def workloop(rep):
print('starting worker')
import fstore
pid = str(os.getpid())
fstore.clearcont()
pidfile = os.path.join(fstore.WORK, pid)
open(pidfile, 'w').write(pid)
try:
while True:
rep('entering loop')
j = fstore.getjob()
if not j:
fstore.wait()
rep('woke up')
continue
rep('decoding')
jid, inps, j = j
j = str2d(j)
rep('have job %s' % jid)
d = Doc()
for did in inps:
d.patch(str2d(fstore.getdoc(did)))
if "_failed" in d:
r = d
else:
j = Job(j['t'], j['p'], j['o'])
r = j(d)
rep('finishing %s' % j.t)
r = d2str(r)
fstore.finish(r, jid)
rep('done')
except SystemExit, KeyboardInterrupt:
print('exiting worker')
os.unlink(pidfile)
class Job(object):
def __init__(self, transform='', params=None, outpath=''):
self.t = transform
self._t = None
self.p = Doc()
if params:
self.p.update(params, True)
self.o = outpath or ''
def __str__(self):
return "Job: %s\n-----\n%s\n--------\n" % (self.t, str(self.p))
def gettf(self):
if self._t == None:
self._t = blocks.transform(self.t)
return self._t
def keys(self, doc):
ks = self.gettf()(doc, self.p)
if isinstance(self.o, dict):
for k in self.o:
if k.startswith('->'):
ks.add(self.o[k])
if '' in ks:
ks = set(doc.keys())
return ks
def __call__(self, doc, subset=()):
try:
d, m = self.gettf()(doc, self.p)
for s in m:
report(s)
dd = doc.subset(subset)
if self.o:
dd[self.o] = d
else:
dd = dd.fuse(d)
except Exception as e:
dd = Doc({'_failed': True,
'_traceback': format_exc(e),
'_input': doc,
'_job': self.todoc()})
return dd
def todoc(self, mode='doc'):
d = Doc()
d['t'] = self.t
d['p'] = self.p
d['o'] = self.o
if mode == 'doc':
return d
elif mode == 'tup':
return d.astuple()
else:
return enc.tojson(d)
def todoc(self, mode='doc'):
d = Doc()
d['t'] = self.t
d['p'] = self.p
d['o'] = self.o
if mode == 'doc':
return d
elif mode == 'tup':
return d.astuple()
else:
return enc.tojson(d)
def exec_jsdoc(self):
if self._module is not None:
try:
d = getattr(self._module.plugin, 'Doc')(self._config)
except AttributeError:
d = Doc(self._config)
else:
d = Doc(self._config)
d.run()
print 'Successfully built the JSDoc documentation.'
def addDoc(self, doc: Doc) -> None:
""" Adds a document to this table.
gives it an _id if need be.
"""
if doc.hasId():
if self.getDoc(doc._id):
self.removeDoc(doc._id)
else:
doc._id = self.newId()
self.docs.append(doc)
self.index.addIndex(doc._id, len(self.docs)-1)
def exec_jsdoc(self, plugin):
try:
doc = Doc(self._config)
doc.build_doc()
except:
raise
if plugin:
try:
plugin.after_doc()
except AttributeError:
pass
print 'Successfully built the JSDoc documentation.'
def main():
print(ai.ALL_RESPONSES)
while True:
doc_id = input('doc_id=')
response = input('response=')
if database.doExist(database.DOCS, doc_id):
raise Exception('Error 24154035')
doc = Doc(getJSON(doc_id))
doc.response = response
database.saveDoc(doc)
database.accOverall(response)
for tag in doc.tags:
database.accTagInfo(tag, response)
print(doc)
def __init__(self, transform='', params=None, outpath=''):
self.t = transform
self._t = None
self.p = Doc()
if params:
self.p.update(params, True)
self.o = outpath or ''
class Root(RestController):
config = Config()
crush = Crush()
doc = Doc()
mon = Mon()
osd = Osd()
pool = Pool()
request = Request()
server = Server()
@expose(template='json')
def get(self, **kwargs):
"""
Show the basic information for the REST API
This includes values like api version or auth method
"""
return {
'api_version':
1,
'auth':
'Use "ceph tell mgr restful create_key <key>" to create a key pair, '
'pass it as HTTP Basic auth to authenticate',
'doc':
'See /doc endpoint',
'info':
"Ceph Manager RESTful API server",
}
class DocHandler(xml.sax.ContentHandler):
def __init__(self, es):
self.CurrentData = ""
self.doc = Doc()
self.title = ""
self.abstract = ""
self.index = 0
self.es = es
def startElement(self, tag, attributes):
self.CurrentData = tag
#print(tag)
if tag == "doc":
self.index = self.index + 1
print("Doc: ", self.index)
#print([s.toString() for s in docs])
def endElement(self, tag):
#print(tag)
if tag == "doc":
self.es.index(index='temp1',
doc_type='wikiabstract',
id=self.index,
body=json.loads(self.doc.toString()))
elif self.CurrentData == "title":
self.doc.title = self.title
elif self.CurrentData == "abstract":
self.doc.abstract = self.abstract
def characters(self, content):
if self.CurrentData == "title":
self.title = content
elif self.CurrentData == "abstract":
self.abstract = content
def _load_module(cls, module_name, filepath):
""" a helper function to make load_plugin pretty. Assumes 'module_name' is in sys.path"""
global logger
spec = spec_from_file_location(module_name, filepath)
module = module_from_spec(spec)
