Overview / Introduction about JS Groupe Bazano
JS Groupe Bazano is a prominent football team based in the Democratic Republic of the Congo, competing in the Linafoot league. Known for its passionate fanbase and strategic gameplay, the team is coached by experienced manager Jean-Pierre Mbuyi. Founded in 1935, JS Groupe Bazano has a rich history and a dedicated following.
Team History and Achievements
JS Groupe Bazano boasts a storied past with numerous titles to their name. They have won the Linafoot league multiple times, with notable seasons including their championship victories in 1960, 1978, and 1983. The team has consistently been a top contender in Congolese football.
Current Squad and Key Players
The current squad features standout players like goalkeeper Emmanuel Tshibangu, defender Yannick Bolasie, and forward Cédric Bakambu. These key players are instrumental in shaping the team’s performance on the field.
Team Playing Style and Tactics
JS Groupe Bazano employs a flexible 4-3-3 formation, focusing on aggressive attacking strategies while maintaining solid defensive lines. Their strengths lie in quick counterattacks and set-piece proficiency, though they sometimes struggle against teams with strong aerial presence.
Interesting Facts and Unique Traits
The team is affectionately known as “Les Corbeaux” (The Ravens) due to their black kit. They have a fierce rivalry with TP Mazembe, another powerhouse in Congolese football. Their supporters are renowned for their vibrant chants and unwavering support.
Lists & Rankings of Players, Stats, or Performance Metrics
- Cédric Bakambu: Top scorer ✅
- Yannick Bolasie: Key defender 🎰
- Emmanuel Tshibangu: Reliable goalkeeper 💡
Comparisons with Other Teams in the League or Division
In comparison to other top teams like TP Mazembe and AS Vita Club, JS Groupe Bazano often matches up well due to their tactical flexibility and strong squad depth.
Case Studies or Notable Matches
A breakthrough game for JS Groupe Bazano was their 3-0 victory over AS Vita Club in the 2019 season, which solidified their position as league leaders at that time.
Tables Summarizing Team Stats, Recent Form, Head-to-Head Records, or Odds
| Metric | Last Season | This Season (So Far) |
|---|---|---|
| Total Wins | 15 | 8 |
| Total Goals Scored | 42 | 25 |
| Average Possession (%) | 53% | 49% |
| Odds (Winning Next Match) | N/A | N/A (Check Latest) |
Tips & Recommendations for Analyzing the Team or Betting Insights 💡 Advice Blocks
- Analyze recent form trends before placing bets.
- Evaluate head-to-head records against upcoming opponents.
- Maintain awareness of squad changes due to transfers or injuries.
- Leverage statistical analysis tools for deeper insights into team performance metrics.
- Bet on value rather than odds alone; consider underdogs if statistically justified.
- Diversify bets across different types of wagers (e.g., match outcome, total goals).
- Frequent monitoring of betting odds fluctuations can reveal market sentiment shifts.
- Carefully evaluate referee assignments; some may favor aggressive play styles more than others.
- Predictive models using historical data can provide edge insights into likely outcomes.
- Betting should be approached responsibly; never wager more than you can afford to lose!
- Analyzing opponent weaknesses alongside your chosen team’s strengths can guide strategic betting decisions.
Frequently Asked Questions About Betting on JS Groupe Bazano?
What makes JS Groupe Bazano a good bet this season?
Their strong historical performance combined with key player returns from injury positions them favorably among top contenders this season. Additionally, their tactical flexibility allows them to adapt effectively against various opponents.
How does JS Groupe Bazano perform at home versus away games?
The team generally performs better at home due to supportive crowds boosting morale; however, they have shown resilience during away fixtures by leveraging counterattacks effectively.
Are there any key players injured that could affect upcoming matches?
Cédric Bakambu recently recovered from an injury but remains crucial for offensive plays; keep an eye on his fitness status before placing bets.
To what extent do rivalries impact game outcomes?
Rivalries like those against TP Mazembe tend to heighten competitive intensity leading to unpredictable results; such matchups often require careful analysis beyond statistics alone.
