def cap_psnow(run):
location = 'psnow'
print(f'Navigating to {location} location')
fn.recalibrate(location)
time.sleep(5)
for i in range(5):
fn.press('right')
fn.ss(run, location)
def cap_pop(run):
location = 'popular'
n = 4
fn.recalibrate(location, n=n)
fn.press('right')
fn.ss(run, f'{location}_one')
for i in range(4):
fn.press('right')
fn.ss(run, f'{location}_ts')
for i in range(4):
fn.press('right')
fn.ss(run, f'{location}_mpg')
fn.press('esc')
def cap_deals(run):
location = 'deals'
n = 3
fn.recalibrate(location, n=n)
fn.press('right')
fn.ss(run, f'{location}_one')
for i in range(4):
fn.press('right')
fn.ss(run, f'{location}_gd')
for i in range(3):
fn.press('right')
fn.ss(run, f'{location}_ppd')
fn.press('esc')
def scrape_ps4(run, mp=50):
'''
Runs through the full scrape.
'''
# setup
os.makedirs(v.wd, exist_ok=True)
os.makedirs(v.tmp_dir, exist_ok=True)
os.makedirs(v.ref_dir, exist_ok=True)
print('Opening remote play, one moment please...')
rp = subprocess.Popen('example/filepath/ps4_scraper/RemotePlay/RemotePlay.exe')
time.sleep(10)
fn.set_fg('PS4 Remote Play')
fn.press('tab')
fn.press('enter')
print('Waiting 90 seconds for PS4 to turn on...')
time.sleep(90)
fn.set_fg('PS4 Remote Play')
pyautogui.hotkey('alt', 'enter')
time.sleep(2)
# the scrape
print('RUNNING FULL SCRAPE')
cap_store(run, mp)
cap_psnow(run)
cap_feat_wh(run, mp)
cap_deals(run)
cap_pop(run)
cap_branded(run)
cap_free(run, mp)
cap_addons(run, mp)
cap_plus(run)
cap_games(run, mp)
# restart console
print('Restarting the PS4')
pyautogui.moveTo(960, 1040)
time.sleep(1)
pyautogui.mouseDown()
time.sleep(1)
pyautogui.mouseUp()
time.sleep(1)
pyautogui.moveTo(840, 500)
fn.slow_press('right')
for i in range(4):
fn.press('down')
print('Closing PS4 Remote Play App...')
rp.kill()
time.sleep(2)
def cap_addons(run, mp):
location = 'addons'
n = 10
recal = 1
fn.recalibrate(location, n)
print(f'Executing multi-promo placement rotation')
for i in range(mp):
print(f'Pass {i+1} of {mp}')
fn.press('right')
fn.press('right')
fn.ss(run, location)
fn.press('left')
fn.slow_press('left')
fn.slow_press('up')
fn.slow_press('down')
recal += 1
if recal > 20:
recal = 1
fn.recalibrate(location, n)
def cap_feat_wh(run, mp):
# whats hot
location = 'whats_hot'
n = 2
fn.recalibrate(location, n=n)
print(f'Executing main {location} rotation')
fn.press('right')
fn.ss(run, f'{location}_one')
for i in range(3):
fn.press('right')
fn.ss(run, f'{location}_ng')
for i in range(4):
fn.press('right')
fn.press('up')
fn.ss(run, f'{location}_big_1')
fn.press('down')
fn.press('right')
fn.ss(run, f'{location}_ec')
for i in range(2):
fn.press('right')
fn.press('up')
fn.ss(run, f'{location}_big_2')
fn.press('down')
fn.press('right')
fn.ss(run, f'{location}_dls')
fn.press('right')
fn.press('right')
fn.press('up')
fn.ss(run, f'{location}_big_3')
fn.press('down')
fn.press('left')
fn.slow_press('esc')
# feat/wh carousel rotations
recal = 1
location = 'featured'
print(f'Navigating to {location} location')
fn.slow_press('up')
for i in range(mp):
print(f'Pass {i+1} of {mp}')
fn.slow_press('right')
fn.slow_press('up')
fn.ss(run, location)
fn.slow_press('down')