# TODO - exec module can fail and really muck things up.
spec.loader.exec_module(module)
# TODO - testing a module can fail and really muck things up.
if (Config.get('TEST_ON_LOAD') and getattr(module, '_test', None)
and type(module._test) is FuncType):
module._test_result = module._test()
if module._test_result == SUCCESS:
logger.info("Imported and tested {} from {}".format(
module.__name__, module_name))
else:
logger.error(
"plugin {} from file {} failed its own test".format(
module.__name__, module_name))
return None
pass
else:
logger.info("Imported {} from {}".format(module.__name__,
module_name))
if hasattr(module, 'doc'):
from doc import Doc
if type(module.doc) is not dict:
raise ValueError("a plugin's 'doc' should be a dictionary")
else:
try:
Doc(**module.doc)
except Exception as e:
logger.exception(
"Failed to load Doc from {}".format(filepath))
return module
def test_apiInput(self):
""" load api_test.py and check the results """
Config.load_plugin('inputs/api_input.py')
module = Config.load_plugin('test/api_test.py')
doc = Doc.from_url("api_test")
result = doc.query( { 'page' : 1 } )
self.assertEqual( search( ('reqres_ids', 'name'), result), "George Bluth")
def __getattr__(self, k):
if k in ('_opt','__methods__', '_hasattr'):
return Doc.__getattr__(self, k)
v = getattr(self.__dict__['_data'], k)
if v != None:
if ( type( v ) == relation ):
return getattr( v, k )
if not k.startswith('__') and k in dir(self.__dict__['_data']):
return v
return Doc.__getattr__(self, k)
def next(self):
"""Iterator
"""
try:
return Doc(self._collection, self._items.next())
except:
raise StopIteration
def do_query(path, dic):
d = Doc.from_url(path)
rv = d.query(dic)
global queryCount
queryCount += 1
print("Query{}: {}".format(queryCount, path))
pprint(rv)
print('============')
def index_writer(self, file_path):
with open(file_path, 'r', encoding='utf-8') as f:
for line in f.readlines():
key, title, link = line.strip().split('\t\t')
doc = Doc()
doc.add('key', key)
doc.add('title', title)
doc.add('link', link)
self.doc_list.append(doc)
self.index()
def load_docs(docs_pt):
bs = []
print("load docs: " + docs_pt)
rf = open(docs_pt)
if not rf:
print("file not found: " + docs_pt)
for line in rf.readlines():
d = Doc(line)
biterms = []
d.gen_biterms(biterms)
# statistic the empirical word distribution
# for i in range(d.size()):
# w = d.get_w(i)
# pw_b[w] += 1
for b in biterms:
bs.append(b)
# print(len(bs))
return bs
def test_creation(self):
self.db = Database("mydatabase")
t = self.db["mytable"]
self.assertEqual(t.count(), 0, "no documents yet")
d = Doc(foo=2, bar=3)
t.addDoc(d)
self.assertEqual(t.count(), 1, "1 document now")
print(d)
def save(self):
'''Save/insert doc
@TODO: buat acknowledge biar tau save/insert-nya berhasil atau gak?
'''
self.validate()
if self._monga is None:
raise SuperDocError, "This res not binded to monga object. Try to bind it first use set_monga(<monga instance>)"
if self._monga.config.get('nometaname') == False:
# buat metaname untuk modelnya
setattr( self.__dict__['_data'], '_metaname_', self.__class__.__name__ )
# reset dulu error tracknya, buat jaga kalo2 dibutuhkan buat error checking
self._monga._db.reset_error_history()
Doc.save(self)
if self.get_last_error() is not None:
return None
global RELATION_RECURSION_DEEP, MAX_RECURSION_DEEP
RELATION_RECURSION_DEEP += 1
if RELATION_RECURSION_DEEP < MAX_RECURSION_DEEP:
self._call_relation_attr( '_update_hash' )
self._call_relation_attr( '_save' )
RELATION_RECURSION_DEEP -= 1
else:
raise SuperDocError, "Recursion limit reached, max %d" % MAX_RECURSION_DEEP
# eksekusi pending ops
if not self._pending_ops.empty():
self._pending_ops.apply_op_all()
# refresh relation state
self.__map_relation()
return self
def index_writer(self, file_path):
with open(file_path, 'r', encoding='utf-8') as f:
for line in f.readlines():
word, English, miandian, time = line.strip().split('///')
doc = Doc()
doc.add('word', word)
doc.add('English', English)
doc.add('miandian', miandian)
# doc.add('time', time)
self.doc_list.append(doc)
self.index()
def correct(self, txt):
"""
given a string, identify the least-common n-gram not present in 'skip'
and return a list of suggested replacements
"""
d = Doc(txt, self.w)
changes = list(self.suggest(d, 1))
for ch in changes:
logger.debug('ch=%s' % (ch,))
change = [ch[0].ngd]
logger.debug('change=%s' % (change,))
d.applyChanges(change)
logger.debug('change=%s after applyChanges d=%s' % (change, d))
d = Doc(d, self.w)
break # FIXME: loops forever
changes = list(self.suggest(d, 1))
res = str(d).decode('utf8')
logger.debug('correct res=%s %s' % (type(res),res))
return res
def query(path):
# simple and it works
src = None
try:
src = Doc.from_url(path)
except ValueError as e:
return "Error: <{}>".format(e)
except BadRequest as e:
return json.dumps({"Error": "Bad Request <{}>".format(e)})
if not src:
return json.dumps(
["Error: Unknown API endpoint <{}>".format(path),
Doc.urls()])
#logger.info(pformat(request.values))
rv = src.query(request.values)
#logger.info(pformat(rv))
return json.dumps(rv,
indent=Config.get("JSON_PRETTY"),
default=custom_json_encoder)
def test_csvInput(self):
""" load csv_test.py and check the results """
module = Config.load_plugin('test/csv_test.py')
doc = Doc.from_url("csv_test")
result = doc.query( { 'hash' : '41e25e514d90e9c8bc570484dbaff62b' } )
self.assertEqual( result, {'name':'cmd.exe',
'hash':'41e25e514d90e9c8bc570484dbaff62b',
'from_csv_input': True,
'date.created': datetime(2018,2,20,11,23,0),
'nonce' : 'ca79d9cbb8c73cbe610dfa05030a2183'} )
def index_writer(self, file_path):
for dirpath, dirnames, filenames in os.walk(file_path):
for i in filenames:
with open(file_path+"\\"+i, 'r', encoding='utf-8') as f:
key, title, context = f.read().split('\t\t')
#读取文件 并根据关键词存入 关键词和网页题目，以及内容。
doc = Doc()
doc.add('key', key)
doc.add('title', title)
doc.add('context', context)
self.doc_list.append(doc)
self.index()
def find_one(self, **kwargs):
"""Find one single document. Mainly this is used to retrieve
documents by unique key.
