# Path: fmodpy/parsing/util.py
# def class_name(cls): return str(type(cls)).split(".")[-1].split("'")[0]


from . import class_name
        from fmodpy.config import fmodpy_print as print
                    from fmodpy.config import end_is_named
                        from fmodpy.exceptions import ParseError
                            from fmodpy.exceptions import ParseError
                        from . import class_name
                        from fmodpy.exceptions import ParseError
            from fmodpy.exceptions import ParseError
            from fmodpy.parsing.util import wrap_long_lines
            from fmodpy.config import run, f_compiler, \
                GET_SIZE_PROG_FILE, GET_SIZE_EXEC_FILE
                from fmodpy.exceptions import CompileError
            import os
    # Initialize this object.
    def __init__(self, list_of_lines, preceding_comments="", parent=None):
        self.parent = parent
        self.docs = preceding_comments
        # Initizlie lists of contained objects.
        for (_, name) in self.can_contain: setattr(self, name, [])
        # Parse the rest of this abstract object from file.
        # Count how many lines this object has by tracking change.
        starting_length = len(list_of_lines)
        self.parse(list_of_lines)
        self.lines += (starting_length - len(list_of_lines))

    # Given a list of strings (lines of simplified Fortran file),
    # where then entire string has been converted to upper case,
    # initialize this object.
    def parse(self, list_of_lines):
        print(f"{self.type.title()}.parse {self.name}")
        # Extract documentation first.
        while (len(list_of_lines) > 0):
            stripped_line = list_of_lines[0].strip() + '!'
            if (stripped_line[0] == '!'):
                self.docs += "\n" + list_of_lines.pop(0)
            # If this is not a comment line, the docs are done.
            else: break
        # Strip off any whitespace from the edges of the docs.
        self.docs = self.docs.strip()
        # Strip off all empty comment lines from the end of the comment block.
        while (self.docs[-2:] == "\n!"): self.docs = self.docs[:-2]
        # Parse the rest of the file (popping out lines from list).
        ended = False

# Path: fmodpy/parsing/util.py
# def class_name(cls): return str(type(cls)).split(".")[-1].split("'")[0]


# Path: fmodpy/parsing/code.py
from . import class_name
        from fmodpy.config import fmodpy_print as print
                    from fmodpy.config import end_is_named
                        from fmodpy.exceptions import ParseError
                            from fmodpy.exceptions import ParseError
                        from . import class_name
                        from fmodpy.exceptions import ParseError
            from fmodpy.exceptions import ParseError
            from fmodpy.parsing.util import wrap_long_lines
            from fmodpy.config import run, f_compiler, \
                GET_SIZE_PROG_FILE, GET_SIZE_EXEC_FILE
                from fmodpy.exceptions import CompileError
            import os

    # Initialize this object.
    def __init__(self, list_of_lines, preceding_comments="", parent=None):
        self.parent = parent
        self.docs = preceding_comments
        # Initizlie lists of contained objects.
        for (_, name) in self.can_contain: setattr(self, name, [])
        # Parse the rest of this abstract object from file.
        # Count how many lines this object has by tracking change.
        starting_length = len(list_of_lines)
        self.parse(list_of_lines)
        self.lines += (starting_length - len(list_of_lines))

    # Given a list of strings (lines of simplified Fortran file),
    # where then entire string has been converted to upper case,
    # initialize this object.
    def parse(self, list_of_lines):
        print(f"{self.type.title()}.parse {self.name}")
        # Extract documentation first.
        while (len(list_of_lines) > 0):
            stripped_line = list_of_lines[0].strip() + '!'
            if (stripped_line[0] == '!'):
                self.docs += "\n" + list_of_lines.pop(0)
            # If this is not a comment line, the docs are done.
            else: break
        # Strip off any whitespace from the edges of the docs.
        self.docs = self.docs.strip()
        # Strip off all empty comment lines from the end of the comment block.
        while (self.docs[-2:] == "\n!"): self.docs = self.docs[:-2]
        # Parse the rest of the file (popping out lines from list).
        ended = False

        comments = ""