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/******************************************************************************
Copyright 2016 - 2019 Intel Corporation
Copyright 2015 - 2016 Lantiq Beteiligungs-GmbH & Co. KG
Copyright 2009 - 2014 Lantiq Deutschland GmbH
Copyright 2007 - 2008 Infineon Technologies AG
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For licensing information, see the file 'LICENSE' in the root folder of
this software module.
******************************************************************************/
/** \file
VRX specific DSL CLI, access function implementation
*/
#include "dsl_cpe_control.h"
#if defined(INCLUDE_DSL_CPE_API_VRX)
#include "dsl_cpe_cli.h"
#include "drv_dsl_cpe_api.h"
#include "drv_dsl_cpe_api_ioctl.h"
/* MEI CPE driver specific headers*/
#include "drv_mei_cpe_interface.h"
#ifdef INCLUDE_DSL_CPE_CLI_SUPPORT
#include "