"""
docs = self._db[self._name].find_one(self._parse_query(kwargs))
if docs is None:
return None
return Doc(self, docs.to_dict())
def index_by_file(self, filepath):
doclist = []
for line in open(filepath, 'r').readlines():
cols = line.rstrip().split('\t')
if len(cols) == 3:
id = cols[0]
name = cols[1]
text = cols[2]
doc = Doc(id, name, text)
doclist.append(doc)
self.index(doclist)
def build_html_doc(template_fname, verbosity, archetype = None):
"""
Archetype required only when building archetype docs.
"""
# archetypes all use the same template.. but we don't want to
# put them in the same doc file.
if archetype is not None:
doc_fname = archetype.get_id()
else:
doc_fname = template_fname
# base name .. no extension
doc_base_fname, _ = splitext(basename(doc_fname))
xml_fname = join(build_dir, "%s.xml" % doc_base_fname)
html_fname = join(build_dir, "%s.html" % doc_base_fname)
# parse an xml document
doc = Doc(xml_fname)
if not doc.parse():
print("Problem parsing the xml.")
exit(0)
if not doc.validate() and fail_fast:
print("Fatal: xml errors are fatal!")
print("Run with the -s cmd line option to ignore xml errors.")
exit(0)
# build the html document by converting the xml into tex
with codecs.open(html_fname, "w", "utf-8") as f:
html_formatter = HtmlFormatter(f)
errors = doc.format(html_formatter)
if len(errors) > 0:
print("Errors:")
for error in errors:
print("\t%s\n\n\n" % error)
if fail_fast:
sys.exit()
return
def create_document(self, req):
""" Creates document class """
args = []
print('self.get_template:', self.get_template(req))
args = [self.get_template(req), self.env, self, req]
document = Doc(args)
return document
def test_addSomeDocs(self):
t = self.db["mytable"]
self.assertEqual(t.count(), 1, "still 1 document")
countSB = 1
for foo in [5, 4, 6]:
for bar in ['Cedric', 'Alice', 'Bob']:
d = Doc(foo=foo, bar=bar)
t.addDoc(d)
countSB += 1
self.assertEqual(t.count(), countSB,
"count of documents in mytable")
def get(self, docKey):
keyContents = self.cache.get(docKey)
if not keyContents:
k = Key(self.__getBucket())
k.key = docKey
keyContents = k.get_contents_as_string()
self.cache.set(docKey, keyContents, self.__cacheExpiry)
storedTags = json.loads(keyContents)
content = storedTags.pop('content', None)
tags = storedTags
return Doc(docKey, content, tags)
def get_file_docmap(filename):
with open(filename) as f:
xml = etree.fromstring("<root>" + f.read() + "</root>")
docs = {}
for node in xml.iter("DOC"):
d = Doc.from_xml_node(node)
if d.num in docs:
print("Clash d.num in docs, %d" % d.num)
sys.exit(1)
docs[d.num] = d
return docs
def find_one(self, **kwargs):
"""Find one single document. Mainly this is used to retrieve
documents by unique key.
