def process_single_query(self, name, need_list, param):
config = self.parse_param(name, param)
count = 0
query = select(config.columns, config.condition, from_obj=[config.table])
if need_list:
if config.order_by:
query = query.order_by(*config.order_by)
if config.group_by:
query = query.group_by(*config.group_by)
if config.total:
if DEBUG:
log.debug('Query Schema {} Count:'.format(config.name))
log.debug(query.count())
count = do_(query.count()).scalar()
if config.page > 0:
query = query.limit(config.limit).offset((config.page-1)*config.limit)
if DEBUG:
log.debug('Query Schema {}:'.format(config.name))
log.debug(query)
result = {'data': [dict(row) for row in do_(query)]}
if config.total:
result['total'] = count
else:
query = query.limit(1)
if DEBUG:
log.debug('Query Schema {}:'.format(config.name))
result = list(do_(query))
if result:
result = dict(result[0])
else:
result = {}
return result
def load_table(table,
filename,
con,
delimiter=',',
format=None,
encoding='utf-8',
delete=True):
import csv
from uliweb.utils.date import to_date, to_datetime
table = reflect_table(con, table.name)
if delete:
do_(table.delete())
if not os.path.exists(filename):
log.info("The table [%s] data is not existed." % table.name)
return
f = fin = open(filename, 'rb')
try:
first_line = f.readline()
fields = first_line[1:].strip().split()
n = 1
if format:
fin = csv.reader(f, delimiter=delimiter)
for line in fin:
try:
n += 1
if not format:
line = eval(line.strip())
record = dict(zip(fields, line))
params = {}
for c in table.c:
if c.name in record:
if not format:
params[c.name] = record[c.name]
else:
if record[c.name] == 'NULL':
params[c.name] = None
else:
if isinstance(c.type, String):
params[c.name] = unicode(
record[c.name], encoding)
elif isinstance(c.type, Date):
params[c.name] = to_date(
to_datetime(record[c.name]))
elif isinstance(c.type, DateTime):
params[c.name] = to_datetime(
record[c.name])
else:
params[c.name] = record[c.name]
ins = table.insert().values(**params)
do_(ins)
except:
log.error('Error: Line %d' % n)
raise
finally:
f.close()
def decide_path(id):
path = get_path(id)
if path.type == 'f':
return path.crbits or 0, path.crindex_bits or 0
else:
#print "dir %d crtype ?"%(id)
crbits = 0x00
crindex_bits = 0x00
for p in get_children_pathes(id):
crbits_child, crindexbits_child = decide_path(p.id)
#print "\t",p.path
#print "\t%d|%d="%(crindex_bits,crindexbits_child),
crbits |= crbits_child
crindex_bits |= crindexbits_child
#print crindex_bits
crtype = crbits2crtype(crbits)
if (path.crtype != crtype) or (path.crbits != crbits) or (
path.crindex_bits != crindex_bits):
do_(ScanPathes.table.update().where(
ScanPathes.c.id == path.id).values(
crtype=crtype,
crbits=crbits,
crindex_bits=crindex_bits))
print "%s\t0x%04x\t0x%08x\t%s" % (crtype2csstag(crtype)[3:8],
crbits, crindex_bits, path.path)
return crbits, crindex_bits
def scan_step_all_path():
from uliweb import settings
ScanPathes = get_model("scanpathes")
ScanPathes.remove()
allext = {}
root_dp = settings.SCAN.DIR
ScanPathes(path = ".",type = "d",).save()
count = 0
Begin()
IGNORE_DIRS_SET = set(settings.SCAN.DIR_IGNORE)
for root,dirs,files in os.walk(root_dp):
root_relp = os.path.relpath(root,root_dp)
if not isinstance(root_relp,unicode):
root_relp = root_relp.decode("utf8")
sys.stdout.write(".")
