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Initial public release of Warp.

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Repo-Sync-Origin: warpdotdev/warp-internal@12af1d983b
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David Stern
2026-04-28 08:43:33 -05:00
commit 0dbd3d567a
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app/src/integration_testing/terminal/assertion.rs
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use pathfinder_geometry::rect::RectF;
use regex::Regex;
use settings::Setting as _;
use warp_util::path::user_friendly_path;
use warpui::{
async_assert, async_assert_eq,
integration::{AssertionCallback, AssertionOutcome},
units::Lines,
windowing::WindowManager,
App, SingletonEntity, ViewHandle, WindowId,
};
use crate::{
ai::blocklist::agent_view::AgentViewState,
integration_testing::view_getters::{
single_input_view_for_tab, single_terminal_view, single_terminal_view_for_tab,
terminal_view,
},
settings::InputModeSettings,
terminal::{
block_list_viewport::InputMode,
block_list_viewport::ScrollPosition,
model::block::BlockState,
model::bootstrap::BootstrapStage,
model::grid::grid_handler::TermMode,
model::{blocks::BlockFilter, terminal_model::BlockIndex},
view::TerminalViewState,
History,
},
workspace::{ActiveSession, Workspace},
};
use super::util::ExpectedOutput;
lazy_static::lazy_static! {
/// When a python interpreter is ready for user input,
/// the '>>>' prompt is displayed at the end of the REPL.
pub static ref PYTHON_PROMPT_READY: Regex = Regex::new(">>> $").expect("python prompt regex should not fail to compile");
}
pub fn validate_block_output<T>(
expected_output: &T,
tab_idx: usize,
pane_idx: usize,
window_id: WindowId,
app: &App,
) -> AssertionOutcome
where
T: ExpectedOutput + ?Sized,
{
let terminal_view = terminal_view(app, window_id, tab_idx, pane_idx);
terminal_view.read(app, |view, _ctx| {
let model = view.model.lock();
let last_index = model
.block_list()
.last_matching_block_by_index(BlockFilter::commands());
// After the last test step, there should always be a block here, but for
// some reason, it sometimes doesn't exist.
match last_index {
Some(last_index) => {
let block = model
.block_list()
.block_at(last_index)
.expect("Block should exist");
let last_output = block
.output_grid()
.contents_to_string_with_secrets_unobfuscated(
false, /*include_escape_sequences*/
None, /*max_rows*/
);
async_assert!(
expected_output.matches(&last_output),
"The output should be {:?}, but got \"{}\"",
expected_output,
last_output
)
}
None => AssertionOutcome::failure("No block yet".to_string()),
}
})
}
/// Assumes that the block is finished and its contents are now immutable.
/// Fails fast if the block contents don't match the expected output.
pub fn validate_block_output_on_finished_block<T>(
expected_output: &T,
tab_idx: usize,
pane_idx: usize,
window_id: WindowId,
app: &App,
) -> AssertionOutcome
where
T: ExpectedOutput + ?Sized,
{
let terminal_view = terminal_view(app, window_id, tab_idx, pane_idx);
terminal_view.read(app, |view, _ctx| {
let model = view.model.lock();
let last_index = model
.block_list()
.last_matching_block_by_index(BlockFilter::commands());
// After the last test step, there should always be a block here, but for
// some reason, it sometimes doesn't exist.
