def highQuality(self):
global COUNTER
#Search scraper
Search.search()
#Displaying a window massage, telling the user to select their background image
displayBackgroundMessage()
imagePath = getImagePath()
tileFolder = "ImageTiles"
image = Image.open(imagePath)
width = image.size[0]
size = getMuilt(width)
build_mosaic(
input_path = imagePath,
output_path="mosaicImage"+str(COUNTER)+".png",
collection_path= tileFolder,
#Enlarge image
zoom = size,
#Tile size
thumb_size = 20,
fuzz=10,
new_colormap=False
)
COUNTER +=1
displayFinishMessage()
def true(self, CE, mapping_list):
assert len(mapping_list) >0
nmapping_list = []
for mapping in mapping_list:
new_self = deepcopy(self)
assert new_self == self
for i in range(len(self.args)):
new_self.args[i] = self.args[i].unify(mapping)
#print 'Searching for %s' % self
if len(Search.determination_list(CE, new_self)) == 0:
continue
if Search.search_true(CE, self) is True:
nmapping_uf = Search.search_true(CE, self, return_mapping=True)
nmapping = {}
for a,b in nmapping_uf.items():
#print a,b
if isinstance(a, Atom):
nmapping[b]=a
else:
nmapping[a]=b
nmapping_list.append(dict(mapping.items() + nmapping.items()))
#print self, mapping_list, nmapping_list
return len(nmapping_list) > 0, nmapping_list
def ui(inp):
# Handle search text
if Search.text == "":
if inp == curses.KEY_UP:
ChannelBox.updateChannelBox(0)
if inp == curses.KEY_DOWN:
ChannelBox.updateChannelBox(1)
if (inp == curses.ascii.BS) or (inp == curses.ascii.SP):
Search.update(inp)
if (Search.text == ""):
ChannelBox.updateChannelBox(inp)
else:
ChannelBox.fillSearchBox(Search.text, inp)
if ((inp >= 65 and inp <=90) or (inp >= 97 and inp <= 122)) or (inp >=48 and inp <=57):
Search.update(inp)
ChannelBox.fillSearchBox(Search.text, inp)
elif not(Search.text == ""):
if inp == curses.KEY_UP:
ChannelBox.fillSearchBox(Search.text, 0)
if inp == curses.KEY_DOWN:
ChannelBox.fillSearchBox(Search.text, 1)
if inp == curses.ascii.ESC:
exit()
if inp == curses.KEY_ENTER:
row = ChannelBox.getSelectedRow()
Utils.startPlaying(row[3])
def write():
#first finger scan
setBaud()
data = genImg.getHeader()
ser.write(bytearray(data));
time.sleep(1)
s = ser.read(ser.inWaiting())
print([hex(ord(c)) for c in s])
genImg.parse(s)
# generate character file of the finger image.
setBaud()
data = Img2Tz.getHeader(0x01)
ser.write(bytearray(data));
time.sleep(1)
s = ser.read(ser.inWaiting())
print([hex(ord(c)) for c in s])
Img2Tz.parse(s)
setBaud()
data = Search.getHeader(0x01, 0x0000, 0x0064)
ser.write(bytearray(data));
time.sleep(1)
s = ser.read(ser.inWaiting())
print([hex(ord(c)) for c in s])
print Search.parse(s)
def search(init_param):
try:
Path.Check(init_param['output.path'])
if platform.system() == 'Linux':
bat_file = os.path.join(init_param['output.path'], 'normal.bash')
bat_fp = open(bat_file, 'w')
bat_fp.write('export PATH=%s:$PATH\n' % ClusterSetting.MPIPath) #modified 2012.6.11
bat_fp.write('export LD_LIBRARY_PATH=%s:$LD_LIBRARY_PATH\n' % ClusterSetting.pLinkBinPath)
elif platform.system() == 'Windows':
bat_file = os.path.join(init_param['output.path'], 'normal.bat')
bat_fp = open(bat_file, 'w')
bat_fp.write('@echo off\n')
bat_fp.write('%s\n' % init_param['bin.path'][0:2])
else:
raise Exception('search_and_filter', 'unknown platform, only support Windows and Linux')
bat_fp.write('cd "%s"\n' % init_param['bin.path'])
search_mode = string.atoi(init_param['search_mode'])
pfind_param = Search._ConstructpFindParam(init_param, search_mode, init_param['output.path'])
print 'Step : Search by Searcher'
spectra_list = init_param['spectra_list']
spectra_title = init_param['spectra.title']
bin_path = init_param['bin.path']
for i in range(0, len(init_param['spectra_list'])):
pfind_file = os.path.join(init_param['output.path'], '%s%d.pfind' % (init_param['spectra.title'], i+1))
pfind_result_file = os.path.join(init_param['output.path'], '%s%d_qry.proteins.txt' % (init_param['spectra.title'], i+1))
if os.path.isfile(pfind_result_file):
print os.path.split(pfind_result_file)[-1] + ' did exist, skip the step';
else:
print 'Searcher of '+ spectra_list[i];
spectrum = []
spectrum.append(('spec_title', spectra_title+'%d' %(i+1)))
spectrum.append(('spec_type', '%s' % init_param['spectra.format'].upper()))
spectrum.append(('spec_path', spectra_list[i]))
pfind_param['spectrum'] = spectrum
Search._WritepFind(pfind_param, pfind_file, search_mode)
if platform.system() == 'Windows':
bat_fp.write('"%s" "%s"\n' % (os.path.join(bin_path,'Searcher'), pfind_file))
else:
bat_fp.write('"%s" "%s"\n' % (os.path.join(bin_path,'Importer'), pfind_file))
if 'mpicores' in init_param:
mpicores = init_param['mpicores']
else:
mpicores = ClusterSetting.DefaultCores
if 'mpihosts' in init_param:
mpihosts = init_param['mpihosts']
else:
mpihosts = ClusterSetting.DefaultHosts
bat_fp.write('mpirun -np %s -host %s "%s" "%s"\n' %(mpicores, mpihosts, os.path.join(bin_path,'MPISearcher'), pfind_file))
bat_fp.close()
except Exception, e:
print Exception + ": " + e
def main_page(self):
import Search
#add to the user the bleats he follows
for listening in self.listens:
following = Search.search_user_by_ID_e(listening)
for bleats in following.bleats:
self.add_bleats(bleats)
#add to the user the bleats mentioning him
bleat_list = Search.search_bleat_by_content("@"+self.username)
for bleat in bleat_list:
self.add_bleats(bleat)
def default(self, line):
if len(line) == 0:
return
if line[-1] == '?':
print Search.search(self.CE, Parser._parse_pred(line[:-1]))
return
try:
self.CE.update(Parser._parse(line))
print 'Accepted'
except:
print traceback.format_exc()
def menu(host, T, t_host):
while True:
print ("Scegli azione PEER:\nlogin\t - Login\nquit\t - Quit\n\n")
choice = input()
if (choice == "login" or choice == "l"):
t_host, sessionID = logi.login(host, t_host)
if sessionID != bytes(const.ERROR_LOG, "ascii"):
tfunc.success("Session ID: " + str(sessionID, "ascii"))
listPartOwned = {}
daemonThreadP = daemon.PeerDaemon(host, listPartOwned)
daemonThreadP.setName("DAEMON PEER")
daemonThreadP.setDaemon(True)
daemonThreadP.start()
waitingDownload = []
while True:
if len(waitingDownload) == 0:
print ("\n\nScegli azione PEER LOGGATO:\nadd\t - Add File\nsearch\t - Search and Download\nlogout\t - Logout\n\n")
choice_after_log = input()
if (choice_after_log == "add" or choice_after_log == "a"):
add.add(host, sessionID, t_host, listPartOwned)
elif (choice_after_log == "search" or choice_after_log == "s"):
src.search(sessionID, host, t_host, listPartOwned, waitingDownload)
elif (choice_after_log == "logout" or choice_after_log == "l"):
if (logo.logout(host, t_host, sessionID) > 0):
break
else:
tfunc.error("Wrong Choice!")
