How to use wait_func method in robotframework-appiumlibrary
Best Python code snippet using robotframework-appiumlibrary_python
unione_4.py
Source:unione_4.py 
...8990# render text91render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,92 ["Benvenuto all'esperimento comportamentale di Daniel Migliori"])93wait_func(clock)9495render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,96 [f"Il tuo codice identificativo e' {ID_NUMBER}"])97wait_func(clock)9899render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,100 ["Il gioco è composto da due sequenze", "di 5 minuti lâuna"])101wait_func(clock)102103render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,104 ["Lo scopo di questo gioco è accumulare", "la maggior quantità di punti possibili"])105wait_func(clock)106107render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,108 ["Nel gioco appariranno due o tre quadrati", "di dimensione diversa"])109wait_func(clock)110111render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,112 ["I quadrati più grandi valgono più punti ", "rispetto a quelli più piccoli"])113wait_func(clock)114115render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,116 ["Per scegliere un quadrato premi la freccetta direzionale corrispondente ", "alla posizione del quadrato nello schermo"])117wait_func(clock)118119render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,120 ["Una volta scelto, il quadrato impiegherà alcuni secondi per scomparire"])121wait_func(clock)122123render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,124 ["Il numero dei secondi è indicato da una cifra accanto al quadrato"])125wait_func(clock)126127render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,128 ["Nella tua scelta dovrai tenere conto sia della dimensione", "che del tempo necessario per far scomparire il quadrato"])129wait_func(clock)130131render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,132 ["Quadrati più grandi daranno un punteggio maggiore"])133wait_func(clock)134135render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,136 ["Quadrati con tempi minori ti permetteranno di", " scegliere più volte prima dello scadere del tempo"])137wait_func(clock)138139render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,140 ["Il tuo punteggio totale sarà visibile nella parte bassa", "dello schermo mediante una barra rossa"])141wait_func(clock)142143render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,144 ["Inoltre il tuo punteggio totale diminuisce a ogni secondo", "quindi cerca di essere rapido nelle tue scelte"])145wait_func(clock)146147render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,148 ["Ora osserverai un esempio automatico, non devi fare nulla"])149wait_func(clock)150151# Tutorial Game152results_tutorial = tutorial_game(screen, (SCREEN_WIDTH, SCREEN_HEIGHT), OBJECT_SIZES, clock)153154# render text155render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,156 ["Ora comincia lâesperimento"])157wait_func(clock)158159render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,160 ["In questo primo gioco di allenamento sarà presente solo un quadrato"])161wait_func(clock)162163render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,164 ["Per scegliere il quadrato usa la freccetta sinistra"])165wait_func(clock)166167render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,168 ["Lo scopo è quello di provare i comandi e", " rendersi conto dei diversi parametri in gioco"])169wait_func(clock)170171render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,172 ["Il punteggio è ininfluente per questo primo gioco"])173wait_func(clock)174175render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,176 ["La durata di questo gioco è 1 minuto"])177wait_func(clock)178179render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,180 ["Per iniziare il gioco premi la barra spaziatrice"])181182# wait183wait_func(clock)184185# game186results_column1, results1 = game(screen, (SCREEN_WIDTH, SCREEN_HEIGHT), OBJECT_SIZES, clock, 1, tempo_di_gioco=60)187188# render text189render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,190 ["In questo secondo gioco saranno presenti 2 quadrati contemporaneamente"])191wait_func(clock)192193render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,194 ["Scegli quello che pensi ti permetterà di avere un punteggio finale più alto"])195wait_func(clock)196197render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,198 ["Per scegliere un quadrato premi la freccetta direzionale corrispondente ", "alla posizione del quadrato nello schermo (sinistra o destra)"])199wait_func(clock)200201render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,202 ["Una volta scelto, il quadrato impiegherà alcuni secondi per scomparire"])203wait_func(clock)204205render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,206 ["Il numero dei secondi è indicato da una cifra accanto al