def setUp(self):
self.blockchain_state = BlockchainState.from_url(None, True)
self.store_conn = DataStoreConnection(":memory:")
self.cdstore = ColorDataStore(self.store_conn.conn)
self.metastore = ColorMetaStore(self.store_conn.conn)
self.colormap = ColorMap(self.metastore)
self.makeBuilder()
self.blue_desc = "obc:" \
"b1586cd10b32f78795b86e9a3febe58d" \
"cb59189175fad884a7f4a6623b77486e" \
":0:46442"
self.red_desc = "obc:" \
"8f6c8751f39357cd42af97a67301127d" \
"497597ae699ad0670b4f649bd9e39abf" \
":0:46444"
self.blue_id = self.colormap.resolve_color_desc(self.blue_desc)
self.red_id = self.colormap.resolve_color_desc(self.red_desc)
self.bh = "00000000152164fcc3589ef36a0c34c1c821676e5766787a2784a761dd3dbfb5"
self.bh2 = "0000000001167e13336f386acbc0d9169dd929ecb1e5d44229fc870206e669f8"
self.bh3 = "0000000002fda52e8ad950d48651b3a86bce6d80eb016dffbec5477f10467541"
def setUp(self):
self.blockchain_state = BlockchainState.from_url(None, True)
self.store_conn = DataStoreConnection(":memory:")
self.cdstore = ColorDataStore(self.store_conn.conn)
self.metastore = ColorMetaStore(self.store_conn.conn)
self.colormap = ColorMap(self.metastore)
self.makeBuilder()
self.blue_desc = "obc:" \
"b1586cd10b32f78795b86e9a3febe58d" \
"cb59189175fad884a7f4a6623b77486e" \
":0:46442"
self.red_desc = "obc:" \
"8f6c8751f39357cd42af97a67301127d" \
"497597ae699ad0670b4f649bd9e39abf" \
":0:46444"
self.blue_id = self.colormap.resolve_color_desc(self.blue_desc)
self.red_id = self.colormap.resolve_color_desc(self.red_desc)
self.bh = "00000000152164fcc3589ef36a0c34c1c821676e5766787a2784a761dd3dbfb5"
self.bh2 = "0000000001167e13336f386acbc0d9169dd929ecb1e5d44229fc870206e669f8"
self.bh3 = "0000000002fda52e8ad950d48651b3a86bce6d80eb016dffbec5477f10467541"
class TestAided(unittest.TestCase):
def makeBuilder(self):
self.cdbuilder = ColorDataBuilderManager(self.colormap,
self.blockchain_state,
self.cdstore,
self.metastore,
AidedColorDataBuilder)
self.colordata = ThinColorData(self.cdbuilder,
self.blockchain_state,
self.cdstore,
self.colormap)
def setUp(self):
self.blockchain_state = BlockchainState.from_url(None, True)
self.store_conn = DataStoreConnection(":memory:")
self.cdstore = ColorDataStore(self.store_conn.conn)
self.metastore = ColorMetaStore(self.store_conn.conn)
self.colormap = ColorMap(self.metastore)
self.makeBuilder()
self.blue_desc = "obc:" \
"b1586cd10b32f78795b86e9a3febe58d" \
"cb59189175fad884a7f4a6623b77486e" \
":0:46442"
self.red_desc = "obc:" \
"8f6c8751f39357cd42af97a67301127d" \
"497597ae699ad0670b4f649bd9e39abf" \
":0:46444"
self.blue_id = self.colormap.resolve_color_desc(self.blue_desc)
self.red_id = self.colormap.resolve_color_desc(self.red_desc)
self.bh = "00000000152164fcc3589ef36a0c34c1c821676e5766787a2784a761dd3dbfb5"
self.bh2 = "0000000001167e13336f386acbc0d9169dd929ecb1e5d44229fc870206e669f8"
self.bh3 = "0000000002fda52e8ad950d48651b3a86bce6d80eb016dffbec5477f10467541"
def test_get_color_def_map(self):
cdm = self.cdbuilder.get_color_def_map(set([self.blue_id,
self.red_id]))
self.assertTrue(self.blue_id in cdm.keys())
self.assertTrue(self.red_id in cdm.keys())
