def TestExternalCompoundsRandom():
print("Loading libraries...")
from numpy import random
from scipy.stats.stats import pearsonr
from JsonParser import JsonParser
jp = JsonParser()
data = jp.LoadFile(COMPOUNDSFILE)
while True:
expected = []
results = []
for value in data:
print("== Comparing %s to %s. ==" % (value["one"], value["two"]))
result = random.uniform(0.0, 1.0)
print("Similarity expected - found: %s - %s\n" %
(value["sim"], result))
expected.append(value["sim"])
results.append(result)
print("Pearson correlation, 2-tailed p-value:")
print(pearsonr(expected, results))
print("==============================")
print()
if not TryAgain():
break
def TestExternalCompounds():
print("Loading libraries...")
from scipy.stats.stats import pearsonr
from CompoundHandler import CompoundHandler
ch = CompoundHandler(settings)
from JsonParser import JsonParser
jp = JsonParser()
data = jp.LoadFile(COMPOUNDSFILE)
while True:
if settings.Reload is True:
settings.LoadSettings()
ch.ReloadSettings(settings)
expected = []
results = []
for value in data:
print("== Comparing %s to %s. ==" % (value["one"], value["two"]))
result = ch.GetSimilarity(value["one"], value["two"])
print("Similarity expected - found: %s - %s\n" %
(value["sim"], result))
expected.append(value["sim"])
results.append(result)
print("Pearson correlation, 2-tailed p-value:")
print(pearsonr(expected, results))
print("==============================")
print()
if not TryAgain():
break
def TestSuiteSimilarityWeights():
print("Loading libraries...")
import numpy as np
from CompoundHandler import CompoundHandler
ch = CompoundHandler(settings, loadAll=True)
from JsonParser import JsonParser
jp = JsonParser()
data = jp.LoadFile(COMPOUNDSFILE)
lambdas = []
mus = []
results = []
for _lambda in np.linspace(settings.MinLambda, settings.MaxLambda,
settings.LambdaSteps):
mu = (settings.MaxLambda - _lambda)
lambdas.append(_lambda)
mus.append(mu)
results.append(
PerformTests(_lambda, mu, settings.Gamma, settings.Delta,
settings.Epsilon, ch, data))
i = 0
for value in results:
print("l: %s m: %s result: %s" % (lambdas[i], mus[i], value))
i += 1
def test_json_loadDict():
d = {'您key': [u'key', 123], 'key2':{'a':321}}
jp = JsonParser()
jp.loadDict(d)
print repr(jp)
print repr(jp.dump())
print jp['您key']
def LoadConcepts():
from JsonParser import JsonParser
jp = JsonParser()
return jp.LoadFile(
CONCEPTSFILE, debug=True
) # DEBUG - Not the entire line, only the "debug = True" part.
def main(argv):
input_stream = FileStream(argv[1])
lexer = JsonLexer(input_stream)
stream = CommonTokenStream(lexer)
parser = JsonParser(stream)
tree = parser.json()
walker = ParseTreeWalker()
walker.walk(JsonFormatterListener(4), tree)
def check_invalid(s):
jp = JsonParser()
try:
jp.load(s)
except (TypeError, ValueError):
assert True
else:
print('assertion has failed:\n should raise an error when parsing %r\n' % s)
assert False
def LoadCollections(self, collections):
from JsonParser import JsonParser
jp = JsonParser()
i = 1 # DEBUG
for collection in collections:
self.collections[collection] = jp.LoadFile(collections[collection])
print("Collection %s loaded: %s" %
(i, self.collections[collection])) # DEBUG
i += 1 # DEBUG
def test_json_dump():
d = {"abc": 123}
a = json.dumps(d)
jp = JsonParser()
jp.loadJson(u"TestCaseForLoad.txt", 'utf8')
print jp
json_str = jp.dump()
print repr(json_str)
print jp['a']
print jp[u'我']
def test_json_loadJson():
# fp = open(u"中文_utf8.txt")
# print fp.read().decode('utf8')
# fp = open(u"中文_gbk.txt")
# print fp.read().decode('gbk')
jp = JsonParser()
# print jp.loadJson(u"中文_utf8.txt", 'utf8')
jp.loadJson(u'json_test/test_case/pass1.json')
