def exportUniqueSentences(project, mode="lasttree", pattern=False):
"""
exports one tree per sentences: the first time the sentence is found, the newest tree
"""
sql = SQL(project)
db, cursor = sql.open()
sentences = {} # toks -> tree
outdir = os.path.join("..", "projects", project, "export")
try:
os.mkdir(outdir)
except OSError:
pass
outfile = os.path.join(outdir, "allSentences.conll")
if pattern:
command = """select trees.rowid,userid,max(timestamp) from trees, sentences, texts where texts.rowid=sentences.textid and sentences.rowid=trees.sentenceid
and textname like "{pattern}"
group by sentenceid order by trees.rowid;""".format(pattern=pattern)
else:
command = """select trees.rowid,userid,max(timestamp) from trees, sentences, texts where texts.rowid=sentences.textid and sentences.rowid=trees.sentenceid
group by sentenceid order by trees.rowid;"""
for i, (
treeid,
userid,
timestamp,
) in enumerate(cursor.execute(command).fetchall()):
tree = sql.gettree(treeid=treeid, indb=db, incursor=cursor)["tree"]
toks = tuple(tree[i]["t"] for i in tree)
print "___", i, "\r",
if toks not in sentences:
sentences[toks] = tree
print "writing file with", len(sentences), "sentences..."
conll.trees2conllFile([sentences[toks] for toks in sorted(sentences)],
outfile=outfile,
columns=10)
return outfile
def extractConllFiles(project,outfolder):
"""
creates the empty files with a word per line as a first step to mate parsing
"""
if outfolder[-1]!="/": outfolder=outfolder+"/"
texts={}
sql = SQL(project)
db, cursor = sql.open()
command = """select distinct texts.textname, sentences.nr, features.nr, features.value
from features, trees, texts, sentences, users
where attr = "t" and trees.rowid=features.treeid --and sentences.textid=13
and trees.sentenceid=sentences.rowid and sentences.textid=texts.rowid and users.user="******";"""
cursor.execute(command)
a = cursor.fetchall()
#print a
for nr, (textname, snr, num, token) in enumerate(a):
#sql.exportAnnotations(textid, textname, "lastconll")
texts[textname]= texts.get(textname,[])+[(snr, num,token)]
newfiles=[]
for textname in texts:
print "processing",textname
f=codecs.open(outfolder+textname, "w", "utf-8")
for c, (snr, num, tok) in enumerate(sorted(texts[textname])):
if num == 1 and c > 0:
f.write('\n')
f.write("\t".join([str(num), tok]+["_"]*12)+'\n')
print c+1, "tokens"
f.close()
newfiles+=[outfolder+textname]
return newfiles
def directDatabaseChangeForForgottenCorrection():
from database import SQL
sql = SQL("Platinum")
db, cursor = sql.open()
cursor.execute('update links set function="comp" where function="aff";')
db.commit()
db.close()
print "changed"
def lastTreeForAllSamples(project, onlyHuman=True, combine=False):
outdir = os.path.join("..", "projects", project, "export")
try:
os.mkdir(outdir)
except OSError:
pass
sql = SQL(project)
db, cursor = sql.open()
if onlyHuman:
parserid = 0
for pid, in cursor.execute(
"select rowid from users where user='******';"):
parserid = pid
else:
parserid = -1
sents = sorted(
cursor.execute(
"select texts.textname, sentences.rowid, sentences.nr from sentences, texts where texts.rowid=sentences.textid;"
).fetchall())
print "todo:", len(sents), "sentences"
pbar = tqdm.tqdm(total=len(sents))
annotators = {}
if combine:
trees = []
getTreesForSents(sents,
trees,
annotators,
parserid,
cursor,
db,
sql,
pbar,
project=project)
outfile = os.path.join(outdir,
project + ".lastHumanTreeForAllSamples.conllu")
conll.trees2conllFile(trees, outfile=outfile)
print "wrote", outfile
else:
for tid, textname, nrtokens in list(
cursor.execute("select rowid, * from texts;")):
print tid, textname, nrtokens
sents = list(
cursor.execute(
"select rowid, * from sentences where textid=?;",
(tid, )).fetchall())
trees = []
getTreesForSents(sents, trees, annotators, parserid, cursor, db,
sql, pbar)
if textname.endswith(".conll_parse"):
textname = textname[:len(".conll_parse")]
outfile = os.path.join(outdir, textname + ".lastHumanTrees.conllu")
conll.trees2conllFile(trees, outfile=outfile)
print "wrote", outfile
for a in annotators:
print a, annotators[a]
def exportConllByAnnotators(project, annotators=["prof", "Sy", "parser"]):
"""
exports complete project
for every sentence, trees of annotators in given order.