def test_zero_scan(self):
color_id_set = set([0])
self.cdbuilder.ensure_scanned_upto(color_id_set, '')
self.cdbuilder.scan_tx(color_id_set, '')
def test_scan_txhash(self):
# builder
builder = self.cdbuilder.get_builder(self.blue_id)
if not builder.metastore.did_scan(self.blue_id, self.bh):
builder.ensure_scanned_upto(self.bh)
self.assertTrue(builder.metastore.did_scan(self.blue_id, self.bh))
# test scans
blue_set = set([self.blue_id])
red_set = set([self.red_id])
br_set = blue_set | red_set
tx = "b1586cd10b32f78795b86e9a3febe58dcb59189175fad884a7f4a6623b77486e"
self.cdbuilder.scan_txhash(blue_set, tx)
self.assertTrue(self.cdbuilder.cdstore.get(self.blue_id, tx, 0))
tx = "f50f29906ce306be3fc06df74cc6a4ee151053c2621af8f449b9f62d86cf0647"
self.cdbuilder.scan_txhash(blue_set, tx)
self.assertTrue(self.cdbuilder.cdstore.get(self.blue_id, tx, 0))
tx = "8f6c8751f39357cd42af97a67301127d497597ae699ad0670b4f649bd9e39abf"
self.cdbuilder.scan_txhash(blue_set, tx)
self.assertFalse(self.cdbuilder.cdstore.get(self.blue_id, tx, 0))
def test_scan_blockchain(self):
builder = self.cdbuilder.get_builder(self.blue_id)
builder.scan_blockchain([self.bh2, self.bh2])
def test_sanity(self):
blue_set = set([self.blue_id])
red_set = set([self.red_id])
br_set = blue_set | red_set
label = {self.blue_id:'Blue', self.red_id:'Red'}
g = self.colordata.get_colorvalues
cv = g(
br_set,
"b1586cd10b32f78795b86e9a3febe58dcb59189175fad884a7f4a6623b77486e",
0)[0]
self.assertEqual(cv.get_color_id(), self.blue_id)
self.assertEqual(cv.get_value(), 1000)
cv = g(
br_set,
"8f6c8751f39357cd42af97a67301127d497597ae699ad0670b4f649bd9e39abf",
0)[0]
self.assertEqual(cv.get_color_id(), self.red_id)
self.assertEqual(cv.get_value(), 1000)
cvs = g(
br_set,
"b1586cd10b32f78795b86e9a3febe58dcb59189175fad884a7f4a6623b77486e",
1)
self.assertEqual(len(cvs), 0)
cvs = g(
br_set,
"8f6c8751f39357cd42af97a67301127d497597ae699ad0670b4f649bd9e39abf",
1)
self.assertEqual(len(cvs), 0)
cv = g(
br_set,
'c1d8d2fb75da30b7b61e109e70599c0187906e7610fe6b12c58eecc3062d1da5',
0)[0]
self.assertEqual(cv.get_color_id(), self.red_id)
self.assertEqual(cv.get_value(), 500)
cv = g(
br_set,
'36af9510f65204ec5532ee62d3785584dc42a964013f4d40cfb8b94d27b30aa1',
0)[0]
self.assertEqual(cv.get_color_id(), self.red_id)
self.assertEqual(cv.get_value(), 150)
cvs = g(
br_set,
'3a60b70d425405f3e45f9ed93c30ca62b2a97e692f305836af38a524997dd01d',
0)
self.assertEqual(len(cvs), 0)
cv = g(
br_set,
'8f6c8751f39357cd42af97a67301127d497597ae699ad0670b4f649bd9e39abf',
0)[0]
self.assertEqual(cv.get_color_id(), self.red_id)
self.assertEqual(cv.get_value(), 1000)
cv = g(
br_set,
'f50f29906ce306be3fc06df74cc6a4ee151053c2621af8f449b9f62d86cf0647',
0)[0]
self.assertEqual(cv.get_color_id(), self.blue_id)
self.assertEqual(cv.get_value(), 500)
self.cdbuilder.scan_txhash(blue_set, '7e40d2f414558be60481cbb976e78f2589bc6a9f04f38836c18ed3d10510dce5')
cv = g(
br_set,
'7e40d2f414558be60481cbb976e78f2589bc6a9f04f38836c18ed3d10510dce5',
0)[0]
self.assertEqual(cv.get_color_id(), self.blue_id)
self.assertEqual(cv.get_value(), 100)
cv = g(
br_set,
'4b60bb49734d6e26d798d685f76a409a5360aeddfddcb48102a7c7ec07243498',
