
Explore how strtok parses a string into parts using delimiters, with examples like splitting words and date components, and learn to include string.h for implementation.
Solve a real-world embedded device scenario by building a secure web interface to configure settings via an embedded web server, exploring client-server http, get and post, and admin login.
Parse a login string with strtok using '=' and '&', store tokens in a pointer array, fix segmentation faults with malloc, and validate credentials with strcmp and case-insensitive comparisons.
Explore the realloc function for resizing a dynamic memory block allocated with malloc, noting it may move the block, return a void pointer, or fail with null.
Write a dynamic int array in C by implementing createDynamicArray, allocating with malloc, initializing elements to a value, checking for allocation failure, and returning the pointer to the first element.
This lesson extends multidimensional arrays to compute each waiter's weekly tips. It demonstrates returning an array via a pointer, dynamic memory allocation with malloc, and freeing memory.
Explore passing a time structure by value or call-by-reference, prototype versus definition naming, and formatting start and end times from minutes to hours with am/pm using sprintf and printf.
Convert an integer to binary form without using Itoa, employing bitwise operations, masks, and left shifts to print bits with optional eight-bit grouping.
Merge two incoming bytes into a single variable using a left shift and bitwise or with uint16_t. Explore endianness options, and practical search keywords like Stack Overflow for byte concatenation.
Master debugging techniques in advanced C programming using breakpoints, debug mode, and stepping over and into functions, inspecting variables, memory, array data, and pointer arithmetic to identify and fix errors.
Explore breakpoints and hit counts in debugging C programs, stepping through code, observing pointer values, and using actions to print values at specified hit counts or multiples.
Unlock the Full Power of C Programming!
This course is designed for learners who already have a basic understanding of C and want to take their skills to the next level. Whether you're preparing for technical interviews, working on real-world projects, or aiming to write more efficient and maintainable code, this course will guide you step by step.
What you’ll learn:
Advanced concepts in C programming
How to debug your code effectively
Real interview questions and how to tackle them
Practical examples inspired by real industry use cases
Best practices for writing clean and optimized code
Throughout the course, you'll work with examples, exercises, and explanations that focus on how C is used in real job environments. We also explore how to think like a developer, not just a coder.
This course is ideal for computer science students, junior developers, or anyone preparing for software engineering interviews.
In addition, you’ll gain confidence in reading and writing more complex C code, analyzing bugs, and applying debugging strategies used by professionals. You'll also get hands-on experience with scenarios similar to those encountered in actual job roles — from systems programming to embedded software tasks.
By the end of this course, you’ll be able to confidently solve problems in C and demonstrate your skills in any technical setting. Let’s level up your C skills and help you stand out from the crowd!