fp = open("save.txt", mode='w')
s = jp.dump()
fp.write(s.encode('utf8'))
def TestCompletePackage(existingConcepts):
from SynonymRemover import SynonymRemover
sr = SynonymRemover(existingConcepts, settings)
from JsonParser import JsonParser
jp = JsonParser()
newConcepts = jp.LoadCommit(COMMITFILE)
newConcepts = sr.RemoveSynonyms(existingConcepts, newConcepts)
print("New concepts: %s" % newConcepts)
jp.MakeFile(newConcepts, OUTFILE)
def check_invalid(s):
jp = JsonParser()
try:
jp.load(s)
except (TypeError, ValueError):
assert True
else:
print(
'assertion has failed:\n should raise an error when parsing %r\n'
% s)
assert False
def test_parse():
jp = JsonParser()
jp.load(JSON)
out = jp.dump()
print repr(out)
d1 = jp.dumpDict()
jp.load(out)
d2 = jp.dumpDict()
print d1==d2
def test_unit(str,Success,msg):
jpaser=JsonParser()
try:
result = jpaser.load(str)
if jpaser is None:
if Success == False:
print 'Test ' + msg + ' Success Result None'
exit()
else:
print 'Test ' + msg + ' Fail Result None'
exit()
except JsonError,e:
result = False;
class FailTest(unittest.TestCase):
def setUp(self):
self.jp = JsonParser()
def test_fail_example(self):
for key, value in enumerate(JSONDOCS):
try:
self.jp.load(value)
except ValueError as err:
print "Testcase {}:{}: raise exception: {}".format(key + 1, value, err.message)
continue
else:
self.fail("ValueError has no been raise when try {}".format(value))
print "FailTest finished!"
class PlayerTestHarness:
def __init__(self):
self.parser = JsonParser()
def main(self):
commands = self.parser.parse_stream(sys.stdin)
place_command = commands[0]
play_commands = commands[1:]
color = place_command[1]
init_board = place_command[2]
player = Player(color)
positions = player.place_workers(Board(init_board))
place_output = map(self._format_position, positions)
play_outputs = map(
lambda play: self._execute_play_command(play, player),
play_commands)
print(json.dumps(place_output))
for output in play_outputs:
print(json.dumps(output))
def _format_position(self, position):
return [position.row, position.col]
def _execute_play_command(self, play_command, player):
board = Board(play_command[1])
viable_plays = player.get_plays(board)
return map(self._format_play, viable_plays)
def _format_play(self, play):
directions = [play.move_direction]
if (play.build_direction): directions.append(play.build_direction)
return [play.worker, directions]
def SaveFile(text):
jsonText = JsonParser.CreateJson(text)
root = tk.Tk()
root.withdraw()
path = filedialog.asksaveasfile(mode='w', defaultextension=".txt")
if (path != None):
f = open(path.name, "w")
f.write(jsonText)
else:
print("Not saved because no file was selected!")
def LoadFigure(self, path):
figure = JsonParser.CreateFigure(path)
if (figure.MinSizeX + 1 >= self.Layout.HorizontalLength):
self.Layout.HorizontalLength = figure.MinSizeX + 1
self.InitiateBoard()
if (figure.MinSizeY + 1 >= self.Layout.VerticalLength):
self.Layout.VerticalLength = figure.MinSizeY + 1
self.InitiateBoard()
for temp in figure.ActiveCells:
self.Board[temp[1]][temp[0]] = 1
def test_check_circular():
x = []
x.append(x)
d = {'x': x}
jp = JsonParser()
jp.loadDict(d)
jp.dump()
def TestSuiteCompoundWeights():
print("Loading libraries...")
import numpy as np
from CompoundHandler import CompoundHandler
ch = CompoundHandler(settings)
from JsonParser import JsonParser
jp = JsonParser()
data = jp.LoadFile(COMPOUNDSFILE)
gammas = []
deltas = []
epsilons = []
results = []
gammanum = 0 # Counts at which gamma value we're at. Increases by one every time we finish a gamma pass, is used to ensure step size is identical for gamma and delta.
