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lib/Acme/Claude/Shell/Session.pm  view on Meta::CPAN

=back

=head2 History

Command history is persisted to C<~/.acme_claude_shell_history> and loaded
on startup. Maximum 1000 lines are kept.

=cut

# Query cursor row position via /dev/tty (works even after Term::ReadLine)
# This avoids Term::ProgressSpinner's STDIN-based query which fails after readline
sub _get_cursor_row {
    my $row;
    eval {
        require Term::ReadKey;
        open(my $tty, '+<', '/dev/tty') or return undef;
        # Set raw mode on the tty
        Term::ReadKey::ReadMode(4, $tty);
        # Send cursor position query to STDOUT (terminal sees it)
        print STDOUT "\e[6n";
        STDOUT->flush();
        # Read response from the tty
        my $response = '';
        while (1) {
            my $c = Term::ReadKey::ReadKey(0.1, $tty);
            last unless defined $c;
            $response .= $c;
            last if $c eq 'R';
        }

lib/Acme/Claude/Shell/Session.pm  view on Meta::CPAN

        await $self->_process_input($input);
    }

    status('info', "Goodbye!") if $self->colorful;
    return 1;
}

async sub _process_input {
    my ($self, $input) = @_;

    # Query cursor position via /dev/tty before starting spinner
    # This avoids Term::ProgressSpinner's STDIN query which fails after Term::ReadLine
    my $cursor_row = _get_cursor_row();

    # Store spinner in session so hooks can stop it before reading STDIN
    # Pick a random fun spinner each time
    $self->_spinner(start_spinner("Thinking...", $self->loop,
        _random_spinner(),
        defined $cursor_row ? (terminal_line => $cursor_row) : ()));

    # First turn or follow-up
    if ($self->_client->session_id) {
        $self->_client->send($input);
    } else {
        $self->_client->connect($input);
    }

    my $printed_response = 0;