The first call to CTLSProvider takes place before ClientHello is send, then as the handshake progress, the information relevant for Provider and token will be gradually filled in the structure. The ownership will then be passed to the CTLSSession object. This function returns the pointer to the structure. This method returns the CTlsCryptoAttributes structure associated with this session

This method cancels all the asynchronous operations of CTLSSession

This synchronous method cancels all the asynchronous operations of CTLSProvider

This asynchronous method is used to retrieve a client certificate in its encoded form, which would be normally send out to the server. If the connection has reached a stage where the session would have been cached, then this API would retrieve the information (CCTCertInfo) from token's cache and returns the retrieved certificate from the Certstore. In all other case, the information (CCTCertInfo) is stored locally This asynchronous method is used to retrieve a client certificate in its encoded form, which would be normally send out to the server. If the connection has reached a stage where the session would have been cached, then this API would retrieve the information (CCTCertInfo) from token's cache and returns the retrieved certificate from the Certstore. In all other case, the information (CCTCertInfo) is stored locally

This asynchronous method is used to retrieve a client certificate in an X509 form, which would be normally used for displaying it to the user. If the connection has reached a stage where the session would have been cached, then this API would retrieve the information (CCTCertInfo) from token's cache and returns the retrieved certificate from the Certstore. In all other case, the information (CCTCertInfo) is stored locally. This asynchronous method is used to retrieve a client certificate in an X509 form, which would be normally used for displaying it to the user. If the connection has reached a stage where the session would have been cached, then this API would retrieve the information (CCTCertInfo) from token's cache and returns the retrieved certificate from the Certstore. In all other case, the information (CCTCertInfo) is stored locally.

This asynchronous method is used to retrieve a client certificate chain in its encoded form, which would be normally send out to the server. If the connection has reached a stage where the session would have been cached, then this API would retrieve the information (CCTCertInfo) from token's cache and returns the retrieved certificate from the Certstore. In all other case, the information (CCTCertInfo) is stored locally

This asynchronous method generates a SSL/TLS protocol's Client 'Finished' message. This input for this message is a hash of concatenation of all the handshake messages exchanged thus far (as specified by RFC2246 and SSL3.0 specification). In order to create the required output,

The ClientKeyExchange operation includes the following. The generation of the pre-master secret, The derivation of the master secret, Generation of keys for bulk data encryption and MAC secrets, If weak Export cipher is used, generation of Weak keys, Creation of CTLSSession's member objects responsible for symmetric encryption and HMAC hashing. ClientKeyExchange message created and returned This method returns the ClientKeyExchange message. The following functionalities are executed The ClientKeyExchange operation includes the following

Inside the token: 1. The generation of the pre-master secret, 2. The derivation of the master secret, 3. Generation of keys for bulk data encryption and MAC secrets, 4. ClientKeyExchange message created

Inside the Provider 1. If weak Export cipher is used, generation of Weak keys 2. Creation of CTlsSessionImpl's member objects responsible for symmetric encryption and HMAC hashing. 3. ClientKeyExchange message returned

On receiving an input data, this method decrypts the data, parses the actual data from its MAC and verifies it. If the MAC is verified correctly the output will be returned The encryption and decryption objects should have been created in an earlier call to ClientKeyExchange before calling this API On receiving an input data, this synchronous method decrypts the data, parses the actual data from its MAC and verifies it. If the MAC is verified correctly, then the output will be returned The encryption and decryption objects should have been created in an earlier call to ClientKeyExchange before calling this API

On receiving an input data, this method computes the MAC, appends it into the input and encrypts the whole block. The encryption and decryption objects should have been created in an earlier call to ClientKeyExchange before calling this API On receiving an input data, this synchronous method computes the MAC, appends it into the input and encrypts the whole block. The encryption and decryption objects should have been created in an earlier call to ClientKeyExchange before calling this API. the MAC computations differ for TLS and SSL.

Allocates and constructs a new CTlsSessionImpl object.

This asynchronous method is used to retrieve the associated server certificate of the current session in its X509 form, which would be normally used for displaying it to the user. If the connection has reached a stage where the session would have been cached, then this API would retrieve the certificate from the Token. In all other case, the certificate is stored locally. This asynchronous method is used to retrieve the associated server certificate of the current session in its X509 form, which would be normally used for displaying it to the user. If the connection has reached a stage where the session would have been cached, then this API would retrieve the certificate from the Token. In all other case, the certificate is stored locally.

This method generates ServerFinished message given as an input hash of concatenation of all handshake messages (as specified by RFC2246 and SSL3.0 specification). In order to create required output, the function calls MTLSSesssion::PHash with the following input string: This asynchronous method verifies SSL/TLS protocol's Server 'Finished' message. This method generates ServerFinished message given as an input hash of concatenation of all handshake messages (as specified by RFC2246 and SSL3.0 specification). In order to create required output, the function calls MTLSSesssion::PHash with the following input string: TLS Protocol "client finished" + iMd5DigestInput + iShaDigestInput

SSL Protocol (iMd5DigestInput +" SRVR") + (iShaDigestInput +" SRVR")