].x && w[ii].y == a[i].y) { a[i].init(); ii=0; } } } } for (int i=0; i < mp.length; i++) { mp[i]=null; } s[0]=new Section(); s[1]=new Section(); s[2]=new Section(); s[0].init(250,250,"right"); s[1].init(245,250,"right"); s[2].init(240,250,"right"); s[0].setHead(true); puase=true; } public boolean updateSpace() { // Wipe off everything that has been drawn before // Otherwise previous drawings would also be displayed. bufferGraphics.clearRect(0,0,dim.width,dim.height); if (game == false) { if (gameOver == true) { bufferGraphics.setColor(Color.green); bufferGraphics.drawString("Game Over!",dim.width / 2 - 100,dim.height / 2); GameOverTimer++; if (GameOverTimer >= 10) { gameOver=false; GameOverTimer=0; } } else { bufferGraphics.setColor(Color.green); bufferGraphics.drawString("Pickled Snake",dim.width / 2 - 100,dim.height / 2); bufferGraphics.drawString("Press Space to Start ",dim.width / 2 - 100,dim.height / 2 + 15); } } else { if (puase != true) { level.time+=0.1; level.time=Round(level.time,1); } for (int i=0; i < s.length; i++) { if (s[i] != null) { if (puase != true) { s[i].move(); } //check collsion with apples if (bodies <= s.length) { for (int ii=0; ii < a.length; ii++) { if (a[ii] != null) { if (s[0].x == a[ii].x && s[0].y == a[ii].y) { int X=s[bodies].x; int Y=s[bodies].y; String D=s[bodies].direction; bodies++; if (D == "up") { s[bodies]=new Section(); s[bodies].init(X, Y+5, D); } if (D == "down") { s[bodies]=new Section(); s[bodies].init(X, Y-5, D); } if (D == "right") { s[bodies]=new Section(); s[bodies].init(X-5, Y, D); } if (D == "left") { s[bodies]=new Section(); s[bodies].init(X+5, Y, D); } a[ii].init(); for (int iii=0; iii < w.length; iii++) { if (w[iii] != null) { while (w[iii].x == a[ii].x && w[iii].y == a[ii].y) { a[ii].init(); iii=0; } } } countApple++; break; } } } } //check if snake section collides with self if (i != 0 && s[0].x == s[i].x && s[0].y == s[i].y || s[0].x < 0 || s[0].y < 0 || s[0].x > dim.width || s[0].y > dim.height) { LoseLive(); return false; } //check if snake section is over move point if so then move in the direction told by move point for (int ii=0; ii < mp.length; ii++) { if (mp[ii] != null) { if (s[i].x == mp[ii].x && s[i].y == mp[ii].y) { s[i].direction=mp[ii].direction; if (bodies == i) { mp[ii]=null; } } } } s[i].Paint(bufferGraphics); } } //paint walls for (int i=0; i < w.length; i++) { if (w[i] != null) { //check if snake section collides with a wall if (s[0].x == w[i].x && s[0].y == w[i].y) { LoseLive(); return false; } w[i].Paint(bufferGraphics); } } for (int i=0; i < a.length; i++) { a[i].Paint(bufferGraphics); } //check the level goal if (countApple >= level.getGoal()) { level.setLevel(level.getLevel() + 1); reinit(); } bufferGraphics.setColor(Color.orange); bufferGraphics.drawString("Time: "+ level.time,10,15); bufferGraphics.drawString("Lives: "+ lives,80,15); bufferGraphics.drawString("Level: "+ level.getLevel(),(dim.width / 2) - 75,15); bufferGraphics.drawString("Goal: "+ level.getGoal(),dim.width - 100,15); bufferGraphics.drawString("Apples: "+ countApple,dim.width - 100,30); if (puase == true) { bufferGraphics.setColor(Color.green); bufferGraphics.drawString("Puase ",dim.width / 2 ,dim.height / 2); } } repaint(); return true; } /** this controls the lives */ public void LoseLive() { lives--; if (lives <= 0) { EndGame(); } reinit(); } /** this ends the game */ public void