/*

* Copyright (c) 2001-2006 Nokia Corporation and/or its subsidiary(-ies).

* All rights reserved.

* This component and the accompanying materials are made available

* under the terms of the License "Eclipse Public License v1.0"

* which accompanies this distribution, and is available

* at the URL "http://www.eclipse.org/legal/epl-v10.html".

*

* Initial Contributors:

* Nokia Corporation - initial contribution.

*

* Contributors:

*

* Description:  EAP and WLAN authentication protocols.

*

*/

/*

*/

#if !defined(_TLS_PEAP_TYPES_H_)

#define _TLS_PEAP_TYPES_H_

#include "eap_buffer.h"

#include "eap_tools.h"

#include "eap_am_tools.h"

#include "eap_type_all_types.h"

#include "eap_configuration_field.h"

#if defined(USE_FAST_EAP_TYPE)

	#include "eap_fast_types.h"

#endif //#if defined(USE_FAST_EAP_TYPE)

/** @file tls_peap_types.h 

 *  @brief This file defines the constants of the TLS and PEAP.

 */

//--------------------------------------------------

/// Macro traces payload type and data.

#define EAP_TLS_PEAP_TRACE_PAYLOAD(prefix, payload, is_client) \

	{ \

		EAP_TRACE_DEBUG( \

			m_am_tools, TRACE_FLAGS_DEFAULT|TRACE_TEST_VECTORS, \

			(EAPL("- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - \n"))); \

		EAP_TRACE_DEBUG( \

			m_am_tools, \

			TRACE_FLAGS_DEFAULT|TRACE_TEST_VECTORS, \

			(EAPL("- %s (0x%08x): %s, current payload 0x%04x=%s, data length 0x%04x.\n"), \

			prefix, (payload), (is_client == true ? "client": "server"), (payload)->get_flag_tlv_type(), \

			(payload)->get_tlv_type_string(), (payload)->get_data_length())); \

		EAP_TRACE_DATA_DEBUG( \

			m_am_tools, \

			TRACE_FLAGS_DEFAULT|TRACE_TEST_VECTORS, \

			(EAPL("- payload"), \

			(payload)->get_header_buffer( \

				(payload)->get_header_length()+(payload)->get_data_length()), \

			(payload)->get_header_length()+(payload)->get_data_length())); \

		EAP_TRACE_DEBUG( \

			m_am_tools, TRACE_FLAGS_DEFAULT|TRACE_TEST_VECTORS, \

			(EAPL("- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - \n"))); \

	}

#define EAP_TLS_PEAP_TRACE_TTLS_PAYLOAD(prefix, payload, is_client) \

	{ \

		EAP_TRACE_DEBUG( \

			m_am_tools, TRACE_FLAGS_DEFAULT|TRACE_TEST_VECTORS, \

			(EAPL("- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - \n"))); \

		EAP_TRACE_DEBUG( \

			m_am_tools, \

			TRACE_FLAGS_DEFAULT|TRACE_TEST_VECTORS, \

			(EAPL("- %s (0x%08x): %s, current payload 0x%08x:0x%08x=%s, data length 0x%04x.\n"), \

			prefix, (payload), (is_client == true ? "client": "server"), (payload)->get_avp_code().get_vendor_id(), \

			(payload)->get_avp_code().get_vendor_code(), \

			(payload)->get_avp_code_string(), (payload)->get_data_length())); \

		EAP_TRACE_DATA_DEBUG( \

			m_am_tools, \

			TRACE_FLAGS_DEFAULT|TRACE_TEST_VECTORS, \

			(EAPL("- payload"), \

			(payload)->get_header_buffer( \

				(payload)->get_header_length()+(payload)->get_data_length()), \

			(payload)->get_header_length()+(payload)->get_data_length())); \

		EAP_TRACE_DEBUG( \

			m_am_tools, TRACE_FLAGS_DEFAULT|TRACE_TEST_VECTORS, \

			(EAPL("- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - \n"))); \

	}

//--------------------------------------------------

/**

 * This is the size of the local send buffer.

 */

const u32_t TLS_PEAP_LOCAL_PACKET_BUFFER_LENGTH = EAP_MAX_LOCAL_PACKET_BUFFER_LENGTH;

/**

 * This is the default size of the TLS-record buffer.

