Python utils.printerr函数代码示例

def get_line_types(repo, repo_uri, rev, path):
    """Returns an array, where each item means a line of code.
       Each item is labled 'code', 'comment' or 'empty'"""

    #profiler_start("Processing LineTypes for revision %s:%s", (self.rev, self.file_path))
    uri = os.path.join(repo_uri, path) # concat repo_uri and file_path for full path
    file_content = _get_file_content(repo, uri, rev)  # get file_content

    if file_content is None or file_content == '':
        printerr("[get_line_types] Error: No file content for " + str(rev) + ":" + str(path) + " found! Skipping.")
        line_types = None
    else:
        try:
            lexer = get_lexer_for_filename(path)
        except ClassNotFound:
            try:
                printdbg("[get_line_types] Guessing lexer for" + str(rev) + ":" + str(path) + ".")
                lexer = guess_lexer(file_content)
            except ClassNotFound:
                printdbg("[get_line_types] No guess or lexer found for " + str(rev) + ":" + str(path) + ". Using TextLexer instead.")
                lexer = TextLexer()

        if isinstance(lexer, NemerleLexer):
            # this lexer is broken and yield an unstoppable process
            # see https://bitbucket.org/birkenfeld/pygments-main/issue/706/nemerle-lexer-ends-in-an-infinite-loop
            lexer = TextLexer()

        # Not shure if this should be skipped, when the language uses off-side rules (e.g. python,
        # see http://en.wikipedia.org/wiki/Off-side_rule for list)
        stripped_code = _strip_lines(file_content)
        lexer_output = _iterate_lexer_output(lexer.get_tokens(stripped_code))
        line_types_str = _comment_empty_or_code(lexer_output)
        line_types = line_types_str.split("\n")

    return line_types

    def listen_for_data(self, repo_func, watcher):
        def write_line(data, io):
            io.write(data)

        io = BytesIO()

        wid = self.repo.add_watch(watcher, write_line, io)

        # Git doesn't need retries because all of the revisions
        # are already on disk
        if self.repo_type == "git":
            retries = 0
        else:
            retries = 3

        done = False
        failed = False
        # Try downloading the file revision
        while not done and not failed:
            try:
                repo_func(os.path.join(self.repo_uri, self.path), self.rev)
                done = True
            except RepositoryCommandError, e:
                if retries > 0:
                    printerr("Command %s returned %d(%s), try again", (e.cmd, e.returncode, e.error))
                    retries -= 1
                    io.seek(0)
                elif retries == 0:
                    failed = True
                    printerr(
                        "Error obtaining %[email protected]%s. " + "Command %s returned %d(%s)",
                        (self.path, self.rev, e.cmd, e.returncode, e.error),
                    )
            except:

    def get_patch_for_commit(self):
        def diff_line(data, io):
            io.write(data)

        io = BytesIO()
        wid = self.repo.add_watch(DIFF, diff_line, io)

        done = False
        failed = False
        retries = 3

        while not done and not failed:
            try:
                self.repo.show(self.repo_uri, self.rev)
                self.data = to_utf8(io.getvalue().strip()).decode("utf-8")
                done = True
            except (CommandError, CommandRunningError) as e:
                if retries > 0:
                    printerr("Error running show command: %s, trying again",
                             (str(e),))
                    retries -= 1
                    io.seek(0)
                elif retries <= 0:
                    failed = True
                    printerr("Error running show command: %s, FAILED",
                             (str(e),))
                    self.data = None

        self.repo.remove_watch(DIFF, wid)

        return self.data

    def __init__(self, repo, uri):
        LineCounter.__init__(self, repo, uri)

        self.commit_pattern = re.compile("^(\w+) ")
        self.file_pattern = re.compile("^(\d+)\s+(\d+)\s+([^\s].*)$")

        # Dictionary for storing added, removed pairs, keyed by commit.
        self.lines = {}
        # Dictionary for storing list of paths, keyed by commit.
        self.paths = {}
        # Dictionary for storing added, removed pairs, keyed by commit.
        # and path
        self.lines_files = {}

