Web page style added

backend/server.py

@@ -27,50 +27,6 @@ def countSpaces(line):
     expanded = line.expandtabs(4)
     return len(expanded) - len(expanded.lstrip(' '))
 
-# def buildTree(filepath):
-#     """Build nested tree from indented yaml."""
-#     if not os.path.exists(filepath):
-#         return OrderedDict()
-        
-#     with open(filepath, 'r', encoding='utf-8') as f:
-#         lines = f.readlines()
-
-#     rootIdx = None
-#     for i, line in enumerate(lines):
-#         if line.strip().startswith('root') and ':' in line.strip():
-#             rootIdx = i
-#             break
-#     if rootIdx is None:
-#         return OrderedDict()
-
-#     entries = []
-#     for line in lines[rootIdx + 1:]:
-#         stripped = line.strip()
-#         if not stripped or stripped.startswith('#'):
-#             continue
-#         if stripped.startswith('- '):
-#             spaceNum = countSpaces(line)
-#             name = stripped[2:].strip()
-#             if name.strip():
-#                 entries.append((spaceNum, name))
-
-#     if not entries:
-#         return OrderedDict()
-
-#     minIndent = min(indent for indent, _ in entries)
-#     nest = OrderedDict()
-#     levelStack = [(minIndent - 1, nest)]
-
-#     for spaceNum, name in entries:
-#         while levelStack and levelStack[-1][0] >= spaceNum:
-#             levelStack.pop()
-#         parent = levelStack[-1][1]
-#         child = OrderedDict()
-#         parent[name] = child
-#         levelStack.append((spaceNum, child))
-
-#     return nest
-
 def buildTree(filepath):
     """Build nested tree from indented yaml."""
     if not os.path.exists(filepath):
@@ -116,25 +72,52 @@ def buildTree(filepath):
 
     return nest
 
-def addCompsToTree(tree, compMap):
-    """Insert component nodes into the tree."""
+# def addCompsToTree(tree, compMap):
+#     """Insert component nodes into the tree."""
+#     for pathSeg, compItem in compMap.items():
+#         compName = compItem['folder']
+#         curNode = tree
+        
+#         # FIX 2: Automatically build missing folder paths
+#         for seg in pathSeg:
+#             if seg not in curNode:
+#                 # If a folder like MZM_1600G isn't in the YAML, gracefully auto-create it
+#                 curNode[seg] = OrderedDict() 
+#             curNode = curNode[seg]
+            
+#         curNode[compName] = OrderedDict({
+#             "__type__": "component",
+#             "__name__": compName,
+#             "__yml__": compItem['yml']
+#         })
+#     return tree
+
+def addCompsToTree(compMap):
+    """
+    Build a completely fresh tree from scratch and insert component nodes.
+    No previous tree object or inspection required.
+    """
+    # Initialize a clean, empty root tree
+    fresh_tree = OrderedDict()
+    
     for pathSeg, compItem in compMap.items():
         compName = compItem['folder']
-        curNode = tree
+        curNode = fresh_tree
         
-        # FIX 2: Automatically build missing folder paths
+        # Sequentially build the nested path segments dynamically
         for seg in pathSeg:
             if seg not in curNode:
-                # If a folder like MZM_1600G isn't in the YAML, gracefully auto-create it
                 curNode[seg] = OrderedDict() 
             curNode = curNode[seg]
             
+        # Place the component metadata dictionary into its leaf node
         curNode[compName] = OrderedDict({
             "__type__": "component",
             "__name__": compName,
             "__yml__": compItem['yml']
         })
-    return tree
+        
+    return fresh_tree
 
 def findComps(baseDir):
     """Scan component folders, return map of paths -> component info."""
@@ -238,8 +221,10 @@ def getLib():
     tree = buildTree(YML_PATH)
     if os.path.isdir(COMPS_ROOT):
         compMap = findComps(COMPS_ROOT)
-        addCompsToTree(tree, compMap)
-    return jsonify(tree)
+        fresh_tree = addCompsToTree(compMap)
+    return jsonify(fresh_tree)
+
+
 
 @app.route('/api/component/<component_name>')
 def getComp(component_name):