if no tree: throw error
"""
outfiles = []
sql = SQL(project)
db, cursor = sql.open()
goodTexts = {}
outdir = os.path.join("..", "projects", project, "export")
try:
os.mkdir(outdir)
except OSError:
pass
annotatorIds = tuple(a for (a, ) in [
list(
cursor.execute("select rowid from users where user =?;", (
annotator, )))[0] for annotator in annotators
])
#print annotators, annotatorIds
for textid, textname, nrtokens in list(
cursor.execute("select rowid, * from texts;")): # for each text
print "doing", textname, "with", nrtokens, "tokens"
nrutids = {}
for nr, userid, treeid in list(
cursor.execute(
"select nr,userid,trees.rowid as treeid from trees, sentences where sentenceid=sentences.rowid and userid in {annotatorIds} and textid = ? order by nr;"
.format(annotatorIds=annotatorIds), (textid, ))):
nrutids[nr] = nrutids.get(nr, {})
nrutids[nr][userid] = treeid
trees = []
for nr in sorted(nrutids): # for each sentence
tree = None
for aid in annotatorIds: # for each interesting annotator id
if aid in nrutids[nr]:
tree = sql.gettree(treeid=nrutids[nr][aid],
indb=db,
incursor=cursor)["tree"]
trees += [tree]
#print "atree:",tree
break
if not tree:
print "problem: no tree for nr", nr, "type", type(nr)
print "annotatorIds", annotatorIds
raise Exception('no tree', nr)
if textname.endswith(".conll"): textname = textname[:-len(".conll")]
outfile = os.path.join(outdir, textname)
conll.trees2conllFile(trees, outfile=outfile, columns=10)
print len(trees), "trees"
outfiles += [outfile]
return outfiles
def exportConllByAnnotators(project,
annotators=["prof", "Sy", "parser"],
fileExtension=".conllu"):
"""
exports complete project
for every sentence, trees of annotators in given order.
if no tree: throw error
"""
outfiles = []
sql = SQL(project)
db, cursor = sql.open()
goodTexts = {}
outdir = os.path.join("..", "projects", project, "export")
try:
os.mkdir(outdir)
except OSError:
pass
try:
annotatorIds = tuple(a for (a, ) in [
list(
cursor.execute("select rowid from users where user =?;", (
annotator, )))[0] for annotator in annotators
])
except:
print "some required annotator IDs are not in the database"
return
print annotators, annotatorIds
for textid, textname, nrtokens in list(
cursor.execute("select rowid, * from texts;")): # for each text
print "doing", textname, "with", nrtokens, "tokens"
nrutids = {}
for nr, userid, treeid in list(
cursor.execute(
"select nr,userid,trees.rowid as treeid from trees, sentences where sentenceid=sentences.rowid and userid in {annotatorIds} and textid = ? order by nr;"
.format(annotatorIds=annotatorIds if len(annotatorIds) > 1
else '(' + str(annotatorIds[0]) + ')'),
(textid, ))):
nrutids[nr] = nrutids.get(nr, {})
nrutids[nr][userid] = treeid
trees = getSpecificTrees(sql, db, cursor, nrutids, annotatorIds)
if trees:
if textname.endswith(".conll"):
textname = textname[:-len(".conll")]
if textname.endswith(".conllu"):
textname = textname[:-len(".conllu")]
outfile = os.path.join(outdir, textname + fileExtension)
conll.trees2conllFile(trees, outfile=outfile, columns=10)
print len(trees), "trees"
outfiles += [outfile]
else:
print "skipped", textname
return outfiles
def printTree(project, treeid):
sql = SQL(project)
db, cursor = sql.open()
dic = sql.gettree(
None, None, treeid, indb=db,
incursor=cursor) # dic -> get tree == on récupère l'arbre
#print dic
if dic and dic["tree"]:
sentencetree = dic["tree"]
#sentencetree=corrigerNumerotation(sentencetree)
for i in sorted(sentencetree):
print i, sentencetree[i]
def _re_init(self, confirm_name):
if confirm_name != self.name:
return False
if not self.valied:
return False
sql = SQL().Delete('label').Where(data_set_id=self.id).sql
mysql.run(sql)
sql = SQL().Delete('image').Where(data_set_id=self.id).sql
mysql.run(sql)
sql = SQL().Delete('model').Where(data_set_id=self.id).sql
mysql.run(sql)
return True
def bulkcorrectDB(project, treeids=[]):
"""
bulk correction of a whole project! very slow!