"""
if '_id' in kwargs:
args = pymongo.objectid.ObjectId(str(kwargs['_id']))
else:
args = self._parse_query(kwargs)
docs = self._db[self._name].find_one(args)
if docs is None:
return None
return Doc(self, docs)
def sample(population):
if random.random() < EXPLORE_PROB:
# Explore
doc_id = random.choice(population)
return (doc_id, EXPLORE)
else:
# Exploit
jsons = [getJSON(x) for x in population]
docs = []
for j in jsons:
try:
docs.append(Doc(j))
except DocNotSuitable:
continue
y_hats = [(x.id, predict(x)) for x in docs]
highscore = max([y for x, y in y_hats])
results = [x for x, y in y_hats if y == highscore]
return (results[0], EXPLOIT)
def run(self):
main_html = self.down_html(self.main_page)
main_tree = HtmlTree(main_html)
if not url_filter[self.main_page]:
url_filter.urls[self.main_page] = {}
url_filter.urls[self.main_page]['cr'] = long(time.time() * 1000)
url_filter.urls[self.main_page]['fr'] = long(time.time() * 1000)
for url in self.extract_url(main_tree.tree, url_rule='//h1//a'):
if not url_filter[url]:
url_filter.urls[url] = {}
url_filter.urls[url]['cr'] = long(time.time() * 1000)
html = self.down_html(url)
child_tree = HtmlTree(main_html)
doc = Doc(self.get_title(html),
self.make_content(self.extract.get_text(html)), 'li',
'computer', self.tag_filter(self.get_keywords(html)))
save_doc(doc, doc.file_name)
else:
url_filter.urls[url]['fr'] = long(time.time() * 1000)
def load_docs(self, docs_pt):
print("load docs: " + docs_pt)
rf = open(docs_pt)
if not rf:
print("file not found: " + docs_pt)
for line in rf.readlines():
d = Doc(line)
biterms = []
d.gen_biterms(biterms)
# statistic the empirical word distribution
for i in range(d.size()):
w = d.get_w(i)
self.pw_b[w] += 1
for b in biterms:
self.bs.append(b)
self.pw_b.normalize()
def delete(self):
# hapus juga semua anak yg menjadi relasi di dalamnya
# yang diset sebagai cascade=delete
# fitur cascade tidak support many-to-many relation
self._call_relation_attr('_delete_cascade')
# update relation list metadata
rels = filter( lambda x: type( getattr( self.__class__, x ) ) == relation, dir(self.__class__) )
for rel in rels:
vrela = getattr( self.__class__, rel )
if vrela._type != 'many-to-many':
break
keyrel = getattr( vrela, '_keyrel' )
if getattr(self, keyrel[0]) is None:
break
backref = getattr( vrela, '_backref' )
rela = getattr( vrela, '_get_rel_class' )()
mykey = getattr(self.__dict__['_data'],backref[1])
all_rela_obj = self._monga._db[rela._collection_name].find({ keyrel[0]: mykey })
col_save = self._monga._db[rela._collection_name].save
for rela_obj in all_rela_obj:
rela_obj[keyrel[0]].remove(mykey)
col_save(rela_obj)
return Doc.delete(self)
def correct(self, txt):
"""
given a string, identify the least-common n-gram not present in 'skip'
and return a list of suggested replacements
"""
d = Doc(txt, self.w)
changes = list(self.suggest(d, 1))
for ch in changes:
logger.debug('ch=%s' % (ch, ))
change = [ch[0].ngd]
logger.debug('change=%s' % (change, ))
d.applyChanges(change)
logger.debug('change=%s after applyChanges d=%s' % (change, d))
d = Doc(d, self.w)
break # FIXME: loops forever
changes = list(self.suggest(d, 1))
res = str(d).decode('utf8')
logger.debug('correct res=%s %s' % (type(res), res))
return res
def load_docs(self, docs_pt):
'''
@description:
@param docs_pt:
@return:
'''
print("load docs: " + docs_pt)
rf = open(docs_pt)
if not rf:
print("file not found: " + docs_pt)
for line in rf.readlines():
d = Doc(line)
biterms = [] #一句话里的单词能组成的词对。
d.gen_biterms(biterms)
# statistic the empirical word distribution
for i in range(d.size()):
w = d.get_w(i)
self.pw_b[w] += 1 #这行代码是在统计词频
for b in biterms:
self.bs.append(b) #self.bs中添加的是一个biterm类。类的内容是这段文本中所有可能的词的组合.
self.pw_b.normalize() #做归一化处理,现在 pw_b中保存的是 词：词频率。
class XMLToCs:
def __init__(self, filepath):
self.filepath = filepath;
self.datatables = []
self.doc = Doc()
def transfer(self):
doc = ElementTree.parse(self.filepath)
root = doc.getroot()
database = root.getchildren()
for table in database:
datatable = Table(table.attrib['tablename'])
columns = table.getchildren()
for column in columns:
datatable.add(column.attrib['columnname'], column.attrib['columntype'],column.attrib['columnwidth'])
self.datatables.append(datatable)
def showall(self):
for t in self.datatables:
t.show()
def initialdoc(self):
self.doc.clear()
def buildmodel(self):
for model in self.datatables:
self.initialdoc()
self.doc.append(Linefac.genlineobj('using System;'))
self.doc.append(Linefac.genlineobj('using System.Colllesections.Generic;;'))
self.doc.append(Linefac.genlineobj('using System.Linq;'))
self.doc.append(Linefac.genlineobj('using System.Web;'))
self.doc.append(Linefac.genlineobj(''))
self.doc.append(Linefac.genlineobj('namespace Model'))
self.doc.append(Linefac.genlineobj('{'))
self.doc.append(Linefac.genlineobj('public class' + model.tablenamecap))
self.doc.append(Linefac.genlineobj('{'))
for field in model.columns:
self.doc.append(Linefac.genlineobj('private ' + field['columnnettype'] + ' ' + field['columnname'] + ';'))
self.doc.append(Linefac.genlineobj(''))
for field in model.columns:
self.doc.append(Linefac.genlineobj('public ' + field['columnnettype'] + ' ' + field['columnnamecap']))
self.doc.append(Linefac.genlineobj('{'))
self.doc.append(Linefac.genlineobj('get { return ' + field['columnname'] + '; }'))
self.doc.append(Linefac.genlineobj('set { ' + field['columnname'] + ' = value; }'))
self.doc.append(Linefac.genlineobj('}'))
self.doc.append(Linefac.genlineobj('}'))
self.doc.append(Linefac.genlineobj('}'))
self.writemodel(model)
def writemodel(self, model):
if (not os.path.exists('Model')) or (os.path.isfile('Model')):
os.makedirs('Model')
f = file("Model\\" + model.tablenamecap + '.cs', 'w')
self.doc.writeall(f)
print 'Model:', model.tablenamecap, 'is Done!'
