Data Structures in C
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A data structure is a way of organizing and storing data in memory so that it can be accessed and modified efficiently.
Importance of Data Structures
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Efficient data management
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Faster processing
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Better memory utilization
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Essential for large programs
Classification of Data Structures
1. Primitive Data Structures
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int -
float -
char -
double
2. Non-Primitive Data Structures
a) Linear Data Structures
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Arrays
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Linked Lists
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Stacks
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Queues
b) Non-Linear Data Structures
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Trees
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Graphs
Arrays
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Collection of same data type
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Stored in contiguous memory
Linked List
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Collection of nodes
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Each node contains data and address of next node
Stack
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Follows LIFO (Last In First Out)
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Operations:
push,pop,peek
Queue
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Follows FIFO (First In First Out)
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Operations:
enqueue,dequeue
Tree
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Hierarchical data structure
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Root, parent, child nodes
Graph
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Collection of vertices and edges
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Can be directed or undirected
Implementation in C
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Structures are used to create nodes
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Pointers are used to link data
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Dynamic memory allocation is essential
Advantages of Data Structures
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Organizes data efficiently
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Improves program performance
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Supports complex data handling
Applications
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Operating systems
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Databases
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Compiler design
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Networking
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Artificial intelligence
Summary
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Data structures organize data effectively
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Classified as primitive and non-primitive
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Linear and non-linear structures exist
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C uses structures and pointers to implement them
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