def step_impl(context, choice, element=None, order=None):
driver = context.driver
util = context.util
if choice == "an element":
button = util.find_element((By.CSS_SELECTOR,
".__start_label._p_label"))
elif order is not None:
ix = {
"first": 0,
"second": 1,
}[order]
button = util.find_elements(
(By.CSS_SELECTOR,
".body>._real .__start_label ._element_name"))[ix]
elif element is not None:
element = element.replace(":", ur"\:")
button = util.find_element((By.CSS_SELECTOR,
".body .__start_label._" + element +
"_label"))
else:
raise ValueError("unexpected choice: " + choice)
context.clicked_element = button
assert_true("_label_clicked" not in button.get_attribute("class").split())
ActionChains(driver)\
.click(button)\
.perform()
def step_impl(context, choice):
driver = context.driver
util = context.util
class_name = None
if choice == "a placeholder":
class_name = "_placeholder"
elif choice == "text":
class_name = "title"
else:
raise ValueError("unknown choice: " + choice)
ActionChains(driver)\
.click(util.find_element((By.CLASS_NAME, class_name))) \
.perform()
# Because we use the keyboard, the caret is our reference
caret = util.find_element((By.CLASS_NAME, "_wed_caret"))
# Mock it. The caret could move or disappear.
trigger = Trigger()
trigger.location = caret.location
trigger.size = caret.size
trigger.size["width"] = 0
ActionChains(driver) \
.key_down(Keys.CONTROL) \
.send_keys("/") \
.key_up(Keys.CONTROL) \
.perform()
context.context_menu_trigger = trigger
def context_choices_insert(context, exists, kind):
util = context.util
exists = True if exists == "contains" else False
search_for = None
if kind == "inserting new elements":
search_for = "^Create new [^ ]+$"
elif kind == "creating elements before the selected element":
search_for = "^Create new .+? before"
elif kind == "creating elements after the selected element":
search_for = "^Create new .+? after"
elif kind == "wrapping text in new elements":
search_for = "^Wrap in "
else:
raise ValueError("can't search for choices of this kind: " + kind)
if exists:
count = len(
util.find_descendants_by_text_re(".wed-context-menu", search_for))
assert_not_equal(count, 0, "there should be options")
else:
# We first need to make sure the menu is up because
# find_descendants_by_text_re will return immediately.
util.find_element((By.CLASS_NAME, "wed-context-menu"))
count = len(
util.find_descendants_by_text_re(".wed-context-menu", search_for,
True))
assert_equal(count, 0, "there should not be options")
def context_choices_insert(context, exists, kind):
util = context.util
exists = True if exists == "contains" else False
search_for = None
if kind == "inserting new elements":
search_for = "^Create new [^ ]+$"
elif kind == "creating elements before the selected element":
search_for = "^Create new .+? before"
elif kind == "creating elements after the selected element":
search_for = "^Create new .+? after"
elif kind == "wrapping text in new elements":
search_for = "^Wrap in "
else:
raise ValueError("can't search for choices of this kind: " + kind)
if exists:
count = len(util.find_descendants_by_text_re(".wed-context-menu",
search_for))
assert_not_equal(count, 0, "there should be options")
else:
# We first need to make sure the menu is up because
# find_descendants_by_text_re will return immediately.
util.find_element((By.CLASS_NAME, "wed-context-menu"))
count = len(util.find_descendants_by_text_re(".wed-context-menu",
search_for, True))
assert_equal(count, 0, "there should not be options")
def step_impl(context):
driver = context.driver
util = context.util
element, parent, _ = get_element_parent_and_parent_text(
driver, ".__start_label._title_label")
ActionChains(driver)\
.click(element)\
.perform()
# On IE, sending the keys to the element itself does not work.
send_to = element if driver.name != "internet explorer" else \
util.find_element((By.CSS_SELECTOR, ".wed-document"))
util.send_keys(send_to,
# From the label to before the first letter and then past
# the first letter.
[Keys.ARROW_RIGHT] * 3 +
# This moves 9 caracters to the right with shift down.
[Keys.SHIFT] + [Keys.ARROW_RIGHT] * 9 + [Keys.SHIFT])
assert_true(util.is_something_selected(), "something must be selected")
context.selection_parent = parent
def step_impl(context):
driver = context.driver
util = context.util
element = util.find_element((By.CSS_SELECTOR, ".title"))
rect = driver.execute_script(
"""
var title = arguments[0];
var text = title.childNodes[1]; // At index 0 is the opening label.
var range = title.ownerDocument.createRange();
range.setStart(text, 0);
range.setEnd(text, 1);
// Just returning does not work with IEDriver...