quadrato"])207wait_func(clock)208209render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,210 ["Nella tua scelta dovrai tenere conto sia della dimensione", "che del tempo necessario per far scomparire il quadrato"])211wait_func(clock)212213render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,214 ["Quadrati più grandi daranno un punteggio maggiore"])215wait_func(clock)216217render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,218 ["Quadrati con tempi minori ti permetteranno di", " scegliere più volte prima dello scadere del tempo"])219wait_func(clock)220221render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,222 ["Il tuo punteggio totale sarà visibile nella parte bassa", "dello schermo mediante una barra rossa"])223wait_func(clock)224225render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,226 ["Inoltre il tuo punteggio totale diminuisce a ogni secondo", "quindi cerca di essere rapido nelle tue scelte"])227wait_func(clock)228229render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,230 ["La durata di questo gioco è di 5 minuti"])231wait_func(clock)232233render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,234 ["Per iniziare il gioco premi la barra spaziatrice"])235236# wait237wait_func(clock)238239#game2240241results_column2, results2 = game(screen, (SCREEN_WIDTH, SCREEN_HEIGHT), OBJECT_SIZES, clock, 2, stimuli=stimuli, lista=lista)242243# results.to_excel("C:/Users/%s/Desktop/%s_2.xlsx" %(user, ID_NUMBER), index=False)244# results2.to_excel("%s_2.xlsx" %ID_NUMBER, index=False)245246#render text 3247render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,248 ["In questo terzo e ultimo gioco saranno presenti 3 quadrati contemporaneamente"])249wait_func(clock)250251render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,252 ["Scegli quello che pensi ti permetterà di avere un punteggio finale più alto"])253wait_func(clock)254255render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,256 ["Per scegliere un quadrato premi la freccetta direzionale corrispondente ", "alla posizione del quadrato nello schermo (sinistra, su o destra)"])257wait_func(clock)258259render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,260 ["Una volta scelto, il quadrato impiegherà alcuni secondi per scomparire"])261wait_func(clock)262263render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,264 ["Il numero dei secondi è indicato da una cifra accanto al quadrato"])265wait_func(clock)266267render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,268 ["Nella tua scelta dovrai tenere conto sia della dimensione", "che del tempo necessario per far scomparire il quadrato"])269wait_func(clock)270271render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,272 ["Quadrati più grandi daranno un punteggio maggiore"])273wait_func(clock)274275render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,276 ["Quadrati con tempi minori ti permetteranno di", " scegliere più volte prima dello scadere del tempo"])277wait_func(clock)278279render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,280 ["Il tuo punteggio totale sarà visibile nella parte bassa", "dello schermo mediante una barra rossa"])281wait_func(clock)282283render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,284 ["Inoltre il tuo punteggio totale diminuisce a ogni secondo", "quindi cerca di essere rapido nelle tue scelte"])285wait_func(clock)286287render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,288 ["La durata di questo gioco è di 5 minuti"])289wait_func(clock)290291render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,292 ["Per iniziare il gioco premi la barra spaziatrice"])293294# wait295wait_func(clock)296297# game 3298results_column3, results3 = game(screen, (SCREEN_WIDTH, SCREEN_HEIGHT), OBJECT_SIZES, clock, 3, stimuli=stimuli, lista=lista)299300render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,301 ["La prima parte dellâesperimento è conclusa", "Grazie della tua partecipazione"])302wait_func(clock)303304render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,305 [f"Il tuo codice identificativo e' {ID_NUMBER}", "Per favore scrivilo a parte prima di proseguire con lâesperimento"])306wait_func(clock)307308render_text(screen, SCREEN_WIDTH, SCREEN_HEIGHT,309 ["Premere la Barra Spaziatrice per chiudere il programma", "e passare al questionario"])310wait_func(clock)311312pygame.quit()313314# results.to_excel("C:/Users/%s/Desktop/%s.xls" %(user, ID_NUMBER), index=False)315# results3.to_excel("%s.xls" %ID_NUMBER, index=False)316317# Genera l'output318output_path = os.path.join(os.getcwd(), f"output_{ID_NUMBER}")319output_archive = os.path.join(os.getcwd(), f"output_archive_{ID_NUMBER}")320if not os.path.isdir(output_path):321 os.mkdir(output_path)322output_file1 = os.path.join(output_path, f"game1_{ID_NUMBER}.csv")323output_file2 = os.path.join(output_path, f"game2_{ID_NUMBER}.csv")324output_file3 = os.path.join(output_path, f"game3_{ID_NUMBER}.csv")
...