match last_index {
Some(last_index) => {
let block = model
.block_list()
.block_at(last_index)
.expect("Block should exist");
let last_output = block
.output_grid()
.contents_to_string_with_secrets_unobfuscated(
false, /*include_escape_sequences*/
None, /*max_rows*/
);
if expected_output.matches(&last_output) {
AssertionOutcome::Success
} else {
AssertionOutcome::immediate_failure(format!(
"The output should be {expected_output:?}, but got \"{last_output}\""
))
}
}
None => AssertionOutcome::failure("No block yet".to_string()),
}
})
}
pub fn assert_input_mode(expected_input_mode: InputMode) -> AssertionCallback {
Box::new(move |app, window_id| {
let terminal_view = single_terminal_view(app, window_id);
terminal_view.read(app, |_, ctx| {
let input_mode = *InputModeSettings::as_ref(ctx).input_mode.value();
async_assert_eq!(input_mode, expected_input_mode, "input mode doesn't match")
})
})
}
pub fn assert_gap_exists(gap_exists: bool) -> AssertionCallback {
Box::new(move |app, window_id| {
app.update(|ctx| {
assert!(ctx
.presenter(window_id)
.expect("should exist")
.borrow()
.scene()
.is_some());
});
let terminal_view = single_terminal_view(app, window_id);
terminal_view.read(app, |view, _ctx| {
let model = view.model.lock();
let has_gap = model.block_list().active_gap().is_some();
async_assert_eq!(
gap_exists,
has_gap,
"Expected gap {} but was gap {}",
gap_exists,
has_gap
)
})
})
}
#[derive(Debug)]
pub enum InputPosition {
TopOfTerminal,
BottomOfTerminal,
NotAtEitherEdge,
}
const ROUNDING_ERROR_PX: f32 = 0.1;
impl InputPosition {
fn assert_position(&self, terminal_rect: RectF, input_rect: RectF) -> bool {
match *self {
InputPosition::TopOfTerminal => {
(terminal_rect.origin_y() - input_rect.origin_y()).abs() < ROUNDING_ERROR_PX
}
InputPosition::BottomOfTerminal => {
(terminal_rect.max_y() - input_rect.max_y()).abs() < ROUNDING_ERROR_PX
}
InputPosition::NotAtEitherEdge => {
terminal_rect.contains_rect(input_rect)
&& !InputPosition::TopOfTerminal.assert_position(terminal_rect, input_rect)
&& !InputPosition::BottomOfTerminal.assert_position(terminal_rect, input_rect)
}
}
}
}
pub fn assert_input_position(input_position: InputPosition) -> AssertionCallback {
Box::new(move |app, window_id| {
let terminal_view = single_terminal_view(app, window_id);
terminal_view.read(app, |view, ctx| {
let terminal_rect = ctx
.element_position_by_id_at_last_frame(window_id, view.terminal_position_id())
.expect("terminal position should be set");
let input_id = view.input().as_ref(ctx).save_position_id();
let input_rect = ctx
.element_position_by_id_at_last_frame(window_id, input_id)
.expect("input position should be set");
async_assert!(
input_position.assert_position(terminal_rect, input_rect),
"Input should be {:?} but it isn't. Terminal rect {:?} and input rect {:?}",
input_position,
terminal_rect,
input_rect
)
})
})
}
pub fn assert_input_at_top_of_terminal() -> AssertionCallback {
assert_input_position(InputPosition::TopOfTerminal)
}
pub fn assert_input_at_bottom_of_terminal() -> AssertionCallback {
assert_input_position(InputPosition::BottomOfTerminal)
}
pub fn assert_input_not_at_either_edge_of_terminal() -> AssertionCallback {
assert_input_position(InputPosition::NotAtEitherEdge)
}
pub fn assert_view_has_text_selection(has_text_selection: bool) -> AssertionCallback {
Box::new(move |app, window_id| {
let terminal_view = single_terminal_view(app, window_id);
terminal_view.read(app, |view, _ctx| {
let view_is_selecting = view.is_selecting();
async_assert_eq!(
view_is_selecting,
has_text_selection,
"Expected view to have text selection {} but it was {}",
has_text_selection,
view_is_selecting
)
})
})
}
/// Asserts whether the waterfall gap empty state element is rendered or not
pub fn assert_waterfall_gap_empty_background_rendered(is_showing: bool) -> AssertionCallback {
Box::new(move |app, window_id| {
let terminal_view = single_terminal_view(app, window_id);
terminal_view.read(app, |view, ctx| {
let element_showing = ctx
.element_position_by_id_at_last_frame(
window_id,
view.waterfall_background_position_id(),
)
.is_some();
async_assert_eq!(
element_showing,
is_showing,
"Expected gap element to be showing {} but it was {}",
is_showing,
element_showing
)
})
})
}
pub fn assert_model_term_mode(mode: TermMode, expected_value: bool) -> AssertionCallback {
Box::new(move |app, window_id| {
let terminal_view = single_terminal_view(app, window_id);
terminal_view.read(app, |view, _| {
let model = view.model.lock();
async_assert_eq!(model.is_term_mode_set(mode), expected_value)
})
})
}
pub fn assert_no_block_executing(tab_index: usize, pane_index: usize) -> AssertionCallback {
Box::new(move |app, window_id| {
let terminal_view = terminal_view(app, window_id, tab_index, pane_index);
terminal_view.read(app, |view, _ctx| {
let model = view.model.lock();
// Note: When the user presses enter, we "start" the block and send the newline to the
// shell, however we don't update the state of the block until the shell responds with
// a preexec message. As a result, we need to check _both_ the state and whether the
// block has started to ensure that we don't think a recently executed block is
// actually waiting for a command.