rp = ScanPathes.get(ScanPathes.c.path==root_relp)
if not rp:
print "\ncan not find in db so do not scan %s"%(root)
continue
ignore_dirs = []
for dn in dirs:
dp = os.path.join(root,dn)
if os.path.islink(dp):
print "\nignore link:%s"%(dp)
ignore_dirs.append(dn)
elif dn in IGNORE_DIRS_SET:
print "\nignore dir: %s"%(dp)
ignore_dirs.append(dn)
else:
relp = os.path.relpath(dp,root_dp)
do_(ScanPathes.table.insert().values(path = relp.decode("utf8"),type = "d",parent=rp.id))
for dn in ignore_dirs:
dirs.remove(dn)
l = root.split(os.sep)
for fn in files:
fp = os.path.join(root,fn)
if not os.path.islink(fp):
p,ext = os.path.splitext(fn)
relp = os.path.relpath(fp,root_dp)
do_(ScanPathes.table.insert().values(path = relp.decode("utf8"),type = "f",ext=ext,parent=rp.id))
if allext.has_key(ext):
allext[ext] += 1
else:
allext[ext] = 1
else:
print "\nignore link:%s"%(fp)
Commit()
Exts = get_model("exts")
Exts.remove()
for i,k in enumerate(allext):
Exts(ext = k,num = allext[k]).save()
print
def load_table(table, filename, con, delimiter=',', format=None, encoding='utf-8', delete=True):
import csv
from uliweb.utils.date import to_date, to_datetime
table = reflect_table(con, table.name)
if delete:
do_(table.delete())
if not os.path.exists(filename):
log.info("The table [%s] data is not existed." % table.name)
return
f = fin = open(filename, 'rb')
try:
first_line = f.readline()
fields = first_line[1:].strip().split()
n = 1
if format:
fin = csv.reader(f, delimiter=delimiter)
for line in fin:
try:
n += 1
if not format:
line = eval(line.strip())
record = dict(zip(fields, line))
params = {}
for c in table.c:
if c.name in record:
if not format:
params[c.name] = record[c.name]
else:
if record[c.name] == 'NULL':
params[c.name] = None
else:
if isinstance(c.type, String):
params[c.name] = unicode(record[c.name], encoding)
elif isinstance(c.type, Date):
params[c.name] = to_date(to_datetime(record[c.name]))
elif isinstance(c.type, DateTime):
params[c.name] = to_datetime(record[c.name])
else:
params[c.name] = record[c.name]
ins = table.insert().values(**params)
do_(ins)
except:
log.error('Error: Line %d' % n)
raise
finally:
f.close()
def api_schema_perm_update(self):
value = request.POST.get('value')
schema = request.POST.get('scheme')
permid = request.POST.get('permid')
selectedRoleList = _json.loads(value)
#----delete the origin role_perm_rel
RPRModel = get_model('Role_Perm_Rel')
do_(RPRModel.table.delete().where(and_(RPRModel.c.scheme == schema, RPRModel.c.permission == permid)))
#----batch add the role_perm_rel
for s in selectedRoleList:
roleid = s.split('_')[0]
RPRModel(role=roleid, permission=permid, scheme=schema).save()
return json({"status":"OK", "value":value})
def _sync_parent(self, parent):
from sqlalchemy import select, func
from uliweb.orm import do_
M = functions.get_model('async_tasks')
sql = select([M.c.status, func.count('*')], M.c.parent_task==parent.task_id,
from_obj=[M.table]).group_by(M.c.status)
status = {}
for row in do_(sql):
status[row[0]] = row[1]
queued = status.get('0', 0)
success = status.get('1', 0)
started = status.get('2', 0)
error = status.get('E', 0)
failed = status.get('F', 0)
cancel = status.get('C', 0)
if started:
parent.status = '2'
elif failed:
parent.status = 'F'
elif error:
parent.status = 'E'
elif (queued and not filter(None, [success, started, error, failed, cancel])):
parent.status = '0'
elif (success and not filter(None, [queued, started, error, failed])):
parent.status = '1'
elif (cancel and not filter(None, [queued, success, started, error, failed])):
parent.status = 'C'
def handle(self, options, global_options, *args):
engine = get_engine(options, global_options)
if args:
apps = args
else:
apps = self.get_apps(global_options)
tables = get_sorted_tables(
get_tables(global_options.apps_dir,
apps,
engine_name=options.engine,
settings_file=global_options.settings,
local_settings_file=global_options.local_settings))
_len = len(tables)
for i, (name, t) in enumerate(tables):
exist = engine.dialect.has_table(engine.connect(), t.name)
if not exist:
flag = 'NOT EXISTED'
else:
try:
result = list(do_(t.select().limit(1), engine.engine_name))
flag = 'OK'
except Exception as e:
if options.traceback:
import traceback
traceback.print_exc()
flag = 'FAILED'
if global_options.verbose or flag != 'OK':
print 'Validating [%s] %s...%s' % (
options.engine, show_table(name, t, i, _len), flag)