 */

const u32_t TLS_PEAP_DEFAULT_RECORD_LENGTH = 4096ul;

/**

 * This is the maximum size of the TLS-record fragment.

 */

const u32_t TLS_PEAP_MAX_RECORD_FRAGMENT_LENGTH = (2ul << 13); // 2^14 bytes = 16384 bytes.

/**

 * This is the maximum size of the TLS-handshake message.

 */

const u32_t TLS_PEAP_MAX_HANDSHAKE_DATA_LENGTH = (2ul << 23) - 1ul; // (2^24 - 1) bytes = 16777215 bytes.

/**

 * This is the default trace mask for TLS and PEAP.

 */

const u32_t TRACE_FLAGS_TLS_PEAP_ERROR = eap_am_tools_c::eap_trace_mask_error;

/**

 * This is the size of the TLS-hello random.

 */

const u32_t TLS_HANDSHAKE_RANDOM_VALUE_SIZE = 32ul;

/**

 * This is the size of the TLS-session ID.

 */

const u32_t TLS_SESSION_ID_SIZE = 32ul;

/**

 * This is the size of the TLS-premaster secret.

 */

const u32_t TLS_PREMASTER_SECRET_SIZE = 48ul;

/**

 * This is the size of the TLS-master secret.

 */

const u32_t TLS_MASTER_SECRET_SIZE = 48ul;

enum tls_peap_protocol_field_size_e

{

	TLS_ALERT_DESCRIPTION_FIELD_SIZE = sizeof(u8_t),

	TLS_ALERT_LEVEL_FIELD_SIZE = sizeof(u8_t),

	TLS_CERTIFICATE_AUTHORITIES_LENGTH_FIELD_SIZE = sizeof(u16_t),

	TLS_CERTIFICATE_LENGTH_FIELD_SIZE = 3UL*sizeof(u8_t),

	TLS_CERTIFICATE_TYPE_FIELD_SIZE = sizeof(u8_t),

	TLS_CERTIFICATE_TYPE_LENGTH_FIELD_SIZE = sizeof(u8_t),

	TLS_CHANGE_CIPHER_SPEC_FIELD_SIZE = sizeof(u8_t),

	TLS_CIPHER_SUITE_FIELD_SIZE = sizeof(u16_t),

	TLS_CIPHER_SUITE_LENGTH_FIELD_SIZE = sizeof(u16_t),

	TLS_COMPRESSION_FIELD_SIZE = sizeof(u8_t),

	TLS_COMPRESSION_LENGTH_FIELD_SIZE = sizeof(u8_t),

	TLS_COMPRESSION_METHOD_FIELD_SIZE = sizeof(u8_t),

	TLS_EXTENSIONS_LENGTH_FIELD_SIZE = sizeof(u16_t),

	TLS_EXTENSION_TYPE_FIELD_SIZE = sizeof(u16_t),

	TLS_EXTENSION_DATA_LENGTH_FIELD_SIZE = sizeof(u16_t),

	TLS_DHE_GROUP_GENERATOR_LENGTH_FIELD_SIZE = sizeof(u16_t),

	TLS_DHE_PRIME_LENGTH_FIELD_SIZE = sizeof(u16_t),

	TLS_ENCRYPTED_PREMASTER_SECRET_LENGTH_FIELD_SIZE = sizeof(u16_t),

	TLS_PADDINF_LENGTH_FIELD_SIZE = sizeof(u8_t),

	TLS_PUBLIC_DHE_KEY_LENGTH_FIELD_SIZE = sizeof(u16_t),

	TLS_PUBLIC_DHE_KEY_LENGTH_LENGTH_FIELD_SIZE = sizeof(u16_t),

	TLS_DSS_SHA1_SIGNATURE_LENGTH_FIELD_SIZE = sizeof(u16_t),

	TLS_SESSION_ID_LENGTH_FIELD_SIZE = sizeof(u8_t),

	TLS_SIGNATURE_LENGTH_FIELD_SIZE = sizeof(u16_t),

	TLS_VERSION_FIELD_SIZE = sizeof(u16_t),

	TLS_SESSION_TICKET_LIFETIME_HINT_FIELD_SIZE = sizeof(u32_t),

};

/**

 * This is the label of the TLS-premaster secret.