reserve.py
Source:reserve.py
...31 except:32 print(f'{user.fullname}ããã§ãã°ã¤ã³ã«å¤±æãã¾ããã次ã®äººã«é²ã¿ã¾ãã')33 driver = set_driver(URL)34 continue35 wait_func()36 # ç®çãé¸æ37 driver.find_element_by_partial_link_text(PURPOSE).click()38 # äºç´æ¥æãä¸ã¤ä¸ã¤å®è¡39 for num in range(DATETIMES.shape[0]):40 datetime = DATETIMES.loc[num]41 try:42 reserve(driver, datetime)43 print(f'{user.fullname}ããã§{datetime.year}å¹´{datetime.month}æ{datetime.day}æ¥ã®äºç´ã«æåãã¾ããã次ã®æ ã«é²ã¿ã¾ãã')44 except:45 print(f'{user.fullname}ããã§{datetime.year}å¹´{datetime.month}æ{datetime.day}æ¥ã®äºç´ã«å¤±æãã¾ããã次ã®æ ã«é²ã¿ã¾ãã')46 continue47 wait_func()48 try:49 logout(driver, user)50 print(f'{user.fullname}ããã§ãã°ã¢ã¦ããã¾ããã次ã®äººã«é²ã¿ã¾ãã')51 except:52 print(f'{user.fullname}ããã§ãã°ã¢ã¦ãã«å¤±æãã¾ããã次ã®äººã«é²ã¿ã¾ãã')53 driver = set_driver(URL)54 continue55 wait_func()56def set_driver(url):57 driver = webdriver.Chrome()58 driver.get(url)59 driver.switch_to.frame('MainFrame')60 driver.implicitly_wait(WAIT_LONG_TIME)61 return driver62def login(driver, user):63 driver.find_element_by_xpath("//input[@value='ãã¤ã¡ãã¥ã¼']").click()64 driver.find_element_by_name('txt_usr_cd').send_keys(user.user_id)65 driver.find_element_by_name('txt_pass').send_keys(user.password)66 driver.find_element_by_name('btn_ok').click()67 driver.find_element_by_name('btn_MoveMenu').click()68 return69def reserve(driver, datetime):70 # ã¯ãªãã¯71 driver.find_element_by_partial_link_text('æ½è¨ãæé帯ã').click()72 wait_func()73 # æ½è¨é¸æ74 Select(driver.find_element_by_name('lst_kaikan')).select_by_visible_text(FACILITY)75 wait_func()76 # æ¥æé¸æ77 disp_date = driver.find_element_by_class_name('clsCalTitleYM').text78 # å¹´79 year_text = f'{datetime.year}å¹´'80 if year_text not in disp_date:81 driver.find_element_by_link_text(year_text).click()82 wait_func()83 # æ84 month_text = f'{datetime.month}æ'85 if month_text not in disp_date:86 driver.find_element_by_link_text(month_text).click()87 wait_func()88 # æ¥89 driver.find_element_by_link_text(str(datetime.day)).click()90 wait_func()91 # ãããããããã©ä¸å¿92 alert_flg = False93 try:94 driver.find_element_by_xpath("//img[@alt=\"æ½é¸äºç´\"]").is_displayed()95 except:96 alert_flg = True97 # æé帯98 target = driver.find_element_by_name(f'ahref00000{datetime.time_code}000')99 target_text = target.find_element_by_tag_name('img').get_attribute('alt')100 if target_text != 'æ½é¸äºç´å¯è½' and target_text != 'æ½é¸äºç´ç»é¢ã¸ç§»å':101 raise Exception('æ½é¸ã§ãã¾ãã')102 target.click()103 # ã¢ã©ã¼ã対å¿104 if alert_flg:105 Alert(driver).accept()106 driver.find_element_by_name(f'ahref00000{datetime.time_code}000').click()107 wait_func()108 # ã³ã¼ãå