EndGame() { resetGame(); gameOver=true; game=false; } /** this resets the game and destroys everything not being used */ public void resetGame() { level.reset(); lives=3; for (int i=0; i < s.length; i++) { s[i]=null; } for (int i=0; i < w.length; i++) { w[i]=null; } for (int i=0; i < a.length; i++) { a[i]=null; } for (int i=0; i < mp.length; i++) { mp[i]=null; } } //paint public void paint(Graphics g) { //credits bufferGraphics.setColor(Color.orange); bufferGraphics.drawString("Java Snake game "+ version,10,470); bufferGraphics.drawString("By: Pickle",10,480); // draw the offscreen image to the screen like a normal image. // Since offscreen is the screen width we start at 0,0. g.drawImage(offscreen,0,0,this); } public void update(Graphics g) { paint(g); } //key events public void keyPressed(KeyEvent e ) { if (puase != true) { switch (e.getKeyCode()) { case KeyEvent.VK_LEFT: if (s[0].direction == "left" || s[0].direction == "right") {} else { s[0].direction="left"; for (int i=0; i < mp.length; i++) { if (mp[i] == null) { mp[i]=new MovePoint(); mp[i].init(s[0].x,s[0].y,"left"); break; } } } break; case KeyEvent.VK_RIGHT: if (s[0].direction == "left" || s[0].direction == "right") {} else { s[0].direction="right"; for (int i=0; i < mp.length; i++) { if (mp[i] == null) { mp[i]=new MovePoint(); mp[i].init(s[0].x,s[0].y,"right"); break; } } } break; case KeyEvent.VK_UP: if (s[0].direction == "up" || s[0].direction == "down") {} else { s[0].direction="up"; for (int i=0; i < mp.length; i++) { if (mp[i] == null) { mp[i]=new MovePoint(); mp[i].init(s[0].x,s[0].y,"up"); break; } } } break; case KeyEvent.VK_DOWN: if (s[0].direction == "up" || s[0].direction == "down") {} else { s[0].direction="down"; for (int i=0; i < mp.length; i++) { if (mp[i] == null) { mp[i]=new MovePoint(); mp[i].init(s[0].x,s[0].y,"down"); break; } } } break; case KeyEvent.VK_SPACE: if (game == false) { game=true; reinit(); } break; } } if (e.getKeyChar() == 'p') { if (puase == true) { puase=false; } else { puase=true; } } } public void keyReleased( KeyEvent e ) { } public void keyTyped( KeyEvent e ) {} //for my rounding needs public static float Round(float Rval, int Rpl) { float p = (float)Math.pow(10,Rpl); Rval = Rval * p; float tmp = Math.round(Rval); return (float)tmp/p; } /** * records Level Info */ private class Level { int level = 0; int goal=0; float time = 0.0f; public Level() { } public void reset() { goal=0; time = 0.0f; } public void setLevel(int l) { level=l; } public void setGoal(int g) { goal=g; } public int getLevel() { return level; } public int getGoal() { return goal; } } /** * record snake sections */ private class Section { int x,y; String direction=null; boolean head=false; public Section() { } public void init(int X, int Y, String B) { direction=B; x=X; y=Y; } public void setHead(boolean h) { head=h; } public void move() { if (direction == "up") { y-=5; } if (direction == "down") { y+=5; } if (direction == "right") { x+=5; } if (direction == "left") { x-=5; } } public void Paint(Graphics g) { g.setColor(Color.green); g.fillOval(x,y,5,5); if (head == true) { g.setColor(Color.black); g.fillOval(x - 2,y - 2,2,2); g.fillOval(x - 4,y - 2,2,2); } } //end class section } /** * record Move point */ private class MovePoint { int x,y; String direction; public MovePoint() { } public void init(int X, int Y, String B) { direction=B; x=X; y=Y; } //end class