else:
time.sleep(1)
else:
tfunc.error("Errore Login")
elif (choice == "quit" or choice == "q"):
if T:
logo.quit(host)
break
else:
tfunc.error("Wrong Choice")
def fillSearchBox(fltr, key):
global channels
global searchPos
global main_window
global list_win
max_row = list_win.getmaxyx()[0] - 2
filtered = Search.filter_out(fltr, channels)
if (len(filtered) - 1) < max_row:
max_row = len(filtered) + 1
if key == 0 and searchPos >= 2:
searchPos -= 1
if key == 1 and searchPos < max_row:
searchPos += 1
if searchPos > max_row - 1:
searchPos = max_row - 1
clearListWin(Strings.search_bx)
for i in range(1, max_row):
channel = filtered[i - 1]
outstr = getRowText(channel)
if (i == searchPos):
list_win.addstr(i, 1, outstr, curses.A_REVERSE)
else:
list_win.addstr(i, 1, outstr)
list_win.refresh()
def findInFiles(self):
names = []
pattern = self.findTxt.GetValue()
bRecursive = self.chkRecursiveSearch.GetValue()
file_filter = string.split(self.cmbFileFilter.GetValue(), ';')
folder = [self.cmbFolder.GetValue()]
self.engine.addFolder(folder[0])
self.engine.addSuffix(self.cmbFileFilter.GetValue())
dlg = wx.ProgressDialog(_("Building file list from directory '%s'") % (folder[0]),
_('Searching...'), 100, self.view,
wx.PD_CAN_ABORT | wx.PD_APP_MODAL | wx.PD_AUTO_HIDE)
try:
iterDirFiles = Search.listFiles(folder, file_filter, 1, bRecursive)
iStep = 0
for sFile in iterDirFiles:
names.append(sFile)
if iStep < 100 and not dlg.Update(iStep):
#self.view.model.editor.setStatus('Search aborted')
break
iStep = iStep + 1
finally:
dlg.Destroy()
self.engine.findAllInFiles(names, self.view, pattern )
self.setComboBoxes('findInFiles')
if self.engine.closeOnFound:
self.EndModal(wx.ID_OK)
def datetimesortkey_chapter_number(x):
"""concatenates chapter number with the time.
pads the chapter number if necessary."""
#
# example keys:
# _________________________081021_165843
# 01.English00000000000000_081022_154011
# 01.Hindi0000000000000000_081022_154008
#
if x.has_key("chapter_number"):
chapter = x["chapter_number"]
chapter = chapter.strip()
chapter = chapter[:maxChapterDigits]
# if chapter.isdigit():
# chapter = int(chapter)
# chapter = ('%(#)0' + str(maxChapterDigits) + 'd') % {'#': chapter}
# else:
# chapter = chapter.ljust(maxChapterDigits, '0')
chapter = chapter.ljust(maxChapterDigits, "0")
else:
chapter = "".ljust(maxChapterDigits, "_")
db_print("datetimesortkey_chapter_number, chapter: " + chapter, 38)
timeVal = Search.changed_time_key(x)
timeStr = timeVal.strftime("%y%m%d_%H%M%S")
answer = chapter + "_" + timeStr
db_print("datetimesortkey_chapter_number, answer: " + answer, 41)
return answer
def OnSearch(self, event): keyword = self.search.GetValue() if keyword: func = lambda data: Search.match(keyword, data) self.tree.HighlightTree(func) else: self.tree.UnHighlightTree()
def drawBody(self, container):
menu = HorizontalPanel(ID="aur-menu-int")
search_cont = SimplePanel(StyleName="aur-content-boundary")
search = VerticalPanel(ID="aur-search")
footer = VerticalPanel(ID="aur-footer", Width="100%", HorizontalAlignment="center")
search_cont.add(search)
container.add(menu)
container.add(search_cont)
container.add(self.content)
container.add(footer)
container.setCellHeight(menu, "1px")
container.setCellHeight(footer, "1px")
container.setCellHorizontalAlignment(footer, "center")
self.drawInternalMenu(menu)
Search.draw(search)
self.drawFooter(footer)
def post(self):
"""
This receives a Query Object and performs a Search based on information from that Query.
It then compares the results to the search_date and if they are deemed fresh, stores them.
"""
new_search = Search()
f = formatDatetime()
q = db.get(self.request.get('key'))
results = new_search.getResults(q.term, q.min, q.max, q.city)
# Pull fresh listings from query, if they exist
if q.fresh:
fresh = q.fresh
else:
fresh = FreshEntries()
fresh.entries = [] # Store fresh listings here
search_date = q.search_date
latest_entry_time = search_date
# Compare each entry datetime to the saved datetime
for e in results:
# Extract and format times from feed
f_entry_time = f.craigslist_to_datetime(e.date)
# Compute elapsed time since last search and this listing
difference = f_entry_time - search_date
# If entry is after the saved time, flag it as fresh
if f_entry_time > search_date:
# Check and see if this is the chronologically latest listing
if f.craigslist_to_datetime(e.date) > latest_entry_time:
latest_entry_time = f.craigslist_to_datetime(e.date)
entry = Entry(date = e.date, title = e.title, link = e.link)
db.put(entry)
fresh.entries.append(entry.key())
db.put(fresh)
# put back query with new search_date and new fresh listings
q.search_date = latest_entry_time
q.fresh = fresh
db.put(q)
def main(argv):
"""
main(argv)
The entry point of the application
The input format should be: <API key> <infobox/question> <query>
"""
# API key
if argv[0] == 'test':
# Use the default key
api_key = 'AIzaSyBgfj3L8cqcu6OEd21JkQcHhBQJA6jUOXo'
else:
api_key = argv[0]
# Source: normal, file, or interact
if argv[1] == 'normal' or argv[1] == 'file' or argv[1] == 'interact':
source = argv[1]
else:
print 'Source should be \"normal\", \"file\", or \"interact\"'
return
# Mode: infobox or question
if source != 'interact':
if argv[2] == 'infobox' or argv[2] == 'question':
mode = argv[2]
else:
print 'Type should be either \"infobox\" or \"question\"'
return
# Get the search engine object with the given API key
se = Search.get_engine(api_key)
if source == 'normal':
query = ' '.join(argv[3:])
if mode == 'question':
question(se, query)
else:
infobox(se, query)
elif source == 'file':
qfile = open(argv[3], 'r')
for line in qfile:
if line.endswith('\n'):
line = line[0:-1]
if mode == 'question':
question(se, line)
else:
infobox(se, line)
else: # Interact
query = ''
while True:
try:
query = raw_input('Anything curious? ')
print 'Searching...'
if query.endswith('?'):
question(se, query)
else:
infobox(se, query)
except KeyboardInterrupt:
print 'Bye~'
break
def countyMapperMenu(caches):
#Filters caches given by BC, then tries to assign them to a regional district of BC.
#Menu to choose province
print "Will search BC Caches and try to assign counties"
#get caches in BC currently without a county
(options, args, search) = Search.parse('-s "British Columbia" -O C', False)
cacheList = Search.parseOptions(caches, options)
#write these caches to a file
filename = writeCountyMapper(cacheList)
BCPolygons = ['BC/Alberni-Clayoquot.arc', 'BC/Bulkley-Nechako.arc', 'BC/Capital.arc',
'BC/Cariboo.arc', 'BC/Central Coast.arc', 'BC/Central Kootenay.arc',
'BC/Central Okanagan.arc', 'BC/Columbia-Shuswap.arc', 'BC/Comox Valley.arc',
'BC/Cowichan Valley.arc', 'BC/East Kootenay.arc', 'BC/Fraser Valley.arc',
'BC/Fraser-Fort George.arc', 'BC/Greater Vancouver.arc', 'BC/Kitimat-Stikine.arc',
'BC/Kootenay Boundary.arc', 'BC/Mount Waddington.arc', 'BC/Nanaimo.arc',
'BC/North Okanagan.arc', 'BC/Northern Rockies.arc', 'BC/Okanagan-Similkameen.arc',
'BC/Peace River.arc', 'BC/Powell River.arc', 'BC/Skeena-Queen Charlotte.arc',
'BC/Squamish-Lillooet.arc', 'BC/Stikine.arc', 'BC/Strathcona.arc',
'BC/Sunshine Coast.arc', 'BC/Thompson-Nicola.arc']
#call GPSBabel to filter these caches through each polygon, then remove temp files
gcids = {}
for polygonName in BCPolygons:
callPolygonFilter(filename, polygonName, "test.out")
gcids.update(readCountyMapper(os.path.join(os.getcwd(), 'test.out'), polygonName[3:-4]))
os.remove("test.out")
if len(gcids) > 0:
log.info("%s has caches" %(polygonName[3:]))
else:
log.info("%s does not have caches" %(polygonName[3:]))
os.remove(filename)
#save county name to caches
for cache in cacheList:
if cache.gcid in gcids.keys():
cache.county = gcids[cache.gcid]
else:
log.error("%s was not found in a BC Regional District despite being in BC" %cache.gcid)
return
def print_reply(self): if self.in_reply_to == "": return "" else: import Search reply_to = Search.search_bleat_by_bleat_ID(self.in_reply_to) if reply_to.exist: return open(base+"reply_dropdown.html").read().format(reply_to.content + "<p/><strong> By:</strong>"+ reply_to.author) else: return "" return open(base+"reply_dropdown.html").read().format(self.in_reply_to)
def classicalCS2(tchords):
allChords = pianoFilter(ChordSpaces.makeRange([(47, 67), (52, 76), (60, 81)]))
#print("Total number of possible chords: ", len(allChords))
# print(allChords[:10])
qSpace = ChordSpaces.partition(ChordSpaces.opEq, allChords)
# print(qSpace)
chords = map(lambda x: x.absChord, tchords)
# print(chords)
newChords = Search.greedyProg(qSpace, ChordSpaces.opEq, testPred, Search.nearFall, chords)
print(newChords)
for i in range(len(tchords)):
tchords[i].absChord = [] + newChords[i]
def get(self):
if users.get_current_user():
url = "/user"
url_linktext = 'My Want List'
else:
url = users.create_login_url(self.request.uri)
url_linktext = 'Login'
f = formatDatetime()
formatted_term = self.request.get('q')
# handle spaces in query terms
min = self.request.get('Min')
max = self.request.get('Max')
city = self.request.get('City')
new_search = Search()
try:
results = new_search.getResults(formatted_term, min, max, city)
if results:
search_date = f.craigslist_to_datetime(results[0].date)
else:
search_date = datetime.now()
template_values = {
'search_date': search_date,
'term': formatted_term,
'min': min,
'max': max,
'city': city,
'results': results,
'url': url,
'url_linktext': url_linktext,
}
path = os.path.join(os.path.dirname(__file__), '../static/html/search.html')
self.response.out.write(template.render(path, template_values))
except:
self.response.out.write("Sorry, there was an error connecting to Craigslist. Try checking your 'City' field, or possibly your internet connection, and try again.")
