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# -*- coding: utf-8 -*-
import pytest
from datetime import datetime
from pykwalify.compat import unicode
from pykwalify.core import Core
# from pykwalify.errors import NotSequenceError, CoreError
from pykwalify.errors import CoreError
class Rule(object):
def __init__(self, sequence=None, mapping=None, rule_type=None):
self.sequence = sequence or []
self.mapping = mapping or {}
self.type = rule_type or ''
def _remap_errors(c):
return [unicode(error) for error in c.errors]
# TODO: Refactor this becuase it no longer raises NotSequenceError but it now adds an error to the
# error stack and it should look for that one instead.
# def test_validate_sequence():
# # If the type is set to sequence but value is int, it should raise NotSequenceError
# with pytest.raises(NotSequenceError):
# c = Core(source_data={}, schema_data={})
# c._validate_sequence(123, Rule(sequence=['']), '', [])
def ec():
# Return a empty core object
return Core(source_data={}, schema_data={})
def test_validate_range():
data_matrix = [
(10, 5, 10, 5, 7, []),
(None, None, None, None, 7, []),
(10, 5, None, None, 13, ["Type 'prefix' has size of '13', greater than max limit '10'. Path: '/'"]),
(10, 5, None, None, 3, ["Type 'prefix' has size of '3', less than min limit '5'. Path: '/'"]),
(10, 5, None, None, 13.5, ["Type 'prefix' has size of '13.5', greater than max limit '10'. Path: '/'"]),
(10, 5, None, None, 3.5, ["Type 'prefix' has size of '3.5', less than min limit '5'. Path: '/'"]),
(10, 5, None, None, 10, []),
(10, 5, None, None, 5, []),
(10, 5, None, None, 10.0, []),
(10, 5, None, None, 5.0, []),
(None, None, 10, 5, 13, ["Type 'prefix' has size of '13', greater than or equals to max limit(exclusive) '10'. Path: '/'"]),
(None, None, 10, 5, 3, ["Type 'prefix' has size of '3', less than or equals to min limit(exclusive) '5'. Path: '/'"]),
(None, None, 10, 5, 13.5, ["Type 'prefix' has size of '13.5', greater than or equals to max limit(exclusive) '10'. Path: '/'"]),
(None, None, 10, 5, 3.5, ["Type 'prefix' has size of '3.5', less than or equals to min limit(exclusive) '5'. Path: '/'"]),
(None, None, 10, 5, 10, ["Type 'prefix' has size of '10', greater than or equals to max limit(exclusive) '10'. Path: '/'"]),
(None, None, 10, 5, 5, ["Type 'prefix' has size of '5', less than or equals to min limit(exclusive) '5'. Path: '/'"]),
(None, None, 10, 5, 8, []),
(None, None, 10, 5, 7, []),
(None, None, 10, 5, 8.5, []),
(None, None, 10, 5, 7.5, []),
]
for max_, min_, max_ex, min_ex, value, errors in data_matrix:
print(u"Testing data: {0} {1} {2} {3} {4}".format(max_, min_, max_ex, min_ex, value))
c = ec()
c._validate_range(max_, min_, max_ex, min_ex, value, '/', 'prefix')
assert _remap_errors(c) == errors
# Test value type validation inside the method
with pytest.raises(CoreError):
c = ec()
c._validate_range(5, 1, None, None, [1, 2, 3], '/', 'prefix')
with pytest.raises(CoreError):
c = ec()
c._validate_range(5, 1, None, None, {'a': 1, 'b': 2, 'c': 3}, '/', 'prefix')
def test_validate_timestamp():
data_matrix = [
("", ["Timestamp value is empty. Path: ''"]),
("1234567", []),
("2016-01-01", []),
("2016-01-01 15:01", []),
(123, []),
(1.5, []),
(0, ["Integer value of timestamp can't be below 0"]),
(-1, ["Integer value of timestamp can't be below 0"]),
(3147483647, ["Integer value of timestamp can't be above 2147483647"]),
([], ["Not a valid timestamp"]),
(datetime.now(), []),
(datetime.today(), []),
]
for data in data_matrix:
c = ec()
c._validate_scalar_timestamp(data[0], '')
assert _remap_errors(c) == data[1]
def test_validate_date():
formats = ["%Y-%m-%d"]
data_matrix = [
(datetime.now(), [[], []]),
(datetime.today(), [[], []]),
("1234567", [["Not a valid date: 1234567 format: %Y-%m-%d. Path: ''"], []]),
("2016-01-01", [[], []]),