def handle(self, options, global_options, *args):
engine = get_engine(options, global_options)
if args:
apps = args
else:
apps = self.get_apps(global_options)
tables = get_tables(global_options.apps_dir, apps, engine=options.engine,
settings_file=global_options.settings,
local_settings_file=global_options.local_settings)
for name, t in tables.items():
exist = engine.dialect.has_table(engine.connect(), name)
if not exist:
flag = 'NOT EXISTED'
else:
try:
result = list(do_(t.select().limit(1)))
flag = 'OK'
except Exception as e:
if options.traceback:
import traceback
traceback.print_exc()
flag = 'FAILED'
if global_options.verbose or flag!='OK':
print 'Validating [%s] %s...%s' % (options.engine, name, flag)
def pre_save(data):
from sqlalchemy.sql import select, func
data['topic'] = int(topic_id)
data['floor'] = (do_(
select([func.max(Post.c.floor)], Post.c.topic
== int(topic_id))).scalar() or 0) + 1
def dump_table(table, filename, con, std=None, delimiter=',', format=None, encoding='utf-8', inspector=None):
from uliweb.utils.common import str_value
from StringIO import StringIO
import csv
if not std:
if isinstance(filename, (str, unicode)):
std = open(filename, 'w')
else:
std = filename
else:
std = sys.stdout
#add inspector table columns process, will not use model fields but database fields
if inspector:
meta = MetaData()
table = Table(table.name, meta)
inspector.reflecttable(table, None)
result = do_(table.select())
fields = [x.name for x in table.c]
if not format:
print >>std, '#' + ' '.join(fields)
elif format == 'txt':
print >>std, '#' + ','.join(fields)
for r in result:
if not format:
print >>std, r
elif format == 'txt':
buf = StringIO()
fw = csv.writer(buf, delimiter=delimiter)
fw.writerow([str_value(x, encoding=encoding) for x in r])
print >>std, buf.getvalue().rstrip()
else:
raise Exception, "Can't support the text format %s" % format
def dump_table(table, filename, con, std=None, delimiter=',', format=None, encoding='utf-8', inspector=None):
from uliweb.utils.common import str_value
from StringIO import StringIO
import csv
if not std:
if isinstance(filename, (str, unicode)):
std = open(filename, 'w')
else:
std = filename
else:
std = sys.stdout
#add inspector table columns process, will not use model fields but database fields
if inspector:
meta = MetaData()
table = Table(table.name, meta)
inspector.reflecttable(table, None)
result = do_(table.select())
fields = [x.name for x in table.c]
if not format:
print >>std, '#' + ' '.join(fields)
elif format == 'txt':
print >>std, '#' + ','.join(fields)
for r in result:
if not format:
print >>std, r
elif format == 'txt':
buf = StringIO()
fw = csv.writer(buf, delimiter=delimiter)
fw.writerow([str_value(x, encoding=encoding) for x in r])
print >>std, buf.getvalue().rstrip()
else:
raise Exception, "Can't support the text format %s" % format
def api_org_roles_load(self, org_id):
page = int(request.GET.get('iDisplayStart') or 0)
psize = int(request.GET.get('iDisplayLength') or 10)
RoleModel = get_model('role')
UserModel = get_model('user')
OrgRoleModel = get_model('orgrole')
UserGroupModel = get_model('usergroup')
totalRecords = OrgRoleModel.filter(OrgRoleModel.c.organization == org_id).count()
query = select([RoleModel.c.id.label('role_id'), RoleModel.c.name.label('role_name'), OrgRoleModel.c.organization, OrgRoleModel.c.id.label('orgrole_id')]).select_from(join(RoleModel.table, OrgRoleModel.table, RoleModel.c.id == OrgRoleModel.c.role)).where(OrgRoleModel.c.organization == org_id).offset(page).limit(psize)
result = do_(query)
ret = {}
def fetch_users(orgrole_id):
ret = []
userList = UserModel.filter(OrgRoleModel.users.join_filter(OrgRoleModel.c.id == orgrole_id))
for s in userList:
ret.append({s.id:s.username})
return ret
def fetch_usergroups(orgrole_id):
ret = []
userList = UserGroupModel.filter(OrgRoleModel.usergroups.join_filter(OrgRoleModel.c.id == orgrole_id))
for s in userList:
ret.append({s.id:s.name})
return ret
ret['aaData'] = [{'role_id':s['role_id'], 'role_name':s['role_name'], 'users':fetch_users(s.orgrole_id), 'usergroups':fetch_usergroups(s.orgrole_id), 'orgrole_id':s['orgrole_id']} for s in result]
ret['iTotalRecords'] = totalRecords
ret['iTotalDisplayRecords'] = totalRecords
return json(ret)
def run(self):
import datetime
from decimal import Decimal
row = self.queue.get()
if row == None:
self.is_exit = 'quit'
return
data = eval(row)
if self.bulk:
self.buf.append(data)
if len(self.buf) >= self.bulk:
do_(self.sql, args=self.buf)
self.buf = []
else:
do_(self.sql, args=[data])
self.total += 1
def run(self):
import datetime
from decimal import Decimal
row = self.queue.get()
if row == None:
self.is_exit = 'quit'
return
data = eval(row)
if self.bulk:
self.buf.append(data)
if len(self.buf) >= self.bulk:
do_(self.sql, args=self.buf)
self.buf = []
else:
do_(self.sql, args=[data])
self.total += 1
def detail(self, schema_id):
OrgModel = get_model('rbacorg')
RoleModel = get_model('role')
PermModel = get_model('Permission')
RPRModel = get_model('Role_Perm_Rel')
query = select([self.model.c.id, self.model.c.name, self.model.c.gorg, self.model.c.description, OrgModel.c.name.label('org_name')]).select_from(join(self.model.table, OrgModel.table, self.model.c.gorg == OrgModel.c.id)).where(self.model.c.id == schema_id)
schemaList = do_(query)
return {'schemaid':schema_id, 'schema_obj':schemaList.fetchone()}
def decide_path(id):
path = get_path(id)
if path.type == 'f':
return path.crbits or 0,path.crindex_bits or 0
else:
#print "dir %d crtype ?"%(id)
crbits = 0x00
crindex_bits = 0x00
for p in get_children_pathes(id):
crbits_child,crindexbits_child = decide_path(p.id)
#print "\t",p.path
#print "\t%d|%d="%(crindex_bits,crindexbits_child),
crbits |= crbits_child
crindex_bits |= crindexbits_child
#print crindex_bits
crtype = crbits2crtype(crbits)
if (path.crtype!=crtype) or (path.crbits!=crbits) or (path.crindex_bits!=crindex_bits):
do_(ScanPathes.table.update().where(ScanPathes.c.id==path.id).values(crtype=crtype,crbits=crbits,crindex_bits=crindex_bits))
print "%s\t0x%04x\t0x%08x\t%s"%(crtype2csstag(crtype)[3:8],crbits,crindex_bits,path.path)
return crbits,crindex_bits
def api_list(self):
page = int(request.GET.get('iDisplayStart', 0))
psize = int(request.GET.get('iDisplayLength', 10))
totalRecords = self.model.count()
query = select([self.model.c.id, self.model.c.name, self.model.c.gorg, self.model.c.description]).select_from(self.model.table).order_by(self.model.c.id.desc()).offset((page)).limit(psize)
schemaList = do_(query)
ret = {}
ret['aaData'] = [{'id':s['id'], 'name':s['name'], 'description':s['description'], 'gorg':s['gorg']} for s in schemaList]
ret['iTotalRecords'] = totalRecords
ret['iTotalDisplayRecords'] = totalRecords
return json(ret)
def org_roles(self, org_id):
SchemaModel = get_model('rbacscheme')
#----check if the organization is a global organization
Org = self.model.get(org_id)
RoleModel = get_model('role')
RPRModel = get_model('Role_Perm_Rel')
if Org.rbacscheme:
query = select([self.model.c.id, self.model.c.name, self.model.c.rbacscheme, SchemaModel.c.id.label('schema_id'), SchemaModel.c.name.label('schema_name')]).select_from(join(self.model.table, SchemaModel.table, self.model.c.rbacscheme == SchemaModel.c.id)).where(self.model.c.id == org_id)
OrgObj = do_(query).fetchone()
query = select([distinct(RoleModel.c.id), RoleModel.c.name]).select_from(join(RoleModel.table, RPRModel.table, RoleModel.c.id == RPRModel.c.role)).where(RPRModel.c.scheme == OrgObj.rbacscheme)
else:
#----global organization
query = select([self.model.c.id, self.model.c.name, self.model.c.rbacscheme, SchemaModel.c.id.label('schema_id'), SchemaModel.c.name.label('schema_name')]).select_from(join(self.model.table, SchemaModel.table, self.model.c.id == SchemaModel.c.gorg)).where(self.model.c.id == org_id)
OrgObj = do_(query).fetchone()
query = select([distinct(RoleModel.c.id), RoleModel.c.name]).select_from(join(RoleModel.table, RPRModel.table, RoleModel.c.id == RPRModel.c.role)).where(RPRModel.c.scheme == OrgObj.schema_id)
#----need to filter the rols which belone to this schema
roleList = do_(query)
roleDict = {}
for s in roleList:
roleDict[s.id] = s.name
return {'orgid':org_id, 'orgname':OrgObj.name, 'schemaname':OrgObj.schema_name, 'schema':OrgObj.rbacscheme , 'schema_id':OrgObj.schema_id, 'roleDict':roleDict}
def dump_table(table,
filename,
con,
std=None,
delimiter=',',
format=None,
encoding='utf-8',
inspector=None,
engine_name=None):
from uliweb.utils.common import str_value
from StringIO import StringIO
import csv
b = time()
if not std:
if isinstance(filename, (str, unicode)):
std = open(filename, 'w')
else:
std = filename
else:
std = sys.stdout