def classicalCS2WithRange(tchords, voiceRange = [(47, 67), (52, 76), (60, 81)]):
#allChords = pianoFilter(ChordSpaces.makeRange(voiceRange))
allChords = PTGG.filter(ChordSpaces.makeRange(voiceRange), Constraints.satbFilter)
#print("Total number of possible chords: ", len(allChords))
# print(allChords[:10])
qSpace = ChordSpaces.partition(ChordSpaces.opcEq, allChords)
print(qSpace)
chords = map(lambda x: x.absChord, tchords)
newChords = Search.greedyProg(qSpace, ChordSpaces.opcEq, testPred, Search.nearFall, chords)
#print("New Chords: ", newChords)
print(newChords)
for i in range(len(tchords)):
tchords[i].absChord = [] + newChords[i]
def search(self):
clear = self.clearText.get(1.0, Tkinter.END)
rst = Search.search(clear)
self.encodedText.delete(1.0, Tkinter.END)
content = Search.jsonParser(rst)
display = ""
if (len(content) == 0):
display = "Nothing"
else:
for tweet in content:
key = tweet.keys()[0]
display += key + " said: \n" + "\t" + tweet.get(key) + "\n\n"
checkReport = False
for tweet in content:
if(Search.insertMySQL(tweet)):
checkReport = True
if(checkReport):
tkMessageBox.showinfo("Insert to database", "Insert successfully" )
self.encodedText.insert(1.0, display)
def process_documents():
'''Read From Document'''
documents = Utilities.read_from_time_all()
#documents = read_lines()
'''Tokens and Stem Documents'''
documents = Utilities.tokenize_stem_docs(documents)
'''calculate doc lengths'''
doc_len = Utilities.calculate_doc_len(documents)
''' term frequency'''
tf = TFIDF.term_frequency(documents)
'''calculates tf-idf'''
tfidf = TFIDF.TFIDF(len(documents), tf)
'''Read From Document'''
queries = Utilities.read_from_time_que()
#queries = ['pop love song', 'chinese american', 'city']
'''Tokens and Stem Documents'''
queries = Utilities.tokenize_stem_docs(queries)
#print Search.search_by_cosine(tfidf,len(documents),['CARTOONISTS'.lower()])
cosine_result = []
rsv_result = []
BM25_1_5 = [] #b=1 k= 0.5
BM25_1_1 = [] #b=1 k= 1
BM25_2_5 = [] #b=2 k= 0.5
BM25_2_1 = [] #b=2 k= 1
for query in queries:
cosine_result.append(Search.search_by_cosine(tfidf,len(documents),query))
rsv_result.append(Search.search_by_rsv(tf,len(documents),query))
BM25_1_5.append(Search.search_by_BM25(tf,doc_len,query,1.0,0.5))
BM25_1_1.append(Search.search_by_BM25(tf,doc_len,query,1.0,1.0))
BM25_2_5.append(Search.search_by_BM25(tf,doc_len,query,2.0,0.5))
BM25_2_1.append(Search.search_by_BM25(tf,doc_len,query,2.0,1.0))
#print cosine_result[1]
'''
read from time.rel
'''
rel_dict = Utilities.read_from_time_rel()
'''
print result
'''
result = []
result.append(('System','Precision','Recall','F1','MAP'))
result.append( ('cosine ',) + Metrics.getMetrics(cosine_result,rel_dict,20)) #limit to top 20 search
result.append( ('RSV ',) + Metrics.getMetrics(rsv_result,rel_dict,20))
result.append(('BM25 (1, .5) ',)+ Metrics.getMetrics(BM25_1_5,rel_dict,20))
result.append(('BM25 (1, 1) ',)+Metrics.getMetrics(BM25_1_1,rel_dict,20))
result.append(('BM25 (2, .5) ',)+Metrics.getMetrics(BM25_2_5,rel_dict,20))
result.append(('BM25 (2, 1) ',)+Metrics.getMetrics(BM25_2_1,rel_dict,20))
Utilities.tabulate(result)
Utilities.plot_graph(result)
def get_new_posts(query, collection):
loops = 0
repeat = False
to_be_inserted = []
while (not repeat):
lst = Search.search(query, loops * MAX_QUERY, modifier="create_ts desc")[1]
for post in lst:
if posts_collection.find_one({"item.id":post['item']['id']}):
repeat = True
break
else:
to_be_inserted.append(post)
loops += 1
return to_be_inserted
def print_bleats(self): import Search string="" def getKey(custom): return custom.time bleat_list=list() for bleat in self.bleats: try: bleat_list.append(Search.search_bleat_by_bleat_ID(bleat)) except: continue for bleat in sorted(bleat_list,key=getKey,reverse=True): string += bleat.format_bleat() return open(base+"bleat_panel.html").read().format(string)
def main(screen):
screen.clear()
screen.refresh()
drw = screen.refresh
width = curses.COLS
height = curses.LINES
half_width = int(width / 2)
screen.border()
Utils.drawCenteredOnTitle(screen, Strings.title)
screen.addstr(height - 3, half_width + 1, Strings.getting_channel_list)
drw()
channels = GetChannels.get()
screen.addstr(height - 3, half_width + 1, "Got " + str(len(channels)) + " channels. ")
drw()
ChannelBox.init(width, height, screen, channels)
Search.init(screen, width, height)
drw()
ChannelBox.updateChannelBox(-1)
while True:
inp = screen.getch()
if Utils.is_playing:
playing(inp)
else:
ui(inp)
def mediumQuality(self):
global COUNTER
Search.search()
displayBackgroundMessage()
imagePath = getImagePath()
tileFolder = "ImageTiles"
image = Image.open(imagePath)
width = image.size[0]
size = getMuilt(width)
build_mosaic(
input_path = imagePath,
output_path="mosaicImage"+str(COUNTER)+".png",
collection_path= tileFolder,
#Enlarge image
zoom = size,
#Tile size
thumb_size = 40,
fuzz=10,
new_colormap=False
)
COUNTER +=1
displayFinishMessage()
def get_search_result():
form = cgi.FieldStorage()
selName = form.getfirst('sel', '')
if not selName:
ryw.give_bad_news(
'AddSearchAll: failed to find current search result: ',
logging.error)
return None
tmpSearchResultDir = Search.decide_search_result_dir()
if not tmpSearchResultDir:
ryw.give_bad_news('AddSearchAll: ' +
'decide_search_result_dir failed.',
logging.error)
return None
searchFileName = os.path.join(tmpSearchResultDir, selName)
searchSel = ProcessDownloadReq.get_reqs(searchFileName)
return searchSel
def start():
print('Starting comment stream:')
last_checked_pms = time.time()
#This opens a constant stream of comments. It will loop until there's a major error (usually this means the Reddit access token needs refreshing)
comment_stream = praw.helpers.comment_stream(reddit, SUBREDDITLIST, limit=250, verbosity=0)
for comment in comment_stream:
# check if it's time to check the PMs
if (time.time() - last_checked_pms) > TIME_BETWEEN_PM_CHECKS:
process_pms()
last_checked_pms = time.time()
#Is the comment valid (i.e. it's not made by Roboragi and I haven't seen it already). If no, try to add it to the "already seen pile" and skip to the next comment. If yes, keep going.