let block = model.block_list().active_block();
let block_is_ready =
!block.started() && matches!(block.state(), BlockState::BeforeExecution);
async_assert!(
block_is_ready,
"Should not be a command active. Block output is:\n{}\n",
block.output_with_secrets_unobfuscated()
)
})
})
}
pub fn assert_alt_grid_active(
tab_index: usize,
pane_index: usize,
should_be_active: bool,
) -> AssertionCallback {
Box::new(move |app, window_id| {
let terminal_view = terminal_view(app, window_id, tab_index, pane_index);
terminal_view.read(app, |view, _ctx| {
let model = view.model.lock();
let is_alt_grid_active = model.is_alt_screen_active();
async_assert_eq!(
should_be_active,
is_alt_grid_active,
"Expected alt grid active to be {} but it was {}",
should_be_active,
is_alt_grid_active
)
})
})
}
/// Asserts that a long running block is currently executing.
pub fn assert_long_running_block_executing_for_single_terminal_in_tab(
assert_output_grid_active: bool,
tab_index: usize,
) -> AssertionCallback {
assert_long_running_block_executing(assert_output_grid_active, tab_index, 0)
}
pub fn assert_long_running_block_executing(
assert_output_grid_active: bool,
tab_index: usize,
pane_index: usize,
) -> AssertionCallback {
Box::new(move |app, window_id| {
let terminal_view = terminal_view(app, window_id, tab_index, pane_index);
terminal_view.read(app, |view, _ctx| {
let model = view.model.lock();
let is_editor_focused = view
.input()
.read(app, |input, ctx| input.editor().is_focused(ctx));
let active_block = model.block_list().active_block();
// Note that we check the output grid is active to ensure the
// command has actually started executing.
async_assert!(
!is_editor_focused
&& (!assert_output_grid_active || active_block.is_executing())
&& active_block.is_active_and_long_running(),
"Check that it's a long running process/command"
)
})
})
}
pub fn assert_single_terminal_in_tab_bootstrapped(
app: &App,
window_id: WindowId,
tab_index: usize,
) -> AssertionOutcome {
assert_bootstrapping_result(
app, window_id, tab_index, 0, true, /* expect_bootstrapped */
)
}
pub fn assert_terminal_bootstrapped(tab_index: usize, pane_index: usize) -> AssertionCallback {
Box::new(move |app, window_id| {
assert_bootstrapping_result(app, window_id, tab_index, pane_index, true)
})
}
pub fn assert_terminal_bootstrapping(tab_index: usize, pane_index: usize) -> AssertionCallback {
Box::new(move |app, window_id| {
assert_bootstrapping_result(app, window_id, tab_index, pane_index, false)
})
}
pub fn assert_bootstrapping_result(
app: &App,
window_id: WindowId,
tab_index: usize,
pane_index: usize,
expect_bootstrapped: bool,
) -> AssertionOutcome {
let terminal_view = terminal_view(app, window_id, tab_index, pane_index);
let bootstrapped = terminal_view.read(app, |view, ctx| {
let model = view.model.lock();
let input_visible = view.is_input_box_visible(&model, ctx);
let history_bootstrapped = model
.block_list()
.active_block()
.session_id()
.is_some_and(|session_id| History::as_ref(ctx).is_session_initialized(&session_id));
input_visible
&& history_bootstrapped
// Note that we check whether the precmd that follows bootstrapping is done rather than
// just checking bootstrapping is done. In tests it can cause indeterminancy to have
// this precmd come in later (it increases the number of blocks), whereas in the actual
// running of the app we don't care about these blocks and it's a slight performance hit
// to wait for the precmd so we can just check is_bootstrapped.