("2016-01-01 15:01", [["Not a valid date: 2016-01-01 15:01 format: %Y-%m-%d. Path: ''"], []]),
(-1, [["Not a valid date: -1 date must be a string or a datetime.date not a 'int'"], []]),
(0, [["Not a valid date: 0 date must be a string or a datetime.date not a 'int'"], []]),
(1.5, [["Not a valid date: 1.5 date must be a string or a datetime.date not a 'float'"], []]),
(3147483647, [["Not a valid date: 3147483647 date must be a string or a datetime.date not a 'int'"], []]),
([], [["Not a valid date: [] date must be a string or a datetime.date not a 'list'"], []]),
({}, [["Not a valid date: {} date must be a string or a datetime.date not a 'dict'"], []]),
]
for data in data_matrix:
for i, format in enumerate(formats):
print("Validating: {0} Format: {1}".format(data[0], format))
c = ec()
c._validate_scalar_date(data[0], [format], '')
assert _remap_errors(c) == data[1][i]
def test_validate_scalar_type():
# Test that when providing a scalar type that do not exists, it should raise an error
with pytest.raises(CoreError):
c = ec()
c._validate_scalar_type(True, True, '')
data_matrix = []
# Tests for str
data_matrix += [
("", "str", []),
("123", "str", []),
("yes", "str", []),
("no", "str", []),
(b"foobar", "str", []),
(u"Néron", "str", []),
(123, "str", ["Value '123' is not of type 'str'. Path: ''"]),
(None, "str", ["Value 'None' is not of type 'str'. Path: ''"]),
(3.14, "str", ["Value '3.14' is not of type 'str'. Path: ''"]),
(True, "str", ["Value 'True' is not of type 'str'. Path: ''"]),
({'a': 'b'}, "str", ["Value '{'a': 'b'}' is not of type 'str'. Path: ''"]),
(['a', 'b'], "str", ["Value '['a', 'b']' is not of type 'str'. Path: ''"]),
]
# Tests for int
data_matrix += [
(123, "int", []),
(3.14, "int", ["Value '3.14' is not of type 'int'. Path: ''"]),
("", "int", ["Value '' is not of type 'int'. Path: ''"]),
("123", "int", ["Value '123' is not of type 'int'. Path: ''"]),
# (b"foobar", "int", ["Value b'foobar' is not of type 'int'. Path: ''"]),
(u"Néron", "int", [u"Value 'Néron' is not of type 'int'. Path: ''"]),
(None, "int", ["Value 'None' is not of type 'int'. Path: ''"]),
(True, "int", ["Value 'True' is not of type 'int'. Path: ''"]),
({'a': 'b'}, "int", ["Value '{'a': 'b'}' is not of type 'int'. Path: ''"]),
(['a', 'b'], "int", ["Value '['a', 'b']' is not of type 'int'. Path: ''"]),
]
# Tests for float type
data_matrix += [
("1e-06", 'float', []),
("1z-06", 'float', ["Value '1z-06' is not of type 'float'. Path: ''"]),
(1.5, 'float', []),
("abc", 'float', ["Value 'abc' is not of type 'float'. Path: ''"]),
# (b"abc", 'float', ["Value 'abc' is not of type 'float'. Path: ''"]),
(u"abc", 'float', ["Value 'abc' is not of type 'float'. Path: ''"]),
(True, 'float', ["Value 'True' is not of type 'float'. Path: ''"]),
]
# Tests for bool
data_matrix += [
(True, "bool", []),
(False, "bool", []),
(1, "bool", ["Value '1' is not of type 'bool'. Path: ''"]),
(3.14, "bool", ["Value '3.14' is not of type 'bool'. Path: ''"]),
("", "bool", ["Value '' is not of type 'bool'. Path: ''"]),
("yes", "bool", ["Value 'yes' is not of type 'bool'. Path: ''"]),
("no", "bool", ["Value 'no' is not of type 'bool'. Path: ''"]),
# (b"foobar", "bool", [b"Value 'foobar' is not of type 'bool'. Path: ''"]),
(u"Néron", "bool", [u"Value 'Néron' is not of type 'bool'. Path: ''"]),
([], "bool", ["Value '[]' is not of type 'bool'. Path: ''"]),
({}, "bool", ["Value '{}' is not of type 'bool'. Path: ''"]),
]
# Tests for number
data_matrix += [
(1, "number", []),
(3.14, "number", []),
(True, "number", ["Value 'True' is not of type 'number'. Path: ''"]),
(False, "number", ["Value 'False' is not of type 'number'. Path: ''"]),
("", "number", ["Value '' is not of type 'number'. Path: ''"]),
("yes", "number", ["Value 'yes' is not of type 'number'. Path: ''"]),
("no", "number", ["Value 'no' is not of type 'number'. Path: ''"]),
