def test_empty_history_reencoding(self):
"""
Uses a repeated encoding-decoding cycle to determine whether we're
handling empty rows within rowsets correctly.
"""
data = """
{
"resultType" : "history",
"version" : "0.1alpha",
"uploadKeys" : [
{ "name" : "emk", "key" : "abc" },
{ "name" : "ec" , "key" : "def" }
],
"generator" : { "name" : "Yapeal", "version" : "11.335.1737" },
"currentTime" : "2011-10-22T15:46:00+00:00",
"columns" : ["date","orders","quantity","low","high","average"],
"rowsets" : [
{
"generatedAt" : "2011-10-22T15:42:00+00:00",
"regionID" : 10000065,
"typeID" : 11134,
"rows" : []
}
]
}
"""
decoded_list = unified.parse_from_json(data)
re_encoded_list = unified.encode_to_json(decoded_list)
re_decoded_list = json.loads(re_encoded_list)
# There should always be one rowset, even if it ends up being empty.
self.assertEqual(1, len(re_decoded_list['rowsets']))
first_rowset = re_decoded_list['rowsets'][0]
# Check for the empty rowsets with all data intact.
self.assertListEqual(first_rowset['rows'], [])
self.assertTrue('generatedAt' in first_rowset)
self.assertTrue('regionID' in first_rowset)
self.assertTrue('typeID' in first_rowset)
def test_empty_history_reencoding(self):
"""
Uses a repeated encoding-decoding cycle to determine whether we're
handling empty rows within rowsets correctly.
"""
data = """
{
"resultType" : "history",
"version" : "0.1alpha",
"uploadKeys" : [
{ "name" : "emk", "key" : "abc" },
{ "name" : "ec" , "key" : "def" }
],
"generator" : { "name" : "Yapeal", "version" : "11.335.1737" },
"currentTime" : "2011-10-22T15:46:00+00:00",
"columns" : ["date","orders","quantity","low","high","average"],
"rowsets" : [
{
"generatedAt" : "2011-10-22T15:42:00+00:00",
"regionID" : 10000065,
"typeID" : 11134,
"rows" : []
}
]
}
"""
decoded_list = unified.parse_from_json(data)
re_encoded_list = unified.encode_to_json(decoded_list)
re_decoded_list = json.loads(re_encoded_list)
# There should always be one rowset, even if it ends up being empty.
self.assertEqual(1, len(re_decoded_list['rowsets']))
first_rowset = re_decoded_list['rowsets'][0]
# Check for the empty rowsets with all data intact.
self.assertListEqual(first_rowset['rows'], [])
self.assertTrue(first_rowset.has_key('generatedAt'))
self.assertTrue(first_rowset.has_key('regionID'))
self.assertTrue(first_rowset.has_key('typeID'))
def parse_from_json(json_str):
"""
Given a Unified Uploader message, parse the contents and return a
MarketOrderList or MarketHistoryList instance.
:param str json_str: A Unified Uploader message as a JSON string.
:rtype: MarketOrderList or MarketHistoryList
:raises: MalformedUploadError when invalid JSON is passed in.
"""
try:
message_dict = json.loads(json_str)
except ValueError:
raise ParseError("Mal-formed JSON input.")
upload_keys = message_dict.get('uploadKeys', False)
if upload_keys is False:
raise ParseError(
"uploadKeys does not exist. At minimum, an empty array is required."
)
elif not isinstance(upload_keys, list):
raise ParseError("uploadKeys must be an array object.")
upload_type = message_dict['resultType']
try:
if upload_type == 'orders':
return orders.parse_from_dict(message_dict)
elif upload_type == 'history':
return history.parse_from_dict(message_dict)
else:
raise ParseError('Unified message has unknown upload_type: %s' %
upload_type)
except TypeError as exc:
# MarketOrder and HistoryEntry both raise TypeError exceptions if
# invalid input is encountered.
raise ParseError(exc.message)
def test_orderless_region(self):
"""
Tests deserializing a region that has no orders.