if not (Search.isValidComment(comment, reddit)):
try:
if not (DatabaseHandler.commentExists(comment.id)):
DatabaseHandler.addComment(comment.id, comment.author.name, comment.subreddit, False)
except:
pass
continue
process_comment(comment)
def process_comment(comment, is_edit=False):
#Anime/Manga requests that are found go into separate arrays
animeArray = []
mangaArray = []
lnArray = []
#ignores all "code" markup (i.e. anything between backticks)
comment.body = re.sub(r"\`(?s)(.*?)\`", "", comment.body)
#This checks for requests. First up we check all known tags for the !stats request
if re.search('({!stats.*?}|{{!stats.*?}}|<!stats.*?>|<<!stats.*?>>)',
comment.body, re.S) is not None:
username = re.search('[uU]\/([A-Za-z0-9_-]+?)(>|}|$)', comment.body,
re.S)
subreddit = re.search('[rR]\/([A-Za-z0-9_]+?)(>|}|$)', comment.body,
re.S)
if username:
commentReply = CommentBuilder.buildStatsComment(
username=username.group(1))
elif subreddit:
commentReply = CommentBuilder.buildStatsComment(
subreddit=subreddit.group(1))
else:
commentReply = CommentBuilder.buildStatsComment()
else:
#The basic algorithm here is:
#If it's an expanded request, build a reply using the data in the braces, clear the arrays, add the reply to the relevant array and ignore everything else.
#If it's a normal request, build a reply using the data in the braces, add the reply to the relevant array.
#Counts the number of expanded results vs total results. If it's not just a single expanded result, they all get turned into normal requests.
numOfRequest = 0
numOfExpandedRequest = 0
forceNormal = False
for match in re.finditer("\{{2}([^}]*)\}{2}|\<{2}([^>]*)\>{2}",
comment.body, re.S):
numOfRequest += 1
numOfExpandedRequest += 1
for match in re.finditer(
"(?<=(?<!\{)\{)([^\{\}]*)(?=\}(?!\}))|(?<=(?<!\<)\<)([^\<\>]*)(?=\>(?!\>))",
comment.body, re.S):
numOfRequest += 1
if (numOfExpandedRequest >= 1) and (numOfRequest > 1):
forceNormal = True
#Expanded Anime
for match in re.finditer("\{{2}([^}]*)\}{2}", comment.body, re.S):
reply = ''
if (forceNormal) or (str(comment.subreddit).lower()
in disableexpanded):
reply = Search.buildAnimeReply(match.group(1), False, comment)
else:
reply = Search.buildAnimeReply(match.group(1), True, comment)
if (reply is not None):
animeArray.append(reply)
#Normal Anime
for match in re.finditer("(?<=(?<!\{)\{)([^\{\}]*)(?=\}(?!\}))",
comment.body, re.S):
reply = Search.buildAnimeReply(match.group(1), False, comment)
if (reply is not None):
animeArray.append(reply)
#Expanded Manga
#NORMAL EXPANDED
for match in re.finditer("\<{2}([^>]*)\>{2}(?!(:|\>))", comment.body,
re.S):
reply = ''
if (forceNormal) or (str(comment.subreddit).lower()
in disableexpanded):
reply = Search.buildMangaReply(match.group(1), False, comment)
else:
reply = Search.buildMangaReply(match.group(1), True, comment)
if (reply is not None):
mangaArray.append(reply)
#AUTHOR SEARCH EXPANDED
for match in re.finditer("\<{2}([^>]*)\>{2}:\(([^)]+)\)", comment.body,
re.S):
reply = ''
if (forceNormal) or (str(comment.subreddit).lower()
in disableexpanded):
reply = Search.buildMangaReplyWithAuthor(
match.group(1), match.group(2), False, comment)
else:
reply = Search.buildMangaReplyWithAuthor(
match.group(1), match.group(2), True, comment)
if (reply is not None):
mangaArray.append(reply)
#Normal Manga
#NORMAL
for match in re.finditer("(?<=(?<!\<)\<)([^\<\>]+)\>(?!(:|\>))",
comment.body, re.S):
reply = Search.buildMangaReply(match.group(1), False, comment)
if (reply is not None):
mangaArray.append(reply)
#AUTHOR SEARCH
for match in re.finditer("(?<=(?<!\<)\<)([^\<\>]*)\>:\(([^)]+)\)",
comment.body, re.S):
reply = Search.buildMangaReplyWithAuthor(match.group(1),
match.group(2), False,
comment)
if (reply is not None):
mangaArray.append(reply)
#Expanded LN
for match in re.finditer("\]{2}([^]]*)\[{2}", comment.body, re.S):
reply = ''
if (forceNormal) or (str(comment.subreddit).lower()
in disableexpanded):
reply = Search.buildLightNovelReply(match.group(1), False,
comment)
else:
reply = Search.buildLightNovelReply(match.group(1), True,
comment)
if (reply is not None):
lnArray.append(reply)
#Normal LN
for match in re.finditer("(?<=(?<!\])\])([^\]\[]*)(?=\[(?!\[))",
comment.body, re.S):
reply = Search.buildLightNovelReply(match.group(1), False, comment)
if (reply is not None):
lnArray.append(reply)
#Here is where we create the final reply to be posted
#The final comment reply. We add stuff to this progressively.
commentReply = ''
#Basically just to keep track of people posting the same title multiple times (e.g. {Nisekoi}{Nisekoi}{Nisekoi})
postedAnimeTitles = []
postedMangaTitles = []
postedLNTitles = []
#Adding all the anime to the final comment. If there's manga too we split up all the paragraphs and indent them in Reddit markup by adding a '>', then recombine them
for i, animeReply in enumerate(animeArray):
if not (i is 0):
commentReply += '\n\n'
if not (animeReply['title'] in postedAnimeTitles):
postedAnimeTitles.append(animeReply['title'])
commentReply += animeReply['comment']
if mangaArray:
commentReply += '\n\n'
#Adding all the manga to the final comment
for i, mangaReply in enumerate(mangaArray):
if not (i is 0):
commentReply += '\n\n'
if not (mangaReply['title'] in postedMangaTitles):
postedMangaTitles.append(mangaReply['title'])
commentReply += mangaReply['comment']
if lnArray:
commentReply += '\n\n'
#Adding all the manga to the final comment
for i, lnReply in enumerate(lnArray):
if not (i is 0):
commentReply += '\n\n'
if not (lnReply['title'] in postedLNTitles):
postedLNTitles.append(lnReply['title'])
commentReply += lnReply['comment']
#If there are more than 10 requests, shorten them all
if not (commentReply is '') and (
len(animeArray) + len(mangaArray) + len(lnArray) >= 10):
commentReply = re.sub(r"\^\((.*?)\)", "", commentReply, flags=re.M)
#If there was actually something found, add the signature and post the comment to Reddit. Then, add the comment to the "already seen" database.
if commentReply is not '':
'''if (comment.author.name == 'treborabc'):
commentReply = '[No.](https://www.reddit.com/r/anime_irl/comments/4sba1n/anime_irl/d58xkha)'''
commentReply += Config.getSignature(comment.permalink)
commentReply += Reference.get_bling(comment.author.name)
if is_edit:
return commentReply
else:
try:
comment.reply(commentReply)
print("Comment made.\n")
except praw.errors.Forbidden:
print('Request from banned subreddit: ' +
str(comment.subreddit) + '\n')
except Exception:
traceback.print_exc()
try:
DatabaseHandler.addComment(comment.id, comment.author.name,
comment.subreddit, True)
except:
traceback.print_exc()
else:
try:
if is_edit:
return None
else:
DatabaseHandler.addComment(comment.id, comment.author.name,
comment.subreddit, False)
except:
traceback.print_exc()
def similarQuery(self, word): return Search.similarQuery(word, self.UserClass)
#
# creates a new mongodb database with the first thousand
# and last thousand posts that the queries "show hn" and "showhn" find
# in collection 'posts'
#
import Search
from pymongo import Connection
import pymongo
if __name__ == '__main__':
connection = Connection(
"mongodb://*****:*****@7fc2f09f.dotcloud.com:12015")
db = connection['showhn']
posts = Search.search_for_showhn()
effort = 0
bool = True
while (bool):
posts_collection = db['posts']
effort += 1
try:
posts_collection.insert(posts, safe=True)
bool = False
except pymongo.errors.OperationFailure:
posts_collection.drop()
bool = True
print effort
def motionEs(self, Yc, Yr, pix):
_search = Search()
cpoint = _search.full_search(Yc, Yr, pix)
return cpoint
def searchBox(search):
# this function returns result based on all potential search elements
return Search.searchAll(myDB, myCursor, search)
def main():
""" 主函数 """
Search.startSearch()
def sim_2(self):
test = Search.NewtonMethod(self.error_2,1.1*2*math.pi,0.01,0.01)
result = test.do_it()
self.vL = result
return result
def process_comment(comment, is_edit=False):
""" process dat comment """
# Anime/Manga requests that are found go into separate arrays
animeArray = []
mangaArray = []
lnArray = []
vnArray = []
# ignores all "code" markup (i.e. anything between backticks)
comment.body = re.sub(r"\`[{<\[]+(.*?)[}>\]]+\`", "", comment.body)
num_so_far = 0
numOfRequest = 0
numOfExpandedRequest = 0
# Ignore any blacklisted users
if (comment.author.name.lower() in user_blacklist):
print('User in blacklist: ' + comment.author.name)
commentReply = ''
# This checks for requests. First up we check all known tags for the !stats request
elif re.search('({!stats.*?}|{{!stats.*?}}|<!stats.*?>|<<!stats.*?>>)', comment.body, re.S) is not None:
username = USERNAME_PATTERN.search(comment.body)
subreddit = SUBREDDIT_PATTERN.search(comment.body)
if username:
commentReply = CommentBuilder.buildStatsComment(
username=username.group(1)
)
elif subreddit:
commentReply = CommentBuilder.buildStatsComment(
subreddit=subreddit.group(1)
)
else:
commentReply = CommentBuilder.buildStatsComment()
else:
# The basic algorithm here is:
# If it's an expanded request, build a reply using the data in the
# braces, clear the arrays, add the reply to the relevant array and
# ignore everything else. If it's a normal request, build a reply using
# the data in the braces, add the reply to the relevant array.
# Counts the number of expanded results vs total results. If it's not
# just a single expanded result, they all get turned into normal
# requests.
forceNormal = False
for match in find_requests('all', comment.body, expanded=True):
numOfRequest += 1
numOfExpandedRequest += 1
for match in find_requests('all', comment.body):
numOfRequest += 1
if (numOfExpandedRequest >= 1) and (numOfRequest > 1):
forceNormal = True
# Determine whether we'll build an expanded reply just once.
subredditName = str(comment.subreddit).lower()
isExpanded = False if (forceNormal or (subredditName in disableexpanded)) else True
# The final comment reply. We add stuff to this progressively.
commentReply = ''
# Expanded Anime
for match in find_requests('anime', comment.body, expanded=True):
if num_so_far < 30:
reply = Search.buildAnimeReply(match, isExpanded, comment)
if (reply is not None):
num_so_far = num_so_far + 1
animeArray.append(reply)
# Normal Anime
for match in find_requests('anime', comment.body):
if num_so_far < 30:
reply = Search.buildAnimeReply(match, False, comment)
if (reply is not None):
num_so_far = num_so_far + 1
animeArray.append(reply)
# Expanded Manga
# NORMAL EXPANDED
for match in find_requests('manga', comment.body, expanded=True):
if num_so_far < 30:
reply = Search.buildMangaReply(match, isExpanded, comment)
if (reply is not None):
num_so_far = num_so_far + 1
mangaArray.append(reply)
# Normal Manga
# NORMAL
for match in find_requests('manga', comment.body):
if num_so_far < 30:
reply = Search.buildMangaReply(match, False, comment)
if (reply is not None):
num_so_far = num_so_far + 1
mangaArray.append(reply)
# Expanded LN
for match in find_requests('light_novel', comment.body, expanded=True):
if num_so_far < 30:
reply = Search.buildLightNovelReply(match, isExpanded, comment)
if (reply is not None):
num_so_far = num_so_far + 1
lnArray.append(reply)
# Normal LN
for match in find_requests('light_novel', comment.body):
if num_so_far < 30:
reply = Search.buildLightNovelReply(match, False, comment)
if (reply is not None):
num_so_far = num_so_far + 1
lnArray.append(reply)
# Expanded VN
for match in find_requests('visual_novel', comment.body, expanded=True):
if num_so_far < 30:
reply = Search.buildVisualNovelReply(match, isExpanded, comment)
if (reply is not None):
num_so_far = num_so_far + 1
vnArray.append(reply)
# Normal VN
for match in find_requests('visual_novel', comment.body):
if num_so_far < 30:
reply = Search.buildVisualNovelReply(match, False, comment)
if (reply is not None):
num_so_far = num_so_far + 1
vnArray.append(reply)
# Here is where we create the final reply to be posted
# Basically just to keep track of people posting the same title
# multiple times (e.g. {Nisekoi}{Nisekoi}{Nisekoi})
postedAnimeTitles = []
postedMangaTitles = []
postedLNTitles = []
postedVNTitles = []
# Adding all the anime to the final comment. If there's manga too we
# split up all the paragraphs and indent them in Reddit markup by
# adding a '>', then recombine them
for i, animeReply in enumerate(animeArray):
if not (i is 0):
commentReply += '\n\n'
if not (animeReply['title'] in postedAnimeTitles):
postedAnimeTitles.append(animeReply['title'])
commentReply += animeReply['comment']
if mangaArray:
commentReply += '\n\n'
# Adding all the manga to the final comment
for i, mangaReply in enumerate(mangaArray):
if not (i is 0):
commentReply += '\n\n'
if not (mangaReply['title'] in postedMangaTitles):
postedMangaTitles.append(mangaReply['title'])
commentReply += mangaReply['comment']
if lnArray:
commentReply += '\n\n'
# Adding all the light novels to the final comment
for i, lnReply in enumerate(lnArray):
if not (i is 0):
commentReply += '\n\n'
if not (lnReply['title'] in postedLNTitles):
postedLNTitles.append(lnReply['title'])
commentReply += lnReply['comment']
if vnArray:
commentReply += '\n\n'
# Adding all the visual novels to the final comment
for i, vnReply in enumerate(vnArray):
if not (i is 0):
commentReply += '\n\n'
if not (vnReply['title'] in postedVNTitles):
postedVNTitles.append(vnReply['title'])
commentReply += vnReply['comment']
# If there are more than 10 requests, shorten them all
lenRequests = sum(map(len, (animeArray, mangaArray, lnArray, vnArray)))
if not (commentReply is '') and (lenRequests >= 10):
commentReply = re.sub(r"\^\((.*?)\)", "", commentReply, flags=re.M)
# If there was actually something found, add the signature and post the
# comment to Reddit. Then, add the comment to the "already seen" database.
if commentReply is not '':
if num_so_far >= 30:
commentReply += ("\n\nI'm limited to 30 requests at once and have "
"had to cut off some, sorry for the "
"inconvenience!\n\n")
commentReply += Config.getSignature(comment.permalink)
commentReply += Reference.get_bling(comment.author.name)
total_expected = int(numOfRequest)
total_found = sum(map(len, (animeArray, mangaArray, lnArray, vnArray)))
if total_found != total_expected:
commentReply += ' | ({0}/{1})'.format(total_found,
total_expected)
if is_edit:
return commentReply
else:
try:
comment.reply(commentReply)
print("Comment made.\n")
except praw.errors.Forbidden:
print('Request from banned '
'subreddit: {0}\n'.format(comment.subreddit))
except Exception as e:
logger.debug(traceback.print_exc())
logger.warn(e)
comment_author = comment.author.name if comment.author else '!UNKNOWN!'
try:
DatabaseHandler.addComment(
comment.id,
comment_author,
comment.subreddit,
True
)
except Exception as e:
logger.debug(traceback.print_exc())
logger.warn(e)
else:
try:
if is_edit:
return None
else:
comment_author = comment.author.name if comment.author else '!UNKNOWN!'