“JS Groupe Bazano’s resilience under pressure makes them formidable opponents.” – Jean-Pierre Mbuyi (Manager)
Miscellaneous Pros & Cons of Current Form or Performance ✅❌ Lists:
- Pros:
- Solid defensive organization reduces conceding chances ✅
- Vibrant attacking plays lead to scoring opportunities 🎯
- New signings add depth across all positions 💪
- Bakambu’s return boosts goal-scoring potential ⚽️
- Injury recovery rates improving overall squad fitness 👟
Sometimes struggles against high press tactics ❌
Inconsistent performances when missing key players ❌
[0]: # Copyright 2016 Google Inc.
[1]: #
[2]: # Licensed under the Apache License, Version 2.0 (the “License”);
[3]: # you may not use this file except in compliance with the License.
[4]: # You may obtain a copy of the License at
[5]: #
[6]: # http://www.apache.org/licenses/LICENSE-2.0
[7]: #
[8]: # Unless required by applicable law or agreed to in writing, software
[9]: # distributed under the License is distributed on an “AS IS” BASIS,
[10]: # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
[11]: # See the License for the specific language governing permissions and
[12]: # limitations under the License.
[13]: “””Tests for lib.util.”””
[14]: import collections
[15]: import datetime
[16]: import decimal
[17]: import os
[18]: import sys
[19]: import textwrap
[20]: import unittest
[21]: from unittest import mock as _mock # pylint: disable=unused-import,redefined-builtin,g-bad-import-order
[22]: from absl.testing import parameterized as _parameterized # pylint: disable=unused-import,redefined-builtin,g-bad-import-order,g-import-not-at-top,g-multiple-import-globally,pycodestyle,naming-convention,polyfill-backport-abc,polyfill-functools-lru-cache,polyfill-collections-deque,polyfill-collections-namedtuple,polyfill-typing-newtype,polyfill-typing-tuple-used-before-defined,c-extension-no-member,c-extension-no-member,misc-api-change,no-name-in-module,no-value-for-parameter,misc-no-member,misc-unused-argument,misc-misplaced-comparison-constant,wrong-import-order,wrong-import-position,wrong-import-order,wrong-import-position,wrong-import-order,wrong-import-position,bad-option-value,no-name-in-module,syntax-error,misplaced-comparison-constant,test-failed-with-side-effects,wrong-spelling-in-docstring,duplicate-code,line-too-long,duplicate-code,line-too-long,bad-whitespace,duplicate-code,line-too-long,bad-whitespace,duplicate-code,line-too-long,bad-whitespace,line-too-long,c-extension-no-member,c-extension-no-member,c-extension-no-member,c-extension-no-member,c-extension-no-member,no-value-for-parameter,no-value-for-parameter,bad-option-value,bad-option-value,bad-option-value,test-failed-with-side-effects,test-failed-with-side-effects,test-failed-with-side-effects,syntax-error,syntax-error,syntax-error,test-outdated-skip-test,test-outdated-skip-test,test-outdated-skip-test,duplicate-code,line-too-long,duplicate-code,line-too-long,duplicate-code,line-too-long,no-name-in-module,no-name-in-module,no-name-in-module,syntax-error,syntax-error,syntax-error,misplaced-comparison-constant,misplaced-comparison-constant,misplaced-comparison-constant,misplaced-comparison-constant,misplaced-comparison-constant,misplaced-comparison-constant,nested-context-manager,nested-context-manager,nested-context-manager,nested-context-manager,nested-context-manager,nested-context-manager,future-star-expression,future-star-expression,future-star-expression,future-star-expression,future-star-expression,future-star-expression,type-error,type-error,type-error,type-error,type-error,type-error,module-has-no-tests,module-has-no-tests,module-has-no-tests,module-has-no-tests,module-has-no-tests,module-has-no-tests,test-isolated-from-module-global-state,test-isolated-from-module-global-state,test-isolated-from-module-global-state,test-isolated-from-module-global-state,test-isolated-from-module-global-state,test-isolated-from-module-global-state,equality-unittest-used-instead-of-equalitytestcase,equality-unittest-used-instead-of-equalitytestcase,equality-unittest-used-instead-of-equalitytestcase,equality-unittest-used-instead-of-equalitytestcase,equality-unittest-used-instead-of-equalitytestcase,equality-unittest-used-instead-of-equalitytestcase,c-extension-no-member,c-extension-no-member,c-extension-no-member,bad-option-value,bad-option-value,bad-option-value,name-shadowed-by-loop-variable,name-shadowed-by-loop-variable,name-shadowed-by-loop-variable,name-shadowed-by-loop-variable,name-shadowed-by-loop-variable,name-shadowed-by-loop-variable,reimported,reimported,reimported,reimported,reimported,reimported,inconsistent-return-statements,inconsistent-return-statements,inconsistent-return-statements,inconsistent-return-statements,inconsistent-return-statements,inconsistent-return-statements,redefined-builtin,redefined-builtin,redefined-builtin,redefined-builtin,redefined-builtin,redefined-builtin,temporary-negated-exp,temporary-negated-exp,temporary-negated-exp,temporary-negated-exp,temporary-negated-exp,temporary-negated-exp,line-too-long,line-too-long,line-too-long,line-too-long,line-too-long,line-too-long,todo,todo,todo,todo,todo,todo,vague-class-docstring,vague-class-docstring,vague-class-docstring,vague-class-docstring,vague-class-docstring,vague-class-docstring,duplicate-code,duplicate-code,duplicate-code,duplicate-code,duplicate-code,duplicate-code,trailing-whitespace,trailing-whitespace,trailing-whitespace,trailing-whitespace,trailing-whitespace,trailing-whitespace,noparen-ifexp,noparen-ifexp,noparen-ifexp,noparen-ifexp,noparen-ifexp,noparen-ifexp,len-as-condition,len-as-condition,len-as-condition,len-as-condition,len-as-condition,len-as-condition,function-redefined,function-redefined,function-redefined,function-redefined,function-redefined,function-redefined,data-defined-outside-init,data-defined-outside-init,data-defined-outside-init,data-defined-outside-init,data-defined-outside-init,data-defined-outside-init,class-def-missing-docstring,class-def-missing-docstring,class-def-missing-docstring,class-def-missing-docstring,class-def-missing-docstring,class-def-missing-docstring,singleton-comparison,singleton-comparison,singleton-comparison,singleton-comparison,singleton-comparison,singleton-comparison,self-use-in-except-handler,self-use-in-except-handler,self-use-in-except-handler,self-use-in-except-handler,self-use-in-except-handler,self-use-in-except-handler,
from googlecloudsdk.calliope import base as calliope_base
[28]: from googlecloudsdk.core.util import files as files_module
[29]: from googlecloudsdk.core.util import platform_utils as platform_utils_module
[30]: class FilesTest(unittest.TestCase):
[31]: def test_read_text(self):
[32]: self.assertEqual(‘hellonworld’, files_module.ReadFileText(‘hellonworld’))
self.assertEqual(‘hellonworld’,
files_module.ReadFileText(
‘hellonworld’, encoding=’utf_16′))
self.assertEqual(
‘hellonworld’,
files_module.ReadFileText(
‘hellonworld’, encoding=’utf_16′, errors=’replace’))
self.assertEqual(
‘hellonworld’,
files_module.ReadFileText(
‘hellonworld’, encoding=’utf_16′, errors=’ignore’))
self.assertRaises(IOError,
files_module.ReadFileText,
u’ufffdufffdufffdufffd’,
encoding=’utf_8′)
self.assertRaises(IOError,
files_module.ReadFileText,
u’xffxfexffxfexffxfexffxfe’,
encoding=’utf_16′)
self.assertRaises(IOError,
files_module.ReadFileText,
u’xefxbfxbf’,
encoding=’utf_32′)
f = open(os.devnull)
try:
f.write(u’xff’)
f.close()
try:
files_module.ReadFileText(f.fileno(), encoding=’utf_8′)
except IOError:
pass
else:
raise AssertionError(‘should have raised IOError’)
finally:
f.close()
self.assertRaises(IOError,
files_module.ReadFileText,
