WEBVTT

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Now let's discuss how bitwise exclusive art works in assembly.

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I'm going to create a new program called Gardot Nazan.

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Once again, we are going to start with global director of global underscored start and then let's set

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up an entry point here, which is start and let us type move Torex Kharma 20 and let us do our IREX

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come up IREX.

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As you can see, we have moved the value 20 into the Register X and then we are doing ADR operation

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on our eggs with itself.

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Now let's understand what happens here.

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Each bit in the oryx register is going to go through a bitwise exclusive or operation with each beat

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in itself.

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So essentially this is going to produce value zero and then it's going to be stored in Artex register.

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So this instruction is essentially used to save zero in Durex.

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Leapster started using GDP and going to assemble and link this using Nazeem and Early Nazem Gardot,

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Nazan and Tzar dot o dash f l 64.

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Now let's link it using the dart of Lashko.

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Gah.

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Now let's open this file using GDP gdp dot slash za.

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And let's set up a breakpoint at the entry point of the program and let's type are.

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I'm just typing run to run this program.

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If you look at the disassembly, these are the two instructions that we have written, once again,

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RDX is replaced with X here.

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Now, let's say.

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And that register should now have exfoliant.

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Now the next instruction to be executed is Artex Cuma IREX.

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After executing this bizarre instruction, Arrigo's Register should contain zero.

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Let's check that I'm typing Essi once again and let's scroll up.

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And looking back, Alex is now holding zero, right?

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That's how our operation works when we specify exact operation, each bit in the register is going to

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go through a bitwise exclusive on operation in each bid, in the second register, and the result will

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be stored in the second register.

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That's how bitwise exclusive our works.