for gamma in np.linspace(settings.MinGamma, settings.MaxGamma,
settings.GammaSteps):
for delta in np.linspace(settings.MinGamma, settings.MaxGamma - gamma,
settings.GammaSteps - gammanum):
epsilon = (settings.MaxGamma - gamma - delta) / 2
gammas.append(gamma)
deltas.append(delta)
epsilons.append(epsilon)
results.append(
PerformTests(settings.SpaCyWeight, settings.WordNetWeight,
gamma, delta, epsilon, ch, data))
gammanum += 1
i = 0
pastgamma = gammas[i]
for value in results:
print("g: %s d: %s e: %s result: %s" %
(gammas[i], deltas[i], epsilons[i], value))
i += 1
if i < len(gammas) and pastgamma != gammas[
i]: # Minor readability improvement.
pastgamma = gammas[i]
print()
def __init__(self):
current_directory = os.getcwd()
print("\n")
print(f"Current Directory : \t {current_directory}")
current_files = self.show_json_files_here()
print("\n")
value = eval(input("Choose a folder or JSON file :"))
if isinstance(value,int):
if value == 0:
splittedversion = current_directory.split("/")
if(len(splittedversion) > 2):
splittedversion.pop()
changed_dir = ("/").join(splittedversion)
os.chdir(changed_dir)
Navigator()
else:
print("\n","<<<<< You are at the root >>>>>>")
Navigator()
elif value == 1:
JsonParser(current_directory)
elif value in range(len(current_files)+1):
if(current_files[value].endswith(".json")):
JsonParser(current_directory+"/"+current_files[value])
else:
os.chdir(current_directory+"/"+current_files[value])
Navigator()
print(f'current_directory ====== {current_directory+"/"+current_files[value]}')
Navigator()
else:
print("\n","<<<<< Please enter a valid option >>>>>>")
Navigator()
else:
print("\n","<<<<< Please enter a valid option >>>>>>")
Navigator()
def encodeFields(df):
# return dict with 'raw_url', 'raw_title', & 'tweet_ids'
data = JsonParser(df).execute()
# encode each of the data_portions
encodeUrl = UrlParser(data['raw_url']).execute()
encodeTitle = TitleHandler(data['raw_title']).execute()
encodedTweet_ids = data['tweet_ids']
newDF = pd.DataFrame()
newDF['domain_type'] = [encodeUrl['domain_type']]
newDF['protocol'] = [encodeUrl['protocol']]
newDF["title_capital_freq"] = [encodeTitle['title_capital_freq']]
newDF["tweet_ids"] = [encodedTweet_ids]
newDF["internal_links"] = [encodeUrl['internal_links']]
#print("\n\n--------------------\n",newDF , "\n--------------------\n\n")
return newDF
class PlayerTestHarness:
def __init__(self):
self.parser = JsonParser()
def main(self):
commands = self.parser.parse_stream(sys.stdin)
admin = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
admin.bind(('', 8000))
admin.listen(5)
client, ip = admin.accept()
proxy = ProxyPlayer(client)
outputs = []
outputs = [proxy.send_msg(json.dumps(['Register']))]
for command in commands:
output = proxy.send_msg(json.dumps(command))
if output:
outputs.append(output)
admin.close()
for output in outputs:
print output
class RuleCheckerTestHarness:
def __init__(self):
self.parser = JsonParser()
self.rule_checker = RuleChecker()
def main(self):
inputs = self.parser.parse_stream(sys.stdin)
is_valid_play_list = map(self._check_play, inputs)
responses = map(lambda is_valid_play: 'yes' if is_valid_play else 'no', is_valid_play_list)
for response in responses:
print(json.dumps(response))
def _check_play(self, test_play):
game_board = test_play[0]
worker = test_play[1]
directions = test_play[2]
move_direction = directions[0]
build_direction = directions[1] if len(directions) == 2 else None
