def test_002_connect(self):
kwargs = {'dbname': 'slurpy', 'user': '******', 'password': '******' }
db = PgDatabase()
self.assertEqual(db.connect(**kwargs), True)
self.assertEqual(db.close(), True)
kwargs = {'dbname': 'slurpy', 'user': '******', 'password': '******' }
self.assertEqual(db.connect(**kwargs), False)
self.assertEqual(db.close(), True)
def test_005_catalog(self):
c = Catalog(os.path.join(testDir, 'files', 'test.lrcat'))
self.assertEqual(c.version, '0300025')
self.assertEqual(c.get_schema_from_catalog(), True)
kwargs = {'dbname': 'slurpy', 'user': '******', 'password': '******' }
db = PgDatabase()
self.assertEqual(db.connect(**kwargs), True)
self.assertEqual(c.create_database(db, True), True)
def test_004_creation(self):
from tests.files.schema_1 import testData
kwargs = {'dbname': 'slurpy', 'user': '******', 'password': '******' }
db = PgDatabase()
self.assertEqual(db.connect(**kwargs), True)
self.assertEqual(db.dropall(), True)
for t in testData:
_tbl = table_from_string(t[0])
# Drop the table before we start
self.assertEqual(db.drop(_tbl), True)
self.assertEqual(db.create_string(_tbl), t[2])
# Simple create, no drop before creation
self.assertEqual(db.create(_tbl), t[3])
if not t[3]:
continue
# Create, dropping table before creation, should succeed
self.assertEqual(db.create(_tbl, True), True)
# Simple create, no drop before creation, should fail
self.assertEqual(db.create(_tbl), False)
# Drop the table
self.assertEqual(db.drop(_tbl), True)
self.assertEqual(db.close(), True)
class Slurpy(object):
''' The Slurpy class. '''
def __init__(self):
self._db = PgDatabase()
self.config = {}
self.session = None
def read_config_file(self, filename):
import ConfigParser
config = ConfigParser.RawConfigParser()
config.read(filename)
if config.sections() == []:
return False
for s in config.sections():
section = {}
for k,v in config.items(s):
if ',' in v:
v = [p.strip() for p in v.split(',')]
section[k] = v
self.config[s] = section
return True
def connect(self, **kwargs):
if not kwargs and not self.config.has_key('database'):
print "No args supplied and no database config..."
return False
if kwargs:
return self._db.connect(**kwargs)
return self._db.connect(**self.config['database'])
def close(self):
''' Close the database connection. '''
return self._db.close()
def session_start(self):
self.session = SlurpSession()
def _check_schema(self, sqlstr):
self._db.start_transaction()
for s in [sql.strip() for sql in sqlstr.split(';')]:
if not s:
continue
if not self._db.execute(s):
self._db.rollback()
return False
self._db.commit()
return True
def check_schema(self, catalog = None, drop = False):
self.schema = LrSchema(catalog)
if not self.schema.setup():
return False
if drop:
self.schema.drop_tables(self._db)
return self.schema.check_tables(self._db)
def import_catalog(self, catalog):
''' Import the supplied catalog. '''
self.session_start()
self.schema.import_catalog(catalog._db, self._db)
# todo - handle delete case...
self.session.setup_catalog(self._db, catalog)
# Root folders are the basic places where pictures are stored. They
# are unique across all catalogs, so we start by importing them
# into the database.
self.get_root_folders(catalog)
self.get_folders(catalog)
for t in self.schema.tables[4:]:
self.import_table(catalog, t)
return False
def get_root_folders(self, catalog):
roots = catalog.get_table_rows('AgLibraryRootFolder')
for r in roots:
# Different catalogs may point to the same folder, but with
# different id_global UUID's, so we will check for whether we
# have it already listed by absolutePath and host.
ck = self._db.query("select id_local from AgLibraryRootFolder "
"where absolutePath=%s and host=%s",
[r[2], self.session.hostid])
if ck:
self.session.set_value('AgLibraryRootFolder', r[0], ck[0][0])
continue
cols = ['id_global','absolutePath','name',
'relativePathFromCatalog', 'host']
args = list(r[1:5])
args.append(self.session.hostid)
_id = self._db.insert_row('AgLibraryRootFolder', cols, args)
self.session.set_value('AgLibraryRootFolder', r[0], _id)
print self.session.dump()
#[(18, u'33462EBF-D9FB-4FDB-ADB0-9B4024DC5D4D', u'/Users/davidreid/Pictures/2010/', u'2010', u'../../../2010/'),
# (2113, u'1D6C97C8-A958-4401-8702-84399727390A', u'/Users/davidreid/Downloads/', u'Downloads', u'../../../../Downloads/')]
# id_global UUID UNIQUE NOT NULL,
# absolutePath UNIQUE NOT NULL DEFAULT '',
# name NOT NULL DEFAULT '',
# relativePathFromCatalog TEXT,
# host BIGINT NULL REFERENCES hosts (id) ON DELETE CASCADE
def get_folders(self, catalog):
roots = catalog.get_table_rows('AgLibraryFolder')
for r in roots:
root = self.session.get_value('AgLibraryRootFolder', r[3])