u’xffxfexffxfexffxfexffxfe’,
encoding=’utf_16_le’)
def test_read_binary(self):
content = b’123456789′
fd = os.open(‘/dev/null’, os.O_WRONLY)
try:
fd = os.dup(fd)
result = bytes(files_module.ReadFileBinary(fd))
os.close(fd)
self.assertEqual(content[:len(result)], result)
finally:
os.close(fd)
content = b’123456789′
fd = open(os.devnull,’wb’)
try:
fd.write(content)
result = bytes(files_module.ReadFileBinary(fd.fileno()))
self.assertEqual(content[:len(result)], result)
finally:
fd.close()
content = b’123456789′
fd = open(os.devnull,’wb’)
try:
fd.write(content)
result = bytes(files_module.ReadFileBinary(fd.fileno()))
self.assertEqual(content[:len(result)], result)
finally:
fd.close()
def test_read_text_unicode_errors(self):
content = ‘x80abc’
def _ReadFile():
return files_module.ReadFileText(io.BytesIO(content.encode(‘ascii’)),encoding=’ascii’)
self.assertRaises(UnicodeDecodeError,_ReadFile)
def _ReadFile():
return files_module.ReadFileText(io.BytesIO(content.encode(‘ascii’)),encoding=’ascii’,errors=None)
self.assertRaises(UnicodeDecodeError,_ReadFile)
def _ReadFile():
return files_module.ReadFileText(io.BytesIO(content.encode(‘ascii’)),encoding=’ascii’,errors=’strict’)
self.assertRaises(UnicodeDecodeError,_ReadFile)
def _ReadFile():
return files_module.ReadFileText(io.BytesIO(content.encode(‘ascii’)),encoding=’ascii’,errors=’replace’)
result = _ReadFile()
assert isinstance(result,str),result
assert len(result)==4,result
assert ord(result[-1])==ord(‘?’),result
assert ord(result[-1])!=ord(‘x80’),result
assert ord(result[-1])!=ord(‘x81’),result
assert ord(result[-1])!=ord(‘x82’),result
assert ord(result[-1])!=ord(‘x83’),result
assert ord(result[-1])!=ord(‘x84’),result
assert ord(result[-1])!=ord(‘x85’),result
assert ord(result[-1])!=ord(‘x86’),result
assert ord(result[-1])!=ord(‘x87’),result
assert ord(result[-1])!=ord(‘x88’),result
def _ReadFile():
return files_module.ReadFileText(io.BytesIO(content.encode(‘ascii’)),encoding=’ascii’,errors=’ignore’)
result = _ReadFile()
assert isinstance(result,str),result
assert len(result)==4,result
assert result == ‘abc’,result
def _ReadFile():
return files_module.ReadFileBinary(io.BytesIO(content.encode(‘ascii’)))
result_bytes = bytearray(_ReadFile())
expected_bytes=[0x80]
expected_bytes.extend([b’a'[0],b’b'[0],b’c'[0]])
expected_bytes=bytes(expected_bytes)
print(repr(expected_bytes),repr(bytes(expected_bytes)),file=sys.stderr)
print(repr(bytes(expected_bytes)),file=sys.stderr)
print(repr(list(expected_bytes)),file=sys.stderr)
print(repr(list(bytes(expected_bytes))),file=sys.stderr)
if sys.version_info.major==3:
expected_bytes=list(map(ord,list(expected_bytes)))
bytes_expected=list(map(ord,list(bytes(expected_bytes))))
print(repr(expected_bytes),file=sys.stderr)
print(repr(bytes_expected),file=sys.stderr)
if sys.version_info.major==3:
expected_ascii=map(lambda x:’\’+hex(x)[2:].zfill(02)+’ ‘,expected_bytes).next().encode()
bytes_ascii=map(lambda x:’\’+hex(x)[2:].zfill(02)+’ ‘,bytes_expected).next().encode()
else:
expected_ascii=map(lambda x:’\’+hex(x)[0]+hex(x)[1]+’ ‘,expected_bytes).next().encode()
bytes_ascii=map(lambda x:’\’+hex(x)[0]+hex(x)[1]+’ ‘,bytes_expected).next().encode()
print(repr(expected_ascii),file=sys.stderr)
print(repr(bytes_ascii),file=sys.stderr)
if sys.version_info.major==3:
ascii_result=list(map(lambda x:’\’+hex(x)[0]+hex(x)[1]+’ ‘,list(map(ord,result)))).next().encode()
else:
ascii_result=list(map(lambda x:’\’+hex(x)[0]+hex(x)[1]+’ ‘,list(map(ord,result)))).next().encode()
if sys.version_info.major==3:
ascii_result=str(bytearray(ascii_result))
else:
ascii_result=str(bytearray(ascii_result))
print(repr(ascii_result),file=sys.stderr)
def test_write_file_text_unicode_errors(self):
content=b’xc7′
def WriteAndClose(file_object,content,content_encoding,error_handling):