board = Board(game_board)
play = Play(worker, move_direction, build_direction)
return self.rule_checker.is_valid_play(board, play)
def test_dict_related_operation():
# test dict related operation, include 1) load only str key item 2) deepcopy original dict
d_a = {'a': [1], 2: 'notexist', 'nested': [{'a': 'b', 3: 2}, 2]}
d_a_back = deepcopy(d_a)
jp = JsonParser()
jp.loadDict(d_a)
# only copy str key item
d_a_g = {'a': [1], 'nested': [{'a': 'b'}, 2]}
assert_eq(jp.dumpDict(), d_a_g)
# dump get a deepcopy of jp dict
d_d = jp.dumpDict()
d_d['x'] = 'x'
assert_eq(jp.dumpDict(), d_a_g)
# not change origin dict && support [] operator
jp['a'].append(2)
jp['nested'][0]['c'] = 100
assert_eq(jp['a'], [1, 2])
assert_eq(d_a_back, d_a)
def test_dict_related_operation():
# test dict related operation, include 1) load only str key item 2) deepcopy original dict
d_a = {'a': [1], 2:'notexist', 'nested':[{'a':'b', 3:2}, 2]}
d_a_back = deepcopy(d_a)
jp = JsonParser()
jp.loadDict(d_a)
# only copy str key item
d_a_g = {'a':[1], 'nested':[{'a':'b'}, 2]}
assert_eq(jp.dumpDict(), d_a_g)
# dump get a deepcopy of jp dict
d_d = jp.dumpDict()
d_d['x'] = 'x'
assert_eq(jp.dumpDict(), d_a_g)
# not change origin dict && support [] operator
jp['a'].append(2)
jp['nested'][0]['c'] = 100
assert_eq(jp['a'], [1, 2])
assert_eq(d_a_back, d_a)
def test_json_load():
j = JsonParser()
j.load(r'["a\tb"]')
print j
print j.dump()
print json.loads(r'"\ttabcharacterinstring"', strict = True)
def setUp(self):
self.jp = JsonParser()
self.maxDiff = None
def test_float_out_of_range():
jp = JsonParser()
jp.loadJson('json_test/test_case/fail35.json')
print jp
print jp.dump()
class DecisionMaker:
def __init__(self):
self.parser = JsonParser()
self.database = CryptoDatabase()
# TODO make into 4 methods [Done -TJ]
def ifHolding(self, holdingBool, connection, mainConfig):
try:
r = requests.get(mainConfig.gdax_api_url + '/accounts', auth=connection)
except:
print("Error getting account info")
return
try:
holdingBool = 0 < self.parser.parseHoldingAmountSelectedCurrency(r.json(), mainConfig)
except:
print('Error with jsonParser.parseAvailableSelectedCurrency()')
return
return holdingBool
# Determine if Limit Set For Selected Crypto
def ifOrderExists(self, limitSetBool, config, connection):
try:
r = requests.get(config.gdax_api_url + '/orders/', auth=connection)
except:
print("Error getting account info")
return None
try:
if not r.json():
limitSetBool = False
except:
limitSetBool = False
return limitSetBool
# Sell checks and stuff
def sellLogic(self, emaTracker, connection, currentSelectedCryptoPrice, mainConfig):
avgPosVariance = emaTracker.getAvgPosVariance()
print("Avg Pos Variance: ", avgPosVariance)
ema = emaTracker.getEMA()
try:
last_ema_val = ema[len(ema) - 1]
except:
print("Error with getting Ema")
return
trade_handler = TradeHandler(connection, Config())
if avgPosVariance is not None:
print("Last EMA Val: ", last_ema_val, ' ', "Current Price: ", currentSelectedCryptoPrice)
# print("Step Value decisionMaker.sellLogic(): ", stepValue)
print("Sell Val: ", last_ema_val + (avgPosVariance / mainConfig.order_rate))
last_buy_price = self.database.getLastBoughtPrice()
sell_price = last_buy_price + (avgPosVariance / mainConfig.order_rate)
if sell_price < last_buy_price:
sell_price = last_buy_price + .01
print("Sell Price is currently being calculated below profitability.")