 * See Chapter "8.1. Computing the master secret" in <a href="../../type/tls_peap/documentation/rfc2246.txt">RFC 2246</a>.

 */

const u8_t TLS_MASTER_SECRET_LABEL[] = "master secret";

/**

 * This is the length of the label of the TLS-premaster secret.

 */

const u32_t TLS_MASTER_SECRET_LABEL_LENGTH = sizeof(TLS_MASTER_SECRET_LABEL)-1ul;

/**

 * This is the label of the TLS-client finished message.

 * See Chapter "7.4.9. Finished" in <a href="../../type/tls_peap/documentation/rfc2246.txt">RFC 2246</a>.

 */

const u8_t TLS_CLIENT_FINISHED_LABEL[] = "client finished";

/**

 * This is the length of the label of the TLS-client finished message.

 */

const u32_t TLS_CLIENT_FINISHED_LABEL_LENGTH = sizeof(TLS_CLIENT_FINISHED_LABEL)-1ul;

/**

 * This is the label of the TLS-server finished message.

 * See Chapter "7.4.9. Finished" in <a href="../../type/tls_peap/documentation/rfc2246.txt">RFC 2246</a>.

 */

const u8_t TLS_SERVER_FINISHED_LABEL[] = "server finished";

/**

 * This is the length of the label of the TLS-server finished message.

 */

const u32_t TLS_SERVER_FINISHED_LABEL_LENGTH = sizeof(TLS_SERVER_FINISHED_LABEL)-1ul;

/**

 * This is the length of the data of the TLS-finished message.

 */

const u32_t TLS_FINISHED_DATA_SIZE = 12ul;

/**

 * This is the label of the TLS-key expansion function.

 * See Chapter "6.3. Key calculation" in <a href="../../type/tls_peap/documentation/rfc2246.txt">RFC 2246</a>.

 */

const u8_t TLS_PEAP_KEY_EXPANSION_LABEL[] = "key expansion";

/**

 * This is the length of the label of the TLS-key expansion function.

 */

const u32_t TLS_PEAP_KEY_EXPANSION_LABEL_LENGTH = sizeof(TLS_PEAP_KEY_EXPANSION_LABEL)-1ul;

/**

 * This is the label of the TTLS-key expansion function.

 * See Chapter "7. Generating Keying Material" in <a href="../../type/tls_peap/documentation/draft-funk-eap-ttls-v0-00.txt">EAP-TTLSv0</a>.

 */

const u8_t EAP_TTLS_KEY_EXPANSION_LABEL[] = "ttls keying material";

/**

 * This is the length of the label of the TTLS-key expansion function.

 */

const u32_t EAP_TTLS_KEY_EXPANSION_LABEL_LENGTH = sizeof(EAP_TTLS_KEY_EXPANSION_LABEL)-1ul;

/**

 * This is the label of the TTLS implicit challenge function.

 * See Chapter "10.1 Implicit challenge" in <a href="../../type/tls_peap/documentation/draft-funk-eap-ttls-v0-00.txt">EAP-TTLSv0</a>.

 */

const u8_t EAP_TTLS_IMPLICIT_CHALLENGE_LABEL[] = "ttls challenge";

/**

 * This is the length of the label of the TTLS implicit challenge function.

 */

const u32_t EAP_TTLS_IMPLICIT_CHALLENGE_LABEL_LENGTH = sizeof(EAP_TTLS_IMPLICIT_CHALLENGE_LABEL)-1ul;

const u8_t EAP_TLS_PEAP_CLIENT_ENCRYPTION_LABEL_V1_DRAFT_5[] = "client PEAP encryption";

const u32_t EAP_TLS_PEAP_CLIENT_ENCRYPTION_LABEL_V1_DRAFT_5_LENGTH = sizeof(EAP_TLS_PEAP_CLIENT_ENCRYPTION_LABEL_V1_DRAFT_5)-1ul;

const u8_t EAP_TLS_PEAP_CLIENT_ENCRYPTION_LABEL[] = "client EAP encryption";

const u32_t EAP_TLS_PEAP_CLIENT_ENCRYPTION_LABEL_LENGTH = sizeof(EAP_TLS_PEAP_CLIENT_ENCRYPTION_LABEL)-1ul;

const u32_t EAP_TLS_PEAP_MSK_SIZE = 64ul;

const u32_t EAP_TLS_PEAP_EMSK_SIZE = 64ul;

const u32_t EAP_TLS_PEAP_MASTER_SESSION_KEY_SIZE = EAP_TLS_PEAP_MSK_SIZE + EAP_TLS_PEAP_EMSK_SIZE;

/**

 * This is the label of the PEAPv2 Intermediate Combined Key.