file_object.write(file_object._to_native_string(content,content_encoding,error_handling))
file_object.flush()
file_object.seek(0)
original_position=file_object.tell()
written=file_object.read(len(content))
written_position=file_object.tell()
file_object.close()
if original_position != written_position:
raise AssertionError(“Original position %d does not equal written position %d” % (
original_position , written_position ))
new_content=None
new_content_encoded=None
error_message=None
exception=None
try:
WriteAndClose(io.StringIO(),content,’cp1254′,’strict’)
raise AssertionError(“No exception raised”)
except UnicodeEncodeError as e:
exception=e
error_message=e.args
new_content=self._GetExpectedStringContent(e.args)
try:
WriteAndClose(io.StringIO(),content,’cp1254′,’replace’)
new_content_encoded=self._GetExpectedBytesContent(e.args)
new_content=self._GetExpectedStringContent(e.args)
error_message=e.args
exception=e
raise AssertionError(“Should have raised UnicodeEncodeError”)
raise AssertionError(“Exception was raised but no error message was found”)
raise AssertionError(“Exception was raised but no encoded content was found”)
raise AssertionError(“Exception was raised but no decoded content was found”)
raise AssertionError(“Exception was raised but no exception object was found”)
raise AssertionError(“Unexpected exception type %r” % type(exception))
if not isinstance(written,new_content_encoded):
raise AssertionError(“Written contents do not match encoded contents.nWritten:n%snEncoded:n%s” % (
repr(written),
repr(new_content_encoded)))
elif not isinstance(written,new_content):
raise AssertionError(“Written contents do not match decoded contents.nWritten:n%snDecoded:n%s” % (
repr(written),
repr(new_content)))
try:
WriteAndClose(io.StringIO(),content,’cp1254′,’ignore’)
new_content_encoded=self._GetExpectedBytesContent(e.args)
new_content=self._GetExpectedStringContent(e.args)
error_message=e.args
exception=e
raise AssertionError(“Should have raised UnicodeEncodeError”)
raise AssertionError(“Exception was raised but no error message was found”)
raise AssertionError(“Exception was raised but no encoded content was found”)
raise AssertionError(“Exception was raised but no decoded content was found”)
raise AssertionError(“Exception was raised but no exception object was found”)
raise AssertionError(“Unexpected exception type %r” % type(exception))
if not isinstance(written,new_content_encoded):
raise AssertionError(
“Written contents do not match encoded contents.nWritten:n%snEncoded:n%s” %
(repr(written),
repr(new_content_encoded)))
elif not isinstance(written,new_content):
raise AssertionError(
“Written contents do not match decoded contents.nWritten:n%snDecoded:n%s” %
(repr(written),
repr(new_content)))
except UnicodeEncodeError as e:
e.encoding==’cp1254′
if e.object==content:
e.start==0
e.end==len(content)
def test_write_file_binary_unicode_errors(self):
content=b’xc7′
def WriteAndClose(file_object,content,error_handling):
file_object.write(file_object._to_native_string(
file_object._to_native_string(content,’cp1254′).decode(‘cp1254′),
None,error_handling))
file_object.flush()
file_object.seek(0)
original_position=file_object.tell()
written=file_object.read(len(content))
written_position=file_object.tell()
file_object.close()
if original_position != written_position:
raise AssertionError(“Original position %d does not equal written position %d” % (
original_position , written_position ))
new_contents=None
error_message=None
exception=None
try:
WriteAndClose(io.BytesIO(),content,’strict’)
new_contents=(b’C’,’?’)#bytearray(b’C’)+bytearray(b’?’)
error_message=(unicode(errors.UNICODE_ENCODE_ERROR),’?’,str(range(65000)))
exception=(UnicodeEncodeError,*error_message)
del error_message
class FakeWrite(object):
“””Fake write method used only when testing unicode_error handling.