#add inspector table columns process, will not use model fields but database fields
if inspector:
meta = MetaData()
table = Table(table.name, meta)
inspector.reflecttable(table, None)
result = do_(table.select(), engine_name)
fields = [x.name for x in table.c]
if not format:
print >> std, ' '.join(fields)
elif format == 'txt':
print >> std, ','.join(fields)
n = 0
if format == 'txt':
fw = csv.writer(std, delimiter=delimiter)
for r in result:
n += 1
if not format:
print >> std, r
elif format == 'txt':
fw.writerow([
str_value(x, encoding=encoding, newline_escape=True) for x in r
])
else:
raise Exception, "Can't support the text format %s" % format
return 'OK (%d/%lfs)' % (n, time() - b)
def get_paragraph_comments_count(self, cid):
"""
获得某个章节每个paragraph评论的数目
返回结果为：
{id1:count1, id2:count2,...}
"""
from uliweb.orm import do_
from sqlalchemy.sql import select, func, and_
query = select([func.count(1), self.model_comments.c.anchor],
and_(self.model_comments.c.chapter==int(cid),
self.model_comments.c.deleted==False)).group_by(self.model_comments.c.anchor)
d = {}
for row in do_(query):
d[row[1]] = row[0]
return json(d)
def get_paragraph_comments_count(self, cid):
"""
获得某个章节每个paragraph评论的数目
返回结果为：
{id1:count1, id2:count2,...}
"""
from uliweb.orm import do_
from sqlalchemy.sql import select, func, and_
query = select([func.count(1), self.model_comments.c.anchor],
and_(self.model_comments.c.chapter == int(cid),
self.model_comments.c.deleted == False)).group_by(
self.model_comments.c.anchor)
d = {}
for row in do_(query):
d[row[1]] = row[0]
return json(d)
def api_list(self):
page = int(request.GET.get('iDisplayStart') or 0)
psize = int(request.GET.get('iDisplayLength') or 10)
search = request.GET.get('sSearch').strip()
SchemaModel = get_model('rbacscheme')
schemaObj = None
if search:
schemaObj = SchemaModel.filter(SchemaModel.c.name == search).one()
if schemaObj:
totalRecords = self.model.filter(self.model.c.rbacscheme == schemaObj.id).count()
query = select([self.model.c.id, self.model.c.name, self.model.c.rbacscheme, SchemaModel.c.name.label('schema_name')]).select_from(join(self.model.table, SchemaModel.table, self.model.c.rbacscheme == SchemaModel.c.id)).where(SchemaModel.c.id == schemaObj.id).offset((page)).limit(psize)
else:
totalRecords = self.model.filter(self.model.c.rbacscheme != None).count()
query = select([self.model.c.id, self.model.c.name, self.model.c.rbacscheme, SchemaModel.c.name.label('schema_name')]).select_from(join(self.model.table, SchemaModel.table, self.model.c.rbacscheme == SchemaModel.c.id)).offset((page)).limit(psize)
orgList = do_(query)
ret = {}
ret['aaData'] = [{'id':s['id'], 'name':s['name'], 'schema':s['schema_name'], 'schema_id':s['rbacscheme']} for s in orgList]
ret['iTotalRecords'] = totalRecords
ret['iTotalDisplayRecords'] = totalRecords
return json(ret)
def dump_table(table, filename, con, std=None, delimiter=',', format=None,
encoding='utf-8', inspector=None, engine_name=None):
from uliweb.utils.common import str_value
from StringIO import StringIO
import csv
b = time()
if not std:
if isinstance(filename, (str, unicode)):
std = open(filename, 'w')
else:
std = filename
else:
std = sys.stdout
#add inspector table columns process, will not use model fields but database fields
if inspector:
meta = MetaData()
table = Table(table.name, meta)
inspector.reflecttable(table, None)
result = do_(table.select(), engine_name)
fields = [x.name for x in table.c]
if not format:
print >>std, ' '.join(fields)
elif format == 'txt':
print >>std, ','.join(fields)
n = 0
if format == 'txt':
fw = csv.writer(std, delimiter=delimiter)
for r in result:
n += 1
if not format:
print >>std, r
elif format == 'txt':
fw.writerow([str_value(x, encoding=encoding, newline_escape=True) for x in r])
else:
raise Exception, "Can't support the text format %s" % format
return 'OK (%d/%lfs)' % (n, time()-b)
def api_schema_perm_load(self, schema_id):
page = int(request.GET.get('iDisplayStart') or 0)
psize = int(request.GET.get('iDisplayLength') or 10)
RoleModel = get_model('role')
PermModel = get_model('Permission')
RPRModel = get_model('Role_Perm_Rel')
perm_rpr = select([PermModel.c.id.label('perm_id'), PermModel.c.name.label('perm_name'), RPRModel.c.scheme, RPRModel.c.role ]).select_from(join(PermModel.table, RPRModel.table, PermModel.c.id == RPRModel.c.permission)).alias()
