def search_phrase(browser, text):
search_page = DuckDuckGoSearchPage(browser)
# search_input = browser.find_element_by_name('q')
# search_input.send_keys(text + Keys.RETURN)
search_page.search(text + Keys.RETURN)
def test_search(browser):
PHRASE = 'pytest selenium'
search_page = DuckDuckGoSearchPage(browser)
search_page.load()
# Assert title is correct
assert (search_page.get_title()[:10] == 'DuckDuckGo')
search_page.search(PHRASE)
# Assert title now starts with search phrase (search has been successful)
assert (search_page.get_title()[:len(PHRASE)] == PHRASE)
def test_basic_duckduckgo_search(self, phrase):
self.LOGGER.info("Inside Test")
search_page = DuckDuckGoSearchPage(self.driver)
result_page = DuckDuckGoResultPage(self.driver)
# phrase = "panda"
# Given the DuckDuckGo home page is displayed
search_page.load()
# assert if the page loaded successfully
assert search_page.is_loaded() is True
# When the user searches the title
search_page.search(phrase)
# And the search result query is "phrase"
assert phrase in result_page.search_input_value()
# And the search result links pertain to "phrase"
titles = result_page.result_link_titles()
matches = [t for t in titles if phrase.lower() in t.lower()]
print(matches)
assert len(matches) > 0
# Then the search result title contains "phrase"
assert phrase in result_page.title()
self.LOGGER.info("Finishing Test")
def test_duckduckgo_autocomplete_suggestions(browser):
search_page = DuckDuckGoSearchPage(browser)
PHRASE = "panda"
search_page.load()
search_page.search_by_letter(PHRASE)
texts = search_page.get_autocomplete_items_text()
assert PHRASE in texts
def test_basic_duckduckgo_search(browser,mydata): search_page = DuckDuckGoSearchPage(browser) result_page = DuckDuckGoResultPage(browser) # Given the DuckDuckGo home page is displayed search_page.load() phrase = mydata[0] print(phrase) # When the user searches for "panda" search_page.search(phrase) getData() # Changes made to main branch. # And the search result query is "panda" assert phrase == result_page.search_input_value() # And the search result links pertain to "panda" #for title in result_page.result_link_titles(): # assert phrase.lower() in title.lower() # Then the search result title contains "panda" assert phrase in result_page.title()
def test_basic_duckduckgo_search(browser):
# initialize page object and phrase to search
search_page = DuckDuckGoSearchPage(browser)
result_page = DuckDuckGoResultPage(browser)
PHRASE = "panda"
# given duckduckgo homepage
search_page.load()
# when user searches for "panda"
search_page.search(PHRASE)
# then the search result query is "panda"
assert PHRASE == result_page.search_input_value()
# and the search result links pertain to "panda"
titles = result_page.result_link_titles()
matches = []
for t in titles:
if PHRASE.lower() in t.lower():
matches.append(t)
assert len(matches) > 0 # return true when there is title in the matches
# And search result title contain "panda"
assert PHRASE in result_page.title()
def test_autocomplete_suggestions(browser):
search_page = DuckDuckGoSearchPage(browser)
phrase = "Vincent"
phrase_to_find = "Vincent Van Gogh"
search_page.load()
search_page.input_phrase(phrase)
autocomplete_suggestions = search_page.check_autocomplete_suggestions()
assert phrase_to_find.lower() in list(
map(lambda x: x.lower(), autocomplete_suggestions))
def test_basic_duckduckgo_search(browser):
PHRASE = 'panda'
search_page = DuckDuckGoSearchPage(browser)
search_page.load()
search_page.search(PHRASE)
result_page = DuckDuckGoResultPage(browser)
assert result_page.link_div_count() > 0
assert result_page.phrase_result_count(PHRASE) > 0
assert result_page.search_input_value() == PHRASE
def test_click_search_button_leads_to_results(browser):
search_page = DuckDuckGoSearchPage(browser)
result_page = DuckDuckGoResultPage(browser)
phrase = "Antarctica"
search_page.load()
search_page.search_and_click_button(phrase)
assert phrase in result_page.title()
def test_duckduckgo_search_manual(browser):
search_page = DuckDuckGoSearchPage(browser)
result_page = DuckDuckGoResultPage(browser)
PHRASE = "panda"
search_page.load()
search_page.search_manual(PHRASE)
assert PHRASE in result_page.title()
def test_verify_autosuggestion(browser, phrase='panda'):
search_page = DuckDuckGoSearchPage(browser)
# Load duckduckgo.com page
search_page.load()
# Write phrase in search textbox
search_page.write_search_phrase(phrase)
as_table = search_page.autosuggestion_table()
matches = [match for match in as_table if match in match]
assert len(matches) == len(as_table)
def test_navigation_to_search_engine(browser):
phrase = 'panda'
