Fort Ran From String Manipulation

Content The definition of insanity is repeating the same mistakes over and over again and expecting different results. - Albert Einstein SOFTWARE TESTERS:

Content (am a genius! Oh no!

Content Begining for Programming After a while

Content Coding In Style Commits When the code is committed to a source control system, a comment needs to be provided. Some systems make it mandatory. This comment has multiple purposes: make it clear what the change was about allow in the future to look at the history in case the issue is found again -allows to inspect the code at each line level to see who changed the code by using Blame option -allows to inspect the code to see why it was added In case you never used it, Blame option is accessed by long clicking "Show the Version Editor" V Comparison Blame doming coX It allows you to find who wrote each line of code, in other words find somebody to blame for bad code. Lots of times, that person is actually you. Syntax Single line comments start with . It is supposed to be used for short comments Multiple line comments starting with and ending with Swift allows the comments to be embedded, so the following is a valid code: 38

The classic Tom and Jerry dynamic perfectly captures the debugging experience. You're Tom—armed with your debugger, print statements, and Stack Overflow answers—confidently swinging your bug-squashing pan. Meanwhile, the actual bug is Jerry—tiny, nimble, and always one step ahead, smugly watching as you miss it for the 47th time. The best part? That smirk on Jerry's face says "I'm literally in your code right now and you still can't find me." Happens to the best of us when that semicolon decides to play hide and seek.

Content 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 public void setX0 () this.x 0; public void setX1 () this.x 1; 1 public void setX2 () this.x 2; 1 public void setX3 () f this.x 3; public void setX4 () this.x 4; public void setX5 () f this.x 5; 1 public void setX6 () ( this.x 6; public void setX7 () this.x public void setX8 () this.x 8; 1 public void setX9 () this.x 9; public void setX10 () this.x 10; public void setX11 () this.x 11; public void setX12 () this.x 12; public void setX13 () this.x 13; public void setX14 () this.x 14; public void setX15 () this.x 15; public void setX16() this.x 16; 1 public void setX17 () this.x 17; public void setX18 () ( this.x 18; public void setX19 () this.x 19; public void setX20 () this.x 20; public void setX21 () this.x 21; public void setX22 () this.x 22; public void setX23 () this.x 23; public void setX24 () f this.x 24; public void setX25 () this.x 25; public void setX26 () this.x 26; public void setX27 () this.x 27; public void setX28 () ( this.x 28; public void setX29 () this.x 29; public void setX30 () ( this.x 30; public void setX31 () this.x 31; public void setX32 () this.x 32; public void setX33 () this.x 33; public void setX34 () this.x 34; public void setX35 () this.x 35; public void setX36 () this.x 36; public void setX37 () this.x 37; public void setX38 () this.x 38; public void setX39 () this.x 39; public void setX40 () this.x 40; public void setX41 () this.x 41; public void setX42 () this.x 42; 1 public void setX43 () this.x 43; public void setX44 () this.x 44; public void setX45 () this.x 45; public void setX46 () f this.x 46; public void setX47 () this.x 47; public void setX48 () this.x 48;