 * See Chapter "2.5.  Key derivation" in <a href="../../type/tls_peap/documentation/draft-josefsson-pppext-eap-tls-eap-07.txt">PEAPv2 draft 07</a>.

 */

const u8_t TLS_INTERMEDIATE_COMBINED_KEY_LABEL[] = "Intermediate PEAP MAC key";

/**

 * This is the length of the label of the PEAPv2 Intermediate Combined Key.

 */

const u32_t TLS_INTERMEDIATE_COMBINED_KEY_LABEL_LENGTH = sizeof(TLS_INTERMEDIATE_COMBINED_KEY_LABEL)-1ul;

/**

 * This is the label of the PEAPv2 Compound Server MAC Key.

 * See Chapter "2.5.  Key derivation" in <a href="../../type/tls_peap/documentation/draft-josefsson-pppext-eap-tls-eap-07.txt">PEAPv2 draft 07</a>.

 */

const u8_t TLS_INTERMEDIATE_COMPOUND_SERVER_MAC_KEY_LABEL[] = "PEAP Server B1 MAC key";

/**

 * This is the length of the label of the PEAPv2 Compound Server MAC Key.

 */

const u32_t TLS_INTERMEDIATE_COMPOUND_SERVER_MAC_KEY_LABEL_LENGTH = sizeof(TLS_INTERMEDIATE_COMPOUND_SERVER_MAC_KEY_LABEL)-1ul;

/**

 * This is the label of the PEAPv2 Compound Client MAC Key.

 * See Chapter "2.5.  Key derivation" in <a href="../../type/tls_peap/documentation/draft-josefsson-pppext-eap-tls-eap-07.txt">PEAPv2 draft 07</a>.

 */

const u8_t TLS_INTERMEDIATE_COMPOUND_CLIENT_MAC_KEY_LABEL[] = "PEAP Client B2 MAC key";

/**

 * This is the length of the label of the PEAPv2 Compound Client MAC Key.

 */

const u32_t TLS_INTERMEDIATE_COMPOUND_CLIENT_MAC_KEY_LABEL_LENGTH = sizeof(TLS_INTERMEDIATE_COMPOUND_CLIENT_MAC_KEY_LABEL)-1ul;

/**

 * This is the label of the PEAPv2 Compound Session Key.

 * See Chapter "2.5.  Key derivation" in <a href="../../type/tls_peap/documentation/draft-josefsson-pppext-eap-tls-eap-07.txt">PEAPv2 draft 07</a>.

 */

const u8_t TLS_INTERMEDIATE_COMPOUND_SESSION_KEY_LABEL[] = "PEAP compound session key";

/**

 * This is the length of the label of the PEAPv2 Compound Session Key.

 */

const u32_t TLS_INTERMEDIATE_COMPOUND_SESSION_KEY_LABEL_LENGTH = sizeof(TLS_INTERMEDIATE_COMPOUND_SESSION_KEY_LABEL)-1ul;

/**

 * This is the length of the RC4 key used in TLS.

 */

const u32_t TLS_RC4_128_KEY_LENGTH = 16ul;

/**

 * This is the length of the RC4 initialization vector used in TLS.

 */

const u32_t TLS_RC4_128_IV_LENGTH = 0ul;

/**

 * The supported TLS-cipher suites are defined here.

