FreeCalypso > hg > fc-tourmaline
view src/ui/mfw/mfw_BtipsMdg.c @ 92:c0052fe355d3
src/ui/bmi/*.[ch]: rm trailing white space
author | Mychaela Falconia <falcon@freecalypso.org> |
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date | Sun, 08 Nov 2020 06:39:16 +0000 |
parents | 67bfe9f274f6 |
children |
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/* ========================================================= * Texas Instruments OMAP(TM) Platform Software * (c) Copyright Texas Instruments, Incorporated. All Rights Reserved. * * Use of this software is controlled by the terms and conditions found * in the license agreement under which this software has been supplied. * ========================================================== */ /* $Project name: Basic Bluetooth MMI $Project code: $Module: Bluetooth BMG MFW $File: Mfw_Btips.c $Revision: 1.0 $Author: Texas Instruments $Date: 26/06/07 ******************************************************************************** Description: This module provides the BTIPS BMG APPlication functionality. ******************************************************************************** $History: Mfw_Btips.c 26/06/07 Sasken original version $End *******************************************************************************/ /******************************************************************************* Include files *******************************************************************************/ #define ENTITY_MFW /* includes */ #include <string.h> #if defined (NEW_FRAME) #include "typedefs.h" #include "vsi.h" #include "pei.h" #include "custom.h" #include "gsm.h" #include "prim.h" #else #include "STDDEFS.H" #include "custom.h" #include "gsm.h" #include "vsi.h" #include "bttypes.h" #include "sec.h" #include "spp.h" #include "osapi.h" #include "debug.h" #include "btl_mdg.h" #endif #ifdef FF_MMI_BTIPS_APP /* Macro for sending events to UI - meanwhile, trace message to PCO Viewer */ extern int vsi_o_state_ttrace ( const char * const format, ... ); #define UI_DISPLAY(s) vsi_o_state_ttrace s #include "bttypes.h" #include "sec.h" #include "spp.h" #include "osapi.h" #include "debug.h" //#include "../lineparser.h" #include "btl_mdg.h" //#include "../app_main.h" /******************************************************************************** * * Constants * *******************************************************************************/ /* MDG Application states */ #define MDGA_SERVER_STATE_NONE (0) #define MDGA_SERVER_STATE_ENABLED (1) #define MDGA_SERVER_STATE_DISABLING (2) #define MDGA_SERVER_STATE_DT_CONNECTED (3) #define MDGA_SERVER_STATE_MODEM_CONNECTED (4) #define MDGA_SERVER_STATE_CONNECTED (5) /* Security level of the MDG Application */ #define MDGA_SECURITY_LEVEL (BSL_AUTHENTICATION_IN | BSL_AUTHENTICATION_OUT) /* Max number of Rx Sync packets - this value will be given to peer serial port * as amount of credits for RFCOMM credit based flow control */ #define MDGA_MAX_NUM_OF_RX_SYNC_PACKETS (5) /******************************************************************************** * * Types * *******************************************************************************/ /* Structure to keep track of server information */ typedef struct { U8 state; const BtSecurityLevel securityLevel; BtlMdgServerContext *serverContext; BtlMdgServerSettings serverSettings; SppLineStatus lineStatus; } MdgaServer; /******************************************************************************** * * Function prototypes * *******************************************************************************/ void mfw_btips_mdgInit(void); void MDGA_Deinit(void); void MDGA_Enable(U8 serverIndex); void MDGA_Disable(U8 serverIndex); void MDGA_GetSecurityLevel(U8 serverIndex); void MDGA_SetSecurityLevel(U8 