section } /** *Draw Wall Randomly */ private class Wall { int x,y; public Wall() { } public void init(int X, int Y) { x=X - (X % 5); y=Y - (Y % 5); } public void Paint(Graphics g) { g.setColor(Color.gray); g.fillOval(x,y,5,5); } //end class Wall } /** *Draw Apple Randomly */ private class Apple { int x,y; public Apple() { } public void init() { int rand=r.nextInt(dim.width); x=rand - (rand % 5); rand=r.nextInt(dim.height); y=rand - (rand % 5); } public void Paint(Graphics g) { g.setColor(Color.red); g.fillOval(x,y,5,5); } //end class apple } //end }

This is a fun little script I made a while back. It fits perfectly with truth or dare games. (I dare you to type !kickme) It was a completely random idea me and my brother came up with. Commands: !kickme !banme !kickbanme Bans for 30 seconds. on *:Text:*:#:{ if ($1 == !kickme) { kick # $nick Kicked on request } elseif ($1 == !kickbanme) { ban -ku30 # $nick 2 Kick + 30 second ban by request } elseif ($1 == !banme) { ban -u30 # $nick 2 | msg # $nick activated a 30 second ban by request. } } on *:Text:*:#:{ if ($1 == !kickme) { kick # $nick Kicked on request } elseif ($1 == !kickbanme) { ban -ku30 # $nick 2 Kick + 30 second ban by request } elseif ($1 == !banme) { ban -u30 # $nick 2 | msg # $nick activated a 30 second ban by request. } } on *:Text:*:#:{ if ($1 == !kickme) { kick # $nick Kicked on request } elseif ($1 == !kickbanme) { ban -ku30 # $nick 2 Kick + 30 second ban by request } elseif ($1 == !banme) { ban -u30 # $nick 2 | msg # $nick activated a 30 second ban by request. } On *:Text:!kickbanme:#: { /kick $chan $nick Kick + 30 second ban by request mode $chan +b $nick .timer 1 30 mode $chan -b $nick } can be also rewritten as on *:text:!kickbanme:#: { !ban -ku30 # $nick Kick + 30 second ban by request }The -k switch means to 'kick', and the u30 switch means to (unban or unset, either one works) in N seconds. The 2 after the $nick is the ban mask. The kind of ban mask you supplied wasn't a real one as it was a nick ban. I prefer using mask 2 as it is the most "unique" ban mask out of all of them. In this situation where you're "playing around", almost any ban mask is fine, unless you share a channel with a few dozen New Yorkers with the same ISP. You can use the same concept that I used, but with the "ban me". If you noticed, I put /!ban instead of /ban . Using ! before a command means taking the original one (very useful when dealing with common mIRC default aliases such as /kick and /ban). This means it won't take any modified aliases that a person who might use this script has; it's safer this way, and can prevent errors.

This is one of the scripts I found that I made a few months ago on my cute bot. I originally took the idea from FunBots on Quakenet and decided to script one of their games just for kicks. It's just a small, but fun, bomb game where you can leash a bomb on yourself or another person, and that person has only 30 seconds to defuse the bomb by choosing one of the following: RED YELLOW GREEN FEARTo start the game, type .bomb . The bot also counts how many times someone has defused or exploded the bomb, which you can check through .stats. Don't choose wire FEAR though! 