Upload app.py

app.py

@@ -265,78 +265,80 @@ class UltimateTopcoderMCPEngine:
             
         return None
     
-    def convert_topcoder_challenge(self, tc_data: Dict) -> Challenge:
-        """Convert real Topcoder challenge data with enhanced parsing"""
-        
-        # Extract real fields from Topcoder data structure
-        challenge_id = str(tc_data.get('id', 'unknown'))
-        title = tc_data.get('name', 'Topcoder Challenge')
-        description = tc_data.get('description', 'Challenge description not available')
-        
-        # Extract technologies from skills array
-        technologies = []
-        skills = tc_data.get('skills', [])
-        for skill in skills:
-            if isinstance(skill, dict) and 'name' in skill:
-                technologies.append(skill['name'])
-        
-        # Also check for direct technologies field
-        if 'technologies' in tc_data:
-            tech_list = tc_data['technologies']
-            if isinstance(tech_list, list):
-                for tech in tech_list:
-                    if isinstance(tech, dict) and 'name' in tech:
-                        technologies.append(tech['name'])
-                    elif isinstance(tech, str):
-                        technologies.append(tech)
-        
-        # Calculate total prize from prizeSets
-        total_prize = 0
-        prize_sets = tc_data.get('prizeSets', [])
-        for prize_set in prize_sets:
-            if prize_set.get('type') == 'placement':
-                prizes = prize_set.get('prizes', [])
+
+def convert_topcoder_challenge(self, tc_data: Dict) -> Challenge:
+    """Convert real Topcoder challenge data with enhanced parsing"""
+    
+    # Extract real fields from Topcoder data structure
+    challenge_id = str(tc_data.get('id', 'unknown'))
+    title = tc_data.get('name', 'Topcoder Challenge')
+    description = tc_data.get('description', 'Challenge description not available')
+    
+    # Extract technologies from skills array
+    technologies = []
+    skills = tc_data.get('skills', [])
+    for skill in skills:
+        if isinstance(skill, dict) and 'name' in skill:
+            technologies.append(skill['name'])
+    
+    # Also check for direct technologies field
+    if 'technologies' in tc_data:
+        tech_list = tc_data['technologies']
+        if isinstance(tech_list, list):
+            for tech in tech_list:
+                if isinstance(tech, dict) and 'name' in tech:
+                    technologies.append(tech['name'])
+                elif isinstance(tech, str):
+                    technologies.append(tech)
+    
+    # Calculate total prize from prizeSets
+    total_prize = 0
+    prize_sets = tc_data.get('prizeSets', [])
+    for prize_set in prize_sets:
+        if prize_set.get('type') == 'placement':
+            prizes = prize_set.get('prizes', [])
+            if prizes:  # FIXED: Proper indentation here
                 for prize in prizes:
                     if prize.get('type') == 'USD':
                         total_prize += prize.get('value', 0)
-        
-        prize = f"${total_prize:,}" if total_prize > 0 else "Merit-based"
-        
-        # Map challenge type to difficulty
-        challenge_type = tc_data.get('type', 'Unknown')
-        
-        difficulty_mapping = {
-            'First2Finish': 'Beginner',
-            'Code': 'Intermediate',
-            'Assembly Competition': 'Advanced',
-            'UI Prototype Competition': 'Intermediate',
-            'Copilot Posting': 'Beginner',
-            'Bug Hunt': 'Beginner',
-            'Test Suites': 'Intermediate'
-        }
-        
-        difficulty = difficulty_mapping.get(challenge_type, 'Intermediate')
-        
-        # Time estimate and registrants
-        time_estimate = "Variable duration"
-        registrants = tc_data.get('numOfRegistrants', 0)
-        
-        status = tc_data.get('status', '')
-        if status == 'Completed':
-            time_estimate = "Recently completed"
-        elif status in ['Active', 'Draft']:
-            time_estimate = "Active challenge"
-        
-        return Challenge(
-            id=challenge_id,
-            title=title,
-            description=description[:300] + "..." if len(description) > 300 else description,
-            technologies=technologies,
-            difficulty=difficulty,
-            prize=prize,
-            time_estimate=time_estimate,
-            registrants=registrants
-        )
+    
+    prize = f"${total_prize:,}" if total_prize > 0 else "Merit-based"
+    
+    # Map challenge type to difficulty
+    challenge_type = tc_data.get('type', 'Unknown')
+    
+    difficulty_mapping = {
+        'First2Finish': 'Beginner',
+        'Code': 'Intermediate',
+        'Assembly Competition': 'Advanced',
+        'UI Prototype Competition': 'Intermediate',
+        'Copilot Posting': 'Beginner',
+        'Bug Hunt': 'Beginner',
+        'Test Suites': 'Intermediate'
+    }
+    
+    difficulty = difficulty_mapping.get(challenge_type, 'Intermediate')
+    
+    # Time estimate and registrants
+    time_estimate = "Variable duration"
+    registrants = tc_data.get('numOfRegistrants', 0)
+    
+    status = tc_data.get('status', '')
+    if status == 'Completed':
+        time_estimate = "Recently completed"
+    elif status in ['Active', 'Draft']:
+        time_estimate = "Active challenge"
+    
+    return Challenge(
+        id=challenge_id,
+        title=title,
+        description=description[:300] + "..." if len(description) > 300 else description,
+        technologies=technologies,
+        difficulty=difficulty,
+        prize=prize,
+        time_estimate=time_estimate,
+        registrants=registrants
+    )
     
     async def fetch_real_challenges(self, limit: int = 30) -> List[Challenge]:
         """Fetch real challenges from Topcoder MCP with enhanced error handling"""