serverIndex, BtSecurityLevel *securityLevel); void MDGA_GetComSettings(U8 serverIndex); void MDGA_SetComSettings(U8 serverIndex, SppComSettings *comSettings); void MDGA_GetConnectedDevice(U8 serverIndex); void MDGA_TerminateDataCall(void); void mfw_btips_mdgCallback(const BtlMdgCallbackParms *parms); static const char *MdgaEventName(BtlMdgServerEvent mdgEvent); static const char *MdgaStateName(int state); /******************************************************************************** * * Globals * *******************************************************************************/ static MdgaServer mdgaServers[] = { { MDGA_SERVER_STATE_NONE, MDGA_SECURITY_LEVEL, NULL, {BTL_SPP_SERVICE_TYPE_DUN, "BTIPS DUN", {SPP_SERVER_PORT, BTL_SPP_SERVICE_TYPE_DUN, SPP_PORT_DATA_PATH_TX_SYNC | SPP_PORT_DATA_PATH_RX_ASYNC, MDGA_MAX_NUM_OF_RX_SYNC_PACKETS, {SPP_COM_SETTING_BAUDRATE_DEFAULT, SPP_COM_SETTING_DATA_FORMAT_DEFAULT, SPP_COM_SETTING_FLOW_CONTROL_DEFAULT, SPP_COM_SETTING_XON_CHAR_DEFAULT, SPP_COM_SETTING_XOFF_CHAR_DEFAULT, 0 } }, }, 0 } }; #define MDGA_NUM_SERVERS (sizeof(mdgaServers) / sizeof(MdgaServer)) /******************************************************************************** * * Function definitions * *******************************************************************************/ /*------------------------------------------------------------------------------- * mfw_btips_mdgInit() * * Initialize application module. * * Type: * Synchronous. * * Parameters: * None. * * Returns: * None. */ void mfw_btips_mdgInit() { BtStatus status; U32 idx; MdgaServer *server = &mdgaServers[0]; Report(("mfw_btips_mdgInit")); /* Create and enable all MDG servers */ for (idx=0; idx<MDGA_NUM_SERVERS; idx++, server++) { /* Create MDG server */ status = BTL_MDG_Create(0, mfw_btips_mdgCallback, &server->securityLevel, &server->serverContext); if (BT_STATUS_SUCCESS != status) { Report(("MDGA: BTL_MDG_Create() failed for server %s, status %s", server->serverSettings.serviceName, pBT_Status(status))); } else { /* Enable MDG server */ status = BTL_MDG_Enable(server->serverContext, &server->serverSettings); if (BT_STATUS_SUCCESS != status) { Report(("MDGA: BTL_MDG_Enable() failed for server %s, status %s", server->serverSettings.serviceName, pBT_Status(status))); } else { server->state = MDGA_SERVER_STATE_ENABLED; } } } } /*------------------------------------------------------------------------------- * MDGA_Deinit() * * Deinitialize application module. * * Type: * Synchronous. * * Parameters: * None. * * Returns: * None. */ void MDGA_Deinit() { BtStatus status; U32 idx; MdgaServer *server = &mdgaServers[0]; Report(("MDGA_Deinit")); /* Disable and destroy all MDG servers */ for (idx=0; idx<MDGA_NUM_SERVERS; idx++, server++) { /* Check whether the server was enabled and not in DISABLING state */ if ((server->state >= MDGA_SERVER_STATE_ENABLED) && (MDGA_SERVER_STATE_DISABLING != server->state)) { /* Disable MDG server */ status = BTL_MDG_Disable(server->serverContext); if (BT_STATUS_SUCCESS == status) { /* Destroy MDG server */ status = BTL_MDG_Destroy(&server->serverContext); if (BT_STATUS_SUCCESS != status) { Report(("MDGA: BTL_MDG_Destroy() failed for server %s, status %s", server->serverSettings.serviceName, pBT_Status(status))); } else { server->state = MDGA_SERVER_STATE_NONE; } } else if ((BT_STATUS_PENDING == status) || (BT_STATUS_IN_PROGRESS == status)) { /* Continue disabling server in mfw_btips_mdgCallback() */ server->state = MDGA_SERVER_STATE_DISABLING; } else { Report(("MDGA: BTL_MDG_Disable() failed, status %s", pBT_Status(status))); } } } } /*------------------------------------------------------------------------------- * MDGA_Enable() * * Processes command 'enable'. * * Type: * Synchronous. * * Parameters: * serverIndex - index of the server. * * Returns: * None. */ void MDGA_Enable(U8 serverIndex) { BtStatus status; MdgaServer *server; server = &mdgaServers[serverIndex]; /* Check validity of the command */ if (server->state >= MDGA_SERVER_STATE_ENABLED) { Report(("MDGA: server %s is already enabled", server->serverSettings.serviceName)); return; } /* Create MDG server */ status = BTL_MDG_Create(0, mfw_btips_mdgCallback, &server->securityLevel, &server->serverContext); if (BT_STATUS_SUCCESS != status) { Report(("MDGA: BTL_MDG_Create() failed, status %s", pBT_Status(status))); } else { /* Enable MDG server */ status = BTL_MDG_Enable(server->serverContext, &server->serverSettings); if (BT_STATUS_SUCCESS != status) { Report(("MDGA: BTL_MDG_Enable() failed, status %s", pBT_Status(status))); } else { server->state = MDGA_SERVER_STATE_ENABLED; UI_DISPLAY(("MDGA: server %s enabled", server->serverSettings.serviceName)); } } return; } /*------------------------------------------------------------------------------- * MDGA_Disable() * * Processes command 'enable'. * * Type: * Synchronous. * * Parameters: * serverIndex - index of the server. * * Returns: * None. */ void MDGA_Disable(U8 serverIndex) { BtStatus status; MdgaServer *server = &mdgaServers[serverIndex]; /* Check validity of the command */ if (server->state < MDGA_SERVER_STATE_ENABLED) { Report(("MDGA: server %s is not enabled", server->serverSettings.serviceName)); return; } /* Disable MDG server */ status = BTL_MDG_Disable(server->serverContext); if (BT_STATUS_SUCCESS == status) { /* Destroy MDG server */ status = BTL_MDG_Destroy(&server->serverContext); if (BT_STATUS_SUCCESS != status) { Report(("MDGA: BTL_MDG_Destroy() failed, status %s", pBT_Status(status))); } else { server->state = MDGA_SERVER_STATE_NONE; UI_DISPLAY(("MDGA: server %s disabled", server->serverSettings.serviceName)); } } else if ((BT_STATUS_PENDING == status) || (BT_STATUS_IN_PROGRESS == status)) { /* Continue disabling server in mfw_btips_mdgCallback() */ server->state = MDGA_SERVER_STATE_DISABLING; UI_DISPLAY(("MDGA: disabling server %s", server->serverSettings.serviceName)); } else { Report(("MDGA: BTL_MDG_Disable() failed, status %s", pBT_Status(status))); } return; } /*------------------------------------------------------------------------------- * MDGA_GetSecurityLevel() * * Processes command 'getsec'. * * Type: * Synchronous. * * Parameters: * serverIndex - index of the server. * * Returns: * None. */ void MDGA_GetSecurityLevel(U8 serverIndex) { BtStatus status; BtSecurityLevel securityLevel; MdgaServer *server = &mdgaServers[serverIndex]; status = BTL_MDG_GetSecurityLevel(server->serverContext, &securityLevel); if (BT_STATUS_SUCCESS == status) { UI_DISPLAY(("UI_EVENT: MDGA got security level %d for server %s", securityLevel, server->serverSettings.serviceName)); } else { Report(("MDGA: BTL_MDG_GetSecurityLevel() failed for server %s, status %s", server->serverSettings.serviceName, pBT_Status(status))); } return; } /*------------------------------------------------------------------------------- * MDGA_SetSecurityLevel() * * Processes command 'setsec'. * * Type: * Synchronous. * * Parameters: * serverIndex - index of the server. * * Returns: * None. */ void MDGA_SetSecurityLevel(U8 serverIndex, BtSecurityLevel *securityLevel) { BtStatus status; MdgaServer *server = &mdgaServers[serverIndex]; status = BTL_MDG_SetSecurityLevel(server->serverContext, securityLevel); if (BT_STATUS_SUCCESS == status) { UI_DISPLAY(("UI_EVENT: MDGA set security level %d for server %s", *securityLevel, server->serverSettings.serviceName)); } else { Report(("MDGA: BTL_MDG_SetSecurityLevel() failed for server %s, status %s", server->serverSettings.serviceName, pBT_Status(status))); } return; } /*------------------------------------------------------------------------------- * MDGA_GetComSettings() * * Processes command 'getcomset'. * * Type: * Synchronous. * * Parameters: * serverIndex - index of the server. * * Returns: * None. */ void MDGA_GetComSettings(U8 serverIndex) { BtStatus status; SppComSettings comSettings; MdgaServer *server = &mdgaServers[serverIndex]; status = BTL_MDG_GetComSettings(server->serverContext, &comSettings); if (BT_STATUS_SUCCESS == status) { UI_DISPLAY(("UI_EVENT: MDGA got com settings for server %s -", server->serverSettings.serviceName)); UI_DISPLAY(("UI_EVENT: MDGA baudrate 0x%02x, data format 0x%02x, flow control 0x%02x, XON 0x%02x, XOFF 0x%02x", comSettings.baudRate, comSettings.dataFormat, comSettings.flowControl, comSettings.xonChar, comSettings.xoffChar)); } else { Report(("MDGA: BTL_MDG_GetComSettings() failed for server %s, status %s", server->serverSettings.serviceName, pBT_Status(status))); } return; } /*------------------------------------------------------------------------------- * MDGA_SetComSettings() * * Processes command 'setcomset'. * * Type: * Synchronous. * * Parameters: * serverIndex - index of the server. * * Returns: * None. */ void MDGA_SetComSettings(U8 serverIndex, SppComSettings *comSettings) { BtStatus status; MdgaServer *server = &mdgaServers[serverIndex]; status = BTL_MDG_SetComSettings(server->serverContext, comSettings); if (BT_STATUS_SUCCESS == status) { UI_DISPLAY(("UI_EVENT: MDGA set com settings for server %s -", server->serverSettings.serviceName)); UI_DISPLAY(("UI_EVENT: MDGA baudrate 0x%02x, data format 0x%02x, flow control 0x%02x, XON 0x%02x, XOFF 0x%02x, parm mask 0x%04x", comSettings->baudRate, comSettings->dataFormat, comSettings->flowControl, comSettings->xonChar, comSettings->xoffChar, comSettings->parmMask)); } else if ((BT_STATUS_PENDING != status) && (BT_STATUS_IN_PROGRESS != status)) { Report(("MDGA: BTL_MDG_GetComSettings() failed for server %s, status %s", server->serverSettings.serviceName, pBT_Status(status))); } return; } /*------------------------------------------------------------------------------- * MDGA_GetConnectedDevice() * * Processes command 'getcondev'. * * Type: * Synchronous. * * Parameters: * serverIndex - index of the server. * * Returns: * None. */ void MDGA_GetConnectedDevice(U8 serverIndex) { BtStatus status; BD_ADDR bdAddr; char addr[BDADDR_NTOA_SIZE]; MdgaServer *server = &mdgaServers[serverIndex]; status = BTL_MDG_GetConnectedDevice(server->serverContext, &bdAddr); if (BT_STATUS_SUCCESS == status) { UI_DISPLAY(("UI_EVENT: MDGA server %s is connected to %s", server->serverSettings.serviceName, bdaddr_ntoa((const BD_ADDR *)&bdAddr, addr))); } else { Report(("MDGA: MdgaGetConnectedDevice() failed for server %s, status %s", server->serverSettings.serviceName, pBT_Status(status))); } return; } /*------------------------------------------------------------------------------- * MDGA_TerminateDataCall() * * Processes command 'termdatacall'. * * Type: * Synchronous. * * Parameters: * None. * * Returns: * None. */ void MDGA_TerminateDataCall() { return; } /*------------------------------------------------------------------------------- * mfw_btips_mdgCallback() * * Callback function for receiving BTL MDG events. * * Type: * Synchronous. * * Parameters: * parms - received event. * * Returns: * None. */ void mfw_btips_mdgCallback(const BtlMdgCallbackParms *parms) { BtStatus status; MdgaServer *server; int idx; TRACE_EVENT_P1("mfw_btips_mdgCallback - %d", parms->event); /* Find a server according to given BTL MDG context */ for (idx = 0, server=&mdgaServers[0]; idx<MDGA_NUM_SERVERS; idx++, server++) { if (server->serverContext == parms->serverContext) { break; } } /* Check whether we found a port in array of clients */ if (MDGA_NUM_SERVERS == idx) { /* Server is not found */ Report(("MDGA: server's context is unknown")); return; } /* Display received event and server's service name */ UI_DISPLAY(("UI_EVENT: MDGA received event %s for server %s", MdgaEventName(parms->event), server->serverSettings.serviceName)); /* Change port's state according to event */ switch(parms->event) { case BTL_MDG_SERVER_EVENT_ENABLED: server->state = MDGA_SERVER_STATE_ENABLED; break; case BTL_MDG_SERVER_EVENT_DISABLED: if (MDGA_SERVER_STATE_DISABLING == server->state) { /* Destroy MDG server */ status = BTL_MDG_Destroy(&server->serverContext); if (BT_STATUS_SUCCESS != status) { Report(("MDGA: BTL_MDG_Destroy() failed, status %s", pBT_Status(status))); } else { server->state = MDGA_SERVER_STATE_NONE; UI_DISPLAY(("MDGA: server %s disabled", server->serverSettings.serviceName)); } } break; case BTL_MDG_SERVER_EVENT_DT_CONNECTED: if (MDGA_SERVER_STATE_MODEM_CONNECTED == server->state) { server->state = MDGA_SERVER_STATE_CONNECTED; } else { server->state = MDGA_SERVER_STATE_DT_CONNECTED; } break; case BTL_MDG_SERVER_EVENT_DT_DISCONNECTED: if (MDGA_SERVER_STATE_CONNECTED == server->state) { server->state = MDGA_SERVER_STATE_MODEM_CONNECTED; } else if (MDGA_SERVER_STATE_DISABLING != server->state) { server->state = MDGA_SERVER_STATE_ENABLED; } break; case BTL_MDG_SERVER_EVENT_MODEM_CONNECTED: if (MDGA_SERVER_STATE_DT_CONNECTED == server->state) { server->state = MDGA_SERVER_STATE_CONNECTED; } else { server->state = MDGA_SERVER_STATE_DT_CONNECTED; } break; case BTL_MDG_SERVER_EVENT_MODEM_DISCONNECTED: if (MDGA_SERVER_STATE_CONNECTED == server->state) { server->state = MDGA_SERVER_STATE_DT_CONNECTED; } else if (MDGA_SERVER_STATE_DISABLING != server->state) { server->state = MDGA_SERVER_STATE_ENABLED; } break; default: break; } /* Display server's new state */ Report(("MDGA: %s server's state %s", server->serverSettings.serviceName, MdgaStateName(server->state))); } /*------------------------------------------------------------------------------- * MdgaEventName() * * Gets event's name. * * Type: * Synchronous. * * Parameters: * mdgEvent - event. * * Returns: * String with event's name. */ static const char *MdgaEventName(BtlMdgServerEvent mdgEvent) { switch (mdgEvent) { case BTL_MDG_SERVER_EVENT_INITIALIZED: return "BTL_MDG_SERVER_EVENT_INITIALIZED"; case BTL_MDG_SERVER_EVENT_DEINITIALIZED: return "BTL_MDG_SERVER_EVENT_DEINITIALIZED"; case BTL_MDG_SERVER_EVENT_ENABLED: return "BTL_MDG_SERVER_EVENT_ENABLED"; case BTL_MDG_SERVER_EVENT_DISABLED: return "BTL_MDG_SERVER_EVENT_DISABLED"; case BTL_MDG_SERVER_EVENT_DT_CONNECTED: return "BTL_MDG_SERVER_EVENT_DT_CONNECTED"; case BTL_MDG_SERVER_EVENT_DT_DISCONNECTED: return "BTL_MDG_SERVER_EVENT_DT_DISCONNECTED"; case BTL_MDG_SERVER_EVENT_MODEM_CONNECTED: return "BTL_MDG_SERVER_EVENT_MODEM_CONNECTED"; case BTL_MDG_SERVER_EVENT_MODEM_DISCONNECTED: return "BTL_MDG_SERVER_EVENT_MODEM_DISCONNECTED"; default: return "MDGA: server received unknown event"; } } /*------------------------------------------------------------------------------- * MdgaStateName() * * Gets state's name. * * Type: * Synchronous. * * Parameters: * state - server's state. * * Returns: * String with state's name. */ static const char *MdgaStateName(int state) { switch (state) { case MDGA_SERVER_STATE_NONE: return "MDGA_SERVER_STATE_NONE"; case MDGA_SERVER_STATE_ENABLED: return "MDGA_SERVER_STATE_ENABLED"; case MDGA_SERVER_STATE_DISABLING: return "MDGA_SERVER_STATE_DISABLING"; case MDGA_SERVER_STATE_DT_CONNECTED: return "MDGA_SERVER_STATE_DT_CONNECTED"; case MDGA_SERVER_STATE_MODEM_CONNECTED: return "MDGA_SERVER_STATE_MODEM_CONNECTED"; case MDGA_SERVER_STATE_CONNECTED: return "MDGA_SERVER_STATE_CONNECTED"; default: return "MDG server unknown state"; } } #endif