// return range.getBoundingClientRect();
var rect = range.getBoundingClientRect();
var ret = {};
for (var x in rect)
ret[x] = rect[x];
return ret;
""", element)
last_click = {
"left": round(rect["left"]) + 2,
"top": int(rect["top"] + rect["height"] / 2)
}
ActionChains(driver) \
.move_to_element_with_offset(context.origin_object, last_click["left"],
last_click["top"]) \
.click() \
.perform()
context.last_click = last_click
def step_impl(context):
util = context.util
driver = context.driver
button = util.find_element(
(By.CSS_SELECTOR, ".body .__start_label._p_label"))
ActionChains(driver)\
.click(button)\
.send_keys([Keys.ARROW_RIGHT] * 6) \
.perform()
context.caret_path = driver.execute_script("""
var caret = wed_editor.getDataCaret();
return [wed_editor.data_updater.nodeToPath(caret.node), caret.offset];
""")
pos = wedutil.caret_selection_pos(driver)
# First click away so that the caret is no longer where we left it
# and the subsequent click moves it again.
el_pos = util.element_screen_position(button)
ActionChains(driver) \
.click(button) \
.move_to_element_with_offset(button,
pos["left"] - el_pos["left"] + 1,
pos["top"] - el_pos["top"]) \
.click() \
.perform()
def step_impl(context):
driver = context.driver
util = context.util
element = util.find_element((By.CSS_SELECTOR, ".title"))
rect = driver.execute_script("""
var title = arguments[0];
var text = title.childNodes[1]; // At index 0 is the opening label.
var range = title.ownerDocument.createRange();
range.setStart(text, 0);
range.setEnd(text, 1);
// Just returning does not work with IEDriver...
// return range.getBoundingClientRect();
var rect = range.getBoundingClientRect();
var ret = {};
for (var x in rect)
ret[x] = rect[x];
return ret;
""", element)
last_click = {"left": round(rect["left"]) + 2,
"top": int(rect["top"] + rect["height"] / 2)}
ActionChains(driver) \
.move_to_element_with_offset(context.origin_object, last_click["left"],
last_click["top"]) \
.click() \
.perform()
context.last_click = last_click
def step_impl(context):
util = context.util
driver = context.driver
button = util.find_element(
(By.CSS_SELECTOR, ".body .__start_label._p_label"))
ActionChains(driver)\
.click(button)\
.send_keys([Keys.ARROW_RIGHT] * 6) \
.perform()
context.caret_path = driver.execute_script("""
var caret = wed_editor.getDataCaret();
return [wed_editor.data_updater.nodeToPath(caret.node), caret.offset];
""")
pos = wedutil.caret_selection_pos(driver)
# First click away so that the caret is no longer where we left it
# and the subsequent click moves it again.
el_pos = util.element_screen_position(button)
ActionChains(driver) \
.click(button) \
.move_to_element_with_offset(button,
pos["left"] - el_pos["left"] + 1,
pos["top"] - el_pos["top"]) \
.click() \
.perform()
def step_impl(context, what):
driver = context.driver
util = context.util
parent = util.find_element((By.CSS_SELECTOR, ".title"))
label = parent.find_element_by_css_selector(".__start_label._title_label")
if label.is_displayed():
ActionChains(driver) \
.click(label) \
.perform()
else:
ActionChains(driver) \
.move_to_element_with_offset(parent, 1, 1) \
.click() \
.perform()
# We need to find the text inside the title element
text = util.get_text_excluding_children(parent)
start_index = text.find(what)
assert_true(start_index >= 0, "should have found the text")
if start_index > 0:
util.send_keys(parent,
# Move the caret to the start of the selection
# we want.
[Keys.ARROW_RIGHT] * (start_index +
1 if label.is_displayed() else 0))
start = wedutil.caret_selection_pos(driver)