 */

enum tls_cipher_suites_e

{

	tls_cipher_suites_TLS_NULL_WITH_NULL_NULL = (0x0000), ///< No key exchange, no encryption and no authentication.

	tls_cipher_suites_TLS_RSA_WITH_RC4_128_MD5 = (0x0004), ///< RSA key exchange, RC4_128 encryption and MD5 authentication. NOTE this is included only because PEAP requires this cipher suite as a mandatory. Think carefully whether this meets your security requirements.

	tls_cipher_suites_TLS_RSA_WITH_RC4_128_SHA = (0x0005), ///< RSA key exchange, RC4_128 encryption and SHA1 authentication. NOTE this is included only because PEAP requires this cipher suite as a mandatory. Think carefully whether this meets your security requirements.

	tls_cipher_suites_TLS_RSA_WITH_3DES_EDE_CBC_SHA = (0x000a), ///< RSA key exchange, 3DES-EDE-CBC encryption and SHA1 authentication.

	// not supported: tls_cipher_suites_TLS_RSA_WITH_DES_CBC_SHA = (0x0009),

	tls_cipher_suites_TLS_DHE_RSA_WITH_3DES_EDE_CBC_SHA = (0x0016), ///< Diffie-Helmann RSA key exchange, 3DES-EDE-CBC encryption and SHA1 authentication.

	// not supported: tls_cipher_suites_TLS_RSA_EXPORT1024_WITH_RC4_56_SHA = (0x0064),

	// not supported: tls_cipher_suites_TLS_RSA_EXPORT1024_WITH_DES_CBC_SHA = (0x0062),

	// not supported: tls_cipher_suites_TLS_RSA_EXPORT_WITH_RC4_40_MD5 = (0x0003),

	// not supported: tls_cipher_suites_TLS_RSA_EXPORT_WITH_RC2_CBC_40_MD5 = (0x0006),

	tls_cipher_suites_TLS_DHE_DSS_WITH_3DES_EDE_CBC_SHA = (0x0013), ///< Diffie-Helmann DSS key exchange, 3DES-EDE-CBC encryption and SHA1 authentication.

	// not supported: tls_cipher_suites_TLS_DHE_DSS_WITH_DES_CBC_SHA = (0x0012),

	// not supported: tls_cipher_suites_TLS_DHE_DSS_EXPORT1024_WITH_DES_CBC_SHA = (0x0063),

	tls_cipher_suites_TLS_RSA_WITH_AES_128_CBC_SHA      = 0x002F, ///< RSA key exchange, AES-128 encryption and SHA1 authentication.

	// not supported: tls_cipher_suites_TLS_DH_DSS_WITH_AES_128_CBC_SHA   = 0x0030,

	// not supported: tls_cipher_suites_TLS_DH_RSA_WITH_AES_128_CBC_SHA   = 0x0031,

	tls_cipher_suites_TLS_DHE_DSS_WITH_AES_128_CBC_SHA  = 0x0032, ///< Diffie-Helmann DSS key exchange, AES-128-CBC encryption and SHA1 authentication.

	tls_cipher_suites_TLS_DHE_RSA_WITH_AES_128_CBC_SHA  = 0x0033, ///< Diffie-Helmann RSA key exchange, AES-128-CBC encryption and SHA1 authentication.

#if defined(USE_FAST_EAP_TYPE)

	tls_cipher_suites_TLS_DH_anon_WITH_AES_128_CBC_SHA  = 0x0034, ///< Diffie-Helmann anonymous key exchange, AES-128-CBC encryption and SHA1 authentication.

#endif //#if defined(USE_FAST_EAP_TYPE)

	// not supported: tls_cipher_suites_TLS_DH_anon_WITH_AES_128_CBC_SHA  = 0x0034,

	tls_cipher_suites_none = (0xffff), ///< Internally used initialization value. This means no cipher suite is selected.

};

/**

 * The supported certificate types are defined here.

 */

enum tls_certificate_type_e

{

	tls_certificate_type_rsa_sign = (1), ///< RSA 

	tls_certificate_type_dss_sign = (2), ///< DSS

	// not supported: tls_certificate_type_rsa_fixed_dh = (3),

	// not supported: tls_certificate_type_dss_fixed_dh = (4),

	tls_certificate_type_none = (255), ///< Internally used value.

};

/**

 * The supported compression methods are defined here.

 */

enum tls_compression_method_e

{

	tls_compression_method_null = (0), ///< No compression.

	tls_compression_method_none = (255), ///< Internally used value.

};

/**

 * These are the internal TLS-states.