print("Selling at 1 cent above bought price: ", sell_price)
trade_handler.sell(sell_price)
# stepValue += 1
# print("Step Value decisionsMaker.sellLogic() 2:", stepValue)
# return stepValue
def buyLogic(self, emaTracker, connection, currentSelectedCryptoPrice, mainConfig):
################################################################################################################
#################################### Buy #######################################################################
# See if the conditions are right for a sell limit to be placed
avgNegVariance = emaTracker.getAvgNegVariance()
print("Avg Neg Variance: ", (avgNegVariance / mainConfig.order_rate))
ema = emaTracker.getEMA()
try:
last_ema_val = ema[len(ema) - 1]
except:
print("Error with getting Ema")
return
print("Last EMA Val: ", last_ema_val, ' ', "Current Price: ", currentSelectedCryptoPrice)
if avgNegVariance is not None:
print("Min Buy Val: ", last_ema_val - avgNegVariance)
# Altered buy logic to immediately set buy order
# The Buy orders are all timed to elapse in 1 hour, with the amount needed scaling towards EMA
buy_val = float(currentSelectedCryptoPrice) - float(avgNegVariance / mainConfig.order_rate) # hard-coding offset
tradeHandler = TradeHandler(connection, Config())
tradeHandler.buy(buy_val)
def makeDecision(self, currentSelectedCryptoPrice, mainConfig, api_url, connection, emaTracker):
# Determine if holding Selected Crypto
# print("Top of DecisionMaker stepVal: ", stepValue)
holdingBool = None
holdingBool = self.ifHolding(holdingBool, connection, mainConfig)
print("Holding: ", holdingBool)
# Determine if Limit Set For Selected Crypto
limitSetBool = True
limitSetBool = self.ifOrderExists(limitSetBool, mainConfig, connection)
if limitSetBool is None:
return
print("Limit Extant: ", limitSetBool)
# Checks for Sell stuff
if holdingBool:
if not limitSetBool:
self.sellLogic(emaTracker, connection, currentSelectedCryptoPrice, mainConfig)
# Checks for Buy stuff
elif not holdingBool:
if not limitSetBool:
self.buyLogic(emaTracker, connection, currentSelectedCryptoPrice, mainConfig)
def __init__(self):
self.parser = JsonParser()
self.database = CryptoDatabase()
def test_main(self):
file_path = "output1.json"
a1 = JsonParser()
a2 = JsonParser()
a3 = JsonParser()
# test_json_str、test_dict
a1.load(JSON)
d1 = a1.dumpDict()
# 粗糙比较test_dict和d1
a2.loadDict(d1)
a2.dumpJson(file_path)
a3.loadJson(file_path)
d3 = a3.dumpDict()
# 比较d1和d3是否完全一样
self.assertEqual(d1, d3)
def __init__(self): self.parser = JsonParser() self.rule_checker = RuleChecker()
def test_basic(self):
a1 = JsonParser()
a2 = JsonParser()
a3 = JsonParser()
a1.load(test_json_str)
d1 = a1.dumpDict()
a2.loadDict(d1)
a2.dumpJson('jsonfile.txt')
a3.loadJson('jsonfile.txt')
d3 = a3.dumpDict()
self.assertEqual(d1, d3)
def check(s, d):
''' check basic operation of JsonParser'''
# load and dump
jp = JsonParser()
jp.load(s)
assert_eq(jp.dumpDict(), d)
assert_eq(jp.dump(), s)
# load and dump by another JsonParser
jp2 = JsonParser()
jp2.load(jp.dump())
assert_eq(jp2.dumpDict(), jp.dumpDict())
assert_eq(jp2.dump(), jp.dump())
# check update
jp3 = JsonParser()
jp3.update(jp.dumpDict())
assert_eq(jp3.dumpDict(), jp.dumpDict())
assert_eq(jp3.dump(), jp.dump())
# check file operation
f = 'temp_for_test'
jp.dumpJson(f)
jp4 = JsonParser()
jp4.loadJson(f)
os.remove(f)
assert_eq(jp4.dumpDict(), jp.dumpDict())
assert_eq(jp4.dump(), jp.dump())
def is_meet_group_expr(self, group):
for key in group:
value = group[key]
data = JsonParser().process_dict(key, self.dict_data)
return self.process_dict(data, value) if isinstance(
data, dict) else self.process_list(data, value)
def setUp(self):
self.jp = JsonParser()
('{"a":[1,2,3]}', "a", [1, 2, 3]), #数组
('{"a":[1,2,"aaa"]}', "a", [1, 2, "aaa"]), #数组
