The base64.b64encode function in Python’s base64 module encodes binary data to Base64-encoded ASCII text. This function is useful for encoding binary data, such as image or file content, into a textual format that can be easily transmitted over text-based protocols such as HTTP.
The requests.Session class in Python’s requests module allows you to persist certain parameters across multiple requests. It helps to maintain cookies, headers, and connection pooling for better performance and convenience when making multiple requests to the same host.
The requests.patch function in Python’s requests module is used to make HTTP PATCH requests. This function is typically used to apply partial modifications to a resource on a server.
The requests.options function in Python’s requests module is used to make HTTP OPTIONS requests. This function is typically used to find out the HTTP methods that are supported by a web server for a specific URL. It can also be used to retrieve other communication options available for the target resource.
The requests.head function in Python’s requests module is used to make HTTP HEAD requests. This function is similar to a GET request, but it only retrieves the headers and not the actual content of the resource. It is typically used to check the status, content type, and other meta information about a resource.
The requests.delete function in Python’s requests module is used to make HTTP DELETE requests. This function is typically used to delete a resource on a server.
The requests.put function in Python’s requests module is used to make HTTP PUT requests. This function is typically used to update a resource on a server.
The requests.post function in Python’s requests module is used to make HTTP POST requests. This function is typically used to send data to a server to create or update a resource.
The requests.get function in Python’s requests module is a convenient way to make HTTP GET requests. This function is used to retrieve data from a specified URL.
The requests.request function in Python’s requests module lets you make HTTP requests. It’s a powerful and flexible way to perform different types of requests like GET, POST, PUT, DELETE, etc.
The operator.gt function in Python’s operator module compares two values and returns True if the first value is greater than the second value. It is equivalent to using the > operator but allows the greater-than comparison to be used as a function, which can be useful in functional programming and higher-order functions.
The operator.ge function in Python’s operator module compares two values and returns True if the first value is greater than or equal to the second value. It is equivalent to using the >= operator but allows the greater-than-or-equal comparison to be used as a function, which can be useful in functional programming and higher-order functions.
The operator.ne function in Python’s operator module compares two values and returns True if they are not equal. It is equivalent to using the != operator but allows the not-equal comparison to be used as a function, which can be useful in functional programming and higher-order functions.
The operator.eq function in Python’s operator module compares two values and returns True if they are equal. It is equivalent to using the == operator but allows the equality comparison to be used as a function, which can be useful in functional programming and higher-order functions.
The operator.le function in Python’s operator module compares two values and returns True if the first value is less than or equal to the second value. It is equivalent to using the <= operator but allows the less-than-or-equal comparison to be used as a function, which can be useful in functional programming and higher-order functions.
The operator.lt function in Python’s operator module compares two values and returns True if the first value is less than the second value. It is equivalent to using the < operator but allows the less-than comparison to be used as a function, which can be useful in functional programming and higher-order functions.
The operator.truth function in Python’s operator module returns the truth value of an object. It is equivalent to using the bool function but allows the truth value check to be used as a function, which can be useful in functional programming and higher-order functions.
The operator.indexOf function in Python’s operator module returns the first index of a specified value in a sequence. It is equivalent to using the index method available for lists and other sequences but allows the indexing operation to be used as a function, which can be useful in functional programming and higher-order functions.
The operator.countOf function in Python’s operator module counts the number of occurrences of a specified value in a sequence. It is equivalent to using the count method available for lists and other sequences but allows the counting operation to be used as a function, which can be useful in functional programming and higher-order functions.
The operator.methodcaller function in Python’s operator module returns a callable object that calls a specified method on its operand. This function is useful for invoking methods dynamically and can be particularly handy when used with functions like map, filter, and sorted.
The operator.itemgetter function in Python’s operator module returns a callable object that fetches item(s) from its operand using the operand’s __getitem__() method. This function is useful for accessing elements dynamically, and it can be particularly handy when used with functions like sorted, min, max, and map.
The operator.attrgetter function in Python’s operator module returns a callable object that fetches the given attribute(s) from its operand. This function is useful for accessing attributes dynamically, and it can be particularly handy when used with functions like sorted, min, max, and map.
The operator.index function in Python’s operator module returns the integer representation of an object. It is primarily used for objects that implement the __index__ method, which allows them to be converted to an integer. This function can be useful in functional programming and higher-order functions where integer conversion is needed.
The operator.abs function in Python’s operator module returns the absolute value of a number. It is equivalent to using the built-in abs function but allows the absolute value operation to be used as a function, which can be useful in functional programming and higher-order functions.
The operator.ixor function in Python’s operator module performs in-place bitwise XOR on two objects. It is equivalent to using the ^= operator but allows the in-place bitwise XOR operation to be used as a function, which can be useful in functional programming and higher-order functions.