query = select([perm_rpr.c.perm_id, perm_rpr.c.perm_name, perm_rpr.c.scheme, RoleModel.c.id.label('role_id'), RoleModel.c.name.label('role_name') ]).select_from(join(perm_rpr, RoleModel.table, RoleModel.c.id == perm_rpr.c.role)).where(perm_rpr.c.scheme == schema_id) # .offset((page)).limit(psize)
result = do_(query)
ret = {}
#----prepare dataset and do the pagnization in memery
dataset = {}
permDict = {}
for s in result:
if s['perm_name'] in dataset.keys():
t = dataset.get(s['perm_name'])
t.append({s['role_id']:s['role_name']})
else:
dataset[s['perm_name']] = [{s['role_id']:s['role_name']}]
permDict[s['perm_name']] = s['perm_id']
def fetch_role_id(rols):
ret = []
for s in rols:
for k in s:
ret.append(k)
return ret
#----pagination in memery
totalRecords = len(dataset)
dataset = OrderedDict(sorted(dataset.items(), key=lambda t: t[0]))
from itertools import islice
dataset = OrderedDict(islice(dataset.items(), page, psize))
ret['aaData'] = [{'perm':s, 'roles':dataset[s], 'role_id_list':fetch_role_id(dataset[s]), 'perm_id':permDict[s]} for s in dataset]
ret['iTotalRecords'] = totalRecords
ret['iTotalDisplayRecords'] = totalRecords
return json(ret)
def handle(self, options, global_options, *args):
engine = get_engine(options, global_options)
if args:
apps = args
else:
apps = self.get_apps(global_options)
tables = get_sorted_tables(
get_tables(
global_options.apps_dir,
apps,
engine_name=options.engine,
settings_file=global_options.settings,
local_settings_file=global_options.local_settings,
)
)
_len = len(tables)
for i, (name, t) in enumerate(tables):
exist = engine.dialect.has_table(engine.connect(), name)
if not exist:
flag = "NOT EXISTED"
else:
try:
result = list(do_(t.select().limit(1)))
flag = "OK"
except Exception as e:
if options.traceback:
import traceback
traceback.print_exc()
flag = "FAILED"
if global_options.verbose or flag != "OK":
print "Validating [%s] %s...%s" % (options.engine, show_table(name, t, i, _len), flag)
def get_children_pathes(id):
r = do_(select(ScanPathes.c, ScanPathes.c.parent==id))
return r.fetchall()
def on_finished(self):
if self.buf:
do_(self.sql, args=self.buf)
Commit()
self.result_queue.put(self.total)
def on_finished(self):
if self.buf:
do_(self.sql, args=self.buf)
Commit()
self.result_queue.put(self.total)
def pre_save(data):
from sqlalchemy.sql import select, func
data['topic'] = int(topic_id)
data['parent'] = int(parent_id)
data['floor'] = (do_(select([func.max(Post.c.floor)], Post.c.parent==post.id)).scalar() or 0) + 1
def pre_save(data):
from sqlalchemy.sql import select, func
data["topic"] = int(topic_id)
data["floor"] = (do_(select([func.max(Post.c.floor)], Post.c.topic == int(topic_id))).scalar() or 0) + 1
def get_path(id):
r = do_(select(ScanPathes.c, ScanPathes.c.id == id))
return r.fetchone()
def get_children_pathes(id):
r = do_(select(ScanPathes.c, ScanPathes.c.parent == id))
return r.fetchall()
def load_table(table,
filename,
con,
delimiter=',',
format=None,
encoding='utf-8',
delete=True,
bulk=100,
engine_name=None):
import csv
from uliweb.utils.date import to_date, to_datetime
if not os.path.exists(filename):
return "Skipped (data not found)"
table = reflect_table(con, table.name)
if delete:
do_(table.delete(), engine_name)
b = time()
bulk = max(1, bulk)
f = fin = open(filename, 'rb')
try:
first_line = f.readline()
if first_line.startswith('#'):
first_line = first_line[1:]
n = 0
count = 0
if format:
fields = first_line.strip().split(delimiter)
fin = csv.reader(f, delimiter=delimiter)
else:
fields = first_line.strip().split()
buf = []
for line in fin:
try:
n += 1
count += 1
if not format:
line = eval(line.strip())
record = dict(zip(fields, line))
params = {}
for c in table.c:
if c.name in record:
if not format:
params[c.name] = record[c.name]
else:
if record[c.name] == 'NULL':
params[c.name] = None
else:
if isinstance(c.type, String):
params[c.name] = unicode(
record[c.name], encoding)
elif isinstance(c.type, Date):
params[c.name] = to_date(
to_datetime(record[c.name]))
elif isinstance(c.type, DateTime):
params[c.name] = to_datetime(
record[c.name])
else:
params[c.name] = record[c.name]
buf.append(params)
if count >= bulk:
do_(table.insert(), engine_name, args=buf)
count = 0
buf = []
except:
log.error('Error: Line %d' % n)
raise
if buf:
do_(table.insert(), engine_name, args=buf)
return 'OK (%d/%lfs)' % (n, time() - b)
finally:
f.close()
def get_infos_by_id(id):
