This project implements a complete temperature data processing system in C, which allows the user to load and manage daily temperature measurements from a file using one of two data structures:

• Binary Search Tree (BST)
• Hash Table with Chaining

The application reads from a file (temp.txt) where each line represents a day's temperature readings in the format:

{"timestamp1": "value1", "timestamp2": "value2", ..., "timestampN": "valueN"}

• On launch, the user selects one of the following storage modes:
  • BST by Date
  • BST by Average Temperature
  • Hash Table with Chaining

1. In-order traversal display with headers
2. Search for average temperature by date
3. Modify the average temperature of a given date
4. Delete a date's entry
5. Min/Max temperature search (when sorted by temperature)

1. Search for average temperature by date
2. Modify average temperature for a given date
3. Delete a record by date
4. Exit program

• Hash function: Based on the ASCII sum of the date string modulo m (odd number of buckets)
  • Example:
    Hash("2014-02-13") = (ASCII sum) % 11

• Language: C
• Data Structures: Binary Search Tree, Hash Table with Chaining
• File Parsing: Custom logic for JSON-like line parsing
• Memory: Dynamic memory allocation

• temp.txt: Input file with daily timestamp-temperature data
• temperature_data_manager.c: Main application source file

gcc temperature_data_manager.c -o temp_manager

./temp_manager