"""
data = """
{
"resultType" : "orders",
"version" : "0.1alpha",
"uploadKeys" : [
{ "name" : "emk", "key" : "abc" },
{ "name" : "ec" , "key" : "def" }
],
"generator" : { "name" : "Yapeal", "version" : "11.335.1737" },
"currentTime" : "2011-10-22T15:46:00+00:00",
"columns" : ["price","volRemaining","range","orderID","volEntered","minVolume","bid","issueDate","duration","stationID","solarSystemID"],
"rowsets" : [
{
"generatedAt" : "2011-10-22T15:43:00+00:00",
"regionID" : 10000065,
"typeID" : 11134,
"rows" : [
[8999,1,32767,2363806077,1,1,false,"2011-12-03T08:10:59+00:00",90,60008692,30005038],
[11499.99,10,32767,2363915657,10,1,false,"2011-12-03T10:53:26+00:00",90,60006970,null],
[11500,48,32767,2363413004,50,1,false,"2011-12-02T22:44:01+00:00",90,60006967,30005039]
]
},
{
"generatedAt" : "2011-10-22T15:42:00+00:00",
"regionID" : 10000066,
"typeID" : 11135,
"rows" : []
}
]
}
"""
# Parse JSON, spit out an order list.
decoded_list = unified.parse_from_json(data)
self.assertIsInstance(decoded_list, MarketOrderList)
# There should be two item+region combos.
self.assertEqual(len(list(decoded_list._orders.keys())), 2)
# Now make sure there are three.
self.assertEqual(len(decoded_list), 3)
# These are regionID_itemID. Make sure the keys are set correctly.
self.assertItemsEqual(['10000065_11134', '10000066_11135'],
list(decoded_list._orders.keys()))
# Re-encode for JSON and do some basic checks for sanity.
re_encoded_list = unified.encode_to_json(decoded_list)
# We're back to a dict. Check to make sure our custom JSON encoder
# didn't butcher the entry-less region (10000066).
re_decoded_list = json.loads(re_encoded_list)
self.assertEqual(2, len(re_decoded_list['rowsets']))
for rowset in re_decoded_list['rowsets']:
# We only want to check the entry rowset with type 11135.
if rowset['typeID'] != 11135:
continue
# There should always be one rowset, even if it ends up being empty.
first_rowset = re_decoded_list['rowsets'][0]
# Check for the empty rowsets with all data intact.
self.assertListEqual(rowset['rows'], [])
self.assertTrue('generatedAt' in first_rowset)
self.assertTrue('regionID' in first_rowset)
self.assertTrue('typeID' in first_rowset)
def test_orderless_region(self):
"""
Tests deserializing a region that has no orders.
"""
data = """
{
"resultType" : "orders",
"version" : "0.1alpha",
"uploadKeys" : [
{ "name" : "emk", "key" : "abc" },
{ "name" : "ec" , "key" : "def" }
],
"generator" : { "name" : "Yapeal", "version" : "11.335.1737" },
"currentTime" : "2011-10-22T15:46:00+00:00",
"columns" : ["price","volRemaining","range","orderID","volEntered","minVolume","bid","issueDate","duration","stationID","solarSystemID"],
"rowsets" : [
{
"generatedAt" : "2011-10-22T15:43:00+00:00",
"regionID" : 10000065,
"typeID" : 11134,
"rows" : [
[8999,1,32767,2363806077,1,1,false,"2011-12-03T08:10:59+00:00",90,60008692,30005038],
[11499.99,10,32767,2363915657,10,1,false,"2011-12-03T10:53:26+00:00",90,60006970,null],
[11500,48,32767,2363413004,50,1,false,"2011-12-02T22:44:01+00:00",90,60006967,30005039]
]
},
{
"generatedAt" : "2011-10-22T15:42:00+00:00",
"regionID" : 10000066,
"typeID" : 11135,
"rows" : []
}
]
}
"""
# Parse JSON, spit out an order list.
decoded_list = unified.parse_from_json(data)
self.assertIsInstance(decoded_list, MarketOrderList)
# There should be two item+region combos.
self.assertEqual(len(decoded_list._orders.keys()), 2)
# Now make sure there are three.
self.assertEqual(len(decoded_list), 3)
# These are regionID_itemID. Make sure the keys are set correctly.
self.assertItemsEqual(
['10000065_11134', '10000066_11135'],
decoded_list._orders.keys()
)
# Re-encode for JSON and do some basic checks for sanity.
re_encoded_list = unified.encode_to_json(decoded_list)
# We're back to a dict. Check to make sure our custom JSON encoder
# didn't butcher the entry-less region (10000066).
re_decoded_list = json.loads(re_encoded_list)
self.assertEqual(2, len(re_decoded_list['rowsets']))
for rowset in re_decoded_list['rowsets']:
# We only want to check the entry rowset with type 11135.
if rowset['typeID'] != 11135:
continue
# There should always be one rowset, even if it ends up being empty.
first_rowset = re_decoded_list['rowsets'][0]
# Check for the empty rowsets with all data intact.
self.assertListEqual(rowset['rows'], [])
self.assertTrue(first_rowset.has_key('generatedAt'))
self.assertTrue(first_rowset.has_key('regionID'))
self.assertTrue(first_rowset.has_key('typeID'))