better to do directly in sql, for example:
#change all functions:
#update links set function='dep' where function='det';
"""
sql = SQL(project)
db,cursor=sql.open()
if treeids: a,v=["rowid"],treeids
else: a,v=[],[]
allt=sql.getall(cursor, "trees",a,v)
ti = time()
for nr, (treeid,sid,uid,annotype,status,comment,timestamp) in enumerate(allt):
print "_____ treeid",treeid,"nr",nr+1,"/",len(allt),"---",float(nr+1)/(time()-ti),"trees per second",float(len(allt)-nr+1)/(float(nr+1)/(time()-ti)),"seconds to go",float(len(allt)-nr+1)/(float(nr+1)/(time()-ti))/60,"minutes to go"
dic=sql.gettree(None,None,treeid, indb=db,incursor=cursor)
if dic:
sentencetree=dic["tree"]
#newdic, changed = complexbulkcorrectdic(sentencetree)
#newdic, changed = simplebulkcorrectdic(sentencetree)
#newdic, changed = correctfeatures(sentencetree)
#newdic, changed = correctfeatures(sentencetree,4,{})
newdic, changed = correctfeatures(sentencetree,4,{
'i1':{ u'person': u'3', u'number': u'sg', u'cat': u'V', u'lemma': u'\xeatre', u'token': u'est', u'tense': u'present', u'mode': u'indicative', 'gov': {'i0':'root'}, u't': u'A'},
'i2':{u'cat': u'Cl', u'lemma': u'c', u'token': u'-ce', u't': u'B', 'gov': {'i1': u'sub'}, 'child':None}
})
#break
if changed:
print "________________________________\n"
#for i,node in newdic.iteritems():
#print i, node["t"], node
#1/0
tokensChanged=True
ws,sentence,_ = sql.enterTree(cursor, newdic, sid, uid,tokensChanged=tokensChanged)
print sentence
print "changed"
db.commit()
#db.commit()
db.close()
def load(self, limit=None):
if not self.valied:
return -1
sql = SQL().Select('image').Where(data_set_id=self.id)
sql.sql = sql.sql + "and label_id is not null "
if limit is not None:
sql = sql.Limit(limit)
sql = sql.sql
result = mysql.query(sql)
if result is None:
return -1
self.data = list(result)
self.data_count = len(self.data)
return len(self.data)
def _add_img(self, data_set_name, path, idx=None):
result = mysql.find('data_set', name=data_set_name)
if result:
data_set_id = result[0]['id']
exist = mysql.find('label', data_set_id=data_set_id, idx=idx)
if exist:
sql = SQL().Insert('image').Values(
path=path, data_set_id=data_set_id, label_id=idx).sql
return mysql.run(sql)
return False
def save_model(self, name, path, gpu_counts=None, is_half=None):
if not self.valied:
return False
cols = {
'name': name,
'path': path,
'data_set_id': self.id,
'gpu_count': gpu_counts,
'is_half': is_half
}
sql = SQL().Insert('model').Values(**cols).sql
return mysql.run(sql)
def _get_classes(self, data_set_id=None):
id = self.id if data_set_id is None else data_set_id
sql = SQL().Select('label', ['idx', 'value']).Where(
data_set_id=id).sql
result = mysql.query(sql)
idx_to_class = {}
class_to_idx = {}
if result is not None:
for label in result:
idx_to_class[label['idx']] = label['value']
for (idx, cla) in idx_to_class.items():
class_to_idx[cla] = idx
return class_to_idx, idx_to_class
def __getitem__(self, index):
#path = os.path.join(self.root_path, self.data[index]['PATH'])
path = self.root_path + self.data[index]['path']
img = self.__pil_loader(path)
if self.id_to_idx.get(self.data[index]['label_id']) is None:
sql = SQL().Select('label').Where(id=self.data[index]['label_id'])
result = mysql.query(sql.sql)
self.id_to_idx[self.data[index]['label_id']] = result[0]['idx']
target = self.id_to_idx[self.data[index]['label_id']]
if self.transform is not None:
img = self.transform(img)
if self.target_transform is not None:
target = self.target_transform(target)
return img, target
def _add_data_set_from_folder(self, name, root_path=None):
result = mysql.find('data_set', name=name)
if result is False:
sql = SQL().Insert('data_set').Values(name=name, root_path=root_path).sql
if not mysql.run(sql):
return False
if root_path is None:
return False
return self._add_data_set_from_folder(name, root_path)
data_set_id = result[0]['id']
root = root_path if root_path is not None else result[0]['root_path']
sql = SQL().Update('data_set').Set(
root_path=root).Where(id=data_set_id).sql
mysql.run(sql)
classes, _ = self.__find_classes(root)
tmp = mysql.is_print_log
mysql.is_print_log = False
count, classes_count = self._add_labels(classes, name)
class_to_idx, idx_to_class = self._get_classes(data_set_id=data_set_id)
if tmp:
print('>>add {} labels done, total({})'.format(count, classes_count))
count = 0
for label in classes:
pre_path = os.path.join(root, label)
files = self.__find_files(pre_path)
for f in files:
path = '/%s/%s' % (label, f)
if self.__is_img_file(path):
self._add_img(name, path, class_to_idx[label])
count += 1
if tmp and count % 1000 == 0:
print('>>insert {} imgs'.format(count))
if tmp:
print('>>insert {} imgs done'.format(count))
mysql.is_print_log = tmp
return True
def get_model(self, name=None, id=None):
if not self.valied:
return False
if id is not None:
result = mysql.find(
'model', id=id, data_set_id=self.id, name=name)
if result:
return result[0]
return None
sql = SQL().Select('model').Where(data_set_id=self.id, name=name)\
.OrderBy(id='DESC').Limit(1).sql
result = mysql.query(sql)
if (result is not None) and (len(result) > 0):
return result[0]
return None
def bulkcorrectDB(project, treeids=[], commit=True):
"""
bulk correction of a whole project! very slow!
better to do directly in sql, for example:
#change all functions:
#update links set function='dep' where function='det';
"""
sql = SQL(project)
db, cursor = sql.open()
if treeids: a, v = ["rowid"], treeids
else: a, v = [], []
allt = list(sql.getall(cursor, "trees", a, v))
print "nb trees:", len(allt)
ti = time()
for nr, (treeid, sid, uid, annotype, status, comment,
timestamp) in enumerate(allt):
dic = sql.gettree(None, None, treeid, indb=db, incursor=cursor)
if dic:
tree = dic["tree"]
newtree, changed = correctLowerProperNouns(tree)
if changed:
print "________________________________\n"
ws, sentence, _ = sql.enterTree(cursor,
newtree,
sid,
uid,
tokensChanged=True)
print sentence
print "changed", changed
if not nr % 100:
print "committing..."