search_page = DuckDuckGoSearchPage(browser)
search_page.load()
search_page.search(phrase)
result_page = DuckDuckGoResultPage(browser)
assert result_page.link_div_count() > 0
assert result_page.phrase_result_count(phrase) > 0
assert result_page.search_input_value() == phrase
def test_duckduckgo_selecting_autocomplete_sugestion(browser):
search_page = DuckDuckGoSearchPage(browser)
result_page = DuckDuckGoResultPage(browser)
PHRASE = "panda"
search_page.load()
search_page.search_by_letter(PHRASE)
items = search_page.get_autocomplete_items()
NEW_PHRASE = search_page.select_random_option(items)
assert NEW_PHRASE in result_page.title()
assert NEW_PHRASE == result_page.search_input_value()
titles = result_page.result_link_titles()
matches = [t for t in titles if NEW_PHRASE.lower() in t.lower()]
assert len(matches) > 0
def test_duckduckgo_click_result(browser):
search_page = DuckDuckGoSearchPage(browser)
result_page = DuckDuckGoResultPage(browser)
result_link_page = DuckDuckGoResultLinkPage(browser)
PHRASE = "panda"
search_page.load()
search_page.search_manual(PHRASE)
title = result_page.click_result_random()
assert title in result_link_page.title()
def test_basic_duckduckgo_search(browser):
# Set up test case data
PHRASE = 'Tesla'
# Search for the phrase
search_page = DuckDuckGoSearchPage(browser)
search_page.load()
search_page.search(PHRASE)
# Verify that results appear
result_page = DuckDuckGoResultPage(browser)
assert result_page.link_div_count() > 0
assert result_page.phrase_result_count(PHRASE) > 0
assert result_page.search_input_value() == PHRASE
def test_duckduckgo_news_search(browser):
search_page = DuckDuckGoSearchPage(browser)
result_page = DuckDuckGoResultPage(browser)
PHRASE = "panda"
search_page.load()
search_page.search(PHRASE)
result_page.change_to_news_search()
links_text = result_page.get_news_links_text()
matches = [t for t in links_text if PHRASE.lower() in t.lower()]
assert len(matches) > 0
def test_duckduckgo_expand_results(browser):
search_page = DuckDuckGoSearchPage(browser)
result_page = DuckDuckGoResultPage(browser)
PHRASE = "panda"
search_page.load()
search_page.search_manual(PHRASE)
count_before_more = result_page.result_link_titles()
result_page.click_more_results()
count_after_more = result_page.result_link_titles()
assert len(count_before_more) < len(count_after_more)
def test_duckduckgo_results_more_results(browser):
search_page = DuckDuckGoSearchPage(browser)
result_page = DuckDuckGoResultPage(browser)
phrase = "Golden retriever"
search_page.load()
search_page.search(phrase)
first_set_of_links = result_page.result_link_titles()
result_page.click_more_results()
second_set_of_links = result_page.result_link_titles()
assert len(second_set_of_links) > len(first_set_of_links)
def test_check_autosuggestion(browser, phrase='panda'):
search_page = DuckDuckGoSearchPage(browser)
result_page = DuckDuckGoResultPage(browser)
# Load duckduckgo.com page
search_page.load()
# Write phrase in search textbox
search_page.write_search_phrase(phrase)
# Search by clicking on first autosuggestion and return its text
as_first = search_page.search_by_autosuggestion()
# Check if results pertain to clicked autosuggestion
titles = result_page.result_link_titles()
matches = [t for t in titles if as_first.lower() in t.lower()]
assert len(matches) > 0
def test_duckduckgo_results_click_nth_link(browser):
search_page = DuckDuckGoSearchPage(browser)
result_page = DuckDuckGoResultPage(browser)
external_page = ExternalPage(browser)
SEARCH_ENGINE_NAME = "DuckDuckGo"
phrase = "Beatles"
index = 0
search_page.load()
search_page.search(phrase)
result_page.click_nth_result(index)
assert phrase in external_page.title(phrase)
assert SEARCH_ENGINE_NAME not in external_page.title(phrase)
def test_click_first_result(browser, phrase='panda'):
search_page = DuckDuckGoSearchPage(browser)
result_page = DuckDuckGoResultPage(browser)
# Load duckduckgo.com page
search_page.load()
# Search for phrase and click first result
search_page.search(phrase)
result_page.check_first_result()
# Check if first result contains logo
keywords = result_page.search_for_keywords().get_attribute("content").lower()
assert phrase in keywords
def test_basic_duckduckgo_search(browser, phrase):
search_page = DuckDuckGoSearchPage(browser)
result_page = DuckDuckGoResultPage(browser)
search_page.load()
search_page.search(phrase)
assert phrase == result_page.search_input_value()
titles = result_page.result_link_titles()
matches = [title for title in titles if phrase.lower() in title.lower()]
assert len(matches) > 0
assert phrase in result_page.title()