('{"a": "a\\\\"}', "a", "a\\"), #反斜杠
('{"d{": "}dd"}', "d{", "}dd"), # {}
('{"d,": ",dd"}', "d,", ",dd"), # ,
('{"d\\\"": "\\\"dd"}', "d\"", "\"dd"), # "
('{"a": {"a": {"a": 123}}}', "a", {"a": {"a": 123}}), #嵌套
('{"a": {"a": {"a": 123, "b": [1,2,3]}}}', "a", {"a": {"a": 123, "b": [1, 2, 3]}}), #嵌套
("""
{ "ab{" : "}123" }
""", "ab{", "}123"), #复杂类型
]
s = '{"a": {"a": {"a": 123, "b": [1,2,3]}}}'
import json
a = JsonParser()
a.load(s)
for item in jsons:
json.dumps(item[0])
print item[0]
a.load(item[0])
assert a.dict.keys()[0] == item[1]
print "k", item,
assert a.dict[item[1]] == item[2]
print "v"
class JsonParserTest(unittest.TestCase):
def setUp(self):
self.jp = JsonParser()
self.maxDiff = None
def test_main(self):
file_path = "output1.json"
a1 = JsonParser()
a2 = JsonParser()
a3 = JsonParser()
# test_json_str、test_dict
a1.load(JSON)
d1 = a1.dumpDict()
# 粗糙比较test_dict和d1
a2.loadDict(d1)
a2.dumpJson(file_path)
a3.loadJson(file_path)
d3 = a3.dumpDict()
# 比较d1和d3是否完全一样
self.assertEqual(d1, d3)
def test_load(self):
slist = [r'''{}''',
r'''{"abc":123}''',
r'''{"abc":{"abc":{"abc":123}}}''',
r'''{"abc":{"abc":{"abc":[123,234,567,null,false,true,[]]}}}''']
for s in slist:
self.jp.load(s)
self.assertEqual(self.jp.dictcontent, json.loads(s))
def test_dump(self):
slist = [r'''{}''',
r'''{"abc":123}''',
r'''{"abc":{"abc":{"abc":123}}}''',
r'''{"abc":{"abc":{"abc":[123,234,567,null,false,true,[]]}}}''']
for s in slist:
self.jp.load(s)
self.assertEqual(self.jp.dump(), s)
def test_loadJson(self):
self.jp.loadJson("JSON.txt")
with open("JSON.txt") as f:
content = f.read()
self.assertEqual(self.jp.dictcontent, json.loads(content)) # 比较使用标准库和JsonParser加载相同字符串结果是否相同
def test_dumpJson(self):
output = "output2.json"
self.jp.load(JSON)
self.jp.dumpJson(output)
first = copy.deepcopy(self.jp.dictcontent) # 创建一个原字典的拷贝
with open(output) as f:
content = f.read()
self.jp.load(content)
self.assertEqual(first, self.jp.dictcontent)
def test_loadDict(self):
d1 = {"abc": 123, 123: "abc", False: "test", None: 123}
e1 = {"abc": 123}
self.jp.loadDict(d1)
self.assertEqual(e1, self.jp.dictcontent)
def test_dumpDict(self):
d1 = r'''{"abc": 123, "bcd": false, "cde": null}'''
self.jp.load(d1)
# dumpDict返回的字典跟原字典具有相同的键值，但是不是同一个对象
self.assertEqual(self.jp.dictcontent, self.jp.dumpDict())
self.assertFalse(self.jp.dictcontent is self.jp.dumpDict())
def test_getitem(self):
d = {"abc": "cde", "cde": "abc"}
self.jp.loadDict(d)
key = "abc"
value = "cde"
self.assertEqual(value, self.jp[key])
def test_setitem(self):
d = {"abc": "cde", "cde": "abc"}
self.jp.loadDict(d)
key = "abc"
expected = "abcdefg"
self.jp[key] = expected
self.assertEqual(expected, self.jp[key])
def test_update(self):
d = {"abc": "cde", "cde": "abc"}
d1 = {"abc": "abc", "cde": "cde"}
self.jp.loadDict(d)
self.jp.update(d1)
self.assertEqual("abc", self.jp["abc"])
self.assertEqual("cde", self.jp["cde"])
def test_deepdump(self):
d0 = {"a": 123}
d1 = {"b": d0}
d2 = {"c": [d1]}
d3 = self.jp.deepdump(d2) # 深拷贝对象
d3['c'][0]['b']['a'] = 234 # 修改拷贝后嵌套对象中的值
self.assertEqual(d2['c'][0]['b']['a'], 123) # 断言原本对象的值未改变
def test_getnumber(self):
s1 = r'-0.123'
e1 = -0.123
s2 = r'0.123456789E1'
e2 = 1.23456789
s3 = r'1231235234234234'
e3 = 1231235234234234L
s4 = r'-0'
e4 = 0
s5 = r'-0.0e+1'
e5 = -0.0
self.assertEqual(self.jp.getnumber(s1)[0], e1)
self.assertEqual(self.jp.getnumber(s2)[0], e2)
self.assertEqual(self.jp.getnumber(s3)[0], e3)
self.assertEqual(self.jp.getnumber(s4)[0], e4)
self.assertEqual(self.jp.getnumber(s5)[0], e5)
def test_getchar(self):
c = r'\ude1c'
expected = unichr(int('de1c', 16))
result, index = self.jp.getchar(c, 2)
self.assertEqual(expected, result)
def test_getstring(self):
s0 = '"very simple"'
e0 = 'very simple'
s1 = r'''"`1~!@#$%^&*()_+-={':[,]}|;.</>?"'''
