/* * Copyright (C) 2010 NXP Semiconductors * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. */ /*! * =========================================================================== * * * * * * \file phHciNfc_Sequence.c * * \brief State Machine Implementation for the HCI Management and * * and the Function Sequence for a particular State * * * * * * Project: NFC-FRI-1.1 * * * * $Date: Tue Jun 8 09:33:46 2010 $ * * $Author: ing04880 $ * * $Revision: 1.85 $ * * $Aliases: NFC_FRI1.1_WK1023_R35_1 $ * * * =========================================================================== * */ /* ################################################################################ ***************************** Header File Inclusion **************************** ################################################################################ */ #include #include #include #include #include #include #include #include #include #include #include #include #ifdef ENABLE_P2P #include #endif #include #include #include /* ################################################################################ ****************************** Macro Definitions ******************************* ################################################################################ */ /* Address Definitions for HAL Configuration */ #define NFC_ADDRESS_HAL_CONF 0x9FD0U /* ################################################################################ ********************** Structure/Enumeration Definitions *********************** ################################################################################ */ #ifdef VALIDATE_FSM typedef struct phHciNfc_sFsm { phHciNfc_eState_t from_state; phHciNfc_eState_t to_state; uint8_t valid; }phHciNfc_sFsm_t; static phHciNfc_sFsm_t phHciNfc_Valid_Fsm[] = { {hciState_Reset, hciState_Initialise , TRUE}, /* {hciState_Reset, hciState_Config, FALSE}, */ {hciState_Initialise, hciState_Config, TRUE}, {hciState_Initialise, hciState_Release, TRUE}, {hciState_Config, hciState_Connect, TRUE}, {hciState_Config, hciState_Release, TRUE}, {hciState_Connect, hciState_Activate, TRUE}, {hciState_Connect, hciState_Transact, TRUE}, {hciState_Connect, hciState_Disconnect, TRUE}, {hciState_Disconnect, hciState_Config, TRUE}, /* {hciState_Disconnect, hciState_Release, TRUE}, */ {hciState_Reset, hciState_Initialise, TRUE}, }; #endif /* ################################################################################ ************************* Function Prototype Declaration *********************** ################################################################################ */ static NFCSTATUS phHciNfc_Config_Sequence( phHciNfc_sContext_t *psHciContext, void *pHwRef ); /** * \ingroup grp_hci_nfc * * The phHciNfc_Connect_Sequence function sequence selects the * discovered target for performing the transaction. * * \param[in] psHciContext psHciContext is the context of * the HCI Layer. * \param[in] pHwRef pHwRef is the Information of * the Device Interface Link . * * \retval NFCSTATUS_SUCCESS HCI target selection sequence successful. * \retval NFCSTATUS_INVALID_PARAMETER One or more of the supplied parameters * could not be interpreted properly. * \retval Other errors Other related errors * */ static NFCSTATUS phHciNfc_Transact_Sequence( phHciNfc_sContext_t *psHciContext, void *pHwRef ); /** * \ingroup grp_hci_nfc * * The phHciNfc_Info_Sequence function sequence selects the * discovered target for performing the transaction. * * \param[in] psHciContext psHciContext is the context of * the HCI Layer. * \param[in] pHwRef pHwRef is the Information of * the Device Interface Link . * * \retval NFCSTATUS_SUCCESS HCI target selection sequence successful. * \retval NFCSTATUS_INVALID_PARAMETER One or more of the supplied parameters * could not be interpreted properly. * \retval Other errors Other related errors * */ static NFCSTATUS phHciNfc_Info_Sequence( phHciNfc_sContext_t *psHciContext, void *pHwRef ); static NFCSTATUS phHciNfc_Test_Sequence( phHciNfc_sContext_t *psHciContext, void *pHwRef, NFCSTATUS test_status, uint8_t *pdata, uint8_t length ); #ifdef HCI_FSM_RESET static void phHciNfc_FSM_Reset( phHciNfc_sContext_t *psHciContext ); #endif static NFCSTATUS phHciNfc_IO_Sequence( phHciNfc_sContext_t *psHciContext, void *pHwRef, NFCSTATUS test_status, uint8_t *pdata, uint8_t length ); static NFCSTATUS phHciNfc_Pending_Sequence( phHciNfc_sContext_t *psHciContext, void *pHwRef ); /* ################################################################################ ***************************** Function Definitions ***************************** ################################################################################ */ NFCSTATUS phHciNfc_FSM_Validate( phHciNfc_sContext_t *psHciContext, phHciNfc_eState_t state, uint8_t validate_type ) { NFCSTATUS status = PHNFCSTVAL(CID_NFC_HCI, NFCSTATUS_INVALID_STATE); phHciNfc_eState_t cur_state = (phHciNfc_eState_t) psHciContext->hci_state.cur_state; switch(validate_type) { case NFC_FSM_CURRENT: { if( cur_state == (uint8_t) state ) { status = NFCSTATUS_SUCCESS; } break; } case NFC_FSM_NEXT: { phHciNfc_eState_t next_state = state; switch (cur_state) { case hciState_Reset: { switch(next_state) { /* Specifies the Starting of the init Sequence */ case hciState_Initialise: /* Initialise to Perform Test on the Antenna/SWP Link */ case hciState_Test: { status = NFCSTATUS_SUCCESS; break; } default: break; } break; } case hciState_Initialise: { switch(next_state) { /* Discovery Resume after connect failure */ case hciState_Initialise: /* Configuring the Discovery/Emulation */ case hciState_Config: /* Configuring the Memory */ case hciState_IO: /* Occurence of the Tag Discovered Event */ case hciState_Select: /* Occurence of the Target Activated Event */ case hciState_Listen: /* Specifies the Starting of the Release Sequence */ case hciState_Release: { status = NFCSTATUS_SUCCESS; break; } default: break; } break; } case hciState_Test: { if ((hciState_Test == next_state ) || (hciState_IO == next_state) || (hciState_Release == next_state)) { /* Next Test/Reset Sequence */ status = NFCSTATUS_SUCCESS; } break; } case hciState_Select: { switch(next_state) { /* Restart the Wheel */ case hciState_Initialise: /* Select the next Tag in the Field or * already Selected Tag Again */ /* Configuring the Memory */ case hciState_IO: case hciState_Select: /* Configuring the Discovery/Emulation */ case hciState_Config: /* Re-Activate the Target or * Discover the next target */ case hciState_Reactivate: /* Connect the Discovered Target */ case hciState_Connect: /* Specifies the Starting of the Release Sequence */ case hciState_Release: { status = NFCSTATUS_SUCCESS; break; } default: break; } break; } case hciState_Connect: { switch(next_state) { /* Disabling the Tag Discovery */ case hciState_Initialise: /* Configuring the Discovery/Emulation */ /* This should not be allowed if the target * is connected. */ /* Configuring the Memory */ case hciState_IO: case