util.send_keys(parent,
# Move to the end of the selection we want.
[Keys.ARROW_RIGHT] * len(what))
end = wedutil.caret_selection_pos(driver)
# We don't want to be too close to the edge to handle a problem when
# labels are. The problem is that when the labels are invisible they
# have 0 width and it is possible at least that the caret could be
# put over the invisible label. (That is, instead of the caret being
# put after the invisible start label, it would be put before the
# invisible start label.) When a user selects manually, the visual
# feedback tends to prevent this. In testing, we achieve the same
# through shifting the boundaries inwards a bit.
#
# Note that we've deemed it unnecessary to change the
# caret/selection code of wed to prevent the caret from moving over
# an invisible label. The fix would be rather complicated but
# selecting text by mouse when labels are invisible is a bit dodgy
# **at any rate**, and we're not going to work around this
# dodginess. For now, at least.
start["left"] += 5
end["left"] -= 5
select_text(context, start, end)
assert_equal(util.get_selection_text(), what,
"the selected text should be what we wanted to select")
context.selection_parent = parent
context.caret_screen_position = wedutil.caret_screen_pos(driver)
context.element_to_test_for_text = parent
def step_impl(context, what):
driver = context.driver
util = context.util
parent = util.find_element((By.CSS_SELECTOR, ".title"))
label = parent.find_element_by_css_selector(".__start_label._title_label")
if label.is_displayed():
ActionChains(driver) \
.click(label) \
.perform()
else:
ActionChains(driver) \
.move_to_element_with_offset(parent, 1, 1) \
.click() \
.perform()
# We need to find the text inside the title element
text = util.get_text_excluding_children(parent)
start_index = text.find(what)
assert_true(start_index >= 0, "should have found the text")
if start_index > 0:
util.send_keys(parent,
# Move the caret to the start of the selection
# we want.
[Keys.ARROW_RIGHT] * (start_index +
1 if label.is_displayed() else 0))
start = wedutil.caret_selection_pos(driver)
util.send_keys(parent,
# Move to the end of the selection we want.
[Keys.ARROW_RIGHT] * len(what))
end = wedutil.caret_selection_pos(driver)
# We don't want to be too close to the edge to handle a problem when
# labels are. The problem is that when the labels are invisible they
# have 0 width and it is possible at least that the caret could be
# put over the invisible label. (That is, instead of the caret being
# put after the invisible start label, it would be put before the
# invisible start label.) When a user selects manually, the visual
# feedback tends to prevent this. In testing, we achieve the same
# through shifting the boundaries inwards a bit.
#
# Note that we've deemed it unnecessary to change the
# caret/selection code of wed to prevent the caret from moving over
# an invisible label. The fix would be rather complicated but
# selecting text by mouse when labels are invisible is a bit dodgy
# **at any rate**, and we're not going to work around this
# dodginess. For now, at least.
start["left"] += 5
end["left"] -= 5
select_text(context, start, end)
assert_equal(util.get_selection_text(), what,
"the selected text should be what we wanted to select")
context.selection_parent = parent
context.caret_screen_position = wedutil.caret_screen_pos(driver)
context.element_to_test_for_text = parent
def step_impl(context):
util = context.util
driver = context.driver
where = util.find_element((By.CSS_SELECTOR, "._attribute_value"))
ActionChains(driver) \
.move_to_element(where) \
.click() \
.perform()
def context_menu_on_start_label_of_top_element(context):
driver = context.driver
util = context.util
button = util.find_element((By.CSS_SELECTOR,
".__start_label ._element_name"))
ActionChains(driver)\
.context_click(button)\
.perform()
def context_menu_on_start_label_of_top_element(context):
driver = context.driver
util = context.util
button = util.find_element(
(By.CSS_SELECTOR, ".__start_label ._element_name"))
ActionChains(driver)\
.context_click(button)\
.perform()
def context_menu_on_start_label_of_top_element(context):
driver = context.driver
util = context.util
button = util.find_element((By.CLASS_NAME, "_start_button"))
ActionChains(driver)\
.context_click(button)\
.perform()
context.context_menu_trigger = button
def on_placeholder(context):
driver = context.driver
util = context.util
placeholder = util.find_element((By.CLASS_NAME, "_placeholder"))
ActionChains(driver) \
.context_click(placeholder) \
.perform()
context.context_menu_trigger = placeholder
def context_menu_on_end_label_of_element(context):
driver = context.driver
util = context.util
button = util.find_element((By.CSS_SELECTOR, "._end_button._p_label"))
ActionChains(driver)\
.context_click(button)\
.perform()
context.context_menu_trigger = button
def step_impl(context):
util = context.util
menu = util.find_element((By.CLASS_NAME, "wed-context-menu"))
