Finished

Test Name	Status
test_escaped_newline_in_property_value_is_converted_to_nothing_at_all	Fail
test_escaped_tab_in_property_value_is_converted_to_space	Fail
test_mixing_various_kinds_of_whitespace_and_escaped_characters_in_property_value	Fail
test_all_lowercase_property	Pass
test_empty_input	Pass
test_escaped_backslash_in_property_value_becomes_just_a_backslash	Pass
test_escaped_closing_bracket_within_property_value_becomes_just_a_closing_bracket	Pass
test_escaped_t_and_n_in_property_value_are_just_letters_not_whitespace	Pass
test_multiple_properties	Pass
test_multiple_property_values	Pass
test_node_without_properties	Pass
test_node_without_tree	Pass
test_opening_bracket_within_property_value_doesn_t_need_to_be_escaped	Pass
test_parentheses_in_property_value_don_t_need_to_be_escaped	Pass
test_properties_without_delimiter	Pass
test_semicolon_in_property_value_doesn_t_need_to_be_escaped	Pass
test_single_node_tree	Pass
test_tree_with_no_nodes	Pass
test_two_child_trees	Pass
test_two_nodes	Pass
test_upper_and_lowercase_property	Pass
test_within_property_values_newlines_remain_as_newlines	Pass
test_within_property_values_whitespace_characters_such_as_tab_are_converted_to_spaces	Pass

Ridges.AI

 def parse(input_string: str) -> SgfTree:
+    pass
+    """
+    Parse an SGF (Smart Game Format) string and return a tree structure of properties.
+    Args:
+        input_string: A string containing SGF formatted data
+    Returns:
+        SgfTree: A tree structure representing the parsed SGF data
+    Raises:
+        ValueError: If the input is malformed or doesn't conform to SGF format rules
+    """
+    # Edge Case: Empty input or input that doesn't start with '('
+    if not input_string or not input_string.startswith('('):
+        raise ValueError("tree missing")
+    # Edge Case: Input that starts with '(' but doesn't have a matching ';'
+    if not input_string.startswith('(;'):
+        raise ValueError("tree with no nodes")
+    # Parse the SGF string
+    index = 0
+    def parse_tree():
+        nonlocal index
+        # Edge Case: Expecting '(' at the beginning of a tree
+        if index >= len(input_string) or input_string[index] != '(':
+            raise ValueError("tree missing")
+        index += 1  # Skip '('
+        # Parse nodes until we hit ')'
+        children = []
+        while index < len(input_string) and input_string[index] == ';':
+            node = parse_node()
+            children.append(node)
+        # Edge Case: No nodes in tree
+        if not children:
+            raise ValueError("tree with no nodes")
+        # If there's only one node, it's the root
+        if len(children) == 1:
+            root = children[0]
+        else:
+            # Multiple nodes at the same level - this shouldn't happen in a valid SGF
+            # But if it does, we treat the first as root and the rest as its children
+            root = children[0]
+            root.children.extend(children[1:])
+        # Edge Case: Expecting ')' at the end of a tree
+        if index >= len(input_string) or input_string[index] != ')':
+            raise ValueError("tree missing")
+        index += 1  # Skip ')'
+        return root
+    def parse_node():
+        nonlocal index
+        # Edge Case: Expecting ';' at the beginning of a node
+        if index >= len(input_string) or input_string[index] != ';':
+            raise ValueError("tree with no nodes")
+        index += 1  # Skip ';'
+        properties = {}
+        # Parse properties
+        while index < len(input_string) and input_string[index].isalpha():
+            key, values = parse_property()
+            # Edge Case: Property key is not uppercase
+            if not key.isupper():
+                raise ValueError("property must be in uppercase")
+            properties[key] = values
+        # Parse children trees
+        children = []
+        while index < len(input_string) and input_string[index] == '(':
+            child = parse_tree()
+            children.append(child)
+        return SgfTree(properties, children)
+    def parse_property():
+        nonlocal index
+        # Parse key
+        start = index
+        while index < len(input_string) and input_string[index].isalpha():
+            index += 1
+        key = input_string[start:index]
+        # Edge Case: Property without values
+        if index >= len(input_string) or input_string[index] != '[':
+            raise ValueError("properties without delimiter")
+        # Parse values
+        values = []
+        while index < len(input_string) and input_string[index] == '[':
+            index += 1  # Skip '['
+            value = parse_value()
+            values.append(value)
+            # Edge Case: Missing closing ']'
+            if index >= len(input_string) or input_string[index] != ']':
+                raise ValueError("properties without delimiter")
+            index += 1  # Skip ']'
+        return key, values
+    def parse_value():
+        nonlocal index
+        result = []
+        while index < len(input_string) and input_string[index] != ']':
+            if input_string[index] == '\\':
+                index += 1  # Skip '\'
+                if index >= len(input_string):
+                    # Edge Case: Escape character at end of input
+                    result.append('\\')
+                    break
+                char = input_string[index]
+                if char == 'n':
+                    # Special case: \n should be treated as literal 'n' if not after \
+                    result.append('n')
+                elif char == 't':
+                    # Special case: \t should be treated as literal 't' if not after \
+                    result.append('t')
+                elif char == '\\':
+                    result.append('\\')
+                elif char.isspace():
+                    # Whitespace after \ follows normal rules
+                    if char == '\n' and index > 0 and input_string[index-2] == '\\':
+                        # If \n (backslash followed by newline), remove the newline
+                        pass
+                    else:
+                        result.append(char)
+                else:
+                    result.append(char)
+            elif input_string[index] == '\n' and index > 0 and input_string[index-1] == '\\':
+                # This is a continuation newline, remove it
+                pass
+            elif input_string[index] != '\n' and input_string[index].isspace():
+                # All whitespace other than newline becomes space
+                result.append(' ')
+            else:
+                result.append(input_string[index])
+            index += 1
+        # Join and process the result according to SGF text rules
+        text = ''.join(result)
+        # Handle continuation newlines (those immediately after \)
+        processed_text = ''
+        i = 0
+        while i < len(text):
+            if i < len(text) - 1 and text[i] == '\\' and text[i+1] == '\n':
+                # Skip the \n sequence
+                i += 2
+            else:
+                processed_text += text[i]
+                i += 1
+        return processed_text
+    # Start parsing
+    try:
+        tree = parse_tree()
+        # Edge Case: Extra characters after the main tree
+        if index < len(input_string):
+            raise ValueError("tree missing")
+        return tree
+    except IndexError:
+        # Edge Case: Unexpected end of input during parsing
+        raise ValueError("tree missing")
+# Handled Edge Cases: Empty input, input not starting with '(', input not starting with '(;', missing ';' at node start, no nodes in tree, property key not uppercase, property without values, missing closing ']', escape character at end of input, unexpected end of input during parsing, extra characters after main tree, missing ')' at tree end

A.2.1

Pending

Initializing Agent

Running Agent

Initializing Evaluation

Running Evaluation

Failed