This class will throw exceptions according to given parameters when its write method is called.
Attributes:
string_to_encode: String that will be attempted to be encoded.
encoding_name: Encoding name that will be used.
errors_method_name: Error handling method name that will be used.
byte_array_to_write_out_on_exception_thrown:(optional): Byte array that will be returned instead of raising an exception.
string_to_decode:(optional): String that will be returned instead of raising an exception.
byte_array_to_return_on_success:(optional): Byte array that will be returned instead of raising an exception.
string_to_return_on_success:(optional): String that will be returned instead of raising an exception.
unicode_encode_error_to_throw_on_exception_thrown:(optional): Unicode encode error instance that will be thrown instead of creating one automatically.
“””
string_to_encode=”
encoding_name=”
errors_method_name=”
byte_array_to_write_out_on_exception_thrown=None
string_to_decode=None
byte_array_to_return_on_success=None
string_to_return_on_success=None
unicode_encode_error_to_throw_on_exception_thrown=None
def __init__(self,**kwargs):
super(FakeWrite,self).__init__()
kwargs.setdefault(‘byte_array_to_write_out_on_exception_thrown’,(b’C’,’?’))#bytearray(b’C’)+bytearray(b’?’)
kwargs.setdefault(‘unicode_encode_error_to_throw_on_exception_thrown’,(UnicodeEncodeError,*kwargs[‘byte_array_to_write_out_on_exception_thrown’]+[str(range(65000))]))
kwargs.setdefault(‘encoding_name’,’cp1254′)
kwargs.setdefault(‘errors_method_name’,’strict’)
kwargs.setdefault(‘string_to_encode’,’c’)
del kwargs[‘byte_array_to_write_out_on_exception_thrown’]
del kwargs[‘unicode_encode_error_to_throw_on_exception_thrown’]
super(FakeWrite,self).__init__(**kwargs)
@property
@staticmethod
def default_byte_array():#bytearray(b’C’)+bytearray(b’?’)#return bytearray(b’C’)+bytearray(b’?’)#return b’C?’
return b’C?’
@property
def default_string():#return ‘C?’
return ‘C?’
@property
def default_byte_array_length():#return len(default_byte_array())
return len(default_byte_array())
@property
def default_string_length():#return len(default_string())
return len(default_string())
@staticmethod
@staticmethod
@staticmethod
class ToNativeString(object):#class ToNativeString(object):
“””
Fake implementation used only when testing unicode_error handling.
This class simulates io.StringIO behavior when calling its native methods.
Attributes:
native_str_type:type object representing native strings.(e.g.:str).
native_str_class:class object representing native strings.(e.g.:str).
non_native_str_type:type object representing non-native strings.(e.g.:unicode).
non_native_str_class:class object representing non-native strings.(e.g.:unicode).
“””
class ToNativeString(object):#class ToNativeString(object):
“””
Fake implementation used only when testing unicode_error handling.
This class simulates io.StringIO behavior when calling its native methods.
Attributes:
native_str_type:type object representing native strings.(e.g.:str).
native_str_class:class object representing native strings.(e.g.:str).
non_native_str_type:type object representing non-native strings.(e.g.:unicode).
non_native_str_class:class object representing non-native strings.(e.g.:unicode).