¨é¢ãé¸æããå¦ç109 win = driver.window_handles110 wait_func()111 driver.switch_to.window(win[1])112 wait_func()113 Select(driver.find_element_by_name('men_1_1')).select_by_visible_text('1')114 wait_func()115 driver.find_elements_by_name('btn_modoru')[0].click()116 wait_func()117 driver.switch_to.window(win[0])118 driver.switch_to.frame(driver.find_elements_by_xpath("//frame")[0])119 wait_func()120 driver.find_element_by_name('btn_ok').click()121 wait_func()122 driver.find_element_by_name('btn_next').click()123 wait_func()124 driver.find_element_by_name('btn_next').click()125 wait_func()126 driver.find_element_by_name('btn_cmd').click()127 wait_func()128 Alert(driver).accept()129 wait_func()130 return131def logout(driver, user):132 driver.find_element_by_name('btn_LogOut').click()133 return134def wait_func(time=WAIT_TIME):135 print('å¾
æ©ä¸...\r', end='')136 sleep(time)137 return138if __name__ == '__main__':...
minipr.py
Source:minipr.py
1from tkinter import *2import time3import threading4def wait_func(timer=1):5 time.sleep(timer)6global dist7def run(list2=['A','B','C', 'D','E'], dist=[[0, 74, 4109, 3047, 2266],[74, 0, 4069, 2999, 2213],[4109, 4069, 0, 1172, 1972], [3047, 2999, 1172, 0, 816],[2266, 2213, 1972, 816, 0]],cities=[0,1,2,3,4,5,6]):8 boolean = False9 sample_copy = []10 for i in dist:11 extra_list = []12 for j in i:13 extra_list.append(j)14 sample_copy.append(extra_list)15 for j in dist:16 flag = False17 for i in j:18 if i != 0:19 flag = True20 break21 if flag:22 break23 else:24 boolean = True25 root = Tk()26 length = len(list2)27 for i in range(length-1, 6):28 list2.append(None)29 30 myCanvas = Canvas(root,height=500,width=500)31 myCanvas.pack() 32 def draw():33 list_of_nodes = []34 matrix = dist35 list_of_nodes.append(myCanvas.create_oval(225,100,275,150)) # A36 wait_func()37 myCanvas.create_text((225+275)/2,(100+150)/2,text=list2[0])38 wait_func()39 matrix[0][1] = myCanvas.create_line(140 ,175, 225, 125) # AB40 wait_func()41 list_of_nodes.append(myCanvas.create_oval(120,175,170,225)) # B42 wait_func()43 myCanvas.create_text((120+170)/2,(175+225)/2,text=list2[1])44 wait_func()45 46 matrix[1][2] = myCanvas.create_line(140 ,225, 140, 300) # BC47 wait_func()48 list_of_nodes.append(myCanvas.create_oval(120,300,170,350)) # C49 wait_func()50 myCanvas.create_text((120+170)/2,(300+350)/2,text=list2[2])51 wait_func()52 matrix[0][2] = myCanvas.create_line(250 ,150,170 ,325) # AC 53 wait_func()54 55 if list2[3] != None:56 matrix[2][3] = myCanvas.create_line(145 ,350,225, 400) # CD57 wait_func()58 list_of_nodes.append(myCanvas.create_oval(225,375,275,425)) # D59 wait_func()60 myCanvas.create_text((225+275)/2,(375+425)/2,text=list2[3])61 wait_func()62 matrix[0][3] = myCanvas.create_line(250 ,150, 250, 375) # AD63 wait_func()64 matrix[1][3] = myCanvas.create_line(170 ,200,250, 375) # BD65 wait_func()66 if list2[4] != None:67 