# The click was in the middle of the trigger.
trigger = context.context_menu_trigger
target = trigger.location
target["x"] += trigger.size["width"] / 2
target["y"] += trigger.size["height"] / 2
assert_equal(selenic.util.locations_within(menu.location, target, 10), '')
def context_menu_on_text(context):
driver = context.driver
util = context.util
element = util.find_element((By.CLASS_NAME, "title"))
ActionChains(driver)\
.move_to_element(element)\
.context_click()\
.perform()
context.context_menu_trigger = element
def step_impl(context, choice):
driver = context.driver
util = context.util
class_name = None
if choice == "a placeholder":
parent, where = driver.execute_script("""
var $ph = jQuery("._placeholder");
var $parent = $ph.closest("._real");
return [$parent[0], $ph[0]];
""")
elif choice == "text":
where = util.find_element((By.CLASS_NAME, "title"))
parent = where
else:
raise ValueError("unknown choice: " + choice)
max_tries = 5
while True:
# IF YOU CHANGE THIS, CHANGE THE TRIGGER
wedutil.click_until_caret_in(util, where)
util.ctrl_equivalent_x("/")
try:
# We don't want to check too fast so we do use an explicit
# wait by way of ``util``.
util.find_element((By.CLASS_NAME, "wed-context-menu"))
# If we get here, the menu exists.
break
except TimeoutException:
# The menu did not come up. Probably something messed up
# the caret between ``click_until_caret_in`` and
# ``ctrl_equivalent_x``. Try again or decide that it just
# won't happen.
max_tries -= 1
if max_tries == 0:
raise Exception("tried multiple times to bring up "
"the contextual menu, but was "
"unsuccessful")
# THIS TRIGGER WORKS ONLY BECAUSE OF .click(where) above.
context.context_menu_trigger = Trigger(util, where)
context.context_menu_for = parent
def step_impl(context, choice):
driver = context.driver
util = context.util
class_name = None
if choice == "a placeholder":
parent, where = driver.execute_script("""
var $ph = jQuery("._placeholder");
var $parent = $ph.closest("._real");
return [$parent[0], $ph[0]];
""")
elif choice == "text":
where = util.find_element((By.CLASS_NAME, "title"))
parent = where
else:
raise ValueError("unknown choice: " + choice)
max_tries = 5
while True:
# IF YOU CHANGE THIS, CHANGE THE TRIGGER
wedutil.click_until_caret_in(util, where)
util.ctrl_equivalent_x("/")
try:
# We don't want to check too fast so we do use an explicit
# wait by way of ``util``.
util.find_element((By.CLASS_NAME, "wed-context-menu"))
# If we get here, the menu exists.
break
except TimeoutException:
# The menu did not come up. Probably something messed up
# the caret between ``click_until_caret_in`` and
# ``ctrl_equivalent_x``. Try again or decide that it just
# won't happen.
max_tries -= 1
if max_tries == 0:
raise Exception("tried multiple times to bring up "
"the contextual menu, but was "
"unsuccessful")
# THIS TRIGGER WORKS ONLY BECAUSE OF .click(where) above.
context.context_menu_trigger = Trigger(util, where)
context.context_menu_for = parent
def step_impl(context, what):
util = context.util
driver = context.driver
selector = ".body>.div:nth-of-type(11)>.__start_label._div_label " + \
("._attribute_value" if what == "" else "._element_name")
where = util.find_element((By.CSS_SELECTOR, selector))
ActionChains(driver) \
.move_to_element(where) \
.click() \
.perform()
def step_impl(context, what):
util = context.util
driver = context.driver
selector = ".body>.div:nth-of-type(11)>.__start_label._div_label " + \
("._attribute_value" if what == "" else "._element_name")
where = util.find_element((By.CSS_SELECTOR, selector))
ActionChains(driver) \
.move_to_element(where) \
.click() \
.perform()
def step_impl(context, choice, element=None):
driver = context.driver
util = context.util
if choice == "an element":
button = util.find_element((By.CSS_SELECTOR,
".__start_label._p_label"))
elif element is not None:
element = element.replace(":", ur"\:")
button = util.find_element((By.CSS_SELECTOR,
".body .__start_label._" + element +
"_label"))
else:
raise ValueError("unexpected choice: " + choice)
context.clicked_element = button
assert_true("_label_clicked" not in button.get_attribute("class").split())
ActionChains(driver)\
.click(button)\
.perform()
def context_menu_on_text(context):
driver = context.driver
util = context.util
element = util.find_element((By.CLASS_NAME, "title"))
ActionChains(driver)\
.move_to_element(element)\
.context_click()\
.perform()
context.context_menu_trigger = Trigger(util, element)
context.context_menu_for = None
def step_impl(context):
util = context.util
menu = util.find_element((By.CLASS_NAME, "wed-context-menu"))