def buildbll(self):
for model in self.datatables:
self.initialdoc()
self.doc.append(Linefac.genlineobj('using System;'))
self.doc.append(Linefac.genlineobj('using System.Colllesections.Generic;'))
self.doc.append(Linefac.genlineobj('using System.Linq;'))
self.doc.append(Linefac.genlineobj('using System.Web;'))
self.doc.append(Linefac.genlineobj('using System.Data;'))
self.doc.append(Linefac.genlineobj('using System.Data.SqlClient;'))
self.doc.append(Linefac.genlineobj('using DBUnity;'))
self.doc.append(Linefac.genlineobj('using Model;'))
self.doc.append(Linefac.genlineobj('using System.Text;'))
self.doc.append(Linefac.genlineobj(''))
self.doc.append(Linefac.genlineobj('namespace BLL'))
self.doc.append(Linefac.genlineobj('{'))
self.doc.append(Linefac.genlineobj('public class' + model.tablenamecap + "BLL()"))
self.doc.append(Linefac.genlineobj('{'))
self.doc.append(Linefac.genlineobj('public ' + model.tablenamecap + 'BLL(){}'))
self.doc.append(Linefac.genlineobj(''))
self.doc.append(Linefac.genlineobj('static readonly SQLDatabase db = new SQLDatabase();'))
self.doc.append(Linefac.genlineobj(''))
self.buildinsert(model)
self.buildselect(model)
self.buildupdate(model)
self.builddelete(model)
self.doc.append(Linefac.genlineobj('}'))
self.doc.append(Linefac.genlineobj('}'))
self.writebll(model)
def writebll(self, model):
if (not os.path.exists('BLL')) or (os.path.isfile('BLL')):
os.makedirs('BLL')
f = file("BLL\\" + model.tablenamecap + 'BLL.cs', 'w')
try:
self.doc.writeall(f)
print 'BLL:', model.tablenamecap, 'BLL is Done!'
except:
print 'BLL:', model.tablenamecap, 'BLL error while write!'
finally:
f.close()
def buildinsert(self, model):
self.doc.append(Linefac.genlineobj('public static bool Insert(List<' + model.tablenamecap + '> models, ref string e)'))
self.doc.append(Linefac.genlineobj('{'))
self.doc.append(Linefac.genlineobj('int count = models.Count;'))
self.doc.append(Linefac.genlineobj('for(int i = 0; i < count; i++)'))
self.doc.append(Linefac.genlineobj('{'))
strsql = 'insert into sb_' + model.tablenamecap + '('
strsql += ','.join(model.columnnamelist) + ')'
strsql += 'values(@'
strsql += ",@".join(model.columnnamelist) + ')'
self.doc.append(Linefac.genlineobj('string sql = \"' + strsql + '\";'))
self.doc.append(Linefac.genlineobj('SqlParameter[] pamaters = '))
self.doc.append(Linefac.genlineobj('{'))
templist = []
for col in model.columns:
templist.append('new SqlParameter(\"@' + col['columnname'] + '\", SqlDbType.' + col['columnsqldbtype'] + ', ' + col['columnsqldbwidth'] + ')')
tempstr = ', '.join(templist)
self.doc.append(Linefac.genlineobj(tempstr))
self.doc.append(Linefac.genlineobj('};'))
tempcount = 0
for col in model.columns:
self.doc.append(Linefac.genlineobj('parameters[' + str(tempcount) + '].Value = model[i].' + col['columnnamecap'] + ';'))
tempcount = tempcount + 1
self.doc.append(Linefac.genlineobj(''))
self.doc.append(Linefac.genlineobj('e += db.InsertExec(sql, parameters);'))
self.doc.append(Linefac.genlineobj('if(e != "")'))
self.doc.append(Linefac.genlineobj('{'))
self.doc.append(Linefac.genlineobj('e += \"Error in insert!\";'))
self.doc.append(Linefac.genlineobj('return false'))
self.doc.append(Linefac.genlineobj('}'))
self.doc.append(Linefac.genlineobj('return true'))
self.doc.append(Linefac.genlineobj('}'))
self.doc.append(Linefac.genlineobj('}'))
def buildselect(self, model):
self.doc.append(Linefac.genlineobj('public static bool Select(List<' + model.tablenamecap +'> models, string sql, ref string e)'))
self.doc.append(Linefac.genlineobj('{'))
self.doc.append(Linefac.genlineobj('DataTable table = new DataTable();'))
self.doc.append(Linefac.genlineobj('table = db.QueryDataTable(sql, ref e);'))
self.doc.append(Linefac.genlineobj('if (e != "")'))
self.doc.append(Linefac.genlineobj('{'))
self.doc.append(Linefac.genlineobj('for (int i = 0; i < table.Rows.Count; i++)'))
self.doc.append(Linefac.genlineobj('{'))
self.doc.append(Linefac.genlineobj(model.tablenamecap + 'model = new ' + model.tablenamecap + '();'))
for col in model.columns:
self.doc.append(Linefac.genlineobj('model.' + col['columnnamecap'] + ' = (' + col['columnnettype'] + ')table.Rows[i][\"' + col['columnname'] + '\"];'))
self.doc.append(Linefac.genlineobj('models.Add(model);'))
self.doc.append(Linefac.genlineobj('}'))
