Create benchmark_result.md

Author: ProgrammerKR

benchmark_result.md

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+# 🔬 HashX Benchmark Results  
+
+This benchmark compares the `HashX` algorithm with **SHA-256, BLAKE3, MurmurHash3, and xxHash**.  
+The test evaluates the **speed and efficiency** of each hashing function.  
+
+---
+
+## 🚀 Benchmark Script  
+
+```python
+import time
+import hashlib
+import blake3
+import mmh3
+import xxhash
+from hashx import HashX
+
+# Test Data
+test_string = "Benchmarking Hash Functions" * 1000  # Large Input Data
+iterations = 100000  # Number of Hash Calculations
+
+# Initialize HashX
+hashx = HashX()
+
+# Benchmark Function
+def benchmark_hash(func, name):
+    start = time.time()
+    for _ in range(iterations):
+        func(test_string)
+    end = time.time()
+    return name, end - start
+
+# Hash Functions
+def sha256_hash(data): return hashlib.sha256(data.encode()).hexdigest()
+def blake3_hash(data): return blake3.blake3(data.encode()).hexdigest()
+def murmur3_hash(data): return mmh3.hash(data)
+def xxhash64_hash(data): return xxhash.xxh64(data.encode()).hexdigest()
+def hashx_hash(data): return hashx.hash(data)
+
+# Run Benchmarks
+results = [
+    benchmark_hash(sha256_hash, "SHA-256"),
+    benchmark_hash(blake3_hash, "BLAKE3"),
+    benchmark_hash(murmur3_hash, "MurmurHash3"),
+    benchmark_hash(xxhash64_hash, "xxHash64"),
+    benchmark_hash(hashx_hash, "HashX")
+]
+
+# Print Results
+print("\n🔬 Benchmark Results:")
+print("{:<15} | {:<10}".format("Algorithm", "Time (sec)"))
+print("-" * 30)
+for name, time_taken in results:
+    print("{:<15} | {:<10.5f}".format(name, time_taken))
+```
+
+# Output 
+
+### 🔬 Benchmark Results:
+
+Algorithm       | Time (sec)
+----------------|-----------
+SHA-256         | 3.25671  
+BLAKE3          | 1.04258  
+MurmurHash3     | 0.57382  
+xxHash64        | 0.49894  
+HashX           | 0.37921