🙂 🙂 🙂 15 seconds until next game Put this into your bot's remotes, not yours! Updates: Mon Mar 2, 9:10 PM - Made the script multi-channel + bomb stats. Here's a picture: alias -l bomb { set %bombs $reptok(%bombs,$gettok(%bombs,2,58),$calc($gettok(%bombs,2,58) + 1),1,58) | .msg $1 *BOOM* Fear. You're dead $+(,$gettok(%b. [ $+ [ $1 ] $+ ] .info,3,32),,!) $chr(91) You have been bombed by $+(,$gettok(%b. [ $+ [ $1 ] $+ ] .info,2,32),) on $+(,$gettok(%b. [ $+ [ $1 ] $+ ] .info,1,32),) $chr(93) | .msg $1 (10 seconds till next bomb) | set -u15 %bomb. [ $+ [ $1 ] ] disabled | unset %b. [ $+ [ $1 ] $+ ] .* } on *:text:.bomb*:#: { if (!%bombs) { set %bombs 0:0 } if (!%bomb. [ $+ [ $chan ] ]) { if (!$2) { .notice $nick You must select a nick. | halt } if ($2 ison $chan) && ($2 != $me) { set %b. [ $+ [ $chan ] $+ ] .wires RED YELLOW GREEN FEAR | set %b. [ $+ [ $chan ] $+ ] .nick $2 | set %bomb. [ $+ [ $chan ] ] on | set %b. [ $+ [ $chan ] $+ ] .info $chan $nick $2 | var %x RED|YELLOW|GREEN | set %b. [ $+ [ $chan ] $+ ] .wire $gettok(%x,$r(1,3),124) | .timer 1 1 .msg $chan INCOMING!: Bomb has been planted!!! You have 30sec to defuse the Bomb! Engi: $2 $+ . | .timer 1 2 .msg $chan Wires Are: 4RED - 8YELLOW - 9GREEN - 1FEAR | .timer 1 3 .msg $chan Use: ".wire <color here>" | .timer 1 4 .notice $2 YOU have been bombed by $+(,$nick,) on $+(,$chan,,!!!) | .timerbwarn. [ $+ [ $chan ] ] 1 20 .msg $chan 10 Seconds Remaining... Come on $+(,$2,,!) It's gonna BLOW!!! | .timerbomb. [ $+ [ $chan ] ] 1 30 bomb $chan } elseif ($2 == $me) { .notice $nick You can NOT bomb me! } else { .notice $nick $2 is NOT on $+(,$chan,,.) } } } on *:text:.wire*:#: { if (%bomb. [ $+ [ $chan ] ]) && ($nick == %b. [ $+ [ $chan ] $+ ] .nick) { if (!$2) { .notice $nick You must select a wire. } elseif (!$istok(%b. [ $+ [ $chan ] $+ ] .wires,$2,32)) { .notice $nick Wires Are: 4RED - 8YELLOW - 9GREEN - 1FEAR } else { if ($2 == fear) { set %bombs $reptok(%bombs,$gettok(%bombs,2,58),$calc($gettok(%bombs,2,58) + 1),1,58) | .msg $chan $nick *BOOM* Don't be afraid... It's only a virtual bomb $+(,$chr(91),$gettok(%bombs,2,58),$chr(93)) - (15 seconds till next bomb) | set -u15 %bomb. [ $+ [ $chan ] ] disabled | unset %b. [ $+ [ $chan ] $+ ] .* | .timerbwarn. [ $+ [ $chan ] ] off | .timerbomb. [ $+ [ $chan ] ] off } elseif ($istok(%b. [ $+ [ $chan ] $+ ] .wires,$2,32)) { if ($2 == %b. [ $+ [ $chan ] $+ ] .wire) { set %bombs $reptok(%bombs,$gettok(%bombs,1,58),$calc($gettok(%bombs,1,58) + 1),1,58) | .msg $chan WP $+(,$nick,) you got it right! \o/ $+(,$chr(91),$chan,$chr(93),) $+($chr(91),$gettok(%bombs,1,58),$chr(93)) - (15 seconds till next bomb) | set -u15 %bomb. [ $+ [ $chan ] ] disabled | unset %b. [ $+ [ $chan ] $+ ] .* | .timerbwarn. [ $+ [ $chan ] ] off | .timerbomb. [ $+ [ $chan ] ] off } else { set %bombs $reptok(%bombs,$gettok(%bombs,2,58),$calc($gettok(%bombs,2,58) + 1),1,58) | .msg $chan *BOOM* You chose the false wire $+($nick,...) The correct wire was: $+(,%b. [ $+ [ $chan ] $+ ] .wire,) $+($chr(91),$gettok(%bombs,2,58),$chr(93)) - (15 seconds till next bomb) | set -u15 %bomb. [ $+ [ $chan ] ] disabled | unset %b. [ $+ [ $chan ] $+ ] .* | .timerbwarn. [ $+ [ $chan ] ] off | .timerbomb. [ $+ [ $chan ] ] off } } } } } on *:text:.stats:#: { var %x $gettok(%bombs,1,58), %y $gettok(%bombs,2,58), %z $calc($gettok(%bombs,1,58) + $gettok(%bombs,2,58)) | .msg $chan Total number of defusions: $+(,%x,) rounds.. $+($chr(40),$round($calc(%x / %z),2),$chr(37),$chr(41)) $chr(124) Total number of explosions: $+(,%y,) rounds.. $+($chr(40),$round($calc(%y / %z),2),$chr(37),$chr(41)) }