def testGetStringForNonexistingLanguageFail(self):
string = String('key', self.proper_languages)
for lang in self.bad_languages:
try:
string.get(lang)
self.fail('This operation should fail for language %s' % lang)
except MstException:
pass
def testGetStringForNonexistingLanguageFail(self):
string = String('key', self.proper_languages)
for lang in self.bad_languages:
try:
string.get(lang)
self.fail('This operation should fail for language %s' % lang)
except MstException:
pass
def Wfunc(target, string, panel):
print("send to:", target, "\nMsg is:", string)
if panel == 0:
target = target.get()
string = string.get(1.0, "end-1c")
if panel == 1 or panel == 0:
try:
group_title = driver.find_element_by_xpath(
'//span[@title="' + target + '" and @class="_1wjpf"]')
except NoSuchElementException:
group_search = wait.until(
EC.presence_of_element_located(
(By.XPATH, '//*[@id="side"]/div[1]/div/label/input')))
group_search.send_keys(target)
x_arg = '//span[@title="' + target + '"]'
print(x_arg)
group_title = wait.until(
EC.element_to_be_clickable((By.XPATH, x_arg)))
group_title.click()
print("clicked.........")
inp_xpath = '//div[@class="_2S1VP copyable-text selectable-text"][@dir="ltr"][@data-tab="1"]'
input_box = wait.until(
EC.presence_of_element_located((By.XPATH, inp_xpath)))
input_box.send_keys(string)
bts = driver.find_element_by_xpath(
'//*[@id="main"]/footer/div[1]/div[3]/button')
bts.click()
elif panel == 2:
inp_xpath = '//div[@class="_2S1VP copyable-text selectable-text"][@dir="ltr"][@data-tab="1"]'
input_box = wait.until(
EC.presence_of_element_located((By.XPATH, inp_xpath)))
input_box.send_keys(string)
bts = driver.find_element_by_xpath(
'//*[@id="main"]/footer/div[1]/div[3]/button')
bts.click()
def testAddTextForExistingLanguageSucceed(self):
string = String('key', self.proper_languages)
for lang in self.proper_languages:
text = build_test_text(lang)
string.add(lang, text)
self.assertEqual(text, string.get(lang))
def testDefaultStringsEmpty(self):
string = String('key', self.proper_languages)
for lang in self.proper_languages:
text = string.get(lang)
self.assertEqual(text, '')
def testAddTextForExistingLanguageSucceed(self):
string = String('key', self.proper_languages)
for lang in self.proper_languages:
text = build_test_text(lang)
string.add(lang, text)
self.assertEqual( text, string.get(lang) )
def testDefaultStringsEmpty(self):
string = String('key', self.proper_languages)
for lang in self.proper_languages:
text = string.get(lang)
self.assertEqual(text, '')
def process():
global filter_list
fp2 = open('Parser_summary.html', 'w')
num_records = 0
num_filtered_in = 0
num_hit = 0
# filter certain claims capability
if (filter.get() != "None"): filter_list = build_filter_list(filter_list)
print "filter status is:", filter.get()
print filter_list
# The tag by which we separate warranty Claims
# p=re.compile('Machine Information', re.IGNORECASE)
p = re.compile('<table>', re.IGNORECASE)
# The tag by which we separate story within a warranty Claim
# comment=re.compile('comment', re.IGNORECASE)
comment = re.compile('<p>', re.IGNORECASE)
searchlist = []
outputlist = []
fp2.write("##Searching file " + fp.name +
"\n <br>Using Following Strings:")
for string in strlist:
chkstring = string.get()
# The empty string check is sth I had add is python changed since 04 in what it returns?
if ((chkstring != None) and (chkstring != "")):
print "##using string", chkstring, " for search"
searchlist.append(re.compile(string.get(), re.IGNORECASE))
fp2.write("\n<br>" + chkstring)
line = fp.readline()
# block to find the first Warranty tag and then the following
while (line != ""):
if p.match(line) != None:
claim = []
buffer = []
claim.append(line)
line = fp.readline()
claim.append(line)
while (p.match(line) == None) and (line != ""):
claim.append(line)
if (comment.match(line) != None): buffer.append(line)
line = fp.readline()
tmp_narrative = process_claim(claim)
narrative = buffer + tmp_narrative
num_records = num_records + 1
# Do any work only if the claim is not on filter list
#print "Claim Number:", claim_num, "Filter Output:", to_be_filterd_in(filter_list,claim_num)
if (to_be_filterd_in(filter_list, claim_num) == 1):
num_filtered_in = num_filtered_in + 1
matchlist = search_narrative(narrative, searchlist)
if (matchlist != []):
output_line="\n <br>$$$$Current Record: "+repr(num_records)+\
" Claim Number:"+claim_num+"\n"
num_hit = num_hit + 1
outputlist.append((num_records, claim_num, 1))
fp2.write(output_line)
color_html(narrative, matchlist, fp2)
else:
outputlist.append((num_records, claim_num, 0))
if (raw_output.get() == 1):
output_line="\n $$$$Current Record: "+repr(num_records)+\
" Claim Number:"+claim_num+"\n"
#output_text.insert(Tkinter.END, output_line, "a")
fp2.write(output_line)
#for output_line in narrative:
# output_text.insert(Tkinter.END, output_line,"normal")
color_html(narrative, matchlist, fp2)
else:
line = fp.readline()
else:
#not close the line below so that we do not have open again and again
#fp.close()
fp.seek(0)
output_line = "\n <br>Total Records: " + repr(
num_records) + " Hits: " + repr(num_hit)
output_text.insert(Tkinter.END, output_line)
fp2.write(output_line)
try:
output_line="\n<br>Note this filters claims listed in: "+filter_file.name+\
"# Claims Filtered in:"+repr(num_filtered_in)
fp2.write(output_line)
except NameError:
output_line = ""
output_line = "\n <br>Matched Entries <br> "
fp2.write(output_line)
for j in range(len(outputlist)):
if (outputlist[j][2] == 1):
fp2.write("\n<br>" + outputlist[j][1])