&& model.block_list().is_bootstrapping_precmd_done()
});
async_assert_eq!(
expect_bootstrapped,
bootstrapped,
"terminal should be bootstrapped ({})",
expect_bootstrapped
)
}
pub fn assert_selected_block_index_is_first_renderable() -> AssertionCallback {
Box::new(|app, window_id| {
let terminal_view = single_terminal_view(app, window_id);
terminal_view.read(app, |view, _| {
let selected_block_index = view
.selected_blocks_tail_index()
.expect("Selection should not be none");
let model = view.model.lock();
let block = model
.block_list()
.block_at(selected_block_index)
.expect("Block should exist");
assert!(
block.height(&AgentViewState::Inactive) != Lines::zero(),
"The selected block should be rendered"
);
// Previous index either doesn't exist or isn't renderable
if selected_block_index > BlockIndex::zero() {
let prev_block = model.block_list().block_at(selected_block_index - 1.into());
if let Some(prev_block) = prev_block {
assert!(
prev_block.is_empty(&AgentViewState::Inactive),
"Prev index should be hidden"
);
}
}
AssertionOutcome::Success
})
})
}
pub fn assert_selected_block_index_is_last_renderable() -> AssertionCallback {
Box::new(|app, window_id| {
let terminal_view = single_terminal_view(app, window_id);
terminal_view.read(app, |view, _| {
let selected_block_index = view
.selected_blocks_tail_index()
.expect("Selection should not be none");
let model = view.model.lock();
let block = model
.block_list()
.block_at(selected_block_index)
.expect("Block should exist");
assert!(
block.height(&AgentViewState::Inactive) != Lines::zero(),
"The selected block should be rendered"
);
assert_eq!(
model.block_list().last_non_hidden_block_by_index(),
Some(selected_block_index)
);
AssertionOutcome::Success
})
})
}
pub fn assert_focused_editor_in_tab(tab_index: usize) -> AssertionCallback {
Box::new(move |app, window_id| {
let input_view = single_input_view_for_tab(app, window_id, tab_index);
input_view.read(app, |view, ctx| {
async_assert!(view.editor().is_focused(ctx), "Editor should be focused")
})
})
}
pub fn assert_command_executed_for_single_terminal_in_tab(
tab_index: usize,
command: String,
) -> AssertionCallback {
assert_command_executed(tab_index, 0, command)
}
pub fn assert_command_executed(
tab_index: usize,
pane_index: usize,
command: String,
) -> AssertionCallback {
Box::new(move |app, window_id| {
let terminal_view = terminal_view(app, window_id, tab_index, pane_index);
terminal_view.read(app, |view, _ctx| {
let model = view.model.lock();
let last_index = model
.block_list()
.last_matching_block_by_index(BlockFilter::commands());
if let Some(last_index) = last_index {
let block = model
.block_list()
.block_at(last_index)
.expect("block should exist");
let block_is_done = matches!(
block.state(),
BlockState::DoneWithExecution | BlockState::DoneWithNoExecution
);
let last_command = block
.command_with_secrets_unobfuscated(false /*include_escape_sequences*/);
// We send an escape sequence once the line editor is active to fetch
// typeahead. Currently, this is racy in integration tests because
// they send the queued command more quickly than a real user could
// type. For the time being, we handle this by cleaning up the command,
// but ongoing work to consolidate PTY writes should be a more robust
// solution.