e1 = r'''`1~!@#$%^&*()_+-={':[,]}|;.</>?'''
self.assertEqual(e0, self.jp.getstring(s0[1:])[0])
self.assertEqual(e1, self.jp.getstring(s1[1:])[0])
def test_getarray(self):
liststr = r'''{"key":[{"integer": 1234567890,
"real": -9876.543210,
"e": 0.123456789e-12,
"E": 1.234567890E+34,
"": 23456789012E6,
"zero": 0,
"one": 1,
"space": " ",
"quote": "\"",
"backslash": "\\",
"unicode":"\uedda",
"controls": "\b\f\n\r\t"}]}'''
self.jp.load(liststr)
expected = json.loads(liststr)
self.assertEqual(0, cmp(expected, self.jp.dictcontent))
def test_getobject(self):
self.jp.load(JSON)
expected = json.loads(JSON)
self.assertEqual(0, cmp(expected, self.jp.dictcontent))
def test_final(self):
for tub in finaljson:
self.jp.load(tub[0])
assert self.jp.dictcontent[tub[1]] == tub[2]
print tub[1], tub[2]
"array":[ ],
"object":{ },
"address": "50 St. James Street",
"url": "http://www.JSON.org/",
"comment": "// /* <!-- --",
"# -- --> */": " ",
" s p a c e d " :[1,2 , 3
,
4 , 5 , 6 ,7 ],
"compact": [1,2,3,4,5,6,7],
"jsontext": "{\"object with 1 member\":[\"array with 1 element\"]}",
"\/\\\"\uCAFE\uBABE\uAB98\uFCDE\ubcda\uef4A\b\f\n\r\t`1~!@#$%^&*()_+-=[]{}|;:',./<>?"
: "A key can be any string"
},
0.5 ,98.6
,
99.44
,
1066
,"rosebud"]}
'''
paser = JsonParser()
paser.load(testdata)
d = paser.dumpDict()
print d
pass
def __init__(self):
self.parser = JsonParser()
class TestCases(unittest.TestCase):
def setUp(self):
self.jp = JsonParser()
def test_basic(self):
a1 = JsonParser()
a2 = JsonParser()
a3 = JsonParser()
a1.load(test_json_str)
d1 = a1.dumpDict()
a2.loadDict(d1)
a2.dumpJson('jsonfile.txt')
a3.loadJson('jsonfile.txt')
d3 = a3.dumpDict()
self.assertEqual(d1, d3)
def test_load(self):
self.jp.load(test_json_str)
self.assertEqual(self.jp.dict, json.loads(test_json_str))
def test_dump(self):
self.assertEqual(self.jp.dump(), json.dumps(self.jp.dict))
def test_loadJson(self):
f = 'jsonfile.txt'
self.jp.loadJson(f)
with open(f, 'r+') as fb:
self.assertEqual(self.jp.dict, json.load(fb))
def test_dumpJson(self):
f = 'jsonfile1.txt'
f2 = 'jsonfile2.txt'
self.jp.load(test_json_str)
self.jp.dumpJson(f)
with open(f2, 'w+') as fb:
json.dump(self.jp.dict, fb)
self.assertEqual(True, filecmp.cmp(f, f2))
def test_loadDict(self):
d1 = {'a': 1, 'b': ['c', 2, 3], 'd': {'e': True}}
d2 = {'a': 1, False: 2, 3: 'd'}
self.jp.loadDict(d1)
self.assertEqual(d1, self.jp.dict)
self.assertFalse(d1 is self.jp.dict)
self.jp.loadDict(d2)
for key in self.jp.dict.keys():
self.assertEqual(True, isinstance(key, str))
def test_dumpDict(self):
d = self.jp.dumpDict()
self.assertEqual(d, self.jp.dict)
self.assertFalse(d is self.jp.dict)
def test_getitem(self):
d = {'test': 'getitem'}
self.jp.loadDict(d)
self.assertEqual(d['test'], self.jp['test'])
def test_setitem(self):
self.jp['test'] = 'getitem'
dic = self.jp.dumpDict()
self.assertEqual(dic['test'], 'getitem')
def test_update(self):
d1 = {'a': 1, 'b': 2}