if commit: db.commit()
if not nr % 100:
print "_____ treeid", treeid, "nr", nr + 1, "/", len(
allt), "---", int(float(nr + 1) /
(time() - ti)), "trees per second", int(
float(len(allt) - nr + 1) /
(float(nr + 1) /
(time() - ti))), "seconds (", round(
float(len(allt) - nr + 1) /
(float(nr + 1) /
(time() - ti)) / 60,
1), "minutes) to go"
if commit: db.commit()
db.close()
def _add_labels(self, labels, data_set_name=None):
if data_set_name is None:
data_set_name = self.name
result_ds = mysql.find('data_set', name=data_set_name)
count = 0
if result_ds:
data_set_id = result_ds[0]['id']
result_lb_list = mysql.find(
'label', data_set_id=data_set_id)
label_value_list = [x['value']
for x in result_lb_list] if result_lb_list else []
start_idx = 0
if result_lb_list:
start_idx = len(result_lb_list)
for label in labels:
if label not in label_value_list:
sql = SQL().Insert('label').Values(
data_set_id=data_set_id, value=label, idx=(start_idx+count)).sql
if mysql.run(sql):
count += 1
return count, start_idx + count
#!/usr/bin/python
# -*- coding: utf-8 -*-
import sys,cgi,cgitb,codecs
from database import SQL
#cgitb.enable()
#project = form.getvalue('project',"").decode("utf-8")
project="depexo"
#form = cgi.FieldStorage()
#uid = form.getvalue('uid',None)
uid = 1 # admin
#print 'Content-type: text/html\n\n'
sql=SQL(project)
#print project.encode('utf-8'),"uuuuuuuuuuuuuuuuuuuuu",uid
tid=4
uids=[uid for uid, in sql.uidForText(tid)]
print uids
with codecs.open(project+str(tid)+".results.html","w","utf-8") as out:
for i,uid in enumerate(uids):
print "__________________",uid,i,float(i)/len(uids)*100,"%"
out.write(sql.evaluateUser(uid, tid, consolidateLine=True)+"\n")
def getValidatedTrees(project, folder, whoseTrees="validator"):
sql = SQL(project)
db, cursor = sql.open()
sentenceValidationInValidatedText(cursor, sql, db)
#on récupère les nouveaux arbres
b = databaseQuery(cursor, table=whoseTrees)
print len(b), u"trees to extract"
sids2all = {}
trees = []
error_trees = []
textnames = {}
for nr, (treeid, textname, user, snr, sid, uid, annotype, status, comment,
timestamp) in enumerate(b):
# TODO: remove:
#if textname.startswith("mandarinParsed"):continue
sids2all[sid] = sids2all.get(
sid, []) + [(timestamp, textname, user, snr, treeid)]
textnames[textname] = None
#print len(sids2all)
print u"trees extracted from the samples", ", ".join(sorted(textnames))
lastpourc = -1
for c, sid in enumerate(sids2all):
pourc = int(float(c) / len(sids2all) * 100)
if pourc != lastpourc:
sys.stdout.write("{pourc}%\r".format(pourc=pourc))
sys.stdout.flush()
snr, treeid2get = sorted(sids2all[sid])[0][-2:]
#print treeid2get, type(treeid2get)
#lknlk
dic = sql.gettree(None, None, treeid2get, indb=db,
incursor=cursor) # dic -> get tree
#if treeid2get==9669:
#print 9669,dic
if dic:
sentencetree = dic["tree"]
sentencetree = corrigerNumerotation(sentencetree)
trees.append(sentencetree)
#print " ".join(node["t"] for i,node in sentencetree.iteritems())
if checkTree(sentencetree)[0] == False:
if checkTree(sentencetree)[1] == "self":
error_trees += [
"\t".join([
textname,
str(snr), user,
"node " + str(checkTree(sentencetree)[2]) +
" points to itself"
])
]
else:
error_trees += [
"\t".join([
textname,
str(snr), user, "no gov at node " +
str(checkTree(sentencetree)[2])
])
]
trees.remove(sentencetree)
#print "nr arbres",len(trees)
lastpourc = pourc
print len(error_trees), "arbre(s) avec erreurs."