self.doc.append(Linefac.genlineobj('return true;'))
self.doc.append(Linefac.genlineobj('}'))
self.doc.append(Linefac.genlineobj('else'))
self.doc.append(Linefac.genlineobj('{'))
self.doc.append(Linefac.genlineobj('e += \"Error in select!\";'))
self.doc.append(Linefac.genlineobj('return false;'))
self.doc.append(Linefac.genlineobj('}'))
self.doc.append(Linefac.genlineobj('}'))
def buildupdate(self, model):
self.doc.append(Linefac.genlineobj('public static bool Update(' + model.tablenamecap + ' model, ref string e'))
self.doc.append(Linefac.genlineobj('{'))
self.doc.append(Linefac.genlineobj('StringBuilder strSql = new StringBuilder();'))
self.doc.append(Linefac.genlineobj('strSql.Append(\"update tb_' + model.tablenamecap + ' set \");'))
for col in model.columns[1:]:
self.doc.append(Linefac.genlineobj('strSql.Append(\"' + col['columnname'] + '=@' + col['columnname'] + ',\");'))
self.doc.append(Linefac.genlineobj('strSql.Append(\" where ' + model.columns[0]['columnname'] + '=@' + model.columns[0]['columnname'] + ' \");'))
self.doc.append(Linefac.genlineobj('SqlParameter[] pamaters = '))
self.doc.append(Linefac.genlineobj('{'))
templist = []
for col in model.columns:
templist.append('new SqlParameter(\"@' + col['columnname'] + '\", SqlDbType.' + col['columnsqldbtype'] + ', ' + col['columnsqldbwidth'] + ')')
tempstr = ', '.join(templist)
self.doc.append(Linefac.genlineobj(tempstr))
self.doc.append(Linefac.genlineobj('};'))
tempcount = 0
for col in model.columns:
self.doc.append(Linefac.genlineobj('parameters[' + str(tempcount) + '].Value = model[i].' + col['columnnamecap'] + ';'))
tempcount = tempcount + 1
self.doc.append(Linefac.genlineobj(''))
self.doc.append(Linefac.genlineobj('e = db.QueryExec(strSql.ToString(), parameters);'))
self.doc.append(Linefac.genlineobj('if(e != "")'))
self.doc.append(Linefac.genlineobj('{'))
self.doc.append(Linefac.genlineobj('e += \"Error in update!\";'))
self.doc.append(Linefac.genlineobj('return false;'))
self.doc.append(Linefac.genlineobj('}'))
self.doc.append(Linefac.genlineobj('return true;'))
self.doc.append(Linefac.genlineobj('}'))
def builddelete(self, model):
self.doc.append(Linefac.genlineobj('public static bool delete(' + model.columns[0]['columnnettype'] + " key, ref string e)"))
self.doc.append(Linefac.genlineobj('{'))
self.doc.append(Linefac.genlineobj('StringBuilder strSql = new StringBuilder();'))
self.doc.append(Linefac.genlineobj('strSql.Append(\"delete from tb_' + model.tablenamecap + ' \");'))
self.doc.append(Linefac.genlineobj('strSql.Append(\" where ' + model.columns[0]['columnname'] + '=@' + model.columns[0]['columnname'] + ' \");'))
self.doc.append(Linefac.genlineobj('SqlParameter[] parameters = { new SqlParameter(\"@' + model.columns[0]['columnname'] + '\", SqlDbType.' + model.columns[0]['columnsqldbtype'] + ',' + model.columns[0]['columnsqldbwidth'] + ')};'))
self.doc.append(Linefac.genlineobj('parameters[0].Value = key;'))
self.doc.append(Linefac.genlineobj('e = db.QueryExec(strSql.ToString(), parameters);'))
self.doc.append(Linefac.genlineobj('if(e != "")'))
self.doc.append(Linefac.genlineobj('{'))
self.doc.append(Linefac.genlineobj('e += \"Error in delete!\";'))
self.doc.append(Linefac.genlineobj('return false;'))
self.doc.append(Linefac.genlineobj('}'))
self.doc.append(Linefac.genlineobj('return true;'))
self.doc.append(Linefac.genlineobj('}'))
def __init__(self, filepath): self.filepath = filepath; self.datatables = [] self.doc = Doc()
#!c:\python27\python.exe
#filename:main.py
from xmlreader import XmlReader
from doc import Doc
from linefac import Linefac
import os
doc = Doc()
reader = XmlReader()
classlist = reader.read()
for c in classlist:
doc.clear()
doc.append(Linefac.genlineobj('using System;'))
doc.append(Linefac.genlineobj('using System.Collections.Generic;'))
doc.append(Linefac.genlineobj('using System.Linq;'))
doc.append(Linefac.genlineobj('using System.Web;'))
doc.append(Linefac.genlineobj(''))
namespace = raw_input('Please enter namespace:')
doc.append(Linefac.genlineobj('namespace ' + namespace))
doc.append(Linefac.genlineobj('{'))
doc.append(Linefac.genlineobj('public class ' + c.name))
doc.append(Linefac.genlineobj('{'))
doc.merge(c.genclass())
doc.append(Linefac.genlineobj('}'))
doc.append(Linefac.genlineobj('}'))