DatabaseHandler.addComment(
comment.id,
comment_author,
comment.subreddit,
False
)
except Exception as e:
logger.debug(traceback.print_exc())
logger.warn(e)
import Search as src
x = int(input("Input a number bro "))
list01 = []
for a in range(x):
y = int(input())
list01.append(y)
search_item = int(input())
src.binary_search(list01, 0, len(list01), search_item)
def search(self, start, end, heuristic, greedy):
search = Search.Search(self.api,
heuristic)
return search.greedy(start, end) if greedy else search.a_star(start, end)
def executePO(self, rawLogs, serverData, run=False):
logPharserObj = logPharser.logPharser()
searchObj = Search.logSearch()
poDefFile = open(Config.PODEFINITIONFILE, 'r').read()
serlst = []
for i in range(len(serverData)):
l = dict(serverData[i])
if l.has_key('data'):
serlst.append(l['data'])
fdaPODefinition = logPharserObj.extractDic(
poDefFile,
extractCommunicationTemplate=False,
extractFDATemplate=True)
comPODefinition = logPharserObj.extractDic(
poDefFile,
extractCommunicationTemplate=True,
extractFDATemplate=False)
matchingFDAPOTemplate, matchingComPOTemplate = logPharserObj.matchDictTemplate(
fdaPODefinition, comPODefinition)
rpmPOList = searchObj.keywordSearch(rawLogs, *Config.RPMKEYS)
fdaPOList = searchObj.keywordSearch(rawLogs, *Config.FDAKEYS)
comPOList = searchObj.keywordSearch(rawLogs, *Config.COMMUNICATIONKEYS)
rpmPOStr = '\n'.join(rpmPOList)
fdaPOStr = '\n'.join(fdaPOList)
comPOStr = '\n'.join(comPOList)
rpmPOLst = logPharserObj.extractDic(rpmPOStr)
fdaPOLst = logPharserObj.extractDic(fdaPOStr)
comPOTempLst = logPharserObj.extractDic(comPOStr)
comPOLst = logPharserObj.extractDictofDict(comPOTempLst)
# serverPOLst = logPharserObj.extractDic(serlst)
rpmPOValues = logPharserObj.checkformat(matchingFDAPOTemplate,
rpmPOLst, Config.PO[0])
fdaPOValues = logPharserObj.checkformat(matchingFDAPOTemplate,
fdaPOLst, Config.PO[0])
comPOValues = logPharserObj.checkformat(matchingComPOTemplate,
comPOLst, Config.PO[0])
serverPOValues = logPharserObj.checkformat(matchingComPOTemplate,
serlst, Config.PO[0])
rpmPOTmpVal = []
fdaPOTmpVal = []
comPOTmpVal = []
serverPOTmpVal = []
for i in range(len(rpmPOValues)):
dict1 = dict(rpmPOValues[i])
if dict1.has_key(Config.PO[0]):
rpmPOTmpVal.append(dict1.copy())
for i in range(len(fdaPOValues)):
dict1 = dict(fdaPOValues[i])
if dict1.has_key(Config.PO[0]):
fdaPOTmpVal.append(dict1)
for i in range(len(comPOValues)):
dict1 = dict(comPOValues[i])
if dict1.has_key(Config.PO[0]):
comPOTmpVal.append(dict1)
for i in range(len(serverPOValues)):
dict1 = dict(serverPOValues[i])
if dict1.has_key(Config.PO[0]):
serverPOTmpVal.append(dict1)
rpmFinalPO = logPharserObj.removeDuplicate(rpmPOTmpVal)
fdaFinalPO = logPharserObj.removeDuplicate(fdaPOTmpVal)
comFinalPO = logPharserObj.removeDuplicate(comPOTmpVal)
serverFinalPO = logPharserObj.removeDuplicate(serverPOTmpVal)
print matchingFDAPOTemplate
print matchingComPOTemplate
print comFinalPO
PORPM, POFDA = logPharserObj.matchListEqual(rpmFinalPO, fdaFinalPO,
matchingFDAPOTemplate,
matchingComPOTemplate)
POFDACOM, POCOM = logPharserObj.matchListEqual(POFDA, comFinalPO,
matchingFDAPOTemplate,
matchingComPOTemplate)
POSERVERCOM, POSERVER = logPharserObj.matchListEqual(
POCOM, serverFinalPO, matchingFDAPOTemplate, matchingComPOTemplate)
print len(POSERVER)
print len(POCOM)
rpmPOMatched, rpmPONonMatched = logPharserObj.matchValues(
PORPM, POFDACOM, 'date')
fdaPOMatched, fdaPONonMatched = logPharserObj.matchValues(
POFDACOM, PORPM, 'date')
fdacomBPMatched, fdacomBPNonMatched = logPharserObj.matchValues(
POFDACOM, POCOM, 'date')
comPOMatched, comPONonMatched = logPharserObj.matchValues(
POCOM, fdaPOMatched, 'date')
serverPOMatched, serverPONonMatched = logPharserObj.matchValues(
POSERVERCOM, PORPM, 'date')
print rpmPOMatched
rpmPOPass = logPharserObj.extractPassData(Config.PO, rpmPOMatched)
fdaPOPass = logPharserObj.extractPassData(Config.PO, fdaPOMatched)
# fdaBPPass = logPharserObj.extractPassData(Config.BP, fdacomBPMatched)
comPOPass = logPharserObj.extractPassData(Config.PO, comPOMatched)
serverPOPass = logPharserObj.extractPassData(Config.PO,
serverPOMatched)
POpasscount = logPharserObj.addData('Pass', fdaPOPass)
POfailcount = logPharserObj.addData('Fail', fdaPONonMatched)
dataType = logPharserObj.addData('PO', POpasscount)
dataType1 = logPharserObj.addData('PO', POfailcount)
# print POCOM
# print len(comPOPass)
# print len(rpmPOPass)
# print len(fdaPOPass)
fdaPONonMatchedFinal = list(
str(fdaPONonMatched[i]) for i in range(len(fdaPONonMatched)))
comPONonMatchedFinal = list(
str(comPONonMatched[i]) for i in range(len(comPONonMatched)))
df = pd.DataFrame()
df1 = pd.DataFrame()
df2 = pd.DataFrame()
df3 = pd.DataFrame()
df['Data Type'] = dataType
df['RPM'] = rpmPOPass
df['FDA'] = fdaPOPass
df['Com'] = comPOPass
df2['Server'] = serverPOPass
df['Result'] = POpasscount
df1['Data Type'] = dataType1
df1['RPM'] = rpmPONonMatched
df1['FDA'] = fdaPONonMatched
df1['Com'] = comPONonMatched
df3['Server'] = serverPONonMatched
df1['Result'] = POfailcount
h = df.append(df1, ignore_index=True)
h2 = df2.append(df3, ignore_index=True)
df4 = pd.concat([h, h2], axis=1)
writer = pd.ExcelWriter('POResult.xlsx', engine='xlsxwriter')
df4.to_excel(writer, sheet_name='Report', index=False)
workbook = writer.book
worksheet = writer.sheets['Report']
writer.save()
writer.close()
def Solve(self):
result, states = Search.IDDFS(self)
actions = [self.actionName[x] for x in result]
return actions, states
def sim_2(self):
times = self.start_times()
print times
test1 = Search.GoldenSection(self.error_1, times[0], times[1], 0.0001)
result1 = test1.do_it()
return result1
def sim_3(self):
test = Search.NewtonMethod(self.error_3,1.9,0.01,0.01)
result = test.do_it()
return result
def start(self):
csvFileName = self.query + ".csv"
print(csvFileName)
g = Search.load_csv(f=csvFileName)
return str(g.search(self.query))
def start_search(name):
start_search = Search(Phone_book)
output = start_search.start(name)
self.output.delete('1.0', tk.END)
self.output.insert(tk.INSERT, 'u zocht op %s \n\n' % name)
self.output.insert(tk.INSERT, output)
def searchInUserCity(userCity):
# this function returns all shops present in the user's city
return Search.searchFilter(myDB, myCursor, userCity, 'city')
def __execute_select(self, sql, params, pub_key, search_keys):
parsed = sqlparse.parse(sql)[0]
col_names = []
is_wildcard = False
for t in parsed.tokens:
if t.ttype == tokens.Keyword:
break
if type(t) == sqlparse.sql.IdentifierList:
col_names = [x.value for x in t.get_identifiers()]
break
if type(t) == sqlparse.sql.Identifier:
col_names = [t.value]
break
if t.ttype == tokens.Wildcard:
is_wildcard = True
break
table_name = None
saw_from = False
for t in parsed.tokens:
if saw_from and type(t) == sqlparse.sql.Identifier:
table_name = t.value
break
if t.ttype == tokens.Keyword and t.value.lower() == "from":
saw_from = True
if table_name not in self.ld_conn.tables:
raise ValueError("Table {} does not exist".format(table_name))
if is_wildcard:
# TODO: Should we calculate this at startup?
cur = self.ld_conn.sqlite_conn().cursor()
# table_name should be whitelisted
cur.execute("PRAGMA table_info({})".format(table_name))
col_names = [x[1] for x in cur.fetchall()]
self.last_query_type = QueryType.REWRITTEN_SELECT
self.last_query_table = table_name
self.last_query_columns = col_names
# If there is a LIKE, we need to disable it (by replacing with LIKE '%%')
# When no search keys provided, select row id and column content (to be used in metadata fetch)
# If search keys provided, select row id and search blob, perform search, then select final ids
# Disable LIKE if exists, and flag it
is_search = False
search_column = None
for t in parsed.tokens:
if type(t) == sqlparse.sql.Where:
last_identifier = ""
found_like = False
for where_t in t.tokens:
if type(where_t) == sqlparse.sql.Identifier:
last_identifier = where_t.value
# Only flag a LIKE if column is encrypted
if (last_identifier
in self.ld_conn.encrypted_columns[table_name]
and where_t.ttype == tokens.Keyword
and where_t.value.lower() == "like"):
found_like = True
is_search = True
search_column = last_identifier
if where_t.ttype == tokens.Literal.String.Single and found_like:
where_t.value = "'%%'"
break
# Snapshot query here before we insert pub keys (for search to restore)
snapshot = str(parsed)
# Insert pub key matching
# Matching condition
def insert_cond(cond_sql):
cond_parsed = sqlparse.parse(cond_sql)[0]
# Create WHERE clause if it doesn't exist, else concatenate condition to AND
found_where = False
for t in parsed.tokens:
if type(t) == sqlparse.sql.Where:
found_where = True
t.tokens.extend(sqlparse.parse(" AND ")[0].tokens)
t.tokens.extend(cond_parsed.tokens)
if not found_where:
# Historical artifact found here! Congratulations
parsed.tokens.append(
sqlparse.sql.Token(sqlparse.tokens.Whitespace, ' '))
parsed.tokens.append(
sqlparse.sql.Where(
sqlparse.sql.TokenList([
sqlparse.sql.Token(sqlparse.tokens.Keyword,
'WHERE'),
sqlparse.sql.Token(sqlparse.tokens.Whitespace,
' '), *cond_parsed.tokens
])))
cond_sql = "id IN (SELECT id FROM Lockdown_{} WHERE pub_key=(?)) ".format(
table_name)
insert_cond(cond_sql)
if is_search:
for i, t in enumerate(parsed.tokens):
if type(t) == sqlparse.sql.IdentifierList or type(
t
) == sqlparse.sql.Identifier or t.ttype == tokens.Wildcard or t.ttype == tokens.Keyword:
if search_keys is None:
# For metadata step, we want to first replace the result columns with id, column
parsed.tokens[i] = sqlparse.parse(
"id, {}".format(search_column))[0].tokens[0]
self.last_query_columns = ["id", search_column]
col_names = self.last_query_columns
else:
# For search step we want to replace with id, search_blob
parsed.tokens[i] = sqlparse.parse(
"id, search_blob")[0].tokens[0]
break
# For metadata step, do nothing now (will return id, column metadata when fetchall is called)
# For search step, run query ahead of time, find relevant ids, and then run original query (selecting those ids)
if is_search and search_keys is not None:
saw_from = False
for i, t in enumerate(parsed.tokens):
if saw_from and type(t) == sqlparse.sql.Identifier:
parsed.tokens[i] = sqlparse.parse(
"({} NATURAL JOIN Lockdown_Search_{})".format(
table_name, table_name))[0].tokens[0]
break
if t.ttype == tokens.Keyword and t.value.lower() == "from":
saw_from = True
self.cursor.execute(str(parsed), [*params, pub_key])
rows = self.cursor.fetchall()
found_ids = []
for row_id, search_blob_json in rows:
search_blob = [
base64.b64decode(x) for x in json.loads(search_blob_json)
]
search_key = [
base64.b64decode(x) for x in search_keys[str(row_id)]
]
if Search.search(search_blob, search_key[0], search_key[1]):
found_ids.append(row_id)
# Reset query to use different condition insert
parsed = sqlparse.parse(snapshot)[0]
insert_cond("id IN ({}) ".format(",".join(
str(x) for x in found_ids)))
# TODO: investigate if this is the right position to put pub key, can the match_sql ever appear before any param?
# TODO: We could just use a named parameter instead of a question mark? https://stackoverflow.com/questions/29686112/named-parameters-in-python-sqlite-query
if is_search and search_keys is not None:
# Don't insert pub key anymore, we have specific ids
self.cursor.execute(str(parsed), params)
else:
self.cursor.execute(str(parsed), [*params, pub_key])
import Search
word = input("enter the word : ").lower()
output = Search.searchData(word)
if type(output) == list:
for item in output:
print(item)
else:
print(output)
if __name__ == "__main__":
# New logs and ebay directory
Logs.New()
Ebay.New()
dbErrors = TinyDB(
os.path.dirname(os.path.dirname(__file__)) + "/Logs/Errors")
dbErrors.purge_tables() # Reset Errors Data Base
SearchText = Searching # Data to search
for i in SpecificProductSearch: # Add all the Specific product search stuff to Seart Text
SearchText.append(i)
if (ReuseSearch == 0): # If getting new search items
Search.New()
for SearchingTitleText in SearchText:
TotalSearch(SearchingTitleText, SearchEverything)
DBName = str(
max([
float(s.replace('.json', '')) for s in os.listdir(
str(os.path.dirname(os.path.dirname(__file__))) +
'/DataBase/Searches/')
]))
dbSearches = TinyDB(
os.path.dirname(os.path.dirname(__file__)) + "/DataBase/Searches/" +
DBName)
Data = dbSearches.table("_default").all()
Analisis(Data) # Analise data
def post(self):
book_id = self.request.get('delete_book_id')
book = Book.query(Book.Id == book_id).get()
if book:
Search.delete_index(book_id)
book.key.delete()
print("AddressBook is empty")
userChoice = menu()
while userChoice != 6:
if userChoice == 1: #add entry to addressBook
Add.addEntry(addressBook)
elif userChoice == 2: #update entry to addressBook
Update.updateEntry(addressBook)
elif userChoice == 3: #remove entry to addressBook
Remove.removeEntry(addressBook)
elif userChoice == 4: #search for entry in addressBook
Search.searchEntry(addressBook)
elif userChoice == 5: #print out entire book
for i in addressBook:
print(addressBook[i])
userChoice = menu()
#output dictionary to binary file for next time
try:
ofile = open("address.dat", "wb") #open binary file for output
pickle.dump(addressBook, ofile)
ofile.close()
except:
print("Error writing file, sorry")
import Problem
import Search
timeToLive = 100
numOfEmployedBees = 50
maxIteration = 1000
print("Bee Colony!")
problem = Problem.Problem(timeToLive)
abc = Search.Search()
abc.algorithm(problem, numOfEmployedBees, maxIteration)
def __init__(self):
'''
Initialze the Agent for the first time
'''
self.Initialize()
self.searchEngine = Search.SearchEngine()
#
# creates a new mongodb database with the first thousand
# and last thousand posts that the queries "show hn" and "showhn" find
# in collection 'posts'
#
import Search
from pymongo import Connection
import pymongo
if __name__ == '__main__':
connection = Connection("mongodb://*****:*****@7fc2f09f.dotcloud.com:12015")
db = connection['showhn']
posts = Search.search_for_showhn()
effort = 0
bool = True
while (bool):
posts_collection = db['posts']
effort += 1
try:
posts_collection.insert(posts,safe=True)
bool = False
except pymongo.errors.OperationFailure:
posts_collection.drop()
bool = True
print effort
def search(self, name, option):
audio = Search.find()
self.url, self.title, minutes, seconds = audio.load(name, option)
return self.title, minutes, seconds
bnet = Sequential()
arch = params["arch"]
bnet.add(
Dense(arch[0], input_shape=(width, ), activation=params["activation"]))
for layer in arch[1:]:
bnet.add(Dense(int(layer), activation=params["activation"]))
bnet.add(Dense(4, activation="softmax"))
optimizer = get_optimizer(params["optimizer"])
bnet.compile(loss="categorical_crossentropy",
optimizer=optimizer(lr=params["lr"]),
metrics=["accuracy"])
history = bnet.fit(btrain[0],
btrain_y,
validation_data=(bvalid[0], bvalid_y),
epochs=params["epochs"],
batch_size=params["batch_size"])
classify = bnet.predict_classes(test_bdata)
print(theautil.classifications(classify, test_blabels))
score = bnet.evaluate(test_bdata, btest_y)
print("Scores: %s" % score)
return score[1]
state["f"] = f
random_results = Search.random_search(state,
params,
Search.heuristic_function,
time=60)
random_results = sorted(random_results, key=lambda x: x['Score'])
print(random_results[-1])
def doFind(self, pattern):
self.lastSearchResults = Search.findInText(\
self.GetText().split(self.eol), pattern, False)
self.lastSearchPattern = pattern
if len(self.lastSearchResults):
self.lastMatchPosition = 0
def get(self):
[data, status, headers] = Search.Search(request, db)
return json.loads(data), status, headers
def run(env, agent, target):
env.reveal_cells(agent)
big_loop = True
while big_loop:
search_type = int(
input(
"Which search would you like to do? (Forward A* [1], Backward A* [2], Adaptive A* [3])"
))
check = False
loop = True
count = 0
if search_type == 1:
agent_node = Search.Node(agent.x, agent.y, None, None, None, None,
None)
tar_node = Search.Node(target.x, target.y, None, None, None, None,
None)
while loop:
tie_type = int(
input(
"Which way would you like to break ties? (Greater G-Value [1], Smaller G-Value [2])"
))
if tie_type == 1:
start = time.time()
prev_cell = None
while check is False:
path, expand_list = Search.forward_a(
agent_node, tar_node, env)
if path is None:
break
count += len(expand_list)
for k in path:
x = k.row
y = k.column
pos_cell = env.environment_map[x][y]
if pos_cell.blocked is False:
if pos_cell != agent and pos_cell != target:
if pos_cell.representation == ".":
while prev_cell != pos_cell:
prev_cell.representation = " "
parent = prev_cell.parent
prev_cell.parent = None
prev_cell = parent
else:
pos_cell.parent = prev_cell
pos_cell.representation = "."
