[+] Added TPO module to provide the Crypto, CryptoKeyType, CryptoDataType object in the libdap-crypto-python library

[+] Added new objects of type CryptoKeyType - implements an enumeration of the types of supported keys, and CryptoDataKey - implements an enumeration of the types of transmitted data.

[*] These functions have been modified to work with the Crypto.Key object, and not with a list of keys.

Added lines to the cmake file to include header files in other projects. I redid the base of libdap-crypto-python so that it is not a module, but a new type of object 'crypto'.

Features 2324 - The main functions from libdap-crypto are wraped

[*] Fix. A key has been added to the vrapping with keying in the absence of kex or seed. I need to specify only the zero dimension of these parameters

[+] Made wrapping implementation of fast encryption algorithm AES, OAES. Written test for checking this wrapping

[*] Redid the base64 wrapping algorithm. Now it also works with binary data (PyBytesObject *) obtained from python

Redid the wrapping of the base58 algorithm. Now it works with binary data (PyBytesObject) in place of strings. Also written a separate test.

[+] Added wrapping functions: dap_enc_key_get_enc_sizey, dap_enc_key_get_dec_size, dap_enc_key_update, dap_enc_gen_key_public_size, dap_enc_gen_key_public, dap_enc_key_signature_delete.

[*] Changed the function of creating a new key and deleting a key, added to them the use of a new transfer acceptance mechanism, keys from / to python.

emoved the transfer to the decoding function of the initial size of PyBytesObject. Added one more parameter to the wrapper of the encoding/decoding function, a numeric parameter, it takes a value from 1 to 2, which correspond to DAP_ENC_DATA_TYPE_B64 and DAP_ENC_DATA_TYPE_B64_URLSAFE from the dap_enc_data_type enumeration. And corrected the errors, now neither after nor during the execution of the Python script exceptions occur

[*] The Base64 algorithm for the input accepts a PyByteObject object returns a tuple with an encoded value and long source data. The decryption function accepts this tuple and returns a PyBytesObject object. Exceptions do not arise, but redundant data appears.