let cleaned_last_command = last_command.trim_end_matches("^[i").trim_end();
let cleaned_command = command.trim_end();
async_assert!(
block_is_done && cleaned_last_command == cleaned_command,
"Previous command should be {}, instead got {}",
command,
last_command,
)
} else {
AssertionOutcome::failure("No block yet".to_string())
}
})
})
}
pub fn assert_active_block_received_precmd(
tab_index: usize,
pane_index: usize,
) -> AssertionCallback {
Box::new(move |app, window_id| {
let terminal_view = terminal_view(app, window_id, tab_index, pane_index);
terminal_view.read(app, |view, _ctx| {
let model = view.model.lock();
let active_block = model.block_list().active_block();
if active_block.has_received_precmd() {
AssertionOutcome::Success
} else {
AssertionOutcome::failure("Precmd has not been received yet".to_string())
}
})
})
}
pub fn assert_active_block_input_is_empty(
tab_index: usize,
pane_index: usize,
) -> AssertionCallback {
Box::new(move |app, window_id| {
let terminal_view = terminal_view(app, window_id, tab_index, pane_index);
terminal_view.read(app, |view, ctx| {
view.input().read(ctx, |input, ctx| {
let text = input.buffer_text(ctx);
async_assert!(
text.is_empty(),
"Input buffer is not empty after block finished. Input buffer contents: {}",
text
)
})
})
})
}
pub fn assert_bootstrapping_stage(
tab_index: usize,
pane_index: usize,
stage: BootstrapStage,
) -> AssertionCallback {
Box::new(move |app, window_id| {
let terminal_view = terminal_view(app, window_id, tab_index, pane_index);
terminal_view.read(app, |view, _ctx| {
let model = view.model.lock();
let active_block = model.block_list().active_block();
async_assert_eq!(active_block.bootstrap_stage(), stage)
})
})
}
pub fn assert_context_menu_is_open(should_be_open: bool) -> AssertionCallback {
Box::new(move |app, window_id| {
let terminal_view = single_terminal_view(app, window_id);
terminal_view.read(app, |view, _ctx| {
let open_or_closed_str = if should_be_open { "open" } else { "closed" };
async_assert_eq!(
view.is_context_menu_open(),
should_be_open,
"The context menu should be {open_or_closed_str}"
)
})
})
}
pub fn assert_active_block_command_for_single_terminal_in_tab(
expected_command: impl ExpectedOutput + 'static,
tab_index: usize,
) -> AssertionCallback {
assert_active_block_command(expected_command, tab_index, 0)
}
pub fn assert_active_block_command(
expected_command: impl ExpectedOutput + 'static,
tab_index: usize,
pane_index: usize,
) -> AssertionCallback {
Box::new(move |app, window_id| {
let terminal_view = terminal_view(app, window_id, tab_index, pane_index);
terminal_view.read(app, |view, _| {
let model = view.model.lock();
let command = model.block_list().active_block().command_to_string();
async_assert!(
expected_command.matches(&command),
"The command should be {:?}, but got \"{}\"",
expected_command,
command
)
})
})
}
pub fn assert_active_block_output_for_single_terminal_in_tab(
expected_output: impl ExpectedOutput + 'static,
tab_index: usize,
) -> AssertionCallback {
assert_active_block_output(expected_output, tab_index, 0)
}
pub fn assert_active_block_output(
expected_output: impl ExpectedOutput + 'static,
tab_index: usize,
pane_index: usize,
) -> AssertionCallback {
Box::new(move |app, window_id| {
let terminal_view = terminal_view(app, window_id, tab_index, pane_index);
terminal_view.read(app, |view, _| {
let model = view.model.lock();
let output = model.block_list().active_block().output_to_string();
async_assert!(
expected_output.matches(&output),
"The output should be {:?}, but got \"{}\"",
expected_output,
output
)
})
})
}
pub fn assert_no_visible_background_blocks(
tab_index: usize,
pane_index: usize,
) -> AssertionCallback {
Box::new(move |app, window_id| {
let terminal_view = terminal_view(app, window_id, tab_index, pane_index);
terminal_view.read(app, |view, _| {
let model = view.model.lock();
let count_nonempty_background_blocks = model
.block_list()
.blocks()
.iter()
.filter(|block| {
block.is_background() && block.is_visible(&AgentViewState::Inactive)
})
.count();
async_assert_eq!(
count_nonempty_background_blocks,
0,
"BlockList should have no non-empty background blocks."
)
})
})
}
/// Asserts that the output of the alt screen matches `expected_output`.
pub fn assert_alt_screen_output(
expected_output: impl ExpectedOutput + 'static,
tab_index: usize,
pane_index: usize,
) -> AssertionCallback {
Box::new(move |app, window_id| {
let terminal_view = terminal_view(app, window_id, tab_index, pane_index);
terminal_view.read(app, |view, _| {
let model = view.model.lock();
let output = model.alt_screen().output_to_string();
async_assert!(
expected_output.matches(&output),
"The output should be {:?}, but got \"{}\"",
expected_output,
output
)
})
})
}
/// Builds an assertion that the input box for the given tab will contain the
/// expected text.