if (not os.path.exists('Result')) or (os.path.isfile('Result')):
os.makedirs('Result')
def param_composit(jid, seq):
ids = pr_seq_full(jid, seq[1])
ids.reverse()
return Doc.fuse(*[seq[0][i].p for i in ids])
def run(self, parent, doc, para):
parent.doc = Doc()
parent.doc.para = {'w':para['w'], 'h':para['h']}
parent.canvas.Zoom(1/parent.canvas.Scale,
(para['w']//2, -para['h']//2))
def test_satisfies(self):
d = Doc(aaa=3, bbb=6, c='cat')
r = d.satisfies(None)
self.assertTrue(r, "query None -> always True")
r = d.satisfies({})
self.assertTrue(r, "query {} -> always True")
r = d.satisfies({'aaa':3})
self.assertTrue(r, "{'aaa':3} -> True")
r = d.satisfies({'aaa':66})
self.assertFalse(r, "{'aaa':66} -> False")
r = d.satisfies({'c':'cat'})
self.assertTrue(r, "{'c':'cat'} -> True")
r = d.satisfies({'c':'owl'})
self.assertFalse(r, "{'c':'owl'} -> False")
# multiple test must all be right
r = d.satisfies({'aaa':3, 'bbb':6, 'c':'cat'})
self.assertTrue(r, "{'aaa':3, 'bbb':6, 'c':'cat'} -> True")
r = d.satisfies({'aaa':3, 'bbb':6, 'c':'llama'})
self.assertFalse(r, "{'aaa':3, 'bbb':6, 'c':'llama'} -> False")
# tests to non-existent field fail
r = d.satisfies({'aaa':3, 'bbb':6, 'cc':'cat'})
self.assertFalse(r, "{'aaa':3, 'bbb':6, 'cc':'cat'} -> False")
r = d.satisfies({'no':'nnn'})
self.assertFalse(r, "{'no':'nnn'} -> False")
def prange(transform, baseparams, ranges):
jobs = []
baseparams = Doc(baseparams)
for pd in pspace(ranges):
jobs.append(Job(transform, baseparams.fuse(pd)))
return jobs
def suggest(self, txt, max_suggest=1, skip=[]):
"""
given a string, run suggest() and apply the first suggestion
"""
logger.debug('Chick.suggest(txt=%s max_suggest=%s, skip=%s)' % (txt, max_suggest, skip))
d = Doc(txt, self.w)
logger.debug('doc=%s' % d)
"""
locate uncommon n-gram sequences which may indicate grammatical errors
see if we can determine better replacements for them given their context
"""
# order n-grams by unpopularity
ngsize = min(3, d.totalTokens())
logger.debug('ngsize=%s d.totalTokens()=%s' % (ngsize, d.totalTokens()))
logger.debug('ngram(1) freq=%s' % list(d.ngramfreqctx(self.g,1)))
# locate the least-common ngrams
# TODO: in some cases an ngram is unpopular, but overlapping ngrams on either side
# are relatively popular.
# is this useful in differentiating between uncommon but valid phrases from invalid ones?
"""
sugg did the future 156
sugg the future would 3162
sugg future would undoubtedly 0
sugg would undoubtedly be 3111
sugg undoubtedly be changed 0
"""
least_common = sort1(d.ngramfreqctx(self.g, ngsize))
logger.debug('least_common=%s' % least_common[:20])
# remove any ngrams present in 'skip'
least_common = list(dropwhile(lambda x: x[0] in skip, least_common))
# filter ngrams containing numeric tokens or periods, they generate too many poor suggestions
least_common = list(filter(
lambda ng: not any(re.match('^(?:\d+|\.)$', n[0][0], re.U)
for n in ng[0]),
least_common))
# FIXME: limit to reduce work
least_common = least_common[:max(20, len(least_common)/2)]
# gather all suggestions for all least_common ngrams
suggestions = []
for target_ngram,target_freq in least_common:
suggs = self.ngram_suggest(target_ngram, target_freq, d, max_suggest)
if suggs:
suggestions.append(suggs)
if not suggestions:
"""
"""
ut = list(d.unknownToks())
logger.debug('unknownToks=%s' % ut)
utChanges = [(u, (self.w.correct(u[0]), u[1], u[2], u[3])) for u in ut]
logger.debug('utChanges=%s' % utChanges)
utChanges2 = list(filter(lambda x: x not in skip, utChanges))
for old,new in utChanges2:
td = TokenDiff([old], [new], damerau_levenshtein(old[0], new[0]))
ngd = NGramDiff([], td, [], self.g)
ngds = NGramDiffScore(ngd, None, 1)
suggestions.append([ngds])
logger.debug('------------')
logger.debug('suggestions=%s' % (suggestions,))
suggs = filter(lambda x:x and x[0].ngd.newfreq != x[0].ngd.oldfreq, suggestions)
logger.debug('suggs=%s' % (suggs,))
# sort suggestions by their score, highest first
bestsuggs = rsort(suggs, key=lambda x: x[0].score)
# by total new frequency...
bestsuggs = rsort(bestsuggs, key=lambda x: x[0].ngd.newfreq)
# then by improvement pct. for infinite improvements this results in
# the most frequent recommendation coming to the top
bestsuggs = rsort(bestsuggs, key=lambda x: x[0].improve_pct())