# The click was in the middle of the trigger.
trigger = context.context_menu_trigger
target = trigger.location
size = trigger.size # Read just once = 1 network roundtrip.
target["left"] += size["width"] / 2
target["top"] += size["height"] / 2
assert_equal(selenic.util.locations_within(
util.element_screen_position(menu), target, 10), '')
def step_impl(context):
driver = context.driver
util = context.util
where = util.find_element((By.CLASS_NAME, "_placeholder"))
ActionChains(driver)\
.click(where) \
.perform()
context.context_menu_trigger = Trigger(util, where)
context.context_menu_for = where
def step_impl(context):
driver = context.driver
util = context.util
where = util.find_element((By.CLASS_NAME, "_placeholder"))
ActionChains(driver)\
.click(where) \
.perform()
context.context_menu_trigger = Trigger(util, where)
context.context_menu_for = where
def step_impl(context):
util = context.util
menu = util.find_element((By.CLASS_NAME, "wed-context-menu"))
# The click was in the middle of the trigger.
trigger = context.context_menu_trigger
target = trigger.location
size = trigger.size # Read just once = 1 network roundtrip.
target["left"] += size["width"] / 2
target["top"] += size["height"] / 2
assert_equal(
selenic.util.locations_within(util.element_screen_position(menu),
target, 10), '')
def user_clicks_outside_context_menu(context):
driver = context.driver
util = context.util
title = util.find_element((By.CLASS_NAME, "title"))
# This simulates a user whose hand is not completely steady.
ActionChains(driver)\
.move_to_element(title)\
.move_by_offset(-10, 0)\
.click_and_hold()\
.move_by_offset(-1, 0)\
.release()\
.perform()
def user_clicks_outside_context_menu(context):
driver = context.driver
util = context.util
title = util.find_element((By.CLASS_NAME, "title"))
# This simulates a user whose hand is not completely steady.
ActionChains(driver)\
.move_to_element(title)\
.move_by_offset(-10, 0)\
.click_and_hold()\
.move_by_offset(-1, 0)\
.release()\
.perform()
def on_placeholder(context):
driver = context.driver
util = context.util
placeholder = util.find_element((By.CLASS_NAME, "_placeholder"))
assert_true(util.visible_to_user(placeholder),
"must be visible to the user; otherwise this step "
"is not something the user can do")
ActionChains(driver) \
.context_click(placeholder) \
.perform()
context.context_menu_trigger = Trigger(util, placeholder)
context.context_menu_for = placeholder
def step_impl(context, what):
driver = context.driver
util = context.util
parent = util.find_element((By.CSS_SELECTOR, ".title"))
label = parent.find_element_by_css_selector(".__start_label._title_label")
if label.is_displayed():
ActionChains(driver) \
.click(label) \
.perform()
else:
ActionChains(driver) \
.move_to_element_with_offset(parent, 1, 1) \
.click() \
.perform()
# We need to find the text inside the title element
text = util.get_text_excluding_children(parent)
start_index = text.find(what)
assert_true(start_index >= 0, "should have found the text")
if start_index > 0:
util.send_keys(
parent,
# Move the caret to the start of the selection
# we want.
[Keys.ARROW_RIGHT] *
(start_index + 1 if label.is_displayed() else 0))
start = wedutil.caret_selection_pos(driver)