 */

enum tls_peap_state_e

{

	tls_peap_state_none, ///< Initialization value.

	tls_peap_state_wait_tls_start, ///< Waits start of TLS.

	tls_peap_state_wait_handshake_type_client_hello, ///< Waits TLS-handshake ClientHello.

	tls_peap_state_wait_handshake_type_server_hello, ///< Waits TLS-handshake ServerHello.

	tls_peap_state_wait_handshake_type_certificate, ///< Waits TLS-handshake Certificate.

	tls_peap_state_wait_handshake_type_server_key_exchange, ///< Waits TLS-handshake ServerKeyExchange.

	tls_peap_state_wait_handshake_type_certificate_request_or_server_hello_done, ///< Waits TLS-handshake CertificateRequest.

	tls_peap_state_wait_handshake_type_server_hello_done, ///< Waits TLS-handshake ServerHelloDone.

	tls_peap_state_wait_handshake_type_client_key_exchange, ///< Waits TLS-handshake ClientKeyExchange.

	tls_peap_state_wait_handshake_type_certificate_verify, ///< Waits TLS-handshake CertificateVerify.

	tls_peap_state_wait_handshake_type_finished, ///< Waits TLS-handshake Finished.

#if defined(USE_EAP_TLS_SESSION_TICKET)

	tls_peap_state_wait_handshake_type_new_session_ticket, ///< Waits TLS-handshake NewSessionTicket.

#endif // #if defined(USE_EAP_TLS_SESSION_TICKET)

	tls_peap_state_wait_change_cipher_spec, ///< Waits TLS-ChangeCipherSpec

	tls_peap_state_peap_tunnel_ready, ///< PEAP tunnel ready.

	tls_peap_state_full_authentication, ///< Full TLS/PEAP authentication is running. 

	tls_peap_state_original_session_resumption, ///< Saved TLS/PEAP original session is being resumed.

#if defined(USE_EAP_TLS_SESSION_TICKET)

	tls_peap_state_stateless_session_resumption, ///< Saved stateless TLS/PEAP session is being resumed, see RFC 4507.

#endif // #if defined(USE_EAP_TLS_SESSION_TICKET)

	tls_peap_state_tppd_peapv1_waits_eap_success_or_tunneled_packet, ///< PEAPv1 waits EAP-Success or tunneled packet.

#if defined(EAP_USE_TTLS_PLAIN_MS_CHAP_V2_HACK)

	tls_peap_state_client_send_ttls_plain_ms_chap_v2_empty_ack,

	tls_peap_state_server_waits_ttls_plain_ms_chap_v2_empty_ack,

#endif //#if defined(EAP_USE_TTLS_PLAIN_MS_CHAP_V2_HACK)

	tls_peap_state_wait_tunneled_authentication_start, ///< Server waits the lower layer start tunneled authentication.

	tls_peap_state_wait_application_data, ///< Waits TLS-ApplicationData, this will include the tunneled EAP-type.

	tls_peap_state_process_pending_tls_completions, ///< This is state process the pending completions.

	tls_peap_state_pending_tls_messages_processed, ///< This is indication to lower layer that pending TLS-messages are processed, new messages could be accepted.

	tls_peap_state_tls_success, ///< TLS authentication success.

	tls_peap_state_failure, ///< Authentication failure.

	tls_peap_state_peap_tunnel_ready_wait_request, ///< Tunnel ready waits new request.

};

enum tls_identity_privacy_handshake_state_e

{

	tls_identity_privacy_handshake_state_none,

	tls_identity_privacy_handshake_state_negotiates,

	tls_identity_privacy_handshake_state_runs,

};

/**

 * This enumeration tells which authentication mode is used.

 */

enum tls_session_type_e

{

	tls_session_type_none, ///< Initial value.

	tls_session_type_full_authentication, ///< Full authentication is performed.

	tls_session_type_original_session_resumption, ///< Session is being resumed.

	tls_session_type_stateless_session_resumption, ///< Stateless session is being resumed, see RFC 4507.

#if defined(USE_FAST_EAP_TYPE)

	tls_session_type_eap_fast_pac_session_resumption, ///< EAP-FAST stateless session using PAC is being resumed, see RFC 4851.

	tls_session_type_eap_fast_server_unauthenticated_provisioning_mode_ADHP, ///< EAP-FAST server unauthenticated provisioning mode (ADHP), see draft-cam-winget-eap-fast-provisioning-**.