hciState_Config: /* Re-Activate the Target or * Discover the next target */ case hciState_Reactivate: /* Intermediate Transceive State */ case hciState_Transact: /* Intermediate Presence Check State */ case hciState_Presence: /* Disconnect the Target Connected */ case hciState_Disconnect: /* Specifies the Starting of the Release Sequence */ case hciState_Release: { status = NFCSTATUS_SUCCESS; break; } default: break; } break; } case hciState_Listen: { switch(next_state) { /* Releasing from the Emulation/Target Mode */ case hciState_Initialise: /* Occurence of the Tag Discovered Event * after the Disconnect Operation */ case hciState_Select: /* Configuring the Memory */ case hciState_IO: /* Configuring the Discovery/Emulation */ case hciState_Config: /* Intermediate Transceive State */ case hciState_Transact: /* Specifies the Starting of the Release Sequence */ case hciState_Release: { status = NFCSTATUS_SUCCESS; break; } default: break; } break; } case hciState_Reactivate: { switch(next_state) { /* Restart/Discovery after the Target is removed * after Reactivation. */ /* case hciState_Initialise: */ /* Re-Connect the Re-Activated Target */ case hciState_Connect: /* Configuring the Memory */ case hciState_IO: /* Configuring the Discovery/Emulation */ case hciState_Config: /* Specifies the Starting of the Release Sequence */ case hciState_Release: { status = NFCSTATUS_SUCCESS; break; } default: break; } break; } case hciState_Disconnect: { switch(next_state) { /* Discovery Resume after connect failure after the disconnect */ case hciState_Initialise: /* Configuring the Memory */ case hciState_IO: /* Configuring the Discovery/Emulation */ case hciState_Config: /* Occurence of the Tag Discovered Event * after the Disconnect Operation */ case hciState_Select: /* Occurence of the Target Activated Event */ case hciState_Listen: /* Specifies the Starting of the Release Sequence */ case hciState_Release: { status = NFCSTATUS_SUCCESS; break; } default: { break; } } break; } #ifdef USE_M5 case hciState_Presence: case hciState_Transact: case hciState_Release: { break; } #endif /* case phHciNfc_Unknown: */ default: { /* status = PHNFCSTVAL(CID_NFC_HCI, NFCSTATUS_INVALID_STATE); */ break; } } /* End of State Validation Switch */ if( NFC_FSM_IN_PROGRESS == psHciContext->hci_state.transition ) { status = PHNFCSTVAL(CID_NFC_HCI, NFCSTATUS_BUSY); } break; } default: { HCI_DEBUG("State Validate Type:%x is Unknown/Incorrect \n", validate_type); break; } } return status; } NFCSTATUS phHciNfc_FSM_Update( phHciNfc_sContext_t *psHciContext, phHciNfc_eState_t next_state ) { NFCSTATUS status = PHNFCSTVAL(CID_NFC_HCI, NFCSTATUS_INVALID_STATE); HCI_DEBUG(" HCI: Current State --> %02u \n", psHciContext->hci_state.cur_state ); HCI_DEBUG(" HCI: Transition Before FSM Update --> %02u \n", psHciContext->hci_state.transition ); HCI_DEBUG(" HCI: Next State Before FSM Update --> %02u \n", psHciContext->hci_state.next_state ); status = phHciNfc_FSM_Validate(psHciContext, next_state, NFC_FSM_NEXT ); if(NFCSTATUS_SUCCESS == status) { psHciContext->hci_state.next_state = (uint8_t) next_state; psHciContext->hci_state.transition = NFC_FSM_IN_PROGRESS; psHciContext->response_pending = FALSE; HCI_DEBUG(" HCI: Next State After FSM Update --> %02u \n", psHciContext->hci_state.next_state ); } else { HCI_DEBUG(" HCI: FSM - Invalid next state --> %02u \n", next_state ); } return status; } NFCSTATUS phHciNfc_FSM_Complete( phHciNfc_sContext_t *psHciContext ) { NFCSTATUS status = PHNFCSTVAL(CID_NFC_HCI, NFCSTATUS_INVALID_STATE); HCI_DEBUG("HCI: In Function: %s \n", __FUNCTION__); HCI_DEBUG(" HCI: Transition Before FSM Complete --> %02u \n", psHciContext->hci_state.transition ); HCI_DEBUG(" HCI: Current State Before FSM Complete --> %02u \n", psHciContext->hci_state.cur_state ); HCI_DEBUG(" HCI: Next State Before FSM Complete --> %02u \n", psHciContext->hci_state.next_state ); if( (NFC_FSM_IN_PROGRESS == psHciContext->hci_state.transition) ) { psHciContext->hci_state.cur_state = psHciContext->hci_state.next_state ; psHciContext->hci_state.transition = NFC_FSM_COMPLETE ; psHciContext->hci_state.next_state = (uint8_t) hciState_Unknown ; /* Reset the HCI Sequence */ psHciContext->response_pending = FALSE; psHciContext->hci_seq = HCI_INVALID_SEQ; status = NFCSTATUS_SUCCESS; } HCI_DEBUG(" HCI: Current State After FSM Complete --> %02u \n", psHciContext->hci_state.cur_state ); return status; } void phHciNfc_FSM_Rollback( phHciNfc_sContext_t *psHciContext ) { HCI_DEBUG("HCI: %s: transition=%02u, cur_state=%02u, next_state=%02u\n", __func__, psHciContext->hci_state.transition, psHciContext->hci_state.cur_state, psHciContext->hci_state.next_state); if( (NFC_FSM_IN_PROGRESS == psHciContext->hci_state.transition) ) { psHciContext->hci_state.transition = NFC_FSM_COMPLETE ; psHciContext->hci_state.next_state = (uint8_t) hciState_Unknown ; /* Reset the HCI Sequence */ psHciContext->hci_seq = HCI_INVALID_SEQ; psHciContext->response_pending = FALSE; } } #ifdef HCI_FSM_RESET static void phHciNfc_FSM_Reset( phHciNfc_sContext_t *psHciContext ) { if( (hciState_Reset != psHciContext->hci_state.cur_state ) ) { psHciContext->hci_state.cur_state = (uint8_t) hciState_Initialise ; psHciContext->hci_state.transition = NFC_FSM_COMPLETE ; psHciContext->hci_state.next_state = (uint8_t) hciState_Unknown ; /* Reset the HCI Sequence */ psHciContext->hci_seq = HCI_INVALID_SEQ; } } #endif static NFCSTATUS phHciNfc_Pending_Sequence( phHciNfc_sContext_t *psHciContext, void *pHwRef ) { NFCSTATUS status = NFCSTATUS_SUCCESS; PHNFC_UNUSED_VARIABLE(status); HCI_DEBUG("HCI: psHciContext->target_release --> %s \n", (psHciContext->target_release)?"TRUE":"FALSE"); if(TRUE == psHciContext->target_release) { #ifdef SW_RELEASE_TARGET status = phHciNfc_ReaderMgmt_Deselect( psHciContext, pHwRef, phHal_eISO14443_A_PICC, TRUE); if(NFCSTATUS_PENDING == status ) { psHciContext->target_release = FALSE ; } } else { status = psHciContext->error_status; #else psHciContext->target_release = FALSE ; #endif } return status; } void phHciNfc_Error_Sequence( void *psContext, void *pHwRef, NFCSTATUS error_status, void *pdata, uint8_t length ) { NFCSTATUS status = NFCSTATUS_SUCCESS; phHciNfc_sContext_t *psHciContext = (phHciNfc_sContext_t *)psContext; PHNFC_UNUSED_VARIABLE(status); HCI_DEBUG("HCI: In Function: %s \n", __FUNCTION__); HCI_DEBUG ("HCI : Error Status : %04X\n", error_status); HCI_DEBUG(" HCI: Current HCI State --> %02u \n", psHciContext->hci_state.cur_state ); HCI_DEBUG(" HCI: Next HCI State --> %02u \n", psHciContext->hci_state.next_state ); if ( NFC_FSM_IN_PROGRESS == psHciContext->hci_state.transition ) { switch(psHciContext->hci_state.next_state) { case hciState_Initialise: { if (hciState_Reset == psHciContext->hci_state.cur_state) { phNfc_sCompletionInfo_t comp_info={FALSE,0, NULL}; phHciNfc_Release_Lower( psHciContext, pHwRef ); /* Release all the resources and * Notify the Receive Error Scenario to the Upper Layer */ comp_info.status = error_status ; phHciNfc_Release_Notify (psHciContext, pHwRef, NFC_NOTIFY_INIT_FAILED, &comp_info); } else if (hciState_Config == psHciContext->hci_state.cur_state) { /* Notify the Poll/Emulation Configure failure to the upper layer */ phNfc_sCompletionInfo_t comp_info={FALSE,0, NULL}; comp_info.status = error_status ; psHciContext->error_status = error_status; status = phHciNfc_Pending_Sequence(psHciContext, pHwRef ); /* Rollback the FSM as the Poll/Emulation configuration Failed */ phHciNfc_FSM_Rollback(psHciContext); psHciContext->error_status = NFCSTATUS_SUCCESS; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_CONFIG_ERROR, &comp_info); } else { /* Notify the Poll Configure failure to the upper layer */ phNfc_sCompletionInfo_t comp_info={FALSE,0, NULL}; psHciContext->error_status = error_status; status = phHciNfc_Pending_Sequence(psHciContext, pHwRef ); /* Rollback the FSM as the Poll Disable Failed */ phHciNfc_FSM_Rollback(psHciContext); comp_info.status = error_status ; psHciContext->error_status = NFCSTATUS_SUCCESS; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_ERROR, &comp_info); } break; } case hciState_Test: { status = phHciNfc_Test_Sequence( psHciContext, pHwRef , error_status, (uint8_t *)pdata, length ); break; } case hciState_IO: { status = phHciNfc_IO_Sequence( psHciContext, pHwRef , error_status, (uint8_t *)pdata, length ); break; } case hciState_Config: { /* Notify the Configure failure to the upper layer */ phNfc_sCompletionInfo_t comp_info={FALSE,0, NULL}; psHciContext->error_status = error_status; status = phHciNfc_Pending_Sequence(psHciContext, pHwRef ); /* Rollback the FSM as the Poll Failed */ phHciNfc_FSM_Rollback(psHciContext); comp_info.status = psHciContext->error_status ; psHciContext->error_status = NFCSTATUS_SUCCESS; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_CONFIG_ERROR, &comp_info); break; } case hciState_Select: { /* Notify the Configure failure to the upper layer */ phNfc_sCompletionInfo_t comp_info={FALSE,0, NULL}; /* Rollback the FSM as the Target Discovery Failed */ phHciNfc_FSM_Rollback(psHciContext); status = phHciNfc_ReaderMgmt_Update_Sequence( psHciContext, INFO_SEQ ); comp_info.status = error_status ; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_DISCOVERY_ERROR, &comp_info); #if 0 /* Polling Wheel will be restarted by the upper layer * to Rediscover again */ if(NFCSTATUS_SUCCESS == status) { status = phHciNfc_ReaderMgmt_Deselect( psHciContext, pHwRef, phHal_eISO14443_A_PICC, FALSE); } phHciNfc_FSM_Rollback(psHciContext); #endif break; } case hciState_Transact: /* Notify the Transceive failure to the upper layer */ { phNfc_sTransactionInfo_t transact_info={FALSE,0,NULL,NULL,0}; /* Rollback the FSM as the Transceive Failed */ phHciNfc_FSM_Rollback(psHciContext); transact_info.status = error_status; transact_info.buffer = NULL; transact_info.length = FALSE; psHciContext->p_xchg_info = NULL ; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_TRANSCEIVE_ERROR, &transact_info); break; } case hciState_Connect: { /* Notify the General failure to the upper layer */ phNfc_sCompletionInfo_t comp_info={FALSE,0, NULL}; /* psHciContext->host_rf_type = phHal_eUnknown_DevType; */ status = phHciNfc_ReaderMgmt_Update_Sequence( psHciContext, INFO_SEQ ); psHciContext->p_target_info = NULL; psHciContext->hci_state.cur_state = hciState_Select; phHciNfc_FSM_Rollback(psHciContext); comp_info.status = error_status ; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_CONNECT_FAILED, &comp_info); break; } case hciState_Reactivate: { /* Notify the General failure to the upper layer */ phNfc_sCompletionInfo_t comp_info={FALSE,0, NULL}; /* psHciContext->host_rf_type = phHal_eUnknown_DevType; status = phHciNfc_ReaderMgmt_Update_Sequence( psHciContext, INFO_SEQ ); psHciContext->p_target_info = NULL; psHciContext->hci_state.cur_state = hciState_Select; */ phHciNfc_FSM_Rollback(psHciContext); comp_info.status = error_status ; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_CONNECT_FAILED, &comp_info); break; } case hciState_Presence: { phNfc_sCompletionInfo_t comp_info={FALSE,0, NULL}; /* Roll Back to Connect State as Presence Check is Complete */ phHciNfc_FSM_Rollback(psHciContext); /* Initialisation Complete Notification to the Upper Layer */ comp_info.status = error_status; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_ERROR, &comp_info); HCI_PRINT(" HCI Remote Target Removed from the Field. \n"); break; } /* Notify the Connect or Disconnect failure to the upper layer */ case hciState_Disconnect: { /* Notify the General failure to the upper layer */ phNfc_sCompletionInfo_t comp_info={FALSE,0, NULL}; phHciNfc_FSM_Rollback(psHciContext); comp_info.status = error_status ; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_DISCONNECT_FAILED, &comp_info); break; } case hciState_Release: { #ifdef NXP_HCI_SHUTDOWN_OVERRIDE status = phHciNfc_Release_Sequence(psHciContext ,pHwRef); #else phNfc_sCompletionInfo_t comp_info={FALSE,0, NULL}; phHciNfc_Release_Lower( psHciContext, pHwRef ); /* Release all the resources and * Notify the Receive Error Scenario to the Upper Layer */ comp_info.status = error_status ; phHciNfc_Release_Notify (psHciContext, pHwRef, NFC_NOTIFY_DEINIT_FAILED, &comp_info); #endif break; } default: { /* Notify the General failure to the upper layer */ phNfc_sCompletionInfo_t comp_info={FALSE,0, NULL}; phHciNfc_FSM_Rollback(psHciContext); comp_info.status = error_status ; psHciContext->error_status = error_status; status = phHciNfc_Pending_Sequence(psHciContext, pHwRef ); if (NFCSTATUS_PENDING != status) { psHciContext->error_status = NFCSTATUS_SUCCESS; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_ERROR, &comp_info); } break; } } /* End of the Processing of HCI State*/ } else { /* Notify the General failure to the upper layer */ phNfc_sCompletionInfo_t comp_info={FALSE,0, NULL}; phHciNfc_FSM_Rollback(psHciContext); comp_info.status = error_status ; /* Disable the Notification to the Upper Layer */ if(NFCSTATUS_BOARD_COMMUNICATION_ERROR == PHNFCSTATUS(error_status)) { phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_ERROR, &comp_info); } else { psHciContext->error_status = error_status; status = phHciNfc_Pending_Sequence(psHciContext, pHwRef ); if (NFCSTATUS_PENDING != status) { psHciContext->error_status = NFCSTATUS_SUCCESS; } } } return; } NFCSTATUS phHciNfc_Resume_Sequence( phHciNfc_sContext_t *psHciContext, void *pHwRef ) { NFCSTATUS status = NFCSTATUS_SUCCESS; HCI_DEBUG("HCI: %s: cur_state=%02u, next_state=%02u", __FUNCTION__, psHciContext->hci_state.cur_state, psHciContext->hci_state.next_state); switch(psHciContext->hci_state.next_state) { /* Process the Admin Gate Response based on the HCI State */ case hciState_Initialise: { switch (psHciContext->hci_state.cur_state) { /* Initialise State after Power on */ case hciState_Reset: { status = phHciNfc_Initialise_Sequence(psHciContext ,pHwRef); break; } /* Initialise State after Power on */ case hciState_Config: { status = phHciNfc_Config_Sequence(psHciContext ,pHwRef); break; } /* Discovery Resume after connect failure */ case hciState_Initialise: case hciState_Select: case hciState_Connect: { phNfc_sCompletionInfo_t comp_info={FALSE,0, NULL}; /* Update to the Intialise state as the discovery wheel is * restarted. */ status = phHciNfc_FSM_Complete(psHciContext); psHciContext->host_rf_type = phHal_eUnknown_DevType; psHciContext->p_target_info = NULL; psHciContext->p_xchg_info = NULL; /* Initialisation Complete Notification to the Upper Layer */ comp_info.status = status; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_POLL_RESTARTED , &comp_info); HCI_PRINT(" HCI Remote Target Still Present in the Field. \n"); break; } default: { status = PHNFCSTVAL(CID_NFC_HCI, NFCSTATUS_INVALID_STATE); break; } } break; } case hciState_Release: { status = phHciNfc_Release_Sequence(psHciContext ,pHwRef); break; } case hciState_Config: { status = phHciNfc_Config_Sequence(psHciContext ,pHwRef); break; } case hciState_Listen: case hciState_Select: { status = phHciNfc_Info_Sequence( psHciContext, pHwRef ); break; } case hciState_Reactivate: case hciState_Connect: { status = phHciNfc_Connect_Sequence( psHciContext, pHwRef ); break; } case hciState_Transact: { status = phHciNfc_Transact_Sequence( psHciContext, pHwRef ); break; } case hciState_Presence: { phNfc_sCompletionInfo_t comp_info={FALSE,0, NULL}; /* Roll Back to Connect State as Presence Check is Complete */ phHciNfc_FSM_Rollback(psHciContext); /* Initialisation Complete Notification to the Upper Layer */ comp_info.status = NFCSTATUS_SUCCESS; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_TARGET_PRESENT , &comp_info); HCI_PRINT(" HCI Remote Target Still Present in the Field. \n"); break; } case hciState_Disconnect: { status = phHciNfc_Disconnect_Sequence( psHciContext, pHwRef ); break; } case hciState_Test: { status = phHciNfc_Test_Sequence( psHciContext, pHwRef , status, NULL, 0 ); break; } case hciState_IO: { status = phHciNfc_IO_Sequence( psHciContext, pHwRef , status, NULL, 0 ); break; } case hciState_Unknown: { break; } default: { status = PHNFCSTVAL(CID_NFC_HCI, NFCSTATUS_INVALID_STATE); break; } } /* End of the Processing of HCI State*/ return status; } NFCSTATUS phHciNfc_Initialise_Sequence( phHciNfc_sContext_t *psHciContext, void *pHwRef ) { NFCSTATUS status = NFCSTATUS_SUCCESS; static uint8_t config = 0; PHNFC_UNUSED_VARIABLE(config); switch(psHciContext->hci_seq) { case ADMIN_INIT_SEQ: { status = phHciNfc_Admin_Initialise( psHciContext,pHwRef ); if(NFCSTATUS_SUCCESS == status) { #ifdef ESTABLISH_SESSION if( hciMode_Session == psHciContext->hci_mode) { /* TODO: Initialise Link Management Gate Resources */ NFCSTATUS info_status = NFCSTATUS_SUCCESS; PHNFC_UNUSED_VARIABLE(info_status); info_status = phHciNfc_IDMgmt_Update_Sequence( psHciContext, INFO_SEQ ); if(NFCSTATUS_SUCCESS == info_status) { psHciContext->hci_seq = PL_STOP_SEQ; } else { psHciContext->hci_seq = HCI_END_SEQ; status = PHNFCSTVAL(CID_NFC_HCI, NFCSTATUS_INVALID_HCI_SEQUENCE); } } else #endif { psHciContext->hci_seq = LINK_MGMT_INIT_SEQ; } } break; } case LINK_MGMT_INIT_SEQ: { status = phHciNfc_LinkMgmt_Initialise( psHciContext,pHwRef ); if(NFCSTATUS_SUCCESS == status) { psHciContext->hci_seq = IDENTITY_INIT_SEQ; } break; } case IDENTITY_INIT_SEQ: { status = phHciNfc_IDMgmt_Initialise( psHciContext,pHwRef ); if(NFCSTATUS_SUCCESS == status) { psHciContext->hci_seq = DEV_INIT_SEQ; } break; } case DEV_INIT_SEQ: { status = phHciNfc_DevMgmt_Initialise( psHciContext,pHwRef ); if(NFCSTATUS_SUCCESS == status) { if (HCI_SELF_TEST != psHciContext->init_mode) { psHciContext->hci_seq = PL_INIT_SEQ; } else { #if defined( ESTABLISH_SESSION ) NFCSTATUS info_status = NFCSTATUS_SUCCESS; PHNFC_UNUSED_VARIABLE(info_status); info_status = phHciNfc_IDMgmt_Update_Sequence( psHciContext, INFO_SEQ ); if(NFCSTATUS_SUCCESS == info_status) { #if ( NXP_HAL_MEM_INFO_SIZE > 0x00U ) psHciContext->hci_seq = DEV_HAL_INFO_SEQ; #else psHciContext->hci_seq = IDENTITY_INFO_SEQ; #endif /* #if ( NXP_HAL_MEM_INFO_SIZE > 0x00U ) */ } else { psHciContext->hci_seq = HCI_END_SEQ; status = PHNFCSTVAL(CID_NFC_HCI, NFCSTATUS_INVALID_HCI_SEQUENCE); } #elif ( NXP_HAL_MEM_INFO_SIZE > 0x00U ) psHciContext->hci_seq = DEV_HAL_INFO_SEQ; #else psHciContext->hci_seq = HCI_END_SEQ; #endif /* #ifdef ESTABLISH_SESSION */ } } break; } case PL_INIT_SEQ: { status = phHciNfc_PollLoop_Initialise( psHciContext,pHwRef ); if(NFCSTATUS_SUCCESS == status) { NFCSTATUS reset_status = NFCSTATUS_SUCCESS; PHNFC_UNUSED_VARIABLE(reset_status); reset_status = phHciNfc_ReaderMgmt_Update_Sequence( psHciContext, RESET_SEQ ); psHciContext->hci_seq = READER_MGMT_INIT_SEQ; } break; } case READER_MGMT_INIT_SEQ: { status = phHciNfc_ReaderMgmt_Initialise( psHciContext,pHwRef ); if(NFCSTATUS_SUCCESS == status) { NFCSTATUS reset_status = NFCSTATUS_SUCCESS; PHNFC_UNUSED_VARIABLE(reset_status); reset_status = phHciNfc_EmuMgmt_Update_Seq( psHciContext, RESET_SEQ ); psHciContext->hci_seq = EMULATION_INIT_SEQ; } break; } case EMULATION_INIT_SEQ: { status = phHciNfc_EmuMgmt_Initialise( psHciContext,pHwRef ); if(NFCSTATUS_SUCCESS == status) { #if defined( ESTABLISH_SESSION ) psHciContext->hci_seq = ADMIN_SESSION_SEQ; #elif ( NXP_HAL_MEM_INFO_SIZE > 0x00U ) psHciContext->hci_seq = DEV_HAL_INFO_SEQ; #else psHciContext->hci_seq = HCI_END_SEQ; #endif } break; } #ifdef ESTABLISH_SESSION case ADMIN_SESSION_SEQ: { status = phHciNfc_Admin_Initialise( psHciContext,pHwRef ); if(NFCSTATUS_SUCCESS == status) { #if ( NXP_HAL_MEM_INFO_SIZE > 0x00U ) psHciContext->hci_seq = DEV_HAL_INFO_SEQ; #else psHciContext->hci_seq = IDENTITY_INFO_SEQ; #endif /* #if ( NXP_HAL_MEM_INFO_SIZE > 0x00U ) */ } break; } case PL_STOP_SEQ: { status = phHciNfc_ReaderMgmt_Disable_Discovery( psHciContext, pHwRef ); if(NFCSTATUS_SUCCESS == status) { #if defined( SW_AUTO_ACTIVATION ) psHciContext->hci_seq = READER_SW_AUTO_SEQ; #elif ( NXP_HAL_MEM_INFO_SIZE > 0x00U ) psHciContext->hci_seq = DEV_HAL_INFO_SEQ; #else psHciContext->hci_seq = IDENTITY_INFO_SEQ; #endif /* #if ( NXP_HAL_MEM_INFO_SIZE > 0x00U ) */ } break; } #ifdef SW_AUTO_ACTIVATION case READER_SW_AUTO_SEQ: { uint8_t activate_enable = FALSE; uint8_t rdr_enable = TRUE; status = phHciNfc_ReaderA_Update_Info( psHciContext, HCI_READER_A_ENABLE, &rdr_enable); if(status == NFCSTATUS_SUCCESS) { status = phHciNfc_ReaderA_Auto_Activate( psHciContext, pHwRef, activate_enable ); if(status == NFCSTATUS_SUCCESS) { psHciContext->hci_seq = IDENTITY_INFO_SEQ; } } break; } #endif /* fall through */ case IDENTITY_INFO_SEQ: { status = phHciNfc_IDMgmt_Info_Sequence( psHciContext,pHwRef ); if(NFCSTATUS_SUCCESS == status) { if ((HCI_SELF_TEST != psHciContext->init_mode) /* && ( TRUE == ((phHal_sHwReference_t *)pHwRef)->se_detect ) */ && (HCI_CUSTOM_INIT != psHciContext->init_mode) && (HCI_NFC_DEVICE_TEST != psHciContext->init_mode)) { NFCSTATUS info_status = NFCSTATUS_SUCCESS; PHNFC_UNUSED_VARIABLE(info_status); info_status = phHciNfc_EmuMgmt_Update_Seq( psHciContext, INFO_SEQ ); if(NFCSTATUS_SUCCESS == info_status) { psHciContext->hci_seq = EMULATION_SWP_SEQ; } } else { psHciContext->hci_seq = HCI_END_SEQ; } } break; } case EMULATION_SWP_SEQ: { status = phHciNfc_EmuMgmt_Initialise( psHciContext,pHwRef ); if(NFCSTATUS_SUCCESS == status) { psHciContext->hci_seq = HCI_END_SEQ; } break; } #endif /* #ifdef ESTABLISH_SESSION */ #if ( NXP_HAL_MEM_INFO_SIZE > 0x00U ) case DEV_HAL_INFO_SEQ: { static uint8_t mem_index = 0; status = phHciNfc_DevMgmt_Get_Info(psHciContext, pHwRef, (NFC_ADDRESS_HAL_CONF + mem_index), (psHciContext->hal_mem_info + mem_index)); if(NFCSTATUS_PENDING == status) { mem_index++; if (NXP_HAL_MEM_INFO_SIZE <= mem_index ) { NFCSTATUS info_status = NFCSTATUS_SUCCESS; PHNFC_UNUSED_VARIABLE(info_status); info_status = phHciNfc_IDMgmt_Update_Sequence( psHciContext, INFO_SEQ ); mem_index = 0; psHciContext->hci_seq = IDENTITY_INFO_SEQ; /* psHciContext->hci_seq = (HCI_SELF_TEST != psHciContext->init_mode)? IDENTITY_INFO_SEQ : HCI_END_SEQ; */ } } break; } #endif /* #if ( NXP_HAL_MEM_INFO_SIZE > 0x00U ) */ case HCI_END_SEQ: { phHal_sMemInfo_t *p_mem_info = (phHal_sMemInfo_t *) ( psHciContext->hal_mem_info ); if ( (HCI_SELF_TEST == psHciContext->init_mode ) || (HCI_NFC_DEVICE_TEST == psHciContext->init_mode ) ) { psHciContext->hci_state.next_state = (uint8_t) hciState_Test; } status = phHciNfc_FSM_Complete ( psHciContext ); #ifdef UICC_CONNECTIVITY_PATCH phHciNfc_Uicc_Connectivity( psHciContext, pHwRef ); #endif /* #ifdef UICC_CONNECTIVITY_PATCH */ #if ( NXP_HAL_MEM_INFO_SIZE > 0x00U ) if(NXP_FW_UPLOAD_SUCCESS != p_mem_info->fw_magic ) { status = PHNFCSTVAL( CID_NFC_HCI, NFCSTATUS_FAILED ); } #endif /* #if ( NXP_HAL_MEM_INFO_SIZE > 0x00U ) */ /* Initialisation Complete Notification to the Upper Layer */ if(NFCSTATUS_SUCCESS == status) { phNfc_sCompletionInfo_t comp_info={FALSE,0, NULL}; comp_info.status = status; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_INIT_COMPLETED, &comp_info); HCI_PRINT("HCI Initialisation Completed \n"); } else { pphNfcIF_Notification_CB_t p_upper_notify = psHciContext->p_upper_notify; void *pcontext = psHciContext->p_upper_context; phNfc_sCompletionInfo_t comp_info; phHciNfc_Release_Lower( psHciContext, pHwRef ); phHciNfc_Release_Resources( &psHciContext ); /* Notify the Failure to the Upper Layer */ comp_info.status = status; phHciNfc_Notify( p_upper_notify, pcontext, pHwRef, NFC_NOTIFY_INIT_FAILED, &comp_info); HCI_PRINT("HCI FSM Initialisation Error \n"); } break; } default: break; } return status; } NFCSTATUS phHciNfc_Release_Sequence( phHciNfc_sContext_t *psHciContext, void *pHwRef ) { NFCSTATUS status = NFCSTATUS_SUCCESS; switch(psHciContext->hci_seq) { case PL_STOP_SEQ: { status = phHciNfc_ReaderMgmt_Disable_Discovery( psHciContext, pHwRef ); if(NFCSTATUS_SUCCESS == status) { (void)phHciNfc_EmuMgmt_Update_Seq( psHciContext, REL_SEQ ); psHciContext->hci_seq = EMULATION_REL_SEQ; status = NFCSTATUS_PENDING; } break; } case EMULATION_REL_SEQ: { status = phHciNfc_EmuMgmt_Release( psHciContext,pHwRef ); if(NFCSTATUS_SUCCESS == status) { (void)phHciNfc_DevMgmt_Update_Sequence( psHciContext, REL_SEQ ); psHciContext->hci_seq = ADMIN_REL_SEQ; status = NFCSTATUS_PENDING; } break; } case DEV_REL_SEQ: { NFCSTATUS info_status = NFCSTATUS_SUCCESS; PHNFC_UNUSED_VARIABLE(info_status); info_status = phHciNfc_DevMgmt_Update_Sequence( psHciContext, REL_SEQ ); status = phHciNfc_DevMgmt_Release( psHciContext, pHwRef ); if(NFCSTATUS_SUCCESS == status) { psHciContext->hci_seq = HCI_END_SEQ; status = NFCSTATUS_PENDING; } break; } case READER_MGMT_REL_SEQ: { status = phHciNfc_ReaderMgmt_Release( psHciContext,pHwRef ); if(NFCSTATUS_SUCCESS == status) { psHciContext->hci_seq = PL_REL_SEQ; status = NFCSTATUS_PENDING; } break; } case PL_REL_SEQ: { status = phHciNfc_PollLoop_Release( psHciContext,pHwRef ); if(NFCSTATUS_SUCCESS == status) { psHciContext->hci_seq = IDENTITY_REL_SEQ; status = NFCSTATUS_PENDING; } break; } case IDENTITY_REL_SEQ: { status = phHciNfc_IDMgmt_Release( psHciContext,pHwRef ); if(NFCSTATUS_SUCCESS == status) { psHciContext->hci_seq = LINK_MGMT_REL_SEQ; status = NFCSTATUS_PENDING; } break; } case LINK_MGMT_REL_SEQ: { status = phHciNfc_LinkMgmt_Release( psHciContext,pHwRef ); if(NFCSTATUS_SUCCESS == status) { psHciContext->hci_seq = ADMIN_REL_SEQ; status = NFCSTATUS_PENDING; } break; } case ADMIN_REL_SEQ: { /* Admin Management Release Sequence */ status = phHciNfc_Admin_Release( psHciContext,pHwRef, phHciNfc_TerminalHostID ); if(NFCSTATUS_SUCCESS == status) { psHciContext->hci_seq = DEV_REL_SEQ; status = NFCSTATUS_PENDING; } break; } case HCI_END_SEQ: { pphNfcIF_Notification_CB_t p_upper_notify = psHciContext->p_upper_notify; phNfc_sLowerIF_t *plower_if = &(psHciContext->lower_interface); void *pcontext = psHciContext->p_upper_context; phNfc_sCompletionInfo_t comp_info; status = plower_if->release((void *)plower_if->pcontext, (void *)pHwRef); phHciNfc_Release_Resources( &psHciContext ); /* De-Initialisation Complete Notification to the Upper Layer */ comp_info.status = status; phHciNfc_Notify(p_upper_notify, pcontext, pHwRef, NFC_NOTIFY_DEINIT_COMPLETED, &comp_info); HCI_PRINT("HCI Release Completed \n"); break; } default: { /* psHciContext->hci_seq = HCI_END_SEQ; */ break; } } return status; } static NFCSTATUS phHciNfc_Config_Sequence( phHciNfc_sContext_t *psHciContext, void *pHwRef ) { NFCSTATUS status = NFCSTATUS_SUCCESS; phNfc_sCompletionInfo_t comp_info = {FALSE,0,NULL}; switch(psHciContext->config_type) { case POLL_LOOP_CFG: { status = phHciNfc_PollLoop_Sequence( psHciContext, pHwRef ); break; } case SMX_WI_MODE: { status = phHciNfc_SmartMx_Mode_Sequence( psHciContext, pHwRef ); break; } #ifdef ENABLE_P2P case NFC_GENERAL_CFG: { if(TARGET_GENERAL_SEQ == psHciContext->hci_seq) { status = phHciNfc_NfcIP_SetATRInfo( psHciContext, pHwRef, NFCIP_TARGET, psHciContext->p_config_params); if( NFCSTATUS_PENDING != status ) { /* Roll Back the State Machine to its Original State */ phHciNfc_FSM_Rollback ( psHciContext ); } else { psHciContext->hci_seq = HCI_END_SEQ; } } else { status = phHciNfc_Pending_Sequence(psHciContext, pHwRef ); if (NFCSTATUS_PENDING != status) { /* Roll Back to its Current State as Configuration is Complete */ phHciNfc_FSM_Rollback(psHciContext); HCI_PRINT(" NFC-IP(P2P) Configuration Completed. \n"); comp_info.status = status; psHciContext->error_status = NFCSTATUS_SUCCESS; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_CONFIG_SUCCESS , &comp_info); } } break; } #endif case SWP_PROTECT_CFG: case SWP_EVT_CFG: case SMX_WI_CFG: { /* Roll Back to its Current State as Configuration is Complete */ phHciNfc_FSM_Rollback(psHciContext); HCI_DEBUG(" %s Configuration Completed. \n", ((SMX_WI_CFG == psHciContext->config_type)? "SmartMX" : "SWP Event/Protection")); comp_info.status = status; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_CONFIG_SUCCESS, &comp_info); break; } case NFC_TARGET_CFG: { status = PHNFCSTVAL(CID_NFC_HCI, NFCSTATUS_FEATURE_NOT_SUPPORTED); break; } case UICC_SWP_CFG: #if 0 { phHal_sEmulationCfg_t *p_emulation_cfg = (phHal_sEmulationCfg_t * ) psHciContext->p_config_params; if (NULL != p_emulation_cfg) { phHal_sUiccEmuCfg_t *uicc_config = &p_emulation_cfg->config.uiccEmuCfg; if( TRUE == uicc_config->enableUicc ) { status = phHciNfc_Uicc_Connect_Status(psHciContext,pHwRef); if( NFCSTATUS_PENDING == status ) { break; } /* Or Else Fall through to notify the above layer */ } } } #endif /* fall through */ case NFC_CE_A_CFG: case NFC_CE_B_CFG: { status = phHciNfc_EmulationCfg_Sequence( psHciContext, pHwRef ); break; } default: { status = PHNFCSTVAL(CID_NFC_HCI, NFCSTATUS_INVALID_HCI_SEQUENCE); break; } } return status; } NFCSTATUS phHciNfc_PollLoop_Sequence( phHciNfc_sContext_t *psHciContext, void *pHwRef ) { NFCSTATUS status = NFCSTATUS_SUCCESS; phHal_sADD_Cfg_t *p_poll_config = (phHal_sADD_Cfg_t * ) psHciContext->p_config_params; if (NULL != p_poll_config) { uint8_t speed = p_poll_config->NfcIP_Mode; uint8_t targetSpeed = p_poll_config->NfcIP_Target_Mode; switch(psHciContext->hci_seq) { case PL_DURATION_SEQ: { status = phHciNfc_PollLoop_Cfg( psHciContext, pHwRef, (uint8_t)PL_DURATION , NULL); if(NFCSTATUS_SUCCESS == status) { #if defined (ENABLE_P2P) && defined (TARGET_SPEED) psHciContext->hci_seq = TARGET_SPEED_SEQ; #elif defined (ENABLE_P2P) && defined (INITIATOR_SPEED) psHciContext->hci_seq = INITIATOR_SPEED_SEQ; #elif defined (ENABLE_P2P) && defined (NFCIP_TGT_DISABLE_CFG) psHciContext->hci_seq = PL_TGT_DISABLE_SEQ; #else psHciContext->hci_seq = PL_CONFIG_PHASE_SEQ; #endif status = NFCSTATUS_PENDING; } break; } #if defined (ENABLE_P2P) && defined (TARGET_SPEED) case TARGET_SPEED_SEQ: { #define NFCIP_ACTIVE_SHIFT 0x03U #define NFCIP_PASSIVE_MASK 0x07U uint8_t mode = targetSpeed; HCI_DEBUG("Setting target mode to 0x%02X", mode); status = phHciNfc_NfcIP_SetMode( psHciContext, pHwRef, NFCIP_TARGET, (uint8_t) mode ); if(NFCSTATUS_PENDING == status) { #if defined (INITIATOR_SPEED) psHciContext->hci_seq = INITIATOR_SPEED_SEQ; #elif defined (NFCIP_TGT_DISABLE_CFG) psHciContext->hci_seq = PL_TGT_DISABLE_SEQ; #else psHciContext->hci_seq = PL_CONFIG_PHASE_SEQ; #endif status = NFCSTATUS_PENDING; } break; } #endif #if defined (ENABLE_P2P) && defined (INITIATOR_SPEED) case INITIATOR_SPEED_SEQ: { HCI_DEBUG("Setting initiator mode to 0x%02X", speed); status = phHciNfc_NfcIP_SetMode( psHciContext, pHwRef, NFCIP_INITIATOR, (uint8_t) (speed & DEFAULT_NFCIP_INITIATOR_MODE_SUPPORT)); if(NFCSTATUS_PENDING == status) { #if defined (NFCIP_TGT_DISABLE_CFG) psHciContext->hci_seq = PL_TGT_DISABLE_SEQ; #else psHciContext->hci_seq = PL_CONFIG_PHASE_SEQ; #endif status = NFCSTATUS_PENDING; } break; } #endif #if defined (ENABLE_P2P) && defined (NFCIP_TGT_DISABLE_CFG) case PL_TGT_DISABLE_SEQ: { /* Configure the Polling Loop Target Disable Parameter */ status = phHciNfc_PollLoop_Cfg( psHciContext, pHwRef, (uint8_t)PL_DISABLE_TARGET, &p_poll_config->NfcIP_Tgt_Disable ); if(NFCSTATUS_SUCCESS == status) { psHciContext->hci_seq = PL_CONFIG_PHASE_SEQ; status = NFCSTATUS_PENDING; } break; } #endif case PL_CONFIG_PHASE_SEQ: { phHal_sPollDevInfo_t *p_poll_info = &(p_poll_config->PollDevInfo.PollCfgInfo); p_poll_info->EnableIso14443A = ( (p_poll_info->EnableIso14443A) || ( speed & (uint8_t)phHal_ePassive106 ) ); p_poll_info->EnableFelica212 = ( (p_poll_info->EnableFelica212) || ( speed & (uint8_t)phHal_ePassive212 ) ); p_poll_info->EnableFelica424 = ( (p_poll_info->EnableFelica424) || ( speed & (uint8_t)phHal_ePassive424 ) ); /* Configure the Polling Loop Gate Parameters */ status = phHciNfc_PollLoop_Cfg( psHciContext, pHwRef, (uint8_t)PL_RD_PHASES, NULL ); if(NFCSTATUS_SUCCESS == status) { if(((~(PL_RD_PHASES_DISABLE)) & p_poll_config->PollDevInfo.PollEnabled)!= 0) { psHciContext->hci_seq = READER_ENABLE_SEQ; } else { /* psHciContext->hci_seq = READER_DISABLE_SEQ; */ psHciContext->hci_seq = HCI_END_SEQ; } status = NFCSTATUS_PENDING; } break; } case READER_ENABLE_SEQ: { status = phHciNfc_ReaderMgmt_Enable_Discovery( psHciContext, pHwRef ); if(NFCSTATUS_SUCCESS == status) { /* psHciContext->hci_seq = PL_CONFIG_PHASE_SEQ; */ psHciContext->hci_seq = HCI_END_SEQ; status = NFCSTATUS_PENDING; } break; } case READER_DISABLE_SEQ: { status = phHciNfc_ReaderMgmt_Disable_Discovery( psHciContext, pHwRef ); if(NFCSTATUS_SUCCESS == status) { if((~(PL_RD_PHASES_DISABLE) & p_poll_config->PollDevInfo.PollEnabled)!= 0) { psHciContext->hci_seq = PL_DURATION_SEQ; } else { #if defined (ENABLE_P2P) && defined (INITIATOR_SPEED) psHciContext->hci_seq = INITIATOR_SPEED_SEQ; #elif defined (ENABLE_P2P) && defined (NFCIP_TGT_DISABLE_CFG) psHciContext->hci_seq = PL_TGT_DISABLE_SEQ; #else psHciContext->hci_seq = PL_CONFIG_PHASE_SEQ; #endif /* psHciContext->hci_seq = HCI_END_SEQ; */ } status = NFCSTATUS_PENDING; } break; } case HCI_END_SEQ: { phNfc_sCompletionInfo_t comp_info; status = phHciNfc_Pending_Sequence(psHciContext, pHwRef ); if (NFCSTATUS_PENDING != status) { /* status = phHciNfc_FSM_Complete ( psHciContext );*/ phHciNfc_FSM_Rollback ( psHciContext ); /* Poll Configuration Notification to the Upper Layer */ if((~(PL_RD_PHASES_DISABLE) & p_poll_config->PollDevInfo.PollEnabled)!= 0) { comp_info.status = status; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_POLL_ENABLED, &comp_info); } else { comp_info.status = status; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_POLL_DISABLED, &comp_info); } HCI_PRINT("HCI Discovery Configuration Completed \n"); } break; } default: { /* psHciContext->hci_seq = HCI_END_SEQ; */ break; } }/* End of the Poll Sequence Switch */ }/* End of the Poll Config info Check */ return status; } NFCSTATUS phHciNfc_EmulationCfg_Sequence( phHciNfc_sContext_t *psHciContext, void *pHwRef ) { NFCSTATUS status = NFCSTATUS_SUCCESS; static phNfc_sCompletionInfo_t comp_info = {FALSE,0,NULL}; #if defined(HOST_EMULATION) phHciNfc_GateID_t ce_gate = phHciNfc_UnknownGate; #endif /* #ifdef HOST_EMULATION */ phHal_sEmulationCfg_t *p_emulation_cfg = (phHal_sEmulationCfg_t * ) psHciContext->p_config_params; #ifdef UICC_SESSION_RESET uint8_t uicc_clear_pipes = FALSE; #endif if (NULL != p_emulation_cfg) { #if defined(HOST_EMULATION) if(NFC_HOST_CE_A_EMULATION == p_emulation_cfg->emuType) { psHciContext->config_type = NFC_CE_A_CFG; if (NULL == psHciContext->p_ce_a_info) { ce_gate = phHciNfc_CETypeAGate; } } else if (NFC_HOST_CE_B_EMULATION == p_emulation_cfg->emuType) { psHciContext->config_type = NFC_CE_B_CFG; if (NULL == psHciContext->p_ce_b_info) { ce_gate = phHciNfc_CETypeBGate; } } #ifdef UICC_SESSION_RESET else if ((NFC_UICC_EMULATION == p_emulation_cfg->emuType) &&(FALSE == p_emulation_cfg->config.uiccEmuCfg.enableUicc) ) { uicc_clear_pipes = TRUE; } #endif else { ; } #endif /* #ifdef HOST_EMULATION */ switch(psHciContext->hci_seq) { #if defined(HOST_EMULATION) case ADMIN_CE_SEQ: { if(phHciNfc_UnknownGate != ce_gate) { status = phHciNfc_Admin_CE_Init(psHciContext, pHwRef, ce_gate); } else { status = PHNFCSTVAL(CID_NFC_HCI, NFCSTATUS_NOT_ALLOWED); } if(NFCSTATUS_SUCCESS == status) { psHciContext->hci_seq = EMULATION_CONFIG_SEQ; /* psHciContext->hci_seq = HCI_END_SEQ; */ status = NFCSTATUS_PENDING; } break; } #endif case EMULATION_CONFIG_SEQ: { status = phHciNfc_Emulation_Cfg(psHciContext, pHwRef, psHciContext->config_type); if(NFCSTATUS_SUCCESS == status) { /* psHciContext->hci_seq = PL_CONFIG_PHASE_SEQ; */ #ifdef UICC_SESSION_RESET if(UICC_SWP_CFG == psHciContext->config_type) { psHciContext->hci_seq = ADMIN_REL_SEQ; } else #endif /* UICC_SESSION_RESET */ { psHciContext->hci_seq = HCI_END_SEQ; } status = NFCSTATUS_PENDING; } break; } #ifdef UICC_SESSION_RESET case ADMIN_REL_SEQ: { if (TRUE == uicc_clear_pipes) { /* Admin Management UICC Release Sequence */ status = phHciNfc_Admin_Release( psHciContext,pHwRef, phHciNfc_UICCHostID ); if(NFCSTATUS_SUCCESS == status) { psHciContext->hci_seq = HCI_END_SEQ; if (UICC_SWP_CFG == psHciContext->config_type) { (void)phHciNfc_SWP_Update_Sequence(psHciContext, CONFIG_SEQ ); } status = NFCSTATUS_PENDING; } break; } } #endif /* UICC_SESSION_RESET */ /* fall through */ case HCI_END_SEQ: { phHciNfc_FSM_Rollback(psHciContext); HCI_PRINT(" Emulation Configuration Completed. \n"); comp_info.status = status; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_CONFIG_SUCCESS, &comp_info); break; } default: { /* psHciContext->hci_seq = HCI_END_SEQ; */ break; } } /* NFC_CE_A_CFG; NFC_CE_B_CFG; */ }/* End of the Emulation Config info Check */ return status; } NFCSTATUS phHciNfc_SmartMx_Mode_Sequence( phHciNfc_sContext_t *psHciContext, void *pHwRef ) { NFCSTATUS status = NFCSTATUS_SUCCESS; phHal_sADD_Cfg_t *p_poll_config = (phHal_sADD_Cfg_t * ) psHciContext->p_config_params; phNfc_sCompletionInfo_t comp_info = {FALSE,0,NULL}; if (NULL != p_poll_config) { switch(psHciContext->hci_seq) { case READER_DISABLE_SEQ: { status = phHciNfc_ReaderMgmt_Disable_Discovery( psHciContext, pHwRef ); if(NFCSTATUS_SUCCESS == status) { psHciContext->hci_seq = EMULATION_CONFIG_SEQ; /* psHciContext->hci_seq = HCI_END_SEQ; */ status = NFCSTATUS_PENDING; } break; } case EMULATION_CONFIG_SEQ: { status = phHciNfc_WI_Configure_Mode( psHciContext, pHwRef,psHciContext->smx_mode ); if(NFCSTATUS_SUCCESS == status) { psHciContext->hci_seq = PL_CONFIG_PHASE_SEQ; /* psHciContext->hci_seq = HCI_END_SEQ; */ status = NFCSTATUS_PENDING; } break; } case PL_CONFIG_PHASE_SEQ: { /* Configure the Polling Loop Gate Parameters */ status = phHciNfc_PollLoop_Cfg( psHciContext, pHwRef, (uint8_t)PL_RD_PHASES, NULL ); if(NFCSTATUS_SUCCESS == status) { psHciContext->hci_seq = READER_ENABLE_SEQ; status = NFCSTATUS_PENDING; } break; } case READER_ENABLE_SEQ: { status = phHciNfc_ReaderMgmt_Enable_Discovery( psHciContext, pHwRef ); if(NFCSTATUS_SUCCESS == status) { /* psHciContext->hci_seq = PL_CONFIG_PHASE_SEQ; */ psHciContext->hci_seq = HCI_END_SEQ; status = NFCSTATUS_PENDING; } break; } case HCI_END_SEQ: { status = phHciNfc_Pending_Sequence(psHciContext, pHwRef ); if (NFCSTATUS_PENDING != status) { /* status = phHciNfc_FSM_Complete ( psHciContext );*/ phHciNfc_FSM_Rollback ( psHciContext ); if( hciState_Disconnect == psHciContext->hci_state.cur_state) { psHciContext->host_rf_type = phHal_eUnknown_DevType; psHciContext->p_target_info = NULL; psHciContext->p_xchg_info = NULL; } /* Poll Configuration Notification to the Upper Layer */ if((~(PL_RD_PHASES_DISABLE) & p_poll_config->PollDevInfo.PollEnabled)!= 0) { comp_info.status = status; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_POLL_ENABLED, &comp_info); } else { comp_info.status = status; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_POLL_DISABLED, &comp_info); } HCI_PRINT("HCI Discovery Configuration Completed \n"); } break; } default: { /* psHciContext->hci_seq = HCI_END_SEQ; */ break; } }/* End of the Poll Sequence Switch */ }/* End of the Poll Config info Check */ return status; } NFCSTATUS phHciNfc_Connect_Sequence( phHciNfc_sContext_t *psHciContext, void *pHwRef ) { NFCSTATUS status = NFCSTATUS_SUCCESS; static phNfc_sCompletionInfo_t comp_info = {FALSE,0,NULL}; phHal_eRemDevType_t target_type = phHal_eUnknown_DevType; if( NULL != psHciContext->p_target_info ) { target_type = psHciContext->p_target_info->RemDevType; switch(psHciContext->hci_seq) { case READER_REACTIVATE_SEQ: { /* Complete the Reactivate Sequence and notify the HAL */ status = phHciNfc_FSM_Complete ( psHciContext ); /* Reactivate Complete Notification to the Upper Layer */ if(NFCSTATUS_SUCCESS == status) { comp_info.status = status; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_TARGET_REACTIVATED , &comp_info); HCI_PRINT(" HCI Remote Target Reactivated. \n"); } else { comp_info.status = status; phHciNfc_FSM_Rollback ( psHciContext ); phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_ERROR , &comp_info); HCI_PRINT("HCI FSM Invalid Selection State \n"); HCI_PRINT("HCI Remote Target Reactivation Failed \n"); } break; } case READER_SELECT_SEQ: { /* If the Target is Mifare then it should fall through */ if(( phHal_eMifare_PICC != target_type ) &&(phHal_eISO14443_3A_PICC != target_type) #ifdef TYPE_B && ( phHal_eISO14443_B_PICC != target_type ) && ( phHal_eISO14443_4B_PICC != target_type ) #endif #ifdef TYPE_FELICA && ( phHal_eFelica_PICC != target_type ) #endif #ifdef TYPE_JEWEL && ( phHal_eJewel_PICC != target_type ) #endif /* #ifdef TYPE_JEWEL */ #ifdef TYPE_ISO15693 && ( phHal_eISO15693_PICC != target_type ) #endif /* #ifdef TYPE_ISO15693 */ ) { status = phHciNfc_ReaderMgmt_Info_Sequence( psHciContext, pHwRef ); if(NFCSTATUS_SUCCESS == status) { psHciContext->hci_seq = HCI_END_SEQ; status = NFCSTATUS_PENDING; } break; } } /* fall through */ case HCI_END_SEQ: { /* Complete the Connect Sequence and notify the HAL */ status = phHciNfc_FSM_Complete ( psHciContext ); /* Connection Complete Notification to the Upper Layer */ if(NFCSTATUS_SUCCESS == status) { /* Invalidate the previously polled RF Reader Type */ /* psHciContext->host_rf_type = phHal_eInvalidRFType;*/ comp_info.status = status; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_TARGET_CONNECTED , &comp_info); HCI_PRINT(" HCI Remote Target Selected for Transaction. \n"); } else { comp_info.status = status; /* phHciNfc_FSM_Rollback ( psHciContext ); */ phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_ERROR , &comp_info); HCI_PRINT("HCI FSM Invalid Selection State \n"); HCI_PRINT("HCI Remote Target Selection Failed \n"); } break; } default: { HCI_PRINT("\t Invalid HCI Connect Sequence \n"); /* psHciContext->hci_seq = HCI_END_SEQ; */ break; } }/* End of the Connect Sequence Switch */ } return status; } NFCSTATUS phHciNfc_Disconnect_Sequence( phHciNfc_sContext_t *psHciContext, void *pHwRef ) { NFCSTATUS status = NFCSTATUS_SUCCESS; static phNfc_sCompletionInfo_t comp_info = {FALSE, 0 , NULL}; phHal_eRemDevType_t target_type = phHal_eUnknown_DevType; uint8_t re_poll = 0; if( NULL != psHciContext->p_target_info ) { target_type = psHciContext->p_target_info->RemDevType; switch(psHciContext->hci_seq) { case READER_UICC_DISPATCH_SEQ: { status = phHciNfc_ReaderMgmt_UICC_Dispatch( psHciContext, pHwRef, target_type ); psHciContext->hci_seq = READER_DESELECT_SEQ; if(NFCSTATUS_PENDING == status) { break; } } /* fall through */ case READER_DESELECT_SEQ: { re_poll = (uint8_t) ( NULL != psHciContext->p_config_params )? *((uint8_t *)psHciContext->p_config_params):FALSE; status = phHciNfc_ReaderMgmt_Deselect( psHciContext, pHwRef, target_type, re_poll); if(NFCSTATUS_PENDING == status) { psHciContext->hci_seq = HCI_END_SEQ; psHciContext->p_config_params = NULL; } break; } case HCI_END_SEQ: { /* Complete the Disconnect Sequence and notify the HAL */ status = phHciNfc_FSM_Complete ( psHciContext ); /* Disconnect Notification to the Upper Layer */ if(NFCSTATUS_SUCCESS == status) { /* Invalidate the previously polled RF Reader Type */ psHciContext->host_rf_type = phHal_eUnknown_DevType; psHciContext->p_target_info = NULL; psHciContext->p_xchg_info = NULL; comp_info.status = status; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_TARGET_DISCONNECTED , &comp_info); HCI_PRINT(" HCI Remote Target De-Selected. \n"); } else { comp_info.status = status; /* phHciNfc_FSM_Rollback ( psHciContext ); */ phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_ERROR , &comp_info); HCI_PRINT("HCI FSM Invalid De-Selection State \n"); HCI_PRINT("HCI Remote Target De-Selection Failed \n"); } break; } default: { HCI_PRINT("\t Invalid HCI Connect Sequence \n"); /* psHciContext->hci_seq = HCI_END_SEQ; */ break; } }/* End of the Connect Sequence Switch */ } return status; } static NFCSTATUS phHciNfc_Transact_Sequence( phHciNfc_sContext_t *psHciContext, void *pHwRef ) { static phNfc_sTransactionInfo_t transact_info = {FALSE,0,NULL,NULL,0}; pphNfcIF_Notification_CB_t p_upper_notify = psHciContext->p_upper_notify; void *pcontext = psHciContext->p_upper_context; uint8_t transact_result = NFC_NOTIFY_ERROR; /* Roll Back to Connect State as Transceive is Complete */ phHciNfc_FSM_Rollback(psHciContext); switch (psHciContext->host_rf_type) { case phHal_eISO14443_A_PCD: #ifdef TYPE_B case phHal_eISO14443_B_PCD: #endif case phHal_eISO14443_BPrime_PCD: #ifdef TYPE_FELICA case phHal_eFelica_PCD: #endif #ifdef TYPE_ISO15693 case phHal_eISO15693_PCD: #endif { if(ZERO != psHciContext->rx_index) { transact_info.status = NFCSTATUS_SUCCESS; transact_info.buffer = &psHciContext->recv_buffer[psHciContext->rx_index]; transact_info.length = psHciContext->rx_total - psHciContext->rx_index; transact_result = NFC_NOTIFY_TRANSCEIVE_COMPLETED; } else { transact_info.status = NFCSTATUS_FAILED; transact_result = NFC_NOTIFY_TRANSCEIVE_ERROR; } HCI_PRINT(" HCI Transceive operation Completed. \n"); psHciContext->p_xchg_info = NULL ; break; } #ifdef TYPE_JEWEL /* fall through */ case phHal_eJewel_PCD: #endif { transact_info.status = NFCSTATUS_SUCCESS; transact_info.buffer = &psHciContext->recv_buffer[psHciContext->rx_index]; transact_info.length = psHciContext->rx_total - psHciContext->rx_index; transact_result = NFC_NOTIFY_TRANSCEIVE_COMPLETED; HCI_PRINT(" HCI Transceive operation Completed. \n"); psHciContext->p_xchg_info = NULL ; break; } #if defined(ENABLE_P2P) case phHal_eNfcIP1_Initiator: case phHal_eNfcIP1_Target: #endif { HCI_PRINT(" HCI Send operation Completed. \n"); transact_info.status = NFCSTATUS_SUCCESS; transact_result = NFC_NOTIFY_SEND_COMPLETED; break; } case phHal_eUnknown_DevType: default: { transact_info.status = PHNFCSTVAL(CID_NFC_HCI, NFCSTATUS_INVALID_PARAMETER); break; } } /* Notify the Transceive Completion to the Upper layer */ phHciNfc_Notify( p_upper_notify, pcontext , pHwRef, transact_result, &transact_info); return (NFCSTATUS)NFCSTATUS_SUCCESS; } static NFCSTATUS phHciNfc_Info_Sequence( phHciNfc_sContext_t *psHciContext, void *pHwRef ) { NFCSTATUS status = NFCSTATUS_SUCCESS; HCI_DEBUG(" HCI: Info Sequence Entry --> Reader Type : %02X \n", psHciContext->host_rf_type); switch (psHciContext->host_rf_type) { case phHal_eISO14443_A_PCD: #ifdef TYPE_B case phHal_eISO14443_B_PCD: #endif case phHal_eISO14443_BPrime_PCD: #ifdef TYPE_FELICA case phHal_eFelica_PCD: #endif #ifdef TYPE_JEWEL case phHal_eJewel_PCD: #endif #ifdef TYPE_ISO15693 case phHal_eISO15693_PCD: #endif { /* To update the select sequence to retrieve * the target information using the reader type. */ status = phHciNfc_ReaderMgmt_Info_Sequence( psHciContext, pHwRef ); break; } #if defined(ENABLE_P2P) case phHal_eNfcIP1_Initiator: case phHal_eNfcIP1_Target: { status = phHciNfc_NfcIP_Info_Sequence( psHciContext, pHwRef ); break; } #endif case phHal_eUnknown_DevType: default: { status = PHNFCSTVAL(CID_NFC_HCI, NFCSTATUS_INVALID_PARAMETER); break; } } return status; } static NFCSTATUS phHciNfc_Test_Sequence( phHciNfc_sContext_t *psHciContext, void *pHwRef, NFCSTATUS test_status, uint8_t *pdata, uint8_t length ) { NFCSTATUS status = NFCSTATUS_SUCCESS; static phNfc_sCompletionInfo_t comp_info = {0}; static phNfc_sData_t test_result= {NULL,0}; /* Complete the Test Sequence and notify the HAL */ status = phHciNfc_FSM_Complete ( psHciContext ); /* Test Results to the Upper Layer */ if(NFCSTATUS_SUCCESS == status) { comp_info.status = test_status; if ( (NULL != pdata) && (length >= HCP_HEADER_LEN) ) { test_result.buffer = ( pdata + HCP_HEADER_LEN); test_result.length = length - HCP_HEADER_LEN; } else { status = phHciNfc_DevMgmt_Get_Test_Result( psHciContext, &test_result ); } comp_info.info = &test_result; phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_RESULT , &comp_info); HCI_DEBUG(" HCI System Test Completed : Status = %u\n", test_status); } else { comp_info.status = status; phHciNfc_FSM_Rollback ( psHciContext ); phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_NOTIFY_ERROR , &comp_info); HCI_PRINT("HCI FSM Invalid Test State \n"); } return status; } static NFCSTATUS phHciNfc_IO_Sequence( phHciNfc_sContext_t *psHciContext, void *pHwRef, NFCSTATUS io_status, uint8_t *pdata, uint8_t length ) { NFCSTATUS status = NFCSTATUS_SUCCESS; static phNfc_sCompletionInfo_t comp_info = {0}; /* To remove "warning (VS 4100) : unreferenced formal parameter" */ PHNFC_UNUSED_VARIABLE(pdata); PHNFC_UNUSED_VARIABLE(length); /* Complete the Test Sequence and notify the HAL */ phHciNfc_FSM_Rollback ( psHciContext ); /* Test Results to the Upper Layer */ comp_info.status = io_status; status = phHciNfc_Pending_Sequence(psHciContext, pHwRef ); if(NFCSTATUS_SUCCESS == io_status) { phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_IO_SUCCESS , &comp_info); HCI_PRINT(" HCI System IO Successful. \n"); } else { phHciNfc_Notify(psHciContext->p_upper_notify, psHciContext->p_upper_context, pHwRef, NFC_IO_ERROR , &comp_info); HCI_PRINT("HCI IO Error \n"); } return status; } #ifdef OTHER_TAGS NFCSTATUS phHciNfc_Activate_Sequence( phHciNfc_sContext_t *psHciContext, void *pHwRef ) { NFCSTATUS status = NFCSTATUS_SUCCESS; return status; } #endif