Update app.py

app.py

@@ -3,7 +3,7 @@ import requests
 import os
 
 # Load environment variables from Hugging Face Secrets
-MATH_ENGINE_URL = os.getenv("MATH_ENGINE_URL")
+MATH_ENGINE_URL = "https://abhlash-mathengine.hf.space/calculate"
 
 # Gradio Interface
 history = []
@@ -14,7 +14,7 @@ def gradio_calculate(a, b, operation):
     payload = {"a": a, "b": b, "operation": operation}
     headers = {"Content-Type": "application/json"}
     response = requests.post(url, json=payload, headers=headers)
-    result = response.json()["result"]
+    result = response.json().get("result", "Error: " + response.json().get("detail", "Unknown error"))
     history.append(f"{a} {operation} {b} = {result}")
     return "\n".join(history)
 
@@ -62,12 +62,18 @@ def create_interface():
             gr.Button("Subtract").click(lambda a, b: gradio_calculate(a, b, "subtract"), inputs=[a, b], outputs=result)
             gr.Button("Multiply").click(lambda a, b: gradio_calculate(a, b, "multiply"), inputs=[a, b], outputs=result)
             gr.Button("Divide").click(lambda a, b: gradio_calculate(a, b, "divide"), inputs=[a, b], outputs=result)
-
-        with gr.Row():
-            gr.Button("Test FastAPI Add").click(lambda a, b: test_fastapi(a, b, "add"), inputs=[a, b], outputs=result)
-            gr.Button("Test FastAPI Subtract").click(lambda a, b: test_fastapi(a, b, "subtract"), inputs=[a, b], outputs=result)
-            gr.Button("Test FastAPI Multiply").click(lambda a, b: test_fastapi(a, b, "multiply"), inputs=[a, b], outputs=result)
-            gr.Button("Test FastAPI Divide").click(lambda a, b: test_fastapi(a, b, "divide"), inputs=[a, b], outputs=result)
+            gr.Button("Power").click(lambda a, b: gradio_calculate(a, b, "power"), inputs=[a, b], outputs=result)
+            gr.Button("Modulus").click(lambda a, b: gradio_calculate(a, b, "modulus"), inputs=[a, b], outputs=result)
+            gr.Button("Square Root").click(lambda a: gradio_calculate(a, None, "sqrt"), inputs=[a], outputs=result)
+            gr.Button("Log").click(lambda a: gradio_calculate(a, None, "log"), inputs=[a], outputs=result)
+            gr.Button("Log10").click(lambda a: gradio_calculate(a, None, "log10"), inputs=[a], outputs=result)
+            gr.Button("Sin").click(lambda a: gradio_calculate(a, None, "sin"), inputs=[a], outputs=result)
+            gr.Button("Cos").click(lambda a: gradio_calculate(a, None, "cos"), inputs=[a], outputs=result)
+            gr.Button("Tan").click(lambda a: gradio_calculate(a, None, "tan"), inputs=[a], outputs=result)
+            gr.Button("Asin").click(lambda a: gradio_calculate(a, None, "asin"), inputs=[a], outputs=result)
+            gr.Button("Acos").click(lambda a: gradio_calculate(a, None, "acos"), inputs=[a], outputs=result)
+            gr.Button("Atan").click(lambda a: gradio_calculate(a, None, "atan"), inputs=[a], outputs=result)
+            gr.Button("Factorial").click(lambda a: gradio_calculate(a, None, "factorial"), inputs=[a], outputs=result)
 
     return demo