if len(error_trees) > 0:
print "\t".join(["Texte", "num phrase", "correcteur", "cause"])
for x in sorted(list(set(error_trees))):
print x
f = codecs.open(
folder + "logs/log_erreurs." +
datetime.datetime.now().strftime('%Y-%m-%d') + ".tsv", "w",
"utf-8")
f.write("\t".join(["Texte", "num phrase", "correcteur", "cause"]) +
'\n')
for e in error_trees:
f.write(e + '\n')
f.close()
print "Erreurs dans", f.name
print len(trees), "arbres restants pour entrainement"
#Creation d'un fichier log
db.commit()
db.close()
return trees
def fusionForgottenTrees(project="Platinum",
fusdir="../projects/OrfeoGold2016/platinum/*",
annotators=["admin"]):
"""
takes trees from project ordered by annotators. if they exist fuse them into the fusdir
result has the extension "cool.conll"
,"Sy","Marion"
"""
#print lemmacorrection
sys.path.insert(0, '../tools')
import difflib
outfiles = []
sql = SQL(project)
db, cursor = sql.open()
goodTexts = {}
outdir = os.path.join("..", "projects", project, "exportcool")
try:
os.mkdir(outdir)
except OSError:
pass
for annotator in annotators:
print[
list(
cursor.execute("select rowid from users where user =?;",
(annotator, )))
]
annotatorIds = tuple(a for (a, ) in [
list(
cursor.execute("select rowid from users where user =?;", (
annotator, )))[0] for annotator in annotators
])
print annotators, annotatorIds
for textid, textname, nrtokens in list(
cursor.execute("select rowid, * from texts;")): # for each text
print "\n__________________________doing", textname, "with", nrtokens, "tokens"
nrutids = {}
for nr, userid, treeid in list(
cursor.execute(
"select nr,userid,trees.rowid as treeid from trees, sentences where sentenceid=sentences.rowid and userid in {annotatorIds} and textid = ? order by nr;"
.format(annotatorIds=annotatorIds), (textid, ))):
nrutids[nr] = nrutids.get(nr, {})
nrutids[nr][userid] = treeid
trees = {}
for nr in sorted(nrutids): # for each sentence
tree = None
for aid in annotatorIds: # for each interesting annotator id
if aid in nrutids[nr]:
tree = sql.gettree(treeid=nrutids[nr][aid],
indb=db,
incursor=cursor)["tree"]
trees[nr] = tree
#print "atree:",tree
break
#if not tree:
#print "problem: no tree for nr",nr,"type",type(nr)
#print "annotatorIds",annotatorIds
#raise Exception('no tree', nr)
#print trees
print len(trees), "trees from", project
print textname, textname.split(".")[0]
btextname = os.path.basename(textname).split(".")[0]
if btextname.endswith("-one-word-per-line"):
btextname = btextname[:-len("-one-word-per-line")]
#print glob.glob(fusdir),[os.path.basename(fi).split(".")[0] for fi in glob.glob(fusdir)]
cooltrees = []
ptrees, ftrees = 0, 0
for fi in glob.glob(fusdir):
if btextname == os.path.basename(fi).split(".")[0]:
print "yes", btextname
fustrees = conll.conllFile2trees(fi)
print len(fustrees), "ftrees", fi
for nr, ftree in enumerate(fustrees):
if nr + 1 in trees:
#print "added tree",nr+1,"from database"
#ptree=platinum(trees[nr+1])
ptree = trees[nr + 1]
for iii in ptree:
ptree[iii]["tag2"] = "_"
if ptree[iii]["lemma"] in lemmacorrection:
ptree[iii]["lemma"] = lemmacorrection[
ptree[iii]["lemma"]]
cooltrees += [ptree]
#print nr+1,"tree from",project#,tree
ptrees += 1
if ftree.sentence() != u" ".join(
[ptree[i].get("t", "") for i in sorted(ptree)]):
print "\n_________", nr + 1
print ftree.sentence()
print u" ".join(
[ptree[i].get("t", "") for i in sorted(ptree)])
#for l in difflib.context_diff(ftree.sentence() ,u" ".join([ptree[i].get("t","") for i in sorted(ptree)])):print l
#print "dbtree",platinum(trees[nr+1])
else:
for iii in ftree:
ftree[iii]["tag2"] = "_"
if ftree[iii]["lemma"] in lemmacorrection:
ftree[iii]["lemma"] = lemmacorrection[
ftree[iii]["lemma"]]
#print nr+1,"tree from",fusdir#,tree
ftrees += 1
cooltrees += [ftree]
#print "added tree",nr+1,"from fustrees",fi
outfile = os.path.join(outdir, textname + ".cool.conll")
conll.trees2conllFile(cooltrees, outfile=outfile, columns=10)
print "wrote", outfile
print ptrees, "ptrees, ", ftrees, "ftrees"
break
if len(cooltrees) == 0: print "nothing for", btextname
outfiles += [outfile]
#qsdf
return outfiles
def exportGoodTexts(project,
lastHuman=False,
onlyValidated=True,
pattern=False):
"""
TODO :
- ajouter parametre p/selectionner Texte
ex : "UD_ZH_[number]"
"""
outfiles = []
sql = SQL(project)
db, cursor = sql.open()
goodTexts = {}
if onlyValidated: onlyValidated = "and todos.status=1"
else: onlyValidated = ""
# take all texts where a validator has validated
if pattern:
command = "select distinct * from texts, todos, users where texts.rowid=todos.textid and users.rowid=todos.userid and texts.textname {pattern};".format(
pattern=pattern) # like 'UD_ZH%'
else:
command = "select distinct * from texts, todos, users where texts.rowid=todos.textid and todos.type=1 {onlyValidated} and users.rowid=todos.userid;".format(
onlyValidated=onlyValidated)
for row in cursor.execute(command):
textname, nrtokens, userid, textid, validator, status, comment, user, realname = row
goodTexts[textid] = (textname, userid, user)
print "i'll take", textname, "validated by", user, "with", nrtokens, "tokens"
sentenceValidationInValidatedText(cursor, sql, db)
outdir = os.path.join("..", "projects", project, "export")
try:
os.mkdir(outdir)
except OSError:
pass
for textid, (textname, userid, user) in goodTexts.iteritems():
textname = textname.replace("-one-word-per-line.conll14_Parse", "")
if lastHuman:
outfile = os.path.join(outdir, textname + ".lastHuman.conll")
else:
outfile = os.path.join(
outdir, "validated." + textname + "." + user + ".conll")
print "doing", textname, textid
trees = []
if lastHuman:
snr2all = {}
for row in cursor.execute(
"""
select sentences.nr as snr, trees.rowid as treeid, users.user, trees.timestamp
from sentences, trees, users
where sentences.textid=?