matrix[3][4] = myCanvas.create_line( 250, 375,330, 200) # DE68 wait_func()69 list_of_nodes.append(myCanvas.create_oval(330,175,380,225)) # E70 wait_func()71 myCanvas.create_text((330+380)/2,(175+225)/2,text=list2[4])72 wait_func()73 matrix[0][4] = myCanvas.create_line(275,125,355,175) # AE74 wait_func()75 matrix[1][4] = myCanvas.create_line(170 ,200, 330, 200) # BE76 wait_func()77 matrix[2][4] = myCanvas.create_line(170 ,325,330, 200) # CE78 wait_func()79 if list2[5] != None:80 matrix[4][5] = myCanvas.create_line(355,225,355,300, tags="Hey") # EF81 wait_func()82 list_of_nodes.append(myCanvas.create_oval(330,300,380,350)) # F83 wait_func()84 myCanvas.create_text((330+380)/2,(300+350)/2,text=list2[5])85 wait_func()86 matrix[0][5] =myCanvas.create_line(250 ,150, 330, 325) # AF87 wait_func()88 matrix[1][5] = myCanvas.create_line(170 ,200,330, 325) # BF 89 wait_func()90 matrix[2][5] = myCanvas.create_line(170 ,325, 330, 325) # CF91 wait_func()92 matrix[3][5] = myCanvas.create_line(275, 400,355, 350) # DF93 wait_func()94 # o1.config(fill="blue")95 # myCanvas.create_text(375,250,text="Hey") # EF96 def path_len(path):97 return sum(dist[i][j] for i, j in zip(path, path[1:]))98 to_visit = set(range(len(dist)))99 state = {(i, frozenset([0, i])): [0, i] for i in range(1, len(dist[0]))}100 for _ in range(len(dist) - 2):101 next_state = {}102 for position, path in state.items():103 current_node, visited = position104 for node in to_visit - visited:105 new_path = path + [node]106 new_pos = (node, frozenset(new_path))107 if new_pos not in next_state or path_len(new_path) < path_len(next_state[new_pos]):108 next_state[new_pos] = new_path109 state = next_state110 shortest = min((path + [0] for path in state.values()), key=path_len)111 # y = 'path: {0}, length: {1}'.format(shortest, path_len(shortest))112 y = "Path: "113 ans = myCanvas.create_text(250, 450,text=y) 114 prev = shortest[0]115 count = 0116 for k in shortest:117 if prev < k:118 myCanvas.itemconfig(matrix[prev][k],fill="blue", width=2)119 count += sample_copy[prev][k]120 elif k < prev:121 myCanvas.itemconfig(matrix[k][prev],fill="blue", width=2)122 count += sample_copy[k][prev]123 myCanvas.itemconfig(list_of_nodes[k], fill='orange')124 wait_func(1)125 y += str(list2[k])126 prev = k127 wait_func(2)128 myCanvas.itemconfig(ans, text=y)129 wait_func(1)130 y += "-->"131 y = y.rstrip("-->")132 133 myCanvas.itemconfig(ans, text=y)134 length_of_shortest_path = "Minimum Distance: " + str(count)135 if boolean:136 length_of_shortest_path = "Minimum Distance: 0"137 myCanvas.create_text(250,480,text=length_of_shortest_path)138 139 root.after(1000,threading.Thread(target=draw).start())140 root.mainloop()141if __name__ == '__main__':...
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