fn.slow_press('left')
location = 'whats_hot'
print(f'Navigating to {location} location')
fn.slow_press('down')
fn.slow_press('right')
fn.ss(run, f'{location}_one')
for i in range(7):
fn.press('right')
fn.press('up')
fn.ss(run, f'{location}_big_1')
fn.press('down')
fn.press('left')
fn.slow_press('esc')
location = 'featured'
print(f'Navigating back to {location} location')
fn.slow_press('up')
recal += 1
if recal > 25:
recal = 1
fn.recalibrate(location)
def cap_games(run, mp):
recal = 1
location = 'games'
n = 11
fn.recalibrate(location, n)
fn.slow_press('right')
fn.press('right')
fn.ss(run, f'{location}_eg')
for i in range(3):
fn.press('right')
fn.ss(run, f'{location}_mp')
for i in range(2):
fn.press('right')
fn.press('up')
fn.ss(run, f'{location}_big_1')
fn.press('down')
fn.press('right')
fn.ss(run, f'{location}_oop')
for i in range(4):
fn.press('right')
fn.press('up')
fn.ss(run, f'{location}_big_2')
fn.press('down')
fn.press('left')
fn.slow_press('esc')
# carousel rotations
for i in range(mp):
print(f'Pass {i+1} of {mp}')
fn.press('right')
fn.ss(run, f'{location}_eg')
for i in range(7):
fn.press('right')
fn.press('up')
fn.ss(run, f'{location}_big_1')
fn.press('down')
fn.press('left')
fn.slow_press('esc')
fn.slow_press('down')
fn.press('right')
fn.press('up')
fn.ss(run, f'{location}_ft')
fn.press('down')
fn.slow_press('left')
fn.slow_press('up')
recal += 1
if recal > 20:
recal = 1
fn.recalibrate(location, n)
fn.slow_press('right')
def cap_store(run, mp):
location = 'store'
recal = 1
fn.recalibrate(location)
print(f'Navigating to {location} location')
fn.press('esc')
time.sleep(1)
fn.press('left')
# toggles back and forth variable number of times to grab all promos
for i in range(mp):
print(f'Pass {i+1} of {mp}')
time.sleep(2)
for i in range(3):
fn.press('down')
fn.ss(run, location)
fn.press('esc')
fn.press('right')
time.sleep(1)
fn.press('left')
recal += 1
if recal > 20:
recal = 1
fn.recalibrate(location)
def cap_branded(run):
location = 'branded'
n = 6
fn.recalibrate(location, n=n)
# this location can have varying promo numbers, but 3 seems the max
for i in range(3):
location = f'branded_{i+1}'
fn.press('right')
fn.press('up')
fn.press('up')
fn.ss(run, location)
fn.press('down')
fn.press('down')
# tries to go to the right, in case the promo has
# multiple pages
for i in range(7):
fn.press('right')
fn.ss(run, location)
fn.press('esc')
fn.slow_press('left')
fn.slow_press('down')
# grid method is used for placing
# the widgets at respective positions
# in table like structure .
expression_field.grid(columnspan=4, ipadx=70)
equation.set('Enter your expression')
# create a Buttons and place at a particular
# location inside the root window .
# when user press the button, the command or
# function affiliated to that button is executed .
button1 = Button(gui,
text=' 1 ',
fg='black',
bg='red',
command=lambda: equation.set(press(1)),
height=1,
width=7)
button1.grid(row=2, column=0)
button2 = Button(gui,
text=' 2 ',
fg='black',
bg='red',
command=lambda: equation.set(press(2)),
height=1,
width=7)
button2.grid(row=2, column=1)
button3 = Button(gui,
text=' 3 ',
