def test_shape_attr(self, type):
logging.info('==========test_shape_attr==========')
cv = CreateView(self.driver)
cv.create_file(type)
gv = GeneralView(self.driver)
gv.group_button_click('插入')
gv.insert_shape(type, 6, 30)
gv.shape_insert(type, 6, 31)
gv.shape_insert(type, 6, 32)
gv.shape_insert(type, 6, 33)
gv.shape_option(type, 2)
gv.shape_fill_color(type, 6, 24)
gv.shape_fill_color_transparency(5)
ele1 = '//*[@resource-id="com.yozo.office:id/yozo_ui_%s_option_id_shape_quick_function"]' % type
ele2 = '//*[@text="轮廓"]'
gv.swipe_ele(ele2, ele1)
gv.shape_border_color(type, 6, 5)
gv.shape_border_type(type, 6, 3)
gv.shape_border_width(type, 6, 20)
ele3 = '//*[@text="效果"]'
gv.swipe_ele(ele3, ele2)
gv.shape_effect_type(type, 6, 4, 5)
gv.shape_layer('下移一层')
gv.shape_layer('置于底层')
gv.shape_layer('上移一层')
gv.shape_layer('置于顶层')
time.sleep(3)
def test_insert_pic(self, file_type='ss'):
logging.info('==========test_insert_pic==========')
cv = CreateView(self.driver)
gv = GeneralView(self.driver)
cv.create_file(file_type)
cv.group_button_click(' Insert ')
gv.insert_pic()
gv.pic_option(file_type, 5, 4, 4)
gv.pic_option(file_type, 1)
ele1 = '//*[@text=" Picture "]'
ele2 = '//*[@text=" Outline "]'
# ele3 = '//*[@text="文字环绕"]'
# ele4 = '//*[@text="叠放次序"]'
gv.swipe_ele(ele2, ele1)
if file_type == 'wp':
gv.text_wrap()
x, y = gv.find_pic_position('rotate_free')
gv.swipe(x, y, x + 100, y + 100)
x, y = gv.find_pic_position('drag_all')
gv.tap(x, y)
gv.pop_menu_click('copy')
gv.tap(x, y)
gv.pop_menu_click('paste')
gv.tap(x, y)
gv.pop_menu_click('paste')
gv.shape_layer(' Send Backward ')
gv.shape_layer(' Send to Back ')
gv.shape_layer(' Bring Forward ')
gv.shape_layer(' Bring to Front ')
def test_insert_chart(self, type): # 插入图表，仅ss，pg
logging.info('==========test_insert_chart==========')
chart_list = ['柱形图', '条形图', '折线图', '饼图', '散点图', '面积图', '圆环图', '雷达图', '圆柱图', '圆锥图',
'棱锥图']
cv = CreateView(self.driver)
cv.create_file(type)
gv = GeneralView(self.driver)
time.sleep(1)
if type == 'ss':
for i in range(3):
cv.tap(110 + 263 * 1.5, 295 + 55 * (1.5 + i)) # 双击进入编辑
cv.tap(110 + 263 * 1.5, 295 + 55 * (1.5 + i))
self.driver.press_keycode(random.randint(7, 16))
gv.drag_coordinate(110 + 263 * 2, 295 + 55 * 2, 110 + 263 * 2, 295 + 55 * 4)
for i in chart_list:
gv.group_button_click('插入')
gv.insert_chart_insert(i, random.randint(1, 9))
gv.chart_template()
ele1 = '//*[@text="图表类型"]'
ele2 = '//*[@text="图表元素"]'
gv.swipe_ele(ele2, ele1)
gv.shape_layer('下移一层')
gv.shape_layer('置于底层')
gv.shape_layer('上移一层')
gv.shape_layer()
time.sleep(3)
def test_insert_chart(self, file_type): # Insert 图表，仅ss，pg
logging.info('==========test_insert_chart==========')
chart_list = [
' Column Chart ', ' Bar Chart ', ' Line Chart ', ' Pie Chart ',
' Scatter Chart ', ' Area Chart ', ' Doughnut Chart ',
' Radar Chart ', ' Bubble Chart ', ' Cylind Chart ',
' Cone Chart ', ' Pyramid Chart '
]
cv = CreateView(self.driver)
cv.create_file(file_type)
gv = GeneralView(self.driver)
ss = SSView(self.driver)
time.sleep(1)
if file_type == 'ss':
x, y, width, height = ss.cell_location()
for i in range(3):
cv.tap(x + width * 0.5, y + height * (i + 0.5))
ss.cell_edit() # 双击进入编辑
self.driver.press_keycode(random.randint(7, 16))
gv.drag_coordinate(x, y + height * 2, x, y)
for i in range(3):
gv.group_button_click(' Insert ')
if file_type == 'pg' and i == 0:
ele1 = '//*[@text=" Slide "]'
ele2 = '//*[@text=" Picture "]'
gv.swipe_ele(ele2, ele1)
gv.insert_chart_insert(chart_list[i], random.randint(1, 9))
gv.chart_template()
ele1 = '//*[@text=" Chart "]'
ele2 = '//*[@text=" Chart Type "]'
gv.swipe_ele(ele2, ele1)
gv.shape_layer(' Send Backward ')
gv.shape_layer(' Send to Back ')
gv.shape_layer(' Bring Forward ')
gv.shape_layer(' Bring to Front ')
time.sleep(3)
def test_shape_attr(self, file_type):
logging.info('==========test_shape_attr==========')
cv = CreateView(self.driver)
cv.create_file(file_type)
gv = GeneralView(self.driver)
gv.group_button_click(' Insert ')
gv.insert_shape(file_type, 6, 30)
gv.shape_insert(file_type, 6, 31)
gv.shape_insert(file_type, 6, 32)
gv.shape_insert(file_type, 6, 33)
ele1 = '//*[@text=" Shape "]'
ele2 = '//*[@text=" Outline "]'
ele3 = '//*[@text=" Effect "]'
if file_type == 'pg':
ele0 = '//*[@text=" Insert "]'
gv.swipe_ele(ele0, ele1)
gv.swipe_ele(ele2, ele1)
gv.swipe_ele(ele3, ele1)
gv.shape_layer(' Send Backward ')
gv.shape_layer(' Send to Back ')
gv.shape_layer(' Bring Forward ')
gv.shape_layer(' Bring to Front ')