0)[0]
self.assertEqual(cv.get_color_id(), self.red_id)
cvs = g(
br_set,
'342f119db7f9989f594d0f27e37bb5d652a3093f170de928b9ab7eed410f0bd1',
0)
self.assertEqual(len(cvs), 0)
cv = g(
br_set,
'bd34141daf5138f62723009666b013e2682ac75a4264f088e75dbd6083fa2dba',
0)[0]
self.assertEqual(cv.get_color_id(), self.blue_id)
cvs = g(
br_set,
'bd34141daf5138f62723009666b013e2682ac75a4264f088e75dbd6083fa2dba',
1)
self.assertEqual(len(cvs), 0)
cv = g(
br_set,
'36af9510f65204ec5532ee62d3785584dc42a964013f4d40cfb8b94d27b30aa1',
0)[0]
self.assertEqual(cv.get_color_id(), self.red_id)
cv = g(
br_set,
'741a53bf925510b67dc0d69f33eb2ad92e0a284a3172d4e82e2a145707935b3e',
0)[0]
self.assertEqual(cv.get_color_id(), self.red_id)
cv = g(
br_set,
'741a53bf925510b67dc0d69f33eb2ad92e0a284a3172d4e82e2a145707935b3e',
1)[0]
self.assertEqual(cv.get_color_id(), self.red_id)
class TestAided(unittest.TestCase):
def makeBuilder(self):
self.cdbuilder = ColorDataBuilderManager(self.colormap,
self.blockchain_state,
self.cdstore, self.metastore,
AidedColorDataBuilder)
self.colordata = ThinColorData(self.cdbuilder, self.blockchain_state,
self.cdstore, self.colormap)
def setUp(self):
self.blockchain_state = BlockchainState.from_url(None, True)
self.store_conn = DataStoreConnection(":memory:")
self.cdstore = ColorDataStore(self.store_conn.conn)
self.metastore = ColorMetaStore(self.store_conn.conn)
self.colormap = ColorMap(self.metastore)
self.makeBuilder()
self.blue_desc = "obc:" \
"b1586cd10b32f78795b86e9a3febe58d" \
"cb59189175fad884a7f4a6623b77486e" \
":0:46442"
self.red_desc = "obc:" \
"8f6c8751f39357cd42af97a67301127d" \
"497597ae699ad0670b4f649bd9e39abf" \
":0:46444"
self.blue_id = self.colormap.resolve_color_desc(self.blue_desc)
self.red_id = self.colormap.resolve_color_desc(self.red_desc)
self.bh = "00000000152164fcc3589ef36a0c34c1c821676e5766787a2784a761dd3dbfb5"
self.bh2 = "0000000001167e13336f386acbc0d9169dd929ecb1e5d44229fc870206e669f8"
self.bh3 = "0000000002fda52e8ad950d48651b3a86bce6d80eb016dffbec5477f10467541"
def test_get_color_def_map(self):
cdm = self.cdbuilder.get_color_def_map(set([self.blue_id,
self.red_id]))
self.assertTrue(self.blue_id in cdm.keys())
self.assertTrue(self.red_id in cdm.keys())
def test_zero_scan(self):
color_id_set = set([0])
self.cdbuilder.ensure_scanned_upto(color_id_set, '')
self.cdbuilder.scan_tx(color_id_set, '')
def test_scan_txhash(self):
# builder
builder = self.cdbuilder.get_builder(self.blue_id)
if not builder.metastore.did_scan(self.blue_id, self.bh):
builder.ensure_scanned_upto(self.bh)
self.assertTrue(builder.metastore.did_scan(self.blue_id, self.bh))
# test scans
blue_set = set([self.blue_id])
red_set = set([self.red_id])
br_set = blue_set | red_set
tx = "b1586cd10b32f78795b86e9a3febe58dcb59189175fad884a7f4a6623b77486e"
self.cdbuilder.scan_txhash(blue_set, tx)
self.assertTrue(self.cdbuilder.cdstore.get(self.blue_id, tx, 0))
tx = "f50f29906ce306be3fc06df74cc6a4ee151053c2621af8f449b9f62d86cf0647"
self.cdbuilder.scan_txhash(blue_set, tx)
self.assertTrue(self.cdbuilder.cdstore.get(self.blue_id, tx, 0))