# On FF there's an off-by 1 issue in the CSS rendering which causes
# a problem unless we perform this adjustment.
start["left"] += 1
util.send_keys(
parent,
# Move to the end of the selection we want.
[Keys.ARROW_RIGHT] * len(what))
end = wedutil.caret_selection_pos(driver)
# On FF there's an off-by 1 issue in the CSS rendering which causes
# a problem unless we perform this adjustment.
end["left"] -= 1
select_text(context, start, end)
assert_equal(util.get_selection_text(), what,
"the selected text should be what we wanted to select")
context.selection_parent = parent
context.caret_screen_position = wedutil.caret_screen_pos(driver)
context.element_to_test_for_text = parent
def on_placeholder(context):
driver = context.driver
util = context.util
placeholder = util.find_element((By.CLASS_NAME, "_placeholder"))
assert_true(
util.visible_to_user(placeholder),
"must be visible to the user; otherwise this step "
"is not something the user can do")
ActionChains(driver) \
.context_click(placeholder) \
.perform()
context.context_menu_trigger = Trigger(util, placeholder)
context.context_menu_for = placeholder
def step_impl(context):
driver = context.driver
util = context.util
element = util.find_element((By.CSS_SELECTOR,
".__start_label._title_label"))
ActionChains(driver)\
.click(element)\
.perform()
# On IE, sending the keys to the element itself does not work.
send_to = element if driver.name != "internet explorer" else \
util.find_element((By.CSS_SELECTOR, ".wed-document"))
util.send_keys(send_to,
# From the label to before the first letter and then past
# the first letter.
[Keys.ARROW_RIGHT] * 3 +
# This moves 9 caracters to the right with shift down.
[Keys.SHIFT] + [Keys.ARROW_RIGHT] * 9 + [Keys.SHIFT])
assert_true(util.is_something_selected(), "something must be selected")
def context_choices_insert(context, kind):
util = context.util
cm = util.find_element((By.CLASS_NAME, "wed-context-menu"))
search_for = None
if kind == "inserting new elements":
search_for = "Create new "
elif kind == "wrapping text in new elements":
search_for = "Wrap in "
else:
raise ValueError("can't search for choices of this kind: " + kind)
cm.find_element(By.PARTIAL_LINK_TEXT, search_for)
def step_impl(context, what):
driver = context.driver
util = context.util
parent = util.find_element((By.CSS_SELECTOR, ".title"))
label = parent.find_element_by_css_selector(".__start_label._title_label")
if label.is_displayed():
ActionChains(driver) \
.click(label) \
.perform()
else:
ActionChains(driver) \
.move_to_element_with_offset(parent, 1, 1) \
.click() \
.perform()
# We need to find the text inside the title element
text = util.get_text_excluding_children(parent)
start_index = text.find(what)
assert_true(start_index >= 0, "should have found the text")
if start_index > 0:
util.send_keys(parent,
# Move the caret to the start of the selection
# we want.
[Keys.ARROW_RIGHT] * (start_index +
1 if label.is_displayed() else 0))
start = wedutil.caret_selection_pos(driver)
# On FF there's an off-by 1 issue in the CSS rendering which causes
# a problem unless we perform this adjustment.
start["left"] += 1
util.send_keys(parent,
# Move to the end of the selection we want.
[Keys.ARROW_RIGHT] * len(what))
end = wedutil.caret_selection_pos(driver)
# On FF there's an off-by 1 issue in the CSS rendering which causes
# a problem unless we perform this adjustment.
end["left"] -= 1
select_text(context, start, end)
assert_equal(util.get_selection_text(), what,
"the selected text should be what we wanted to select")
context.selection_parent = parent
context.caret_screen_position = wedutil.caret_screen_pos(driver)
context.element_to_test_for_text = parent
def step_impl(context):
util = context.util
driver = context.driver
button = util.find_element(
(By.CSS_SELECTOR, ".body ._readonly .__start_label"))
ActionChains(driver)\
.click(button)\
.send_keys([Keys.ARROW_RIGHT]) \
.perform()
text = driver.execute_script("""
var caret = wed_editor.caretManager.getDataCaret();
return caret.node.textContent;
""")
assert_equal(text, "x")
def step_impl(context):