        # Run git command
        self.git = find_program('git')
        if self.git is None:
            raise ExtensionRunError("Error running CommitsLOCDet extension: " +
                                    "required git command cannot be found in path")
        cmd = [self.git, 'log',
               '--all', '--topo-order', '--numstat', '--pretty=oneline']
        c = Command(cmd, uri)
        try:
            c.run(parser_out_func=self.__parse_line)
        except CommandError, e:
            if e.error:
                printerr("Error running git log command: %s", (e.error,))
            raise ExtensionRunError("Error running " +
                                    "CommitsLOCDet extension: %s", str(e))

   def _do_backout(self, repo, uri, db, backout_statement):
       connection = db.connect()
       repo_cursor = connection.cursor()
       repo_uri = get_repo_uri(uri, repo)
       
       try:
           repo_id = get_repo_id(repo_uri, repo_cursor, db)
       except RepoNotFound:
           # Repository isn't in there, so it's likely already backed out
           printerr("Repository not found, is it in the database?")
           return True
       finally:
           repo_cursor.close()
         
       update_cursor = connection.cursor()
 
       execute_statement(statement(backout_statement, db.place_holder),
                           (repo_id,),
                           update_cursor,
                           db,
                           "Couldn't backout extension",
                           exception=ExtensionBackoutError)
       update_cursor.close()
       connection.commit()
       connection.close()

    def run (self, repo, repo_uri):
        profiler_start("Running BlameJob for %[email protected]%s", (self.path,self.rev))
        def blame_line (line, p):
            p.feed (line)

        repo_type = repo.get_type ()
        if repo_type == 'cvs':
            # CVS paths contain the module stuff
            uri = repo.get_uri_for_path (repo_uri)
            module = uri[len (repo.get_uri ()):].strip ('/')

            if module != '.':
                path = self.path[len (module):].strip ('/')
            else:
                path = self.path.strip ('/')
        else:
            path = self.path.strip ('/')

        filename = os.path.basename (self.path)
        p = create_parser (repo.get_type (), self.path)
        out = self.get_content_handler()
        p.set_output_device (out)
        wid = repo.add_watch (BLAME, blame_line, p)
        try:
            repo.blame (os.path.join (repo_uri, path), self.rev)
            self.collect_results(out)
        except RepositoryCommandError, e:
            self.failed = True
            printerr ("Command %s returned %d (%s)", (e.cmd, e.returncode, e.error))

    def __prepare_table(self, connection, drop_table=False):
        cursor = connection.cursor()

        # Drop the table's old data
        if drop_table:
            try:
                cursor.execute("DROP TABLE hunks")
            except Exception, e:
                printerr("Couldn't drop hunks table because %s", (e,))

    def __prepare_table(self, connection, drop_table=False):
        # Drop the table's old data
        if drop_table:
            cursor = connection.cursor()

            try:
                cursor.execute("DROP TABLE content")
            except Exception, e:
                printerr("Couldn't drop content table because %s", (e,))
            finally:

def get_extension (extension_name):
    if extension_name not in _extensions:
        try:
            __import__ ("pycvsanaly2.extensions.%s" % extension_name)
        except ImportError as e:
            printerr("Error in importing extension %s: %s", (extension_name, str(e)))

    if extension_name not in _extensions:
        raise ExtensionUnknownError ('Extension %s not registered' % extension_name)

    return _extensions[extension_name]

    def get_patch_for_commit (self, rev):
        def diff_line (data, io):
            io.write (data)

        io = StringIO ()
        wid = self.repo.add_watch (DIFF, diff_line, io)
        try:
            self.repo.show (self.repo_uri, rev)
            data = io.getvalue ()
        except Exception, e:
            printerr ("Error running show command: %s", (str (e)))
            data = None

def iter_file_patch(iter_lines, allow_dirty=False):
    '''
    :arg iter_lines: iterable of lines to parse for patches
    :kwarg allow_dirty: If True, allow comments and other non-patch text
        before the first patch.  Note that the algorithm here can only find
        such text before any patches have been found.  Comments after the
        first patch are stripped away in iter_hunks() if it is also passed
        allow_dirty=True.  Default False.
    '''
    ### FIXME: Docstring is not quite true.  We allow certain comments no
    # matter what, If they startwith '===', '***', or '#' Someone should
    # reexamine this logic and decide if we should include those in
    # allow_dirty or restrict those to only being before the patch is found
    # (as allow_dirty does).
    regex = re.compile(binary_files_re)
    saved_lines = []
    orig_range = 0
    beginning = True
    for line in iter_lines:
        if line.startswith('=== ') or line.startswith('*** '):
            continue
        if line.startswith('#'):
            continue
        elif orig_range > 0:
            if line.startswith('-') or line.startswith(' '):
                orig_range -= 1
        elif line.startswith('--- ') or regex.match(line):
            if allow_dirty and beginning:
                # Patches can have "junk" at the beginning
                # Stripping junk from the end of patches is handled when we
                # parse the patch
                beginning = False
            elif len(saved_lines) > 0:
                yield saved_lines
            saved_lines = []
        elif line.startswith('@@'):
            try:
                hunk = hunk_from_header(line)
            except MalformedHunkHeader, e:
                if allow_dirty:
                    printerr("\nError: MalformedHunkHeader; Probably merge commit. Skipping.")
                    continue
                raise e
            orig_range = hunk.orig_range
        saved_lines.append(line)

