The encoded string is now taken and the decode() function is invoked to that string and the decoded string is obtained as output and printed using the print() function. In the following example, a string "Hello! Welcome to Tutorialspoint." is created and it is encoded using the encode() function. If the error is specified as 'replace', then it is replaced with a replacement marker. The python string decode() method that takes 'utf_32' as its encoding has a variable length encoding done. The encoded string is: b'Hello! Welcome to Tutorialspoint.' The following is the output obtained by executing the above program. Str_encoded= str.encode('euc_kr','strict') ![]() In both the cases, the encoding used is the 'euc_kr' and the error used is 'strict'. If the error is specified as 'strict', then the encoding errors raise a UnicodeError. The python string decode() method that takes 'euc_kr' as its encoding has a variable length encoding done on korean characters. The decoded string is: Hello! Welcome to Tutorialspoint. On executing the above program, the following output is generated. Print("The decoded string is: ", str_decoded) Print("The encoded string is: ", str_encoded) Str_encoded= str.encode('utf_16','strict') In both the cases, the encoding used is the 'utf_16' and the error used is 'strict'. The decoded string is obtained as output and printed using the print() function. The encoded string is now taken and the decode() function is invoked to that string. The python string decode() method that takes 'utf_16' as its encoding has a variable length encoding done. The python string decode() method returns a decoded string. Other possible values are 'ignore', 'replace', 'xmlcharrefreplace', 'backslashreplace' and any other name registered via codecs.register_error(). The default for errors is 'strict' which means that the encoding errors raise a UnicodeError. For a list of all encoding schemes, please visit: Standard Encodings.Įrrors − This parameter specifies an error handling scheme. The following are the parameters of the python string decode() function.Įncoding − This parameter specifies the encodings to be used. Str.decode(encoding='UTF-8',errors='strict') The syntax of the python string decode() method is as follows. In the following section, we will be learning more details about the python string decode() method. Finally, this method returns the decoded string. During this process, different error handling schemes can be set using the errors parameter. Based on the specified encoding, the string is decoded. There are various types of standard encodings such as base64, ascii, gbk, hz, iso2022_kr, utf_32, utf_16, and many more. This function works based on the parameters specified which are encoding and the error. The encoded string can be decoded and the original string can be obtained with the help of this function. Target values.The python string decode() method decodes the string using the codec registered for its encoding. ![]() Parameters : y array-like of shape (n_samples,) Returns : self estimator instanceĮstimator instance. Parameters : **params dictĮstimator parameters. Possible to update each component of a nested object. ![]() The method works on simple estimators as well as on nested objects None: Transform configuration is unchangedĮstimator instance. "default": Default output format of a transformer Parameters : transform, default=NoneĬonfigure output of transform and fit_transform. set_output ( *, transform = None ) ¶įor an example on how to use the API. Returns : y ndarray of shape (n_samples,) Parameters : y ndarray of shape (n_samples,) Transform labels back to original encoding. If True, will return the parameters for this estimator andĬontained subobjects that are estimators. Returns : y array-like of shape (n_samples,)Įncoded labels. fit_transform ( y ) ¶įit label encoder and return encoded labels. Returns : self returns an instance of self.įitted label encoder. Transform labels back to original encoding.įit label encoder. inverse_transform ()) įit label encoder and return encoded labels.
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