util = context.util
# Yep, we must use the dropdown-menu for this.
menu = util.find_element(
(By.CSS_SELECTOR, ".wed-context-menu>.dropdown-menu"))
assert_true(util.completely_visible_to_user(menu),
"menu is completely visible")
# This is a check that without the adjustment made to show the
# whole menu, the menu would overflow outside the editing pane. (A
# freakishly small menu would not overflow, for instance, and we
# would not be testing what we think we are testing.)
gui_root = wedutil.gui_root(util)
assert_true(
context.context_menu_trigger.location["left"] -
util.element_screen_position(gui_root)["left"] + menu.size["width"] >
gui_root.size["width"], "the menu would otherwise overflow")
def step_impl(context):
util = context.util
# Yep, we must use the dropdown-menu for this.
menu = util.find_element((By.CSS_SELECTOR,
".wed-context-menu>.dropdown-menu"))
assert_true(util.completely_visible_to_user(menu),
"menu is completely visible")
# This is a check that without the adjustment made to show the
# whole menu, the menu would overflow outside the editing pane. (A
# freakishly small menu would not overflow, for instance, and we
# would not be testing what we think we are testing.)
gui_root = wedutil.gui_root(util)
assert_true(context.context_menu_trigger.location["left"] -
util.element_screen_position(gui_root)["left"] +
menu.size["width"] > gui_root.size["width"],
"the menu would otherwise overflow")
def step_impl(context):
driver = context.driver
util = context.util
context.window_scroll_top = util.window_scroll_top()
context.window_scroll_left = util.window_scroll_left()
wed = util.find_element((By.CLASS_NAME, "wed-scroller"))
scroll_top = util.scroll_top(wed)
# This location guarantees that we are hitting the scrollbar at the top
# and should not move the editor's contents
ActionChains(driver) \
.move_to_element_with_offset(wed, wed.size["width"] - 1, 1) \
.click() \
.perform()
# Make sure we did nothing.
assert_equal(scroll_top, util.scroll_top(wed))
def step_impl(context):
driver = context.driver
util = context.util
context.window_scroll_top = util.window_scroll_top()
context.window_scroll_left = util.window_scroll_left()
wed = util.find_element((By.CLASS_NAME, "wed-scroller"))
scroll_top = util.scroll_top(wed)
# This location guarantees that we are hitting the scrollbar at the top
# and should not move the editor's contents
ActionChains(driver) \
.move_to_element_with_offset(wed, wed.size["width"] - 1, 1) \
.click() \
.perform()
# Make sure we did nothing.
assert_equal(scroll_top, util.scroll_top(wed))
def step_impl(context):
driver = context.driver
util = context.util
p = util.find_element((By.CSS_SELECTOR, ".body .p"))
text = wedutil.select_contents_directly(util, p)
context.expected_selection_serialization = driver.execute_script("""
var data_node = wed_editor.toDataNode(arguments[0]);
var range = document.createRange();
range.selectNodeContents(data_node);
var clone = range.cloneContents();
var parser = new window.DOMParser();
var doc = parser.parseFromString("<div></div>", "text/xml");
while(clone.firstChild)
doc.firstChild.appendChild(clone.firstChild);
return doc.firstChild.innerHTML;
""", p)
context.expected_selection = text
context.selection_parent = p
context.caret_screen_position = wedutil.caret_screen_pos(driver)
def step_impl(context):
driver = context.driver
util = context.util
p = util.find_element((By.CSS_SELECTOR, ".body .p"))
text = wedutil.select_contents_directly(util, p)
context.expected_selection_serialization = driver.execute_script("""
var data_node = wed_editor.toDataNode(arguments[0]);
var range = document.createRange();
range.selectNodeContents(data_node);
var clone = range.cloneContents();
var parser = new window.DOMParser();
var doc = parser.parseFromString("<div></div>", "text/xml");
while(clone.firstChild)
doc.firstChild.appendChild(clone.firstChild);
return doc.firstChild.innerHTML;
""", p)
context.expected_selection = text
context.selection_parent = p
context.caret_screen_position = wedutil.caret_screen_pos(driver)
def step_impl(context):
util = context.util
util.find_element((By.CLASS_NAME, "wed-context-menu"))
def context_menu_appears(context):
util = context.util
util.find_element((By.CLASS_NAME, "wed-context-menu"))
def step_impl(context):
util = context.util
util.find_element((By.CLASS_NAME, "wed-context-menu"))
def context_menu_appears(context):
util = context.util
util.find_element((By.CLASS_NAME, "wed-context-menu"))