Characters & Strings in C Programming | Chapter 8

✳️ About the video
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✨ Welcome to Chapter 8 of our C Programming series! In this video, we dive into Characters and Strings - essential components for any programmer! Learn how to handle characters, manipulate strings, and understand the powerful functions that make C programming versatile.

📌 What's Covered in This Video:

- Introduction to Characters & Strings in C
- ASCII values and their role in C
- Working with character arrays
- Common string functions like strlen, strcpy, strcmp, etc.
- Practical examples to solidify your understanding

🔥 Whether you're a beginner or brushing up your skills, this video is crafted to make learning easy and engaging!

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#CProgramming #CharactersAndStrings #ProgrammingInHindi #LearnC #ProgrammingBasics

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[cyourselfyt]

strerror function C language mein use hota hai jo ki ek specific error number (errno) ko human-readable error message mein convert karta hai. Error numbers (errno) system aur environment ke upar depend karte hain, par kuch common error numbers jo UNIX/Linux ya POSIX compliant systems mein hote hain, woh ye hain:

EPERM (1): Operation not permitted
ENOENT (2): No such file or directory
ESRCH (3): No such process
EINTR (4): Interrupted system call
EIO (5): Input/output error
ENXIO (6): No such device or address
E2BIG (7): Argument list too long
ENOEXEC (8): Exec format error
EBADF (9): Bad file number
ECHILD (10): No child processes
EAGAIN (11): Try again
ENOMEM (12): Out of memory
EACCES (13): Permission denied
EFAULT (14): Bad address
ENOTBLK (15): Block device required
EBUSY (16): Device or resource busy
EEXIST (17): File exists
EXDEV (18): Cross-device link
ENODEV (19): No such device
ENOTDIR (20): Not a directory
EISDIR (21): Is a directory
EINVAL (22): Invalid argument
ENFILE (23): File table overflow
EMFILE (24): Too many open files
ENOTTY (25): Not a typewriter (or inappropriate I/O control operation)
ETXTBSY (26): Text file busy
EFBIG (27): File too large
ENOSPC (28): No space left on device
ESPIPE (29): Illegal seek
EROFS (30): Read-only file system
EMLINK (31): Too many links
EPIPE (32): Broken pipe
EDOM (33): Math argument out of domain of func
ERANGE (34): Math result not representable

[cyourselfyt]

size_t ek data type hai jo C aur C++ programming languages mein use hota hai. Yeh ek unsigned integer type hai, jo usually memory ya array sizes represent karne ke liye use hota hai. Yeh data type hardware aur compiler ke according alag-alag sizes le sakta hai, par iska main purpose positive values ko store karna hai. Kyunki size_t unsigned hota hai, isme negative values nahi ho sakti.

Yeh kuch example hai jahan size_t use hota hai:

sizeof operator ka result
Array indexing aur array ke size ko represent karna
Memory allocation functions jaise malloc aur calloc ke parameters
Agar aapko kisi variable mein memory size ya index value store karni ho, to size_t ek suitable choice hai.

[JocelynLopez]

Such an amazing tutorial sir. keep it up and God bless you always