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Wrong image displayed for Interrupt Vector #1

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Wrong image displayed for Interrupt Vector #1

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96332db
Placed interrupt vector image
omkar98 Apr 14, 2019
1937880
Uploading the actual image of Interrupt Vector
omkar98 Apr 14, 2019
d190af5
spelling - inode
omkar98 Apr 14, 2019
6638841
Fix: Spelling of other
omkar98 May 16, 2019
b43a150
Fix: Minor Mistake
omkar98 May 16, 2019
c3096a8
Fix: Typo error
omkar98 May 16, 2019
7d45238
Fix: Typo error and a Correction
omkar98 May 16, 2019
f202c21
Fix: Typo Error
omkar98 May 16, 2019
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4 changes: 2 additions & 2 deletions 1-General-Overview-of-the-System.md
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Expand Up @@ -2,7 +2,7 @@

## Why UNIX became so popular

* The system is written in a high-level language, making it easy to read, understand, change, and move to tother machines.
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Thank you so much for spotting this! :)

* The system is written in a high-level language, making it easy to read, understand, change, and move to other machines.
* It has a simple user interface that has the power to provide the services that users want.
* It provides primitives that permit complex programs to be built from simpler programs.
* It uses a hierarchical file system that allows easy maintenance and efficient implementation.
Expand Down Expand Up @@ -71,4 +71,4 @@ The kernel sometimes wants to prevent occurrence of interrupts when it is doing

### Memory Management

The kernel permanently resides in the main memory. When compiling a program, the compiler generates a set of addresses in the program that represent addresses of variables and data structures of the addresses of instructions such as functions. The compiler generates the addresses for a *virtual machine* as if no other program will execute simultaneously on the physical machine. When the program is run on the machine, the kernel allocates space in main memory for it, but the virtual addresses generated by the compiler need not be identical to the physical addresses that they occupy in the machine. The kernel coordinates with the machine hardware to set up a virtual to physical address translation that maps the compiler-generated addresses to the physical machine addresses.
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I don't see any change here. Maybe only the line ending has changed. Will you please remove this change and resubmit? Thanks @omkar98 for your help! :)

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Oh! Yes. There's no change here. I did that by mistake..

The kernel permanently resides in the main memory. When compiling a program, the compiler generates a set of addresses in the program that represent addresses of variables and data structures of the addresses of instructions such as functions. The compiler generates the addresses for a *virtual machine* as if no other program will execute simultaneously on the physical machine. When the program is run on the machine, the kernel allocates space in main memory for it, but the virtual addresses generated by the compiler need not be identical to the physical addresses that they occupy in the machine. The kernel coordinates with the machine hardware to set up a virtual to physical address translation that maps the compiler-generated addresses to the physical machine addresses.