r = do_(select(CopyrightInfo.c, CopyrightInfo.c.path==id))
return r.fetchall()
def handle(self, options, global_options, *args):
import os
from uliweb import settings
self.get_application(global_options)
ScanPathes = get_model("scanpathes")
ScanPathes.remove()
allext = {}
root_dp = settings.SCAN.DIR
ScanPathes(path = ".",type = "d",).save()
count = 0
Begin()
IGNORE_DIRS_SET = set(['.git','.svn','.hg','.cvs','.repo'])
for root,dirs,files in os.walk(root_dp):
root_relp = os.path.relpath(root,root_dp)
if not isinstance(root_relp,unicode):
root_relp = root_relp.decode("utf8")
print ".",
rp = ScanPathes.get(ScanPathes.c.path==root_relp)
if not rp:
print "\ncan not find in db so do not scan %s"%(root)
continue
ignore_dirs = []
for dn in dirs:
dp = os.path.join(root,dn)
if os.path.islink(dp):
print "\nignore link:%s"%(dp)
ignore_dirs.append(dn)
elif dn in IGNORE_DIRS_SET:
print "\nignore rcs data dir: %s"%(dp)
ignore_dirs.append(dn)
else:
relp = os.path.relpath(dp,root_dp)
do_(ScanPathes.table.insert().values(path = relp.decode("utf8"),type = "d",parent=rp.id))
for dn in ignore_dirs:
dirs.remove(dn)
l = root.split(os.sep)
if "res" in l:
print "\nignore res: %s"%(root)
continue
for fn in files:
fp = os.path.join(root,fn)
if not os.path.islink(fp):
p,ext = os.path.splitext(fn)
relp = os.path.relpath(fp,root_dp)
do_(ScanPathes.table.insert().values(path = relp.decode("utf8"),type = "f",ext=ext,parent=rp.id))
if allext.has_key(ext):
allext[ext] += 1
else:
allext[ext] = 1
else:
print "\nignore link:%s"%(fp)
Commit()
Exts = get_model("exts")
Exts.remove()
for i,k in enumerate(allext):
Exts(ext = k,num = allext[k]).save()
def load_table(table, filename, con, delimiter=',', format=None,
encoding='utf-8', delete=True, bulk=100, engine_name=None):
import csv
from uliweb.utils.date import to_date, to_datetime
if not os.path.exists(filename):
return "Skipped (data not found)"
table = reflect_table(con, table.name)
if delete:
table.drop(con)
table.create(con)
# do_(table.drop(), engine_name)
# do_(table.create(), engine_name)
b = time()
bulk = max(1, bulk)
f = fin = open(filename, 'rb')
try:
first_line = f.readline()
if first_line.startswith('#'):
first_line = first_line[1:]
n = 0
count = 0
if format:
fields = first_line.strip().split(delimiter)
fin = csv.reader(f, delimiter=delimiter)
else:
fields = first_line.strip().split()
buf = []
for line in fin:
try:
n += 1
count += 1
if not format:
line = eval(line.strip())
record = dict(zip(fields, line))
params = {}
for c in table.c:
if c.name in record:
if not format:
params[c.name] = record[c.name]
else:
if record[c.name] == 'NULL':
params[c.name] = None
else:
if isinstance(c.type, String):
params[c.name] = unicode(record[c.name], encoding)
elif isinstance(c.type, Date):
params[c.name] = to_date(to_datetime(record[c.name]))
elif isinstance(c.type, DateTime):
params[c.name] = to_datetime(record[c.name])
else:
params[c.name] = record[c.name]
buf.append(params)
if count >= bulk:
do_(table.insert(), engine_name, args=buf)
count = 0
buf = []
except:
log.error('Error: Line %d of %s' % (n, filename))
raise
if buf:
do_(table.insert(), engine_name, args=buf)
return 'OK (%d/%lfs)' % (n, time()-b)
finally:
f.close()
def scan_step_all_path():
from uliweb import settings
ScanPathes = get_model("scanpathes")
ScanPathes.remove()
allext = {}
root_dp = settings.SCAN.DIR
ScanPathes(
path=".",
type="d",
).save()
count = 0
Begin()
IGNORE_DIRS_SET = set(settings.SCAN.DIR_IGNORE)
for root, dirs, files in os.walk(root_dp):
root_relp = os.path.relpath(root, root_dp)
if not isinstance(root_relp, unicode):
root_relp = root_relp.decode("utf8")
sys.stdout.write(".")
rp = ScanPathes.get(ScanPathes.c.path == root_relp)
if not rp:
print "\ncan not find in db so do not scan %s" % (root)
continue
ignore_dirs = []
for dn in dirs:
dp = os.path.join(root, dn)
if os.path.islink(dp):
print "\nignore link:%s" % (dp)
ignore_dirs.append(dn)
elif dn in IGNORE_DIRS_SET:
print "\nignore dir: %s" % (dp)
ignore_dirs.append(dn)
else:
relp = os.path.relpath(dp, root_dp)
do_(ScanPathes.table.insert().values(path=relp.decode("utf8"),
type="d",
parent=rp.id))
for dn in ignore_dirs:
dirs.remove(dn)
l = root.split(os.sep)
for fn in files:
fp = os.path.join(root, fn)
if not os.path.islink(fp):
p, ext = os.path.splitext(fn)
relp = os.path.relpath(fp, root_dp)
do_(ScanPathes.table.insert().values(path=relp.decode("utf8"),