agent_node.row = x
agent_node.column = y
if (agent_node.row == tar_node.row and
agent_node.column == tar_node.column):
check = True
break
else:
env.reveal_cells(pos_cell)
prev_cell = pos_cell
else:
break
end = time.time()
if check:
print(
"Congratulations! The agent made its way to the target in "
+ str(round(end - start, 3)) +
" seconds and expanded " + str(count) +
" cells using Forward A*.")
else:
print(
"Unfortunately, the agent could not find its way to the target using Forward A*. The agent expanded "
+ str(count) +
" cells and discovered the blocked path in " +
str(round(end - start, 3)) + " seconds.")
loop = False
big_loop = False
env.print_env()
elif tie_type == 2:
start = time.time()
prev_cell = None
while check is False:
path, expand_list = Search.diff_tie_break(
agent_node, tar_node, env)
if path is None:
break
count += len(expand_list)
for k in path:
x = k.row
y = k.column
pos_cell = env.environment_map[x][y]
if pos_cell.blocked is False:
if pos_cell != agent and pos_cell != target:
if pos_cell.representation == ".":
while prev_cell != pos_cell:
prev_cell.representation = " "
parent = prev_cell.parent
prev_cell.parent = None
prev_cell = parent
else:
pos_cell.parent = prev_cell
pos_cell.representation = "."
agent_node.row = x
agent_node.column = y
if (agent_node.row == tar_node.row and
agent_node.column == tar_node.column):
check = True
break
else:
env.reveal_cells(pos_cell)
prev_cell = pos_cell
else:
break
end = time.time()
if check:
print(
"Congratulations! The agent made its way to the target in "
+ str(round(end - start, 3)) +
" seconds and expanded " + str(count) +
" cells using Forward A*.")
else:
print(
"Unfortunately, the agent could not find its way to the target using Forward A*. The agent expanded "
+ str(count) +
" cells and discovered the blocked path in " +
str(round(end - start, 3)) + " seconds.")
loop = False
big_loop = False
env.print_env()
else:
print("Error: Please enter valid input")
elif search_type == 2:
start = time.time()
agent_node = Search.Node(agent.x, agent.y, None, None, None, None,
None)
tar_node = Search.Node(target.x, target.y, None, None, None, None,
None)
prev_cell = None
while check is False:
path, expand_list = Search.forward_a(tar_node, agent_node, env)
if path is None:
break
count += len(expand_list)
path.reverse()
for k in path:
x = k.row
y = k.column
pos_cell = env.environment_map[x][y]
if pos_cell.blocked is False:
if pos_cell != agent and pos_cell != target:
if pos_cell.representation == ".":
while prev_cell != pos_cell:
prev_cell.representation = " "
parent = prev_cell.parent
prev_cell.parent = None
prev_cell = parent
else:
pos_cell.parent = prev_cell
pos_cell.representation = "."
agent_node.row = x
agent_node.column = y
if (agent_node.row == tar_node.row
and agent_node.column == tar_node.column):
check = True
break
else:
env.reveal_cells(pos_cell)
prev_cell = pos_cell
else:
break
end = time.time()
if check:
print(
"Congratulations! The agent made its way to the target in "
+ str(round(end - start, 3)) + " seconds and expanded " +
str(count) + " cells using Backward A*.")
else:
print(
"Unfortunately, the agent could not find its way to the target using Backward A*. The agent expanded "
+ str(count) +
" cells and discovered the blocked path in " +
str(round(end - start, 3)) + " seconds.")
big_loop = False
env.print_env()
elif search_type == 3:
start = time.time()
agent_node = Search.Node(agent.x, agent.y, None, None, None, None,
None)
tar_node = Search.Node(target.x, target.y, None, None, None, None,
None)
prev_cell = None
expand_list = None
path = None
search_func = 0
while check is False:
g_goal = -1
if search_func == 0:
path, expand_list = Search.forward_a(
agent_node, tar_node, env)
expanded_list = expand_list
search_func = 1
else:
path, expand_list = Search.adaptive_a(
agent_node, tar_node, g_goal, expanded_list, env)
set_1 = set(expanded_list)
set_2 = set(expand_list)
set_diff = set_1 - set_2
expanded_list = expanded_list + list(set_diff)
if path is None:
break
g_goal += len(path)
count += len(expand_list)
for k in path:
x = k.row
y = k.column
pos_cell = env.environment_map[x][y]
if pos_cell.blocked is False:
if pos_cell != agent and pos_cell != target:
if pos_cell.representation == ".":
while prev_cell != pos_cell:
prev_cell.representation = " "
parent = prev_cell.parent
prev_cell.parent = None
prev_cell = parent
else:
pos_cell.parent = prev_cell
pos_cell.representation = "."
agent_node.row = x
agent_node.column = y
if (agent_node.row == tar_node.row
and agent_node.column == tar_node.column):
check = True
break
else:
env.reveal_cells(pos_cell)
prev_cell = pos_cell
else:
break
end = time.time()
if check:
print(
"Congratulations! The agent made its way to the target in "
+ str(round(end - start, 3)) + " seconds and expanded " +
str(count) + " cells using Adaptive A*.")
else:
print(
"Unfortunately, the agent could not find its way to the target using Adaptive A*. The agent expanded "
+ str(count) +
" cells and discovered the blocked path in " +
str(round(end - start, 3)) + " seconds.")
big_loop = False
env.print_env()
else:
print("Error: Please enter valid input")
def SearchAPI(request):
if (request.method == 'OPTIONS'):
return '', 204, headers
return Search.Search(request, db)
def menu():
try:
while True:
try:
print("""
|-------------------------------------------------------------------------------|
| 1.Thu thập link tuyển dụng |
| 2.Thu thập thông tin tuyển dụng(Tiêu đề, mô tả, vị trí tuyển dụng, . . .) |
| 3.Thu thập thông tin ứng viên(Tên, bằng cấp, địa chỉ, . . ) |
| --------------------------------------------------------------------------- |
| 4.Loại bỏ Stopword |
| 5.Thống kế bao nhiêu ngành nghề đang tuyển dụng(Nhà tuyển dụng) |
| 6.Thống kê địa điểm tuyển dụng |
| 7.Thống kê bao nhiêu ngành nghề đang cần việc làm(Ứng viên) |
| 8.Chuyển thông tin về dạng số tf-idf |
| 9. Tìm kiếm thông tin |
| --------------------------------------------------------------------------- |
| 0.Thoát |
|------------------------------------------------------------------------------ |
""")
option = int(input("Chọn chức năng: "))
if option == 1:
get_links_job_from_range_page()
elif option == 2:
craw_from_links()
elif option == 3:
get_ung_vien_theo_phan_trang()
elif option == 4:
print("""
Loại bỏ stopword trong:
1. tieude
2. mota
3. Ví dụ loại bỏ stopword""")
a = int(input("Chọn: "))
if a == 1:
print("Tiêu đề sau khi loại bỏ stopword: ")
for i in loai_bo_stopword_trong_danhsach(tieude):
print(i)
elif a == 2:
print("Mô tả sau khi loại bỏ stopword: ")
for i in loai_bo_stopword_trong_danhsach(mota):
print(i)
else:
sentence = input("Nhập vào 1 câu: ")
print("------------------ Câu đã nhập: ", sentence)
print(
"------------------ Câu sau khi loại bỏ stopword: ",
loai_bo_stopword(sentence))
elif option == 5:
thong_ke_nganh_nghe(nganh_nghe)
elif option == 6:
thong_ke_dia_diem_tuyen_dung(dia_diem)
elif option == 7:
thong_ke_nganh_nghe_ung_vien(nganh_nghe_ung_tuyen)
elif option == 8:
bow_tf_idf.main()
elif option == 9:
Search()
else:
print("Đã thoát")
break
pass
except Exception as erro:
print("Hãy chọn đúng chức năng!")
print(erro)
except Exception as erro:
print(erro)