def _get_file_content(repo, uri, rev):
    """Reads the content of a file and revision from a given repository"""

    def write_line(data, io):
        io.write(data)

    io = BytesIO()
    wid = repo.add_watch(CAT, write_line, io)
    try:
        repo.cat(uri, rev)
        file_content = to_utf8(io.getvalue()).decode("utf-8")
        file_content = _convert_linebreaks(file_content) #make shure we do have the same new lines.
    except Exception as e:
        printerr("[get_line_types] Error running show command: %s, FAILED", (str(e),))
        file_content = None

    repo.remove_watch(CAT, wid)
    return file_content

    def __init__(self, repo, uri):
        LineCounter.__init__(self, repo, uri)

        self.git = find_program('git')
        if self.git is None:
            raise ExtensionRunError("Error running CommitsLOC extension: " +
                                    "required git command cannot be found in path")

        self.lines = {}

        cmd = [self.git, 'log', '--all', '--topo-order', '--shortstat', '--pretty=oneline', 'origin']
        c = Command(cmd, uri)
        try:
            c.run(parser_out_func=self.__parse_line)
        except CommandError, e:
            if e.error:
                printerr("Error running git log command: %s", (e.error,))
            raise ExtensionRunError("Error running CommitsLOC extension: %s", str(e))

    def __process_finished_jobs(self, job_pool, connection, db):
        if isinstance(self.db, SqliteDatabase):
            from sqlite3 import IntegrityError
        elif isinstance(self.db, MysqlDatabase):
            from MySQLdb import IntegrityError
        write_cursor = connection.cursor()
        finished_job = job_pool.get_next_done(0)
        processed_jobs = 0
        # commit_id is the commit ID. For some reason, the
        # documentation advocates tablename_id as the reference,
        # but in the source, these are referred to as commit IDs.
        # Don't ask me why!
        while finished_job is not None:
            query = """
                insert into content(commit_id, file_id, content, loc, size) 
                    values(?,?,?,?,?)"""
            insert_statement = statement(query, db.place_holder)
            parameters = (
                finished_job.commit_id,
                finished_job.file_id,
                finished_job.file_contents,
                finished_job.file_number_of_lines,
                finished_job.file_size,
            )
            try:
                write_cursor.execute(insert_statement, parameters)
            except IntegrityError as e:
                if isinstance(self.db, MysqlDatabase) and e.args[0] == 1062:
                    # Ignore duplicate entry
                    pass
                else:
                    printerr(
                        "Error while inserting content for file %d @ commit %d"
                        % (finished_job.file_id, finished_job.commit_id)
                    )
                    raise

            processed_jobs += 1
            finished_job = job_pool.get_next_done(0)

        connection.commit()
        write_cursor.close()

        return processed_jobs

def iter_hunks(iter_lines, allow_dirty=False):
    '''
    :arg iter_lines: iterable of lines to parse for hunks
    :kwarg allow_dirty: If True, when we encounter something that is not
        a hunk header when we're looking for one, assume the rest of the lines
        are not part of the patch (comments or other junk).  Default False
    '''
    hunk = None
    for line in iter_lines:
        if line == "\n":
            if hunk is not None:
                yield hunk
                hunk = None
            continue
        if hunk is not None:
            yield hunk
        try:
            hunk = hunk_from_header(line)
        except MalformedHunkHeader:
            if allow_dirty:
                # If the line isn't a hunk header, then we've reached the end
                # of this patch and there's "junk" at the end.  Ignore the
                # rest of this patch.
                return
            raise
        orig_size = 0
        mod_size = 0
        while orig_size < hunk.orig_range or mod_size < hunk.mod_range:
            try:
                hunk_line = parse_line(iter_lines.next())
                hunk.lines.append(hunk_line)
                if isinstance(hunk_line, (RemoveLine, ContextLine)):
                    orig_size += 1
                if isinstance(hunk_line, (InsertLine, ContextLine)):
                    mod_size += 1
            except StopIteration:
                break
            except MalformedLine, e:
                if allow_dirty:
                    printerr("\nError: MalformedLine; Probably binary file. Skipping line.")
                    continue
                raise e