type="f",
ext=ext,
parent=rp.id))
if allext.has_key(ext):
allext[ext] += 1
else:
allext[ext] = 1
else:
print "\nignore link:%s" % (fp)
Commit()
Exts = get_model("exts")
Exts.remove()
for i, k in enumerate(allext):
Exts(ext=k, num=allext[k]).save()
print
def get_path(id):
r = do_(select(ScanPathes.c, ScanPathes.c.id==id))
return r.fetchone()
def scan_step_all_copyright():
import re
from uliweb import settings
exts_ignore_dict = {}
for ext in settings.SCAN.FILE_EXTS_IGNORE:
exts_ignore_dict[ext] = True
ScanPathes = get_model("scanpathes")
CopyrightInfo = get_model('copyrightinfo')
CopyrightInfo.remove()
files = ScanPathes.filter(ScanPathes.c.type == 'f')
restring = get_restring_from_relist(settings.SCAN.RE_LIST)
cobj_copyright = re.compile(restring, re.M)
root_dp = settings.SCAN.DIR
count = 0
nback = 0
tnum = ScanPathes.filter(ScanPathes.c.type == 'f').count()
Begin()
for path in files:
if not exts_ignore_dict.has_key(path.ext):
fp = os.path.join(root_dp, path.path)
f = open(fp)
c = f.read()
f.close()
crbits = 0
crbits_not = 0
isbin = False
crindex_bits = 0
cribegin = -1
criend = -1
if c[:4] == '\x7fELF':
isbin = True
elif c[:8] == '!<arch>\n':
isbin = True
elif c[:6] == 'CATI\x01\x00':
isbin = True
else:
for ch in c:
if ch == '\0':
isbin = True
break
#if isbin:
# print "%s is binary"%(path.path)
if not isbin:
for m in cobj_copyright.finditer(c):
d = m.groupdict()
for i, k in enumerate(d):
if d[k] != None:
index = int(k[1:])
crindex_bits |= (0x01 << index)
new_crbits, not_flag = index2crbits(
k, settings.SCAN.RE_LIST)
if not_flag:
crbits_not |= new_crbits
else:
crbits |= new_crbits
ibegin = m.start(0)
iend = m.end(0)
do_(CopyrightInfo.table.insert().values(
path=path.id,
crindex=index,
ibegin=ibegin,
iend=iend,
))
if cribegin < 0 or ibegin < cribegin:
cribegin = ibegin
if criend < 0 or iend > criend:
criend = iend
if crbits_not:
crbits = crbits & (crbits_not ^ CRBITS_ALL)
crtype = crbits2crtype(crbits)
do_(ScanPathes.table.update().where(
ScanPathes.c.id == path.id).values(
copyright=((crbits & CRBITS_COPYRIGHT) != 0),
copyright_inhouse=((crbits & CRBITS_COPYRIGHT_INHOUSE) !=
0),
copyright_gpl=((crbits & CRBITS_COPYRIGHT_GPL) != 0),
copyright_oos=((crbits & CRBITS_COPYRIGHT_OOS) != 0),
crbits=crbits,
crtype=crtype,
crindex_bits=crindex_bits,
cribegin=cribegin,
criend=criend))
count += 1
s = "%d/%d" % (count, tnum)
out = "%s%s" % (nback * "\b", s)
print out,
sys.stdout.flush()
nback = len(s) + 1
Commit()
def handle(self, options, global_options, *args):
import os,re
from uliweb import settings
self.get_application(global_options)
exts_ignore_dict = {}
for ext in settings.SCAN.FILE_EXTS_IGNORE:
exts_ignore_dict[ext]=True
ScanPathes = get_model("scanpathes")
CopyrightInfo = get_model('copyrightinfo')
CopyrightInfo.remove()
files = ScanPathes.filter(ScanPathes.c.type=='f')
restring = get_restring_from_relist(settings.SCAN.RE_LIST)
cobj_copyright = re.compile(restring,re.M)
root_dp = settings.SCAN.DIR
count = 0
nback = 0
tnum = ScanPathes.filter(ScanPathes.c.type=='f').count()
Begin()
for path in files:
if not exts_ignore_dict.has_key(path.ext):
fp = os.path.join(root_dp,path.path)
f = open(fp)
c = f.read()
f.close()
crbits = 0
isbin = False
crindex_bits = 0
cribegin = -1
criend = -1
if c[:4]=='\x7fELF':
isbin = True
elif c[:8]=='!<arch>\n':
isbin = True
elif c[:6]=='CATI\x01\x00':
isbin = True
if not isbin:
for m in cobj_copyright.finditer(c):
d = m.groupdict()
for i,k in enumerate(d):
if d[k]!=None:
index = int(k[1:])
crindex_bits |= (0x01<<index)
crbits |= index2crbits(k,settings.SCAN.RE_LIST)
ibegin = m.start(0)
iend = m.end(0)
do_(CopyrightInfo.table.insert()
.values(path = path.id,
crindex = index,
ibegin = ibegin,
iend = iend,
)
)
if cribegin<0 or ibegin<cribegin:
cribegin = ibegin
if criend<0 or iend>criend:
criend = iend
crtype = crbits2crtype(crbits)
do_(ScanPathes.table.update()
.where(ScanPathes.c.id==path.id)
.values(copyright=((crbits&CRBITS_COPYRIGHT)!=0),
copyright_inhouse=((crbits&CRBITS_COPYRIGHT_INHOUSE)!=0),
copyright_gpl=((crbits&CRBITS_COPYRIGHT_GPL)!=0),
copyright_oos=((crbits&CRBITS_COPYRIGHT_OOS)!=0),
crbits = crbits,
crtype = crtype,
crindex_bits = crindex_bits,
cribegin = cribegin,
criend = criend
)
)
count+=1
s = "%d/%d"%(count,tnum)
out = "%s%s"%(nback*"\b",s)
print out,
sys.stdout.flush()
nback = len(s)+1
Commit()