# Different catalogs may point to the same folder, but with
# different id_global UUID's, so we will check for whether we
# have it already listed by absolutePath and host.
ck = self._db.query("select id_local from AgLibraryFolder "
"where pathFromRoot=%s and rootFolder=%s",
[r[2], root])
if ck:
self.session.set_value('AgLibraryFolder', r[0], ck[0][0])
continue
cols = ['id_global','pathFromRoot','rootFolder']
args = list(r[1:3])
args.append(root)
_id = self._db.insert_row('AgLibraryFolder', cols, args)
self.session.set_value('AgLibraryFolder', r[0], _id)
print self.session.dump()
def get_files(self, catalog):
roots = catalog.get_table_rows('AgLibraryFile')
for r in roots:
root = self.session.get_value('AgLibraryRootFolder', r[3])
# Different catalogs may point to the same folder, but with
# different id_global UUID's, so we will check for whether we
# have it already listed by absolutePath and host.
ck = self._db.query("select id_local from AgLibraryFolder "
"where pathFromRoot=%s and rootFolder=%s",
[r[2], root])
if ck:
self.session.set_value('AgLibraryFolder', r[0], ck[0][0])
continue
cols = ['id_global','pathFromRoot','rootFolder']
args = list(r[1:3])
args.append(root)
_id = self._db.insert_row('AgLibraryFolder', cols, args)
self.session.set_value('AgLibraryFolder', r[0], _id)
print self.session.dump()
def _check_unique(self, table, uniq, columns, row):
where = []
args = []
sql = "select id_local from %s where " % table
for _u in uniq:
_val = row[_u['n']]
_c = columns[_u['n']]
if _c['data_type'] == 'text' and _val is None:
if _c['default'] is None:
where.append("%s is null " % _c['name'])
else:
where.append("%s=%%s " % _c['name'])
args.append("''")
continue
where.append("%s=%%s" % _u['column'])
_dt = ['data_type']
if _dt in ['integer','bigint']:
args.append(int(_val))
else:
args.append(str(_val))
sql += ' and '.join(where)
print sql, args
ck = self._db.query(sql, args)
if ck:
return ck[0][0]
return -1
def import_table(self, catalog, table):
print table
TOCHECK = ['Adobe_imageDevelopSettings',
'Adobe_imageDevelopBeforeSettings',
'AgLibraryCollectionContent',
'AgLibraryIPTC',
]
# tblinfo = self._db.get_table_columns(table)
# hostid = self.find_host(catalog.hostname, catalog.system)
# catalogid = self.find_catalog(catalog, hostid)
rows = catalog.get_table_rows(table)
for r in rows:
rr = list(r)
if 'catalog' in tblinfo['column_list']:
rr.append(catalogid)
for _rel in tblinfo['relations']:
if _rel['foreign_table'] not in ['catalog','host']:
rr[_rel['n']] = self.session.get_value(_rel['foreign_table'],
r[_rel['n']])
for _rel in tblinfo['self_relations']:
rr[_rel['n']] = None
# Different catalogs may point to the same folder, but with
# different id_global UUID's, so we will check for whether we
# have it already listed by absolutePath and host.
if tblinfo['unique']:
ck = self._check_unique(table, tblinfo['unique'],
tblinfo['columns'], rr)
if ck > 0:
self.session.set_value(table, r[0], ck)
continue
if table in TOCHECK:
for c in tblinfo['columns']:
if c['n'] < len(r):
print "%-30s: %s" % (c['name'], str(r[c['n']])[:50])
if tblinfo['column_list'][0] == 'id_local':
_id = self._db.insert_row(table, tblinfo['column_list'][1:], rr[1:])
self.session.set_value(table, r[0], _id)
else:
self._db.insert_row(table, tblinfo['column_list'], rr)
for _rel in tblinfo['self_relations']:
_rid = self.session.get_value(_rel['foreign_table'],
r[_rel['n']])
sql = "update %s set %s=%%s where id_local = %%s" % (
table, _rel['column'])
# print sql
self._db.execute(sql, [_rid, _id])
# print self.session.dump()
def get_table_row_count(self, name):
''' Return the number of rows in a table within the catalog. '''
rv = self._db.query("select count(*) as rows from %s" % name)
if rv:
return rv[0][0]
return 0