username#

uint8_t sl_wifi_eap_credential_t::username[SL_WIFI_EAP_USER_NAME_LENGTH]

Enterprise User Name.

password#

uint8_t sl_wifi_eap_credential_t::password[SL_WIFI_EAP_PASSWORD_LENGTH]

Enterprise password.

certificate_key#

uint8_t sl_wifi_eap_credential_t::certificate_key[SL_WIFI_EAP_CERTIFICATE_KEY_LENGTH]

Certificate password.

certificate_id#

uint32_t sl_wifi_eap_credential_t::certificate_id

Certificate Id for Enterprise authentication.

eap_flags#

uint32_t sl_wifi_eap_credential_t::eap_flags

EAP Flags of type sl_wifi_eap_client_flag_t.

Note

• • BIT[0] of Opportunistic Key Caching (OKC) is used to enable or disable OKC:

    • 0 – disable

    • 1 – enable When this is enabled, the module will use cached PMKID to get the Master Session Key (MSK), which is needed for generating PMK that is needed for the 4-way handshake.

• BIT[1] of OKC is used to enable or disable CA certification for PEAP connection: – 0 – CA certificate is not required – 1 – CA certificate is required

  • BIT[2-12] of OKC argument are used for cipher list selection for EAP connection. All possible ciphers are listed below:

    BIT position	Cipher selected
    2	DHE-RSA-AES256-SHA256
    3	DHE-RSA-AES128-SHA256
    4	DHE-RSA-AES256-SHA
    5	DHE-RSA-AES128-SHA
    6	AES256-SHA256
    7	AES128-SHA256
    8	AES256-SHA
    9	AES128-SHA
    10	RC4-SHA
    11	DES-CBC3-SHA
    12	RC4-MD5

  • BIT[13-31] of OKC argument is reserved. Note

    • If a user sets BIT[1] and does not provide the CA certificate for PEAP connection, an error is thrown. If a user provides an invalid CA certificate, an error is also thrown. A user can set either one or multiple bits from BIT[2-12] to provide the cipher list. If a user does not provide any values in OKC BIT[2-12], all ciphers are selected by default.