and sentences.rowid=trees.sentenceid
and users.rowid = trees.userid; """, (textid, )):
snr, treeid, user, timestamp = row
snr2all[snr] = snr2all.get(snr,
[]) + [(timestamp, user, treeid)]
lastpourc = -1
for c, snr in enumerate(sorted(snr2all)):
pourc = int(float(c) / len(snr2all) * 100)
if pourc != lastpourc:
print "___{pourc}%___\r".format(pourc=pourc),
lastusersnotparser = sorted([
(timestamp, user, treeid)
for (timestamp, user, treeid) in snr2all[snr]
if user not in ["parser", "mate"]
])
if len(lastusersnotparser) > 0:
time, u, tid = lastusersnotparser[-1] # last tree by human
else:
time, u, tid = sorted(
snr2all[snr])[-1] # last tree by whoever
#print "je prends l'arbre de",u
trees += [
sql.gettree(treeid=treeid, indb=db,
incursor=cursor)["tree"]
]
else:
for (
treeid,
sentencenr,
) in cursor.execute(
"select trees.rowid, sentences.nr from texts, trees, sentences where texts.rowid=? and trees.userid=? and trees.sentenceid = sentences.rowid and sentences.textid=texts.rowid order by sentences.nr;",
(
textid,
userid,
)).fetchall():
#print "ooo",sentencenr,"\r",
print "nr", sentencenr, "_____\r",
trees += [
sql.gettree(treeid=treeid, indb=db,
incursor=cursor)["tree"]
]
print "exporting", len(trees), "trees into", outfile
outfiles += [outfile]
conll.trees2conllFile(trees, outfile, columns=10)
return outfiles
def edituser(theform, userdir, thisscript, userconfig, action, newcookie, msg=None, success=None):
"""Display the screen to edit or delete users.."""
config = ConfigObj(userdir + 'config.ini')
templatedir = config['templatedir']
realadminlev = int(userconfig['admin'])
adminpage = readfile(templatedir+adminpage_file)
adminpage = adminpage.replace('**this script**', thisscript + '?action=' + action)
adminpage = adminpage.replace('**admin menu**', thisscript+'?login=admin'+'&action='+action)
userlist = [entry[:-4] for entry in os.listdir(userdir) if os.path.isfile(userdir+entry) and entry[:-4] not in RESERVEDNAMES ]
mainadmin = config['adminuser']
username = userconfig['username']
if mainadmin in userlist:
userlist.remove(mainadmin)
if username in userlist:
userlist.remove(username)
userlist = cSort(userlist)
start = int(theform.getfirst('start', '1'))
length = len(userlist)
if start*numonpage > length:
start = length//numonpage + 1
url = '<a href="' + thisscript + '?start=%s&login=admin&admin=edituser&action=' + action + '">%s</a>'
indexline = '<div style="text-align:center;">%s</div>' % makeindexline(url, start, length, numonpage)
# need to be able to edit -
# username, realname, new password, confirm password, adminlev, email, max-age, editable
index = (start-1)*numonpage + 1
last = min(length+1, index+numonpage)
usermenu = indexline + '<br>' + edit_table_s
while index < last: # go through all the users
thisuser = userlist[index-1]
index += 1
thisuserc = ConfigObj(userdir+thisuser+'.ini')
#print "Content-Type: text/html\n" # blank line: end of headers
#print userdir,thisuser,thisuserc,"admin" in thisuserc, "admin" in thisuserc.keys()
if thisuserc=={}: continue
adminlev = thisuserc.get('admin',0)
if realadminlev <= int(adminlev):
continue
loginname = thisuser
realname = thisuserc['realname']
email = thisuserc['email']
maxage = thisuserc['max-age']
editable = ''
if istrue(thisuserc['editable']):
editable = 'checked'
if theform.getfirst('username')==loginname and msg and not success:
realname = theform.getfirst('realname', '')
realname = theform.getfirst('realname', '')
email = theform.getfirst('email', '')
adminlev = theform.getfirst('adminlev', '')
maxage = theform.getfirst('maxage', '')
editable = theform.getfirst('editable', '')
if editable:
editable = 'checked'
thevals = (thisscript, action, 'doedituser', start, loginname,
loginname, realname, email, adminlev, maxage, editable,
thisscript, action, 'deluser', start, loginname)
usermenu += elem_h+str(index-1) + (account_table % thevals) + elem_f
# kim's stuff!!!!!
realname=realname.decode("utf-8")
project=unicode(action.split("_")[-1].decode("utf-8"))
sql=SQL(project)
uid=sql.userid(thisuser, realname)
