10 Proven Techniques to Supercharge Your Python Code by 500%
Python Coding
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1. Use Built-In Libraries and Functions
Python’s built-in functions and libraries are implemented in C, making them faster than custom Python code.
Examples:
Use sum() instead of manual loops for summing a list.
Use map() and filter() instead of list comprehensions where applicable.
2. Optimize Data Structures
Choose efficient data structures for your use case:
Use sets for membership checks.
Use dictionaries for key-value lookups.
Use NumPy arrays instead of lists for numerical data.
3. Use NumPy or Pandas for Data Processing
NumPy and Pandas leverage optimized C and Fortran routines.
import numpy as np
arr = np.array([1, 2, 3])
result = arr * 5
4. Leverage Multithreading or Multiprocessing
Use the concurrent.futures or multiprocessing modules to parallelize tasks.
from concurrent.futures import ThreadPoolExecutor
def task(n):
return n * 2
with ThreadPoolExecutor() as executor:
results = list(executor.map(task, range(1000)))
5. Use Cython or PyPy
Cython: Converts Python code into C for faster execution.
Install: pip install cython
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def add(int a, int b):
return a + b
PyPy: A JIT (Just-In-Time) compiler for Python that can significantly speed up runtime.
6. Avoid Redundant Calculations
Use memoization or caching to store results of expensive operations.
Example: functools.lru_cache for caching function calls.
In?[?]:from functools import lru_cache @lru_cache def fib(n): if n < 2: return n return fib(n-1) + fib(n-2)
7. Profile and Identify Bottlenecks
Use cProfile or timeit to identify slow parts of the code.
import cProfile
cProfile.run('your_function()')
8. Optimize Loops
Minimize computations inside loops.
Combine loops or use list comprehensions where appropriate.
9. Use Libraries for Heavy Computations
Libraries like TensorFlow or PyTorch are optimized for tasks involving large-scale matrix computations.
10. Move Critical Code to C/C++
Use libraries like ctypes or cffi to integrate C/C++ code with Python.
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Principal Software Engineer at BLUE ORIGIN
1 个月I would add implementing critical sections of code which need high performance in Rust, callable from Python.
Software Engineer | Developer | Python | TypeScript | JavaScript | Git | SQL | FastAPI | GCP | Linux | NoSQL | Docker | SQLAlchemy | RESTful APIs | Supabase | Firebase | Github
1 个月Great article! The part that really caught my attention was the emphasis on leveraging C-compiled libraries and integrating Python with C/C++ for performance boosts. It raises an interesting question: Why use Python enhanced by C or integrate critical parts into C? Is it just to keep using Python? At what point does it make more sense to switch entirely to C/C++ rather than optimizing Python? Would love to hear thoughts from others!