# (b"foobar", "number", [b"Value 'foobar' is not of type 'number'. Path: ''"]),
(u"Néron", "number", [u"Value 'Néron' is not of type 'number'. Path: ''"]),
([], "number", ["Value '[]' is not of type 'number'. Path: ''"]),
({}, "number", ["Value '{}' is not of type 'number'. Path: ''"]),
]
# Tests for text
data_matrix += [
(1, "text", []),
(3.14, "text", []),
("", "text", []),
("yes", "text", []),
("no", "text", []),
# (b"foobar", "text", []),
(u"Néron", "text", []),
(True, "text", ["Value 'True' is not of type 'text'. Path: ''"]),
(False, "text", ["Value 'False' is not of type 'text'. Path: ''"]),
([], "text", ["Value '[]' is not of type 'text'. Path: ''"]),
({}, "text", ["Value '{}' is not of type 'text'. Path: ''"]),
(datetime(2015, 10, 24, 10, 22, 18), "text", ["Value '2015-10-24 10:22:18' is not of type 'text'. Path: ''"]),
]
# Tests for any
data_matrix += [
(1, "any", []),
(3.14, "any", []),
(True, "any", []),
(False, "any", []),
("", "any", []),
("yes", "any", []),
("no", "any", []),
# (b"foobar", "any", []),
(u"Néron", "any", []),
([], "any", []),
({}, "any", []),
(datetime(2015, 10, 24, 10, 22, 18), "any", []),
]
# Tests for enum
data_matrix += [
("", "enum", []),
("123", "enum", []),
("yes", "enum", []),
("no", "enum", []),
# (b"foobar", "enum", []),
(u"Néron", "enum", []),
(123, "enum", ["Value '123' is not of type 'enum'. Path: ''"]),
(None, "enum", ["Value 'None' is not of type 'enum'. Path: ''"]),
(3.14, "enum", ["Value '3.14' is not of type 'enum'. Path: ''"]),
(True, "enum", ["Value 'True' is not of type 'enum'. Path: ''"]),
({'a': 'b'}, "enum", ["Value '{'a': 'b'}' is not of type 'enum'. Path: ''"]),
(['a', 'b'], "enum", ["Value '['a', 'b']' is not of type 'enum'. Path: ''"]),
]
# Tests for none
data_matrix += [
("", "none", ["Value '' is not of type 'none'. Path: ''"]),
("123", "none", ["Value '123' is not of type 'none'. Path: ''"]),
("yes", "none", ["Value 'yes' is not of type 'none'. Path: ''"]),
("no", "none", ["Value 'no' is not of type 'none'. Path: ''"]),
("None", "none", ["Value 'None' is not of type 'none'. Path: ''"]),
# (b"foobar", "none", [b"Value 'foobar' is not of type 'none'. Path: ''"]),
(u"Néron", "none", [u"Value 'Néron' is not of type 'none'. Path: ''"]),
(123, "none", ["Value '123' is not of type 'none'. Path: ''"]),
(None, "none", []),
(3.14, "none", ["Value '3.14' is not of type 'none'. Path: ''"]),
(True, "none", ["Value 'True' is not of type 'none'. Path: ''"]),
({'a': 'b'}, "none", ["Value '{'a': 'b'}' is not of type 'none'. Path: ''"]),
(['a', 'b'], "none", ["Value '['a', 'b']' is not of type 'none'. Path: ''"]),
]
# Tests for timestamp
data_matrix += [
("", 'timestamp', []),
("1234567", 'timestamp', []),
("2016-01-01", 'timestamp', []),
("2016-01-01 15:01", 'timestamp', []),
# (b"foobar", "timestamp", []),
(u"Néron", "timestamp", []),
(123, 'timestamp', []),
(1.5, 'timestamp', []),
(0, 'timestamp', []),
(-1, 'timestamp', []),
(3147483647, 'timestamp', []),
([], 'timestamp', ["Value '[]' is not of type 'timestamp'. Path: ''"]),
(datetime.now(), 'timestamp', []),
(datetime.today(), 'timestamp', []),
]
data_matrix += [
(datetime(2015, 10, 24, 10, 22, 18), 'scalar', []),
("", "scalar", []),
("2016-01-01", 'scalar', []),
("2016-01-01 15:01", 'scalar', []),
("123", 'scalar', []),
("yes", 'scalar', []),
(u"Néron", 'scalar', []),
(None, 'scalar', ["Value 'None' is not of type 'scalar'. Path: ''"]),
(123, 'scalar', []),
(3.14, 'scalar', []),
(True, 'scalar', []),
({'a': 'b'}, 'scalar', ["Value '{'a': 'b'}' is not of type 'scalar'. Path: ''"]),
(['a', 'b'], 'scalar', ["Value '['a', 'b']' is not of type 'scalar'. Path: ''"]),
]
for data in data_matrix:
print(u"Testing data: '{0!s}', '{1!s}', '{2!s}'".format(*data))
c = ec()
c._validate_scalar_type(data[0], data[1], '')
assert _remap_errors(c) == data[2]
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