pub fn assert_input_editor_contents(
tab_index: usize,
expected_contents: impl AsRef<str> + 'static,
) -> AssertionCallback {
Box::new(move |app, window_id| {
let expected_contents = expected_contents.as_ref();
let input_view = single_input_view_for_tab(app, window_id, tab_index);
input_view.read(app, |view, ctx| {
let contents = view.buffer_text(ctx);
async_assert_eq!(&contents, expected_contents, "Incorrect input box contents:\nExpected {expected_contents:?}\nActual: {contents:?}")
})
})
}
pub fn assert_pane_group_has_state(
tab_index: usize,
expected_state: TerminalViewState,
) -> AssertionCallback {
Box::new(move |app, _| {
let active_window_id = app.read(|ctx| {
WindowManager::as_ref(ctx)
.active_window()
.expect("should have active window")
});
let views = app
.views_of_type(active_window_id)
.expect("Active window lacks a Workspace.");
let workspace: &ViewHandle<Workspace> =
views.first().expect("Window is missing Workspace view.");
workspace.read(app, |workspace, ctx| {
workspace
.get_pane_group_view(tab_index)
.expect("Workspace has no tab view.")
.read(ctx, |pane_group, ctx| {
async_assert_eq!(pane_group.most_recent_pane_state(ctx), expected_state)
})
})
})
}
fn assert_snackbar_visibility(tab_index: usize, is_visible: bool) -> AssertionCallback {
Box::new(move |app, window_id| {
let terminal_view = single_terminal_view_for_tab(app, window_id, tab_index);
terminal_view.update(app, |view, ctx| {
let presenter = ctx.presenter(window_id).expect("window should exist");
let snackbar_position = presenter
.borrow()
.position_cache()
.get_position(format!("block_list_snackbar:{}", view.id()));
async_assert_eq!(snackbar_position.is_some(), is_visible)
})
})
}
/// Asserts that the snackbar is visible.
pub fn assert_snackbar_is_visible(tab_index: usize) -> AssertionCallback {
assert_snackbar_visibility(tab_index, true /* is_visible */)
}
/// Asserts that the snackbar is _not_ visible.
pub fn assert_snackbar_is_not_visible(tab_index: usize) -> AssertionCallback {
assert_snackbar_visibility(tab_index, false /* is_visible */)
}
/// Asserts that the current scroll position is equal to `ScrollPosition`.
pub fn assert_scroll_position(
tab_index: usize,
scroll_position: ScrollPosition,
) -> AssertionCallback {
Box::new(move |app, window_id| {
let terminal_view = single_terminal_view_for_tab(app, window_id, tab_index);
terminal_view.read(app, |view, _ctx| {
let actual_scroll_position = view.scroll_position();
async_assert_eq!(actual_scroll_position, scroll_position)
})
})
}
pub fn validate_git_branch(
expected_git_branch: Option<String>,
tab_idx: usize,
window_id: warpui::WindowId,
app: &warpui::App,
) -> AssertionOutcome {
let terminal_view = single_terminal_view_for_tab(app, window_id, tab_idx);
terminal_view.read(app, |view, _ctx| {
let model = view.model.lock();
let block = model.block_list().active_block();
let actual_branch = block.git_branch();
if actual_branch.map(Into::into) == expected_git_branch {
AssertionOutcome::Success
} else {
AssertionOutcome::failure(format!(
"Expected {expected_git_branch:?} as git branch but got {actual_branch:?}"
))
}
})
}
/// Asserts that the active session of the current window's workspace has the expected local path.
/// For convenience, the local path is converted to a user-friendly path, since it will generally
/// be a temporary directory.
pub fn assert_active_session_local_path(expected_path: &'static str) -> AssertionCallback {
Box::new(move |app, window_id| {
ActiveSession::handle(app).read(app, |active_session, _| {
let session = active_session.session(window_id);
let pwd = active_session.path_if_local(window_id);
match session.zip(pwd) {
Some((session, pwd)) => {
let relative_path = user_friendly_path(
pwd.to_str().expect("Non-UTF8 path"),
session.home_dir(),
);
async_assert_eq!(expected_path, relative_path)
}
None => {
AssertionOutcome::failure("Expected a local active session path".to_string())
}
}
})
})
}
pub fn assert_input_is_focused() -> AssertionCallback {
Box::new(|app, window_id| {
let terminal_view = single_terminal_view_for_tab(app, window_id, 0);
terminal_view.read(app, |view, ctx| {
let is_input_focused = view.input().as_ref(ctx).editor().as_ref(ctx).is_focused();
async_assert!(is_input_focused)
})
})
}