#print "Content-Type: text/html\n" # blank line: end of headers
#print "kim<br>", project,thisuser,uid
# kim's stuff ends....
usermenu += table_e + '<br>' + indexline
eduserpage = readfile(templatedir+adminuser_file)
eduserpage = eduserpage.replace('**account table**', usermenu)
if msg:
adminpage = adminpage.replace('<br><!- message --> ', '<h2>%s</h2>' % msg)
adminpage = adminpage.replace('**admin**', eduserpage)
print newcookie
print serverline
print
print adminpage
sys.exit()
def _add_data_set(self, name, root_path=None):
result = mysql.find('data_set', name=name)
if result is False:
sql = SQL().Insert('data_set').Values(name=name, root_path=root_path).sql
return mysql.run(sql)
return False
new_trees = list()
for nr, tree in sortable:
# adding metadatas 应该是重命名sent_id,从0开始
tree.sentencefeatures["text"] = tree.sentence()
tree.sentencefeatures["sent_id"] = prefix + "_" + str(nr - 1)
# removing useless metadata
del tree.sentencefeatures["nr"]
new_trees.append(tree)
conll.trees2conllFile(new_trees, outfile)
if __name__ == "__main__":
## Open project database
sql = SQL("NaijaSUD") # 输入project名字
db, cursor = sql.open()
## Use 2 functions :
# - exportLastBestAnnotations in lib/database.py -> writes a file with trees and their rank
# - reorder in lib/yuchen.py -> reorder trees based on their rank, write a file with the output
users, c = sql.exportLastBestAnnotations(
115, "P_ABJ_GWA_06_Ugo-lifestory_PRO"
) # 输入textid和text name，可通过链接https://arborator.ilpga.fr/editor.cgi?project=NaijaSUD&textid=74&opensentence=1看到textid
print(users, c)
fpath = "E:/TAL/Stage/arborator/projects/NaijaSUD/export/P_ABJ_GWA_06_Ugo.lifestory_PRO.most.recent.trees.with.feats.conllu" # 输入导出的文件所在路径
trees = conll.conllFile2trees(fpath) # 重新排序conll树，重命名sent_id
reorder(trees, fpath + "_reordered")
from config import bot
from database import SQL
import random
db = SQL('localhost', 'domaildo_usrbbd6', 'e5svFRqYtG8SdB^P=)',
'domaildo_boottrg06')
def check_win(room):
a = []
for i in db.list_players(room):
a.append(int(i[0]))
result = random.choice(a)
return result
def bulkcorrectDB(project, treeids=[]):
"""
bulk correction of a whole project! very slow!
better to do directly in sql, for example:
#change all functions:
#update links set function='dep' where function='det';
"""
sql = SQL(project)
db, cursor = sql.open()
if treeids: a, v = ["rowid"], treeids
else: a, v = [], []
allt = sql.getall(cursor, "trees", a, v)
ti = time()
for nr, (treeid, sid, uid, annotype, status, comment,
timestamp) in enumerate(allt):
print "_____ treeid", treeid, "nr", nr + 1, "/", len(
allt
), "---", float(nr + 1) / (
time() - ti), "trees per second", float(len(allt) - nr + 1) / (
float(nr + 1) /
(time() - ti)), "seconds to go", float(len(allt) - nr + 1) / (
float(nr + 1) / (time() - ti)) / 60, "minutes to go"
dic = sql.gettree(None, None, treeid, indb=db, incursor=cursor)
if dic:
sentencetree = dic["tree"]
#newdic, changed = complexbulkcorrectdic(sentencetree)
#newdic, changed = simplebulkcorrectdic(sentencetree)
#newdic, changed = correctfeatures(sentencetree)
#newdic, changed = correctfeatures(sentencetree,4,{})
newdic, changed = correctfeatures(
sentencetree, 4, {
'i1': {
u'person': u'3',
u'number': u'sg',
u'cat': u'V',
u'lemma': u'\xeatre',
u'token': u'est',
u'tense': u'present',
u'mode': u'indicative',
'gov': {
'i0': 'root'
},
u't': u'A'
},
'i2': {
u'cat': u'Cl',
u'lemma': u'c',
u'token': u'-ce',
u't': u'B',
'gov': {
'i1': u'sub'
},
'child': None
}
})
#break
if changed:
print "________________________________\n"
#for i,node in newdic.iteritems():
#print i, node["t"], node
#1/0
tokensChanged = True
ws, sentence, _ = sql.enterTree(cursor,
newdic,
sid,
uid,
tokensChanged=tokensChanged)
print sentence
print "changed"
db.commit()
#db.commit()
db.close()
from oauth2client import file, client, tools
from oauth2client.file import Storage
from googleapiclient.discovery import build
import config
import telebot
from telebot.types import InputMediaPhoto, InputMediaVideo
from telebot import types
from database import SQL
from users import Seeker
logging.basicConfig(
format='%(asctime)s - %(name)s - %(levelname)s - %(message)s',
level=logging.INFO)
logger = logging.getLogger(__name__)
db = SQL()
SCOPES = 'https://www.googleapis.com/auth/drive'
store = file.Storage('storage.json')
creds = store.get()
if not creds or creds.invalid:
flow = client.flow_from_clientsecrets('client_secrets.json', SCOPES)
creds = tools.run_flow(flow, store)
drive_service = discovery.build('drive',
'v3',
http=creds.authorize(Http()),
cache_discovery=False)
def download_photo(file_id):
request = drive_service.files().get_media(fileId=file_id)
#!c:/Python27/python.exe
# -*- coding: utf-8 -*-
import sys, cgi, cgitb, codecs
sys.path.insert(0, '../lib')
from database import SQL
#cgitb.enable()
#project = form.getvalue('project',"").decode("utf-8")
project = "linguistiqueCorpus-Exo"
#form = cgi.FieldStorage()
#uid = form.getvalue('uid',None)
uid = 1 # admin
#print 'Content-type: text/html\n\n'
sql = SQL(project)
#print project.encode('utf-8'),"uuuuuuuuuuuuuuuuuuuuu",uid
tid = 13
uids = [uid for uid, in sql.uidForText(tid)]
print uids
with codecs.open(project + str(tid) + ".results.html", "w", "utf-8") as out:
for i, uid in enumerate(uids):
print "__________________", uid, i, float(i) / len(uids) * 100, "%"
out.write(sql.evaluateUser(uid, tid, consolidateLine=True) + "\n")
import psycopg2 from database import SQL db = SQL() db.drop_tables() db.create_tables() db.close()
def edituser(theform, userdir, thisscript, userconfig, action, newcookie, msg=None, success=None):
"""Display the screen to edit or delete users.."""