“””
__slots__=[‘native_str_type’,’native_str_class’,’non_native_str_type’,’non_native_str_class’]
__slots__=[‘native_str_type’,’native_str_class’,’non_native_str_type’,’non_native_str_class’]
__slots__=[‘native_str_type’,’native_str_class’,’non_native_str_type’,’non_native_str_class’]
__slots__=[‘native_str_type’,’native_str_class’,’non_native_str_type’,’non_native_str_class’]
__all__=[]#__all__=[]
#__all__=[]#__all__=[]
#__all__=[]#__all__=[]
#__all__=[]#__all__=[]
#__all__=[]#__all__=[]
__slots__=[‘native_str_type’]
__slots__=[‘native_str_class’]
__slots__=[‘non_native_str_type’]
__slots__=[‘non_native_str_class’]
”’
NativeTypeClass.__name__
NonNativeTypeClass.__name__
NativeTypeClass.__name__
NonNativeTypeClass.__name__
NativeTypeClass.__name__
NonNativeTypeClass.__name__
NativeTypeClass.__name__
NonNativeTypeClass.__name__
”’
”’
NativeTypeClass.__name__
NonNativeTypeClass.__name__
NativeTypeClass.__name__
NonNativeTypeClass.__name__
NativeTypeClass.__name__
NonNativeTypeClass.__name__
NativeTypeClass.__name__
NonNativeTypeClass.__name__
”’
”’NonNativeStrClassName”’
”’NonNativeStrClassName”’
”’NonNativeStrClassName”’
”’NonNativeStrClassName”’
”’NonNativeStrClassName”’
”’NonNativeStrClassName”’
”’NonNativeStrClassName”’
”’NonNativeStrClassName”’
”””
”””
”””
”””
”””
”””
”’
”’
”’
”’
”’
”’
”’
class ToNativeString(object):#class ToNativeString(object):
class ToNativeString(object):#class ToNativeString(object):
class ToNativeString(object):#class ToNativeString(object):
class ToNativeString(object):#class ToNativeString(object):
“””
Fake implementation used only when testing unicode_error handling.
This class simulates io.StringIO behavior when calling its native methods.
Attributes:
native str type:type object representing native strings.(e.g.:str).
native str class:class object representing native strings.(e.g.:str).
non-native str type:type object representing non-native strings.(e.g.:unicode).
non-native str class:class object representing non-native strings.(e.g.:unicode).
“””
“””
Fake implementation used only when testing unicode_error handling.
This class simulates io.StringIO behavior when calling its native methods.
Attributes:
native str type:type object representing native strings.(e.g.:str).
native str class:class object representing native strings.(e.g.:str).
non-native str type:type object representing non-native strings.(e.g.:unicode).
non-native str class:class object representing non-native strings.(e.g.:unicode).
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Fake implementation used only when testing unicode_error handling.
This class simulates io.StringIO behavior when calling its native methods.
Attributes:
native str type:type object representing native strings.(e.g.:str).
native str class:class object representing native strings.(e.g.:str).
non-native str type:type object representing non-native strings.(e g :unicode ).
non-native str cl ass:class ojbect represe nting nont nati ve s trings .( eg :unico de ).
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Fake implementation used only when testing unicode_error handl ing .
This clas s simulat es i o .S trin gI O beh avior wh en cal ling it s na tive me thods .
A tt ributes :
nativ e st r ty pe :ty pe ob ject r epresen ting nativ e st rings . ( eg :st r ) .
nativ e st r cla ss :cla ss ob ject r epresen ting nativ e st rings . ( eg :st r ) .
nont nativ e st ry ty pe :ty pe ob ject r epresen ting nont nativ est rings . ( eg :unico de ) .
nont nativ est ry cl ass :cla ss ob ject r epresen ting nont nativ est rings . ( eg :unico de ) .
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Nat iveSt rt yp eCl assN ame
N onNat iveSt rt yp eCl assN ame
Nat iveSt rt yp eCl assN ame
N onNat iveSt rt yp eCl assN ame
Nat iveSt rt yp eCl assN ame
N onNat iveSt rt yp eCl assN ame
Nat iveSt rt yp eCl assN ame
N onNat iveSt rt yp eCl assN ame
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Nat ivestrtypelassNam etypeobjectrepresentingnativerstrings.e g:str .
No nnativestrtypelassNam etypeobjectrepresentingno nt nativerstrings.e g :unico de .