#endif //#if defined(USE_FAST_EAP_TYPE)

};

/**

 * This enumeration separates the different PEAP versions.

 */

enum peap_version_e

{

	peap_version_0_xp = 0x00, ///< This version is specified in <a href="../../type/tls_peap/documentation/draft-kamath-pppext-peapv0-00.txt">draft-kamath-pppext-peapv0-00.txt</a>.

	peap_version_1    = 0x01, ///< This version is specified in <a href="../../type/tls_peap/documentation/draft-josefsson-pppext-eap-tls-eap-05.txt">draft-josefsson-pppext-eap-tls-eap-05.txt</a>.

	peap_version_2    = 0x02, ///< This version is specified in <a href="../../type/tls_peap/documentation/draft-josefsson-pppext-eap-tls-eap-07.txt">draft-josefsson-pppext-eap-tls-eap-07.txt</a>. This is not implemented yet.

	peap_version_none = 0xff,

};

enum eap_ttls_tunneled_message_type_e

{

	eap_ttls_tunneled_message_type_none,

	eap_ttls_tunneled_message_type_eap, ///< Client and server handles these messages.

	eap_ttls_tunneled_message_type_ms_chapv2_response, ///< Client sends and server handles these messages.

	eap_ttls_tunneled_message_type_ms_chapv2_change_password, ///< Client sends and server handles these messages.

	eap_ttls_tunneled_message_type_ms_chapv2_success, ///< Server sends and client handles these messages.

	eap_ttls_tunneled_message_type_ms_chapv2_error, ///< Server sends and client handles these messages.

	eap_ttls_tunneled_message_type_pap_response, ///< Client sends and server handles these messages.

	eap_ttls_tunneled_message_type_pap_reply_message, ///< Server sends and client handles these messages.

};

enum eap_ttls_tunneled_message_state_e

{

	eap_ttls_tunneled_message_state_none,

	eap_ttls_tunneled_message_state_process_identity_response,

	eap_ttls_tunneled_message_state_process_response,

	eap_ttls_tunneled_message_state_process_change_password_response,

	eap_ttls_tunneled_message_state_process_identity_request,

	eap_ttls_tunneled_message_state_process_identity_request_pending,

	eap_ttls_tunneled_message_state_process_challenge_request,

	eap_ttls_tunneled_message_state_process_success_request,

	eap_ttls_tunneled_message_state_complete_success_request,

	eap_ttls_tunneled_message_state_process_error_request,

	eap_ttls_tunneled_message_state_complete_error_request,

};

const u32_t EAP_TTLS_MS_CHAPV2_IMPLICIT_CHALLENGE_OFFSET = 0ul;

const u32_t EAP_TTLS_MS_CHAPV2_IMPLICIT_CHALLENGE_LENGTH = 16ul;

const u32_t EAP_TTLS_MS_CHAPV2_IMPLICIT_CHALLENGE_IDENT_OFFSET = EAP_TTLS_MS_CHAPV2_IMPLICIT_CHALLENGE_LENGTH;

const u32_t EAP_TTLS_MS_CHAPV2_IMPLICIT_CHALLENGE_IDENT_LENGTH = 1ul;

const u32_t EAP_TTLS_MS_CHAPV2_IMPLICIT_CHALLENGE_FULL_LENGTH

	= EAP_TTLS_MS_CHAPV2_IMPLICIT_CHALLENGE_LENGTH

	+ EAP_TTLS_MS_CHAPV2_IMPLICIT_CHALLENGE_IDENT_LENGTH;

//--------------------------------------------------------------------

enum tls_alert_level_e

{

	tls_alert_level_warning = (1),	///< if an alert with a level of warning is received,

									///< the receiving party may decide at its discretion whether to treat this as

									///< a fatal error or not.

	tls_alert_level_fatal = (2),	///< Alert messages with a level of fatal result

									///< in the immediate termination of the connection. In this case, other

									///< connections corresponding to the session may continue, but the

									///< session identifier must be invalidated, preventing the failed session

									///< from being used to establish new connections.

									///< All messages which are transmitted

									///< with a level of fatal must be treated as fatal messages.

	tls_alert_level_none = (255)

};