config = ConfigObj(userdir + 'config.ini')
templatedir = config['templatedir']
realadminlev = int(userconfig['admin'])
adminpage = readfile(templatedir+adminpage_file)
adminpage = adminpage.replace('**this script**', thisscript + '?action=' + action)
adminpage = adminpage.replace('**admin menu**', thisscript+'?login=admin'+'&action='+action)
userlist = [entry[:-4] for entry in os.listdir(userdir) if os.path.isfile(userdir+entry) and entry[:-4] not in RESERVEDNAMES ]
mainadmin = config['adminuser']
username = userconfig['username']
if mainadmin in userlist:
userlist.remove(mainadmin)
if username in userlist:
userlist.remove(username)
userlist = cSort(userlist)
start = int(theform.getfirst('start', '1'))
length = len(userlist)
if start*numonpage > length:
start = length//numonpage + 1
url = '<a href="' + thisscript + '?start=%s&login=admin&admin=edituser&action=' + action + '">%s</a>'
indexline = '<div style="text-align:center;">%s</div>' % makeindexline(url, start, length, numonpage)
# need to be able to edit -
# username, realname, new password, confirm password, adminlev, email, max-age, editable
index = (start-1)*numonpage + 1
last = min(length+1, index+numonpage)
usermenu = indexline + '<br>' + edit_table_s
while index < last: # go through all the users
thisuser = userlist[index-1]
index += 1
thisuserc = ConfigObj(userdir+thisuser+'.ini')
#print "Content-Type: text/html\n" # blank line: end of headers
#print userdir,thisuser,thisuserc
adminlev = thisuserc['admin']
if realadminlev <= int(adminlev):
continue
loginname = thisuser
realname = thisuserc['realname']
email = thisuserc['email']
maxage = thisuserc['max-age']
editable = ''
if istrue(thisuserc['editable']):
editable = 'checked'
if theform.getfirst('username')==loginname and msg and not success:
realname = theform.getfirst('realname', '')
realname = theform.getfirst('realname', '')
email = theform.getfirst('email', '')
adminlev = theform.getfirst('adminlev', '')
maxage = theform.getfirst('maxage', '')
editable = theform.getfirst('editable', '')
if editable:
editable = 'checked'
thevals = (thisscript, action, 'doedituser', start, loginname,
loginname, realname, email, adminlev, maxage, editable,
thisscript, action, 'deluser', start, loginname)
usermenu += elem_h + (account_table % thevals) + elem_f
# kim's stuff!!!!!
realname=realname.decode("utf-8")
project=unicode(action.split("_")[-1].decode("utf-8"))
sql=SQL(project)
uid=sql.userid(thisuser, realname)
#print "Content-Type: text/html\n" # blank line: end of headers
#print "kim<br>", project,thisuser,uid
# kim's stuff ends....
usermenu += table_e + '<br>' + indexline
eduserpage = readfile(templatedir+adminuser_file)
eduserpage = eduserpage.replace('**account table**', usermenu)
if msg:
adminpage = adminpage.replace('<br><!- message --> ', '<h2>%s</h2>' % msg)
adminpage = adminpage.replace('**admin**', eduserpage)
print newcookie
print serverline
print
print adminpage
sys.exit()
from database import SQL, REDIS
import json
try:
REDIS.ping()
except:
print("Failed to connect to redis! a connection is required...")
# Get current position for the current day. this cron runs every day ONCE!
users = SQL.query("SELECT Id FROM Users")
for user in users:
user_lb = SQL.query("SELECT * FROM Leaderboard WHERE OwnerId = %s LIMIT 1",
(user['Id']))
if (len(user_lb) == 0):
continue
user_lb = user_lb[0]
for mode in [0, 1, 2, 3]:
key = f"sora:performance:{user['Id']}_{mode}"
print(key)
last = REDIS.get(key)
if last == None:
last = []
else:
last = json.loads(last)
if (len(last) >= 60):
last.pop(0)
position = 0
def test_instance(self):
sql = SQL()
self.assertIsInstance(sql, SQL)