# finally, allow frequency to overcome small differences in score, but only
# for scores that are within 1 to begin with.
# if we account for frequency too much the common language idioms always crush
# valid but less common phrases; if we don't account for frequency at all we often
# recommend very similar but uncommon and weird phrases. this attempts to strike a balance.
"""
bestsuggs.sort(lambda x,y:
x[0].score - y[0].score if abs(x[0].score - y[0].score) > 1 \
else \
(y[0].score + int(log(y[0].ngd.newfreq))) - \
(x[0].score + int(log(x[0].ngd.newfreq))))
"""
for bs in bestsuggs:
for bss in bs:
logger.debug('bestsugg %6.2f %2u %2u %7u %6.0f%% %s' % \
(bss.score, bss.ediff, bss.ngd.diff.damlev,
bss.ngd.newfreq, bss.improve_pct(), ' '.join(bss.ngd.newtoks())))
for bs in bestsuggs:
logger.debug('> bs=%s' % (bs,))
yield bs
def POST(self):
start_time = time()
text = unicode(web.input().get("text", ""))
lines = text.split("\r\n")
act = web.input().get("act", "")
if act == "Replace":
# FIXME: if replacement takes place, update location/offsets
# of all remaining session['suggestions']
replacement_index = int(web.input().get("replacement_index", "0"))
if replacement_index:
d = Doc(lines, chick.w)
replacements = session.get("replacements")
if replacement_index <= len(replacements):
replacement = replacements[replacement_index - 1]
d.applyChanges([replacement])
text = str(d)
lines = d.lines
logger.debug("after replacement lines=%s" % (lines,))
session["suggestions"].pop(0)
elif act == "Skip to next...":
session["skip"].append(session["target"])
session["suggestions"].pop(0)
elif act == "Done":
# nuke target, replacements, skip, etc.
session.kill()
sugg2 = []
suggs = []
suggestions = []
replacements = []
if act and act != "Done":
suggestions = session["suggestions"]
if not suggestions:
logger.debug("suggest(lines=%s)" % (lines,))
suggestions = list(chick.suggest(lines, 5, session["skip"]))
if not suggestions:
target, suggs, sugg2 = None, [], []
else:
# calculate offsets based on line length so we can highlight target substring in <texarea>
off = [len(l) + 1 for l in lines]
lineoff = [0] + [sum(off[:i]) for i in range(1, len(off) + 1)]
changes = suggestions[0]
target = changes[0].ngd.oldtoks()
for ch in changes:
ngd = ch.ngd
replacements.append(ngd)
o = ngd.old()
r = ngd.new()
linestart = o[0][1]
lineend = o[-1][1]
start = o[0][3]
end = o[-1][3] + len(o[-1][0])
sugg2.append((" ".join(ngd.newtoks()), lineoff[linestart] + start, lineoff[lineend] + end))
session["target"] = target
session["replacements"] = replacements
session["suggestions"] = suggestions
elapsed = round(time() - start_time, 2)
return render.check(text, sugg2, lines, elapsed, suggestions)
def __setattr__(self, k, v):
# check is keyname not in restrict_attribute_names
if k in restrict_attribute_names:
raise SuperDocError, "`%s` have restricted keyword `%s`. Please put another name." % (self.__class__.__name__,k)
if k in superdoc_reserved_words or k.startswith('_x_'):
return Doc.__setattr__(self, k , v)
if self.__dict__.has_key('_opt') and self._opt.get('strict') == True:
if self.__has_entryname( k ) == False:
raise SuperDocError, "`%s` is strict model. Cannot assign entryname for `%s`" % ( self.__class__.__name__,k )
if hasattr( self.__class__, '_x_%s' % k ):
typedata = getattr( self.__class__, '_x_%s' % k )
vt = type(v)
if typedata != vt and vt is not types.NoneType:
if typedata is bool and v not in (1,0):
raise SuperDocError, "mismatch data type `%s`=%s and `%s`=%s" % (k,typedata,v,type(v))
if type(typedata) != variant:
# try to convert it if possible
try:
v = typedata(v)
except:
raise SuperDocError, "mismatch data type `%s`=%s and `%s`=%s" % (k,typedata,v,type(v))
# check if one-to-one relation
# just map it to pk==fk
if hasattr(self.__class__,k) and type( getattr(self.__class__,k) ) == relation and isinstance(v,(SuperDoc,relation)):
if type(v) == relation:
Doc.__setattr__(self, k , v)
if v._type != 'one-to-one' or v._data is None:
return
r = getattr(self.__class__, k)
if r._type == "one-to-one":
if r._pk[0] == '_id':
if not hasattr(v,'_id') or v._id == None:
if self._monga is None:
raise RelationError, "cannot auto-save one-to-one relation in smart object assignment. is object not binded with monga instance?"
# may unsaved doc, save it first
v.set_monga(self._monga)
v.save()
elif not v._hasattr(r._pk[0]):
raise RelationError, "relation model `%s` don't have keyname `%s`" % (v.__class__.__name__, r._pk[0])
fkey = getattr( v, r._pk[0] )
if fkey is not None:
setattr( self.__dict__['_data'], r._pk[1], type(fkey) == ObjectId and str(fkey) or fkey )
else:
# relasi terbalik berarti masukin ke pending ops ajah...
fkey = getattr( self.__dict__['_data'], r._pk[1] )
self._pending_ops.add_op( v, 'setattr', key=r._pk[0], value=ObjectId and str(fkey) or fkey )
self._pending_ops.add_op( v, 'save' )
elif r._type == "many-to-one":
setattr( self.__dict__['_data'], '__meta_pcname__', v.__class__.__name__ )
setattr( self.__dict__['_data'], r._pk, unicode(v._id) )
else:
Doc.__setattr__(self, k , v)