tx = "8f6c8751f39357cd42af97a67301127d497597ae699ad0670b4f649bd9e39abf"
self.cdbuilder.scan_txhash(blue_set, tx)
self.assertFalse(self.cdbuilder.cdstore.get(self.blue_id, tx, 0))
def test_scan_blockchain(self):
builder = self.cdbuilder.get_builder(self.blue_id)
builder.scan_blockchain([self.bh2, self.bh2])
def test_sanity(self):
blue_set = set([self.blue_id])
red_set = set([self.red_id])
br_set = blue_set | red_set
label = {self.blue_id: 'Blue', self.red_id: 'Red'}
g = self.colordata.get_colorvalues
cv = g(
br_set,
"b1586cd10b32f78795b86e9a3febe58dcb59189175fad884a7f4a6623b77486e",
0)[0]
self.assertEqual(cv.get_color_id(), self.blue_id)
self.assertEqual(cv.get_value(), 1000)
cv = g(
br_set,
"8f6c8751f39357cd42af97a67301127d497597ae699ad0670b4f649bd9e39abf",
0)[0]
self.assertEqual(cv.get_color_id(), self.red_id)
self.assertEqual(cv.get_value(), 1000)
cvs = g(
br_set,
"b1586cd10b32f78795b86e9a3febe58dcb59189175fad884a7f4a6623b77486e",
1)
self.assertEqual(len(cvs), 0)
cvs = g(
br_set,
"8f6c8751f39357cd42af97a67301127d497597ae699ad0670b4f649bd9e39abf",
1)
self.assertEqual(len(cvs), 0)
cv = g(
br_set,
'c1d8d2fb75da30b7b61e109e70599c0187906e7610fe6b12c58eecc3062d1da5',
0)[0]
self.assertEqual(cv.get_color_id(), self.red_id)
self.assertEqual(cv.get_value(), 500)
cv = g(
br_set,
'36af9510f65204ec5532ee62d3785584dc42a964013f4d40cfb8b94d27b30aa1',
0)[0]
self.assertEqual(cv.get_color_id(), self.red_id)
self.assertEqual(cv.get_value(), 150)
cvs = g(
br_set,
'3a60b70d425405f3e45f9ed93c30ca62b2a97e692f305836af38a524997dd01d',
0)
self.assertEqual(len(cvs), 0)
cv = g(
br_set,
'8f6c8751f39357cd42af97a67301127d497597ae699ad0670b4f649bd9e39abf',
0)[0]
self.assertEqual(cv.get_color_id(), self.red_id)
self.assertEqual(cv.get_value(), 1000)
cv = g(
br_set,
'f50f29906ce306be3fc06df74cc6a4ee151053c2621af8f449b9f62d86cf0647',
0)[0]
self.assertEqual(cv.get_color_id(), self.blue_id)
self.assertEqual(cv.get_value(), 500)
self.cdbuilder.scan_txhash(
blue_set,
'7e40d2f414558be60481cbb976e78f2589bc6a9f04f38836c18ed3d10510dce5')
cv = g(
br_set,
'7e40d2f414558be60481cbb976e78f2589bc6a9f04f38836c18ed3d10510dce5',
0)[0]
self.assertEqual(cv.get_color_id(), self.blue_id)
self.assertEqual(cv.get_value(), 100)
cv = g(
br_set,
'4b60bb49734d6e26d798d685f76a409a5360aeddfddcb48102a7c7ec07243498',
0)[0]
self.assertEqual(cv.get_color_id(), self.red_id)
cvs = g(
br_set,
'342f119db7f9989f594d0f27e37bb5d652a3093f170de928b9ab7eed410f0bd1',
0)
self.assertEqual(len(cvs), 0)
cv = g(
br_set,
'bd34141daf5138f62723009666b013e2682ac75a4264f088e75dbd6083fa2dba',
0)[0]
self.assertEqual(cv.get_color_id(), self.blue_id)
cvs = g(
br_set,
'bd34141daf5138f62723009666b013e2682ac75a4264f088e75dbd6083fa2dba',
1)
self.assertEqual(len(cvs), 0)
cv = g(
br_set,
'36af9510f65204ec5532ee62d3785584dc42a964013f4d40cfb8b94d27b30aa1',
0)[0]
self.assertEqual(cv.get_color_id(), self.red_id)
cv = g(
br_set,
'741a53bf925510b67dc0d69f33eb2ad92e0a284a3172d4e82e2a145707935b3e',
0)[0]
self.assertEqual(cv.get_color_id(), self.red_id)
cv = g(
br_set,
'741a53bf925510b67dc0d69f33eb2ad92e0a284a3172d4e82e2a145707935b3e',
1)[0]
self.assertEqual(cv.get_color_id(), self.red_id)