def test_search_another_phrase(browser, phrase='panda', phrase_new='python'):
search_page = DuckDuckGoSearchPage(browser)
result_page = DuckDuckGoResultPage(browser)
# Load duckduckgo.com page
search_page.load()
# Write phrase in search textbox and search
search_page.search(phrase)
# Write phrase in search textbox and search again
result_page.search_another_result(phrase_new)
# Check if results do not match to previous search phrase
titles = result_page.result_link_titles()
matches = [t for t in titles if phrase.lower() in t.lower()]
assert len(matches) == 0
def test_click_on_first_searh_result(browser, phrase):
search_page = DuckDuckGoSearchPage(browser)
result_page = DuckDuckGoResultPage(browser)
detail_page = DuckDuckGoDetailPage(browser)
# Given the DuckDuckGo home page is displayed
search_page.load()
# When the user searches for "panda"
search_page.search_using_ENTER(phrase)
# And user click on first search result
result_page.click_on_first_link()
#Wait till title is displayed
WebDriverWait(browser, 20).until(EC.title_contains(phrase))
# Then user shoud verify new page title
assert phrase in detail_page.get_detail_page_title()
def test_basic_duckduckgo_search(browser):
search_page = DuckDuckGoSearchPage(browser)
result_page = DuckDuckGoResultPage(browser)
#Given DDG home page is displayed
search_page.load()
search_page.search("panda")
#Given the DuckDuckGo home page is displayed
assert "panda" in result_page.title()
#When the user searches ofr "Panda"
assert "panda" == result_page.search_input_value()
#Then the search result title contains "Panda"
assert result_page.result_count_for_phrase("panda") > 0
assert True
def test_basic_duckduckgo_search(browser, phrase):
search_page = DuckDuckGoSearchPage(browser)
result_page = DuckDuckGoResultPage(browser)
# Given the DuckDuckGo home page is displayed
search_page.load()
# When the user searches for the phrase
search_page.search(phrase)
# Then the search result query is the phrase
assert phrase == result_page.search_input_value()
# And the search result title contains the phrase
assert phrase.lower() in result_page.title()
# And the search result links pertain to the phrase
for title in result_page.result_link_titles():
assert phrase.lower() in title.lower()
def test_basic_duckduckgo_search(browser): search_page = DuckDuckGoSearchPage(browser) result_page = DuckDuckGoResultPage(browser) PHRASE = "panda" # Given the DuckDuckGo home page is displayed search_page.load() # When the user searches for "panda" search_page.search(PHRASE) # And the search result links pertain to "panda" titles = result_page.result_link_titles() matches = [t for t in titles if PHRASE.lower() in t.lower()] assert len(matches) > 0 # And the search result title contains "panda" # (Putting this assertion last guarantees that the page title will be ready) assert PHRASE in result_page.title()
def test_basic_duckduckgo_search(browser): #, cbt_uploader
search_page = DuckDuckGoSearchPage(browser)
result_page = DuckDuckGoResultPage(browser)
PHRASE = "panda"
# Given the DuckDuckGo home page is displayed
search_page.load()
# When the user searches for "panda"
search_page.search(PHRASE)
# Then the search result title contains "panda"
assert PHRASE in result_page.title()
# And the search result query is "panda"
assert PHRASE == result_page.search_input_value()
# And the search result links pertain to "panda"
assert result_page.result_count_for_phrase(PHRASE) > 0
def test_more_results(browser, phrase='panda'):
search_page = DuckDuckGoSearchPage(browser)
result_page = DuckDuckGoResultPage(browser)
# Load duckduckgo.com page
search_page.load()
# Search for phrase
search_page.search(phrase)
# Create table of search result links
results_before = result_page.result_link_titles()
# Expand more results and create new table of search result links
result_page.expand_more_results()
results_after = result_page.result_link_titles()
# Check if new table of links has more elements than previous one
assert len(results_after) > len(results_before)
def test_basic_duckduckgo_searh(browser, phrase):
search_page = DuckDuckGoSearchPage(browser)
result_page = DuckDuckGoResultPage(browser)
PHRASE = "panda"
#Given the DuckDuckGo home page is displayed
search_page.load()
#When the user searches for "panda"
search_page.search(PHRASE)
#Then the search result title contains "panda"
assert PHRASE in result_page.title()
#And the search result query is "panda"
assert PHRASE == result_page.search_input_value()
# And the search result links pertain to "panda"
titles = result_page.result_link_titles()
matches = [t for t in titles if PHRASE.lower() in t.lower()]
assert len(matches) > 0
