def insert(db, key, rev, value):
info = DocumentInfo(key)
info.revSequence = rev
# cas, exp, flags
info.revMeta = str(struct.pack(REV_META_PACK, 1, 2, 3))
info.deleted = False
return db.save(info, value)
def insert(db, key, rev, value):
info = DocumentInfo(key)
info.revSequence = rev
# cas, exp, flags
info.revMeta = str(struct.pack(REV_META_PACK, 1, 2, 3))
info.deleted = False
return db.save(info, value)
def insert_multi(db, keys, values):
"""Inserts multiple keys / values."""
ids = []
for k in keys:
info = DocumentInfo(k)
info.revSequence = 1
# cas, exp, flags
info.revMeta = str(struct.pack(REV_META_PACK, 1, 2, 3))
info.deleted = False
ids.append(info)
return db.saveMultiple(ids, values)
def insert_multi(db, keys, values):
"""Inserts multiple keys / values."""
ids = []
for k in keys:
info = DocumentInfo(k)
info.revSequence = 1
# cas, exp, flags
info.revMeta = str(struct.pack(REV_META_PACK, 1, 2, 3))
info.deleted = False
ids.append(info)
return db.saveMultiple(ids, values)
def testMetadata(self):
info = DocumentInfo("meta")
info.revSequence = 23
info.revMeta = "fancy metadata here"
info.contentType = DocumentInfo.INVALID_JSON
self.store[info] = "the regular non-meta data"
gotInfo = self.store.getInfo("meta")
self.assertEquals(gotInfo.id, "meta")
self.assertEquals(gotInfo.revSequence, info.revSequence)
self.assertEquals(gotInfo.revMeta, info.revMeta)
self.assertEquals(gotInfo.contentType, info.contentType)
self.assertFalse(gotInfo.compressed)
def testMetadata(self):
info = DocumentInfo("meta")
info.revSequence = 23
info.revMeta = "fancy metadata here"
info.contentType = DocumentInfo.INVALID_JSON
self.store[info] = "the regular non-meta data"
gotInfo = self.store.getInfo("meta")
self.assertEquals(gotInfo.id, "meta")
self.assertEquals(gotInfo.revSequence, info.revSequence)
self.assertEquals(gotInfo.revMeta, info.revMeta)
self.assertEquals(gotInfo.contentType, info.contentType)
self.assertFalse(gotInfo.compressed)
def testBinaryMeta(self):
# Make sure binary data, as produced by Python's struct module, works in revMeta.
packed = struct.pack(">QII", 0, 1, 2)
d = DocumentInfo("bin")
d.revMeta = packed
self.store[d] = "value"
doc_info = self.store.getInfo("bin")
self.assertEqual(doc_info.revMeta, packed)
i1, i2, i3 = struct.unpack(">QII", doc_info.revMeta)
self.assertEqual(i1, 0)
self.assertEqual(i2, 1)
self.assertEqual(i3, 2)
def testMetadataSave(self):
info = DocumentInfo("meta")
info.revSequence = 23
info.revMeta = "fancy metadata here"
info.contentType = DocumentInfo.INVALID_JSON
self.store[info] = "the regular non-meta data"
self.store.commit()
self.store.close()
self.store = CouchStore("/tmp/test.couch", 'r')
gotInfo = self.store.getInfo("meta")
self.assertEquals(gotInfo.id, "meta")
self.assertEquals(gotInfo.revSequence, info.revSequence)
self.assertEquals(gotInfo.revMeta, info.revMeta)
self.assertEquals(gotInfo.contentType, info.contentType)
self.assertFalse(gotInfo.compressed)
def testMultipleMeta(self):
k = []
v = []
for i in range(1000):
d = DocumentInfo(str(i))
d.revMeta = "hello-%s" % i
k.append(d)
v.append("world-%s" % i)
self.store.saveMultiple(k, v)
self.store.commit()
self.store.close()
self.store = CouchStore("/tmp/test.couch", 'r')
for doc_info in self.store.changesSince(0):
i = int(doc_info.id)
self.assertEqual(doc_info.revMeta, "hello-%s" % i)
doc_contents = doc_info.getContents()
self.assertEqual(doc_contents, "world-%s" % i)
def testMetadataSave(self):
info = DocumentInfo("meta")
info.revSequence = 23
info.revMeta = "fancy metadata here"
info.contentType = DocumentInfo.INVALID_JSON
self.store[info] = "the regular non-meta data"
self.store.commit()
self.store.close()
self.store = CouchStore("/tmp/test.couch", 'r')
gotInfo = self.store.getInfo("meta")
self.assertEquals(gotInfo.id, "meta")
self.assertEquals(gotInfo.revSequence, info.revSequence)
self.assertEquals(gotInfo.revMeta, info.revMeta)
self.assertEquals(gotInfo.contentType, info.contentType)
self.assertFalse(gotInfo.compressed)
def testMultipleMeta(self):
k = []
v = []
for i in range(1000):
d = DocumentInfo(str(i))
d.revMeta = "hello-%s" % i
k.append(d)
v.append("world-%s" % i)
self.store.saveMultiple(k, v)
self.store.commit()
self.store.close()
self.store = CouchStore("/tmp/test.couch", 'r')
for doc_info in self.store.changesSince(0):
i = int(doc_info.id)
self.assertEqual(doc_info.revMeta, "hello-%s" % i)
doc_contents = doc_info.getContents()
self.assertEqual(doc_contents, "world-%s" % i)
def testMultipleMetaStruct(self):
k = []
v = []
for i in range(1000):
d = DocumentInfo(str(i))
d.revMeta = struct.pack(">QII", i * 3, i * 2, i)
k.append(d)
v.append("world-%s" % i)
self.store.saveMultiple(k, v)
self.store.commit()
self.store.close()
self.store = CouchStore("/tmp/test.couch", 'r')
for doc_info in self.store.changesSince(0):
i = int(doc_info.id)
i3, i2, i1 = struct.unpack(">QII", doc_info.revMeta)
self.assertEqual(i3, i * 3)
self.assertEqual(i2, i * 2)
self.assertEqual(i1, i * 1)
doc_contents = doc_info.getContents()
self.assertEqual(doc_contents, "world-%s" % doc_info.id)
def testMultipleMetaStruct(self):
k = []
v = []
for i in range(1000):
d = DocumentInfo(str(i))
d.revMeta = struct.pack(">QII", i * 3, i * 2, i)
k.append(d)
v.append("world-%s" % i)
self.store.saveMultiple(k, v)
self.store.commit()
self.store.close()
self.store = CouchStore("/tmp/test.couch", 'r')
for doc_info in self.store.changesSince(0):
i = int(doc_info.id)
i3, i2, i1 = struct.unpack(">QII", doc_info.revMeta)
self.assertEqual(i3, i * 3)
self.assertEqual(i2, i * 2)
self.assertEqual(i1, i * 1)
doc_contents = doc_info.getContents()
self.assertEqual(doc_contents, "world-%s" % doc_info.id)