Browser automation with Kibor Python and Selenium

string find="Распознать текст OCR";//Request
string path_webdriver=pathfolder()+"python\webdriver\geckodriver.exe"; // Way to webdriver. C:\Program Files (x86)\Kibor\python\webdriver\geckodriver.exe
string path_browser="C:\Program Files (x86)\Mozilla Firefox\Firefox.exe"; // Путь к браузеру Мозила

if (runpython()==0){messagebox ("Failed to start Python"); goto er;}//Run the interpreter Python

//Training
import();

//Launching the browser and switching to https://www.google.com
start_browser();

//We find on the Google search page a field for entering the search and enter the query there
find_google();

//Search on the page of the opened search for a link that leads to kibor-bot.com and click on it
F: if (find_site("kibor-bot.com")==0)//If this page does not link to kibor-bot.com
{// You need to go to the next search page
if (find_site("Next") == 0) goto exits; //If there is no Next button on this page, exit the program - MUST BE NAME OF BUTTON NEXT IN SEARCH GUGLA
pause (5000); //If you clicked the Next pause button for 5 seconds and repeat the search for a link to kibor-bot.com
goto F;
}



exits:;
closepython();//Finishing work with the interpreter
er:;

function find_site(string find_link)//Search on the page of the opened search for a link that leads to the specified link
{
string rez;
sendpython("web.find_element_by_partial_link_text(^'"+find_link+"^').click()");//We send Python a command to find the link containing kibor-bot.com and click on it
sendpython("print(^'yes^')");//Immediately without waiting for the end of the first Send command print('yes')

loop()//A closed loop in which we are waiting for an answer
{
rez=getpython();//Trying to read the answer If the link was not found, then in addition to yes, the answer will contain a description of the error.
if (rez!="ERROR_READ_PYTHON") // If Python answered us something ..
{
//messagebox (rez+);//See what comes when they found a link and when they did not find it
if (rez=="yes")return 1;//If the answer only contains the word yes, then we found a link and there is no description of the error.
return 0;//Otherwise, the answer is not only the word yes. So we didnt find the link
}
}
}

function find_google()//We find on the Google search page a field for entering the search and enter the value of the find variable there
{
// First, we initialize the variable finds in Pythen with our variable find with a synchronous function
sendgetpython("finds=^'"+find+"^'"); // finds=find
__python
element = web.find_element_by_name('q')
element.send_keys(finds)
time.sleep(1);
element.send_keys(Keys.ENTER)
time.sleep(3);
print('yes')
__end_python
while (getpython()!="yes")sleep(100);// We are waiting for the answer "yes" in the loop. It will be when the Python script runs
}

function start_browser()//Launching the browser
{
//First, we initialize the variables in Pythen with our synchronous functions.
sendgetpython("p_web=^'"+path_webdriver+"^'");// p_web=path_webdriver
sendgetpython("p_br=^'"+path_browser+"^'"); // p_br=path_browser
__python
web = webdriver.Firefox(executable_path=p_web, firefox_binary=p_br) # Тут мы используе переменные p_web и p_br
web.get('https://www.google.com')
time.sleep(1);
print('yes')
__end_python
while (getpython()!="yes")sleep(100);// We are waiting for the answer "yes" in the loop. It will be when the Python script runs
}


function import()//Training
{
__python
import time
from selenium import webdriver
from selenium.webdriver.common.keys import Keys
print('yes')
__end_python
while (getpython()!="yes")sleep(100);// We are waiting for the answer "yes" in the loop. It will be when the Python script runs
}