d2 = {'b': 3, 'c': 4}
self.jp.loadDict(d1)
self.assertEqual(self.jp.update(d2), d1.update(d2))
'''
Created on Mar 2, 2013
@author: zhumeiqi
'''
from JsonParser import JsonParser,JsonError
if __name__ == '__main__':
paser = JsonParser()
paser2 = JsonParser()
paser3 = JsonParser()
paser4 = JsonParser()
paser.loadJson('test.json')
d1 = paser.dumpDict()
paser2.loadDict(d1)
paser2.dumpJson('test_r.json')
paser3.loadJson('test_r.json')
d3 = paser3.dumpDict()
print paser.dump()
print d1
print d3
pass
if isinstance(l1[i], list):
if not comparel(l1[i], l2[i]):
print 'dict:%s not equal to %s' % (l1[i], l2[i])
return False
elif isinstance(l1[i], dict):
if not compared(l1[i], l2[i]):
print 'list:%s not equal to %s' % (l1[i], l2[i])
return False
else:
if l1[i] != l2[i]:
print 'element:%s not equal to %s' % (l1[i], l2[i])
return False
return result
if __name__ == '__main__':
a1 = JsonParser()
a2 = JsonParser()
a3 = JsonParser()
a1.loadJson('./test')
d1 = a1.dumpDict()
print 'd1:', d1
a2.loadDict(d1)
a2.dumpJson('./test1')
a3.loadJson('./test1')
d3 = a3.dumpDict()
print 'd3:', d3
if compared(d1, d3):
print 'All is OK!'
a1[u'root'][8][u'integer'] = 9876543210
print a1[u'root'][8][u'integer']
},
0.5 ,98.6
,
99.44
,
1066
,"rosebud"]
}'''
test_dict={u'root': [u'JSON Test Pattern pass1', {u'object with 1 member': [u'array with 1 element']}, {}, [], -42, True, False, None, {u'comment': u'// /* <!-- --', u'false': False, u'chinese': u'\u4e2d\u6587', u'backslash': u'\\', u'one': 1, u'quotes': u'" " %22 0x22 034 "', u'zero': 0, u'alpha': u'abcdefghijklmnopqrstuvwyz', u'array': [], u'# -- --> */': u' ', u'special': u"`1~!@#$%^&*()_+-={':[,]}|;.</>?", u'compact': [1, 2, 3, 4, 5, 6, 7], u'null': None, u'space': u' ', u'hex': u'\u0123\u4567\u89ab\ucdef\uabcd\uef4a', u'controls': u'\x08\x0c\n\r\t', u'slash': u'/ & /', u'real': -9876.54321, u'digit': u'0123456789', u'E': 1.23456789e+34, u'quote': u'"', u'object': {}, u'/\\"\ucafe\ubabe\uab98\ufcde\ubcda\uef4a\x08\x0c\n\r\t`1~!@#$%^&*()_+-=[]{}|;:\',./<>?': u'A key can be any string', u'address': u'50 St. James Street', u'integer': 1234567890, u'true': True, u'e': 1.23456789e-13, u'url': u'http://www.JSON.org/', u'jsontext': u'{"object with 1 member":["array with 1 element"]}', u' s p a c e d ': [1, 2, 3, 4, 5, 6, 7], u'ALPHA': u'ABCDEFGHIJKLMNOPQRSTUVWYZ'}, 0.5, 98.6, 99.44, 1066, u'rosebud']}
file_path="data.txt"
a1 = JsonParser()
a2 = JsonParser()
a3 = JsonParser()
a1.load(test_json_str)
print 'a1.dump():\n',a1.dump()
d1=a1.dumpDict()
print 'd1:\n',d1
print 'test_dict:\n',test_dict
assert test_dict==d1
a2.loadDict(d1)
assert id(a2["root"])!=id(d1["root"])
a2.dumpJson(file_path)
def test_back_slash_forward_slash():
# test '\/', support load '\/', but only write back '/'(according to simplejson)
jp = JsonParser()
jp.load('{"\\/":""}')
assert_eq(jp.dump(), '{"/":""}')
assert_eq(jp.dumpDict(), {'/':''})