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It’s bulletproof, it takes care of major scenarios, user journeys and exceptions.
Name of the functions, variables are self explanatory. It avoids use of generic or confusing words.
Ever wanted to learn coding but don't know from where to get started...
This thread 🧵 might help you.
#100daysofcode #programming #Coding #CodingTips #Thread #StartLearning #CodeNewbie @CodeNewbies
This thread 🧵 might help you.
#100daysofcode #programming #Coding #CodingTips #Thread #StartLearning #CodeNewbie @CodeNewbies
1. What you are interested in???
Do you want to create a website, or wanna deploy your apps on #Google PlayStore or #Apple @AppStore. Or you are learning just for fun...
Ask yourself this question before starting with actual coding
Do you want to create a website, or wanna deploy your apps on #Google PlayStore or #Apple @AppStore. Or you are learning just for fun...
Ask yourself this question before starting with actual coding
2. Choose your language according to your needs...
For eg for becoming a Front-end developer you need to know HTML, CSS
For making Android apps you need to learn Java
For making a completely working website you need to know JavaScript, HTML and CSS
For eg for becoming a Front-end developer you need to know HTML, CSS
For making Android apps you need to learn Java
For making a completely working website you need to know JavaScript, HTML and CSS
Important subjects for internship/placement interviews - A Thread (1/5)
#100DaysOfCode #interviewtips #CodingTips #community
#100DaysOfCode #interviewtips #CodingTips #community
(2/5) OS:
1. OS and its types.
2. Process Management
3. CPU Scheduling Algorithms (FCFS, SJF, SRTF, Round Robin, Priority Scheduling)
4. Process Synchronisation (Necessary Conditions, Bakery Algorithm, Producer-Consumer Problem, Dining Philosopher Problem, Read-Write Problem)
1. OS and its types.
2. Process Management
3. CPU Scheduling Algorithms (FCFS, SJF, SRTF, Round Robin, Priority Scheduling)
4. Process Synchronisation (Necessary Conditions, Bakery Algorithm, Producer-Consumer Problem, Dining Philosopher Problem, Read-Write Problem)
5. Mutex and Semaphores
6. Threads
7. Deadlocks (Banker's Algorithm, Prevention, Avoidance, Recovery, Correction)
8. Memory Management (Multi-partition, External and Internal Fragmentation, Paging, Segmentation)
6. Threads
7. Deadlocks (Banker's Algorithm, Prevention, Avoidance, Recovery, Correction)
8. Memory Management (Multi-partition, External and Internal Fragmentation, Paging, Segmentation)
