import pytest pytestmark = pytest.mark.ui from panel.tests.util import serve_component, wait_until from panel.widgets import ( EditableFloatSlider, EditableIntSlider, EditableRangeSlider, ) class _editable_text_input: """ This function is added for convenience, as it is pretty cumbersome to find and update the value of Editable text input. """ def __init__(self, page, nth=0): self.page = page self.text_input = page.locator("input.bk-input").nth(nth) @property def value(self): return self.text_input.input_value() @value.setter def value(self, value): self.text_input.fill(str(value)) self.text_input.press("Enter") @pytest.mark.parametrize( "widget,val1,val2,val3,func", [ (EditableIntSlider, 25, 24, 20, int), (EditableFloatSlider, 25.5, 24.5, 19.5, float), ], ids=["EditableIntSlider", "EditableFloatSlider"] ) def test_editableslider_textinput_end(page, widget, val1, val2, val3, func): widget = widget() serve_component(page, widget) text_input = _editable_text_input(page) text_input.value = val1 wait_until(lambda: widget.value == val1, page) assert widget._slider.end == val1 assert func(text_input.value) == val1 text_input.value = val2 wait_until(lambda: widget.value == val2, page) assert widget._slider.end == val1 assert func(text_input.value) == val2 # Setting fixed end widget.fixed_end = val3 wait_until(lambda: widget.value == val3, page) assert widget._slider.end == val3 assert func(text_input.value) == val3 @pytest.mark.parametrize( "widget,val1,val2,val3,func", [ (EditableIntSlider, -25, -24, -20, int), (EditableFloatSlider, -25.5, -24.5, -19.5, float), ], ids=["EditableIntSlider", "EditableFloatSlider"] ) def test_editableslider_textinput_start(page, widget, val1, val2, val3, func): widget = widget() serve_component(page, widget) text_input = _editable_text_input(page) text_input.value = val1 wait_until(lambda: widget.value == val1, page) assert widget._slider.start == val1 assert func(text_input.value) == val1 text_input.value = val2 wait_until(lambda: widget.value == val2, page) assert widget._slider.start == val1 assert func(text_input.value) == val2 # Setting fixed start widget.fixed_start = val3 wait_until(lambda: widget.value == val3, page) assert widget._slider.start == val3 assert func(text_input.value) == val3 @pytest.mark.parametrize( "widget", [ EditableIntSlider, EditableFloatSlider, ], ids=["EditableIntSlider", "EditableFloatSlider"] ) def test_editableslider_button_end(page, widget): widget = widget(step=1) default_value = widget.value step = widget.step end = widget.end serve_component(page, widget) up = page.locator("button").nth(0) down = page.locator("button").nth(1) up.click() wait_until(lambda: widget.value == default_value + step, page) assert widget.value == default_value + step assert widget._slider.end == end up.click() wait_until(lambda: widget.value == default_value + 2 * step, page) assert widget._slider.end == end + step down.click() wait_until(lambda: widget.value == default_value + step, page) assert widget._slider.end == end + step @pytest.mark.parametrize( "widget", [ EditableIntSlider, EditableFloatSlider ], ids=["EditableIntSlider", "EditableFloatSlider"] ) def test_editableslider_button_start(page, widget): widget = widget(step=1) default_value = widget.value step = widget.step start = widget.start serve_component(page, widget) up = page.locator("button").nth(0) down = page.locator("button").nth(1) down.click() wait_until(lambda: widget.value == default_value - step, page) assert widget._slider.start == start - step down.click() wait_until(lambda: widget.value == default_value - 2 * step, page) assert widget._slider.start == start - 2 * step up.click() wait_until(lambda: widget.value == default_value - step, page) assert widget._slider.start == start - 2 * step @pytest.mark.parametrize( "widget,val1,val2,val3,func", [ (EditableRangeSlider, 25.5, 24.5, 19.5, float), ], ids=["EditableRangeSlider"] ) def test_editablerangeslider_textinput_end(page, widget, val1, val2, val3, func): widget = widget() serve_component(page, widget) text_input = _editable_text_input(page, nth=1) text_input.value = val1 wait_until(lambda: widget.value == (0, val1), page) assert widget._slider.end == val1 assert func(text_input.value) == val1 text_input.value = val2 wait_until(lambda: widget.value == (0, val2), page) assert widget._slider.end == val1 assert func(text_input.value) == val2 # Setting fixed end widget.fixed_end = val3 wait_until(lambda: widget.value == (0, val3), page) assert widget._slider.end == val3 assert func(text_input.value) == val3 @pytest.mark.parametrize( "widget,val1,val2,val3,func", [ (EditableRangeSlider, -25.5, -24.5, -19.5, float), ], ids=["EditableRangeSlider"] ) def test_editablerangeslider_textinput_start(page, widget, val1, val2, val3, func): widget = widget() serve_component(page, widget) text_input = _editable_text_input(page, nth=0) text_input.value = val1 wait_until(lambda: widget.value == (val1, 1), page) assert widget._slider.start == val1 assert func(text_input.value) == val1 text_input.value = val2 wait_until(lambda: widget.value == (val2, 1), page) assert widget._slider.start == val1 assert func(text_input.value) == val2 # Setting fixed start widget.fixed_start = val3 wait_until(lambda: widget.value == (val3, 1), page) assert widget._slider.start == val3 assert func(text_input.value) == val3 @pytest.mark.parametrize( "widget", [ EditableRangeSlider, ], ids=["EditableRangeSlider"] ) def test_editablerangeslider_button_end(page, widget): widget = widget(step=1) default_value = widget.value step = widget.step end = widget.end serve_component(page, widget) up = page.locator("button").nth(2) down = page.locator("button").nth(3) up.click() wait_until(lambda: widget.value == (0, default_value[1] + step), page) assert widget._slider.end == end + step up.click() wait_until(lambda: widget.value == (0, default_value[1] + 2 * step), page) assert widget._slider.end == end + 2 * step down.click() wait_until(lambda: widget.value == (0, default_value[1] + step), page) assert widget._slider.end == end + 2 * step @pytest.mark.parametrize( "widget", [ EditableRangeSlider, ], ids=["EditableRangeSlider"] ) def test_editablerangeslider_button_start(page, widget): widget = widget(step=1) default_value = widget.value step = widget.step start = widget.start serve_component(page, widget) up = page.locator("button").nth(0) down = page.locator("button").nth(1) down.click() wait_until(lambda: widget.value == (default_value[0] - step, 1), page) assert widget._slider.start == start - step down.click() wait_until(lambda: widget.value == (default_value[0] - 2 * step, 1), page) assert widget._slider.start == start - 2 * step up.click() wait_until(lambda: widget.value == (default_value[0] - step, 1), page) assert widget._slider.start == start - 2 * step def test_editablerangeslider_no_overlap(page): widget = EditableRangeSlider(value=(0, 2), step=1) serve_component(page, widget) up_start = page.locator("button").nth(0) down_start = page.locator("button").nth(1) down_end = page.locator("button").nth(3) up_start.click(click_count=3) wait_until(lambda: widget.value == (2, 2), page) down_start.click() wait_until(lambda: widget.value == (1, 2), page) down_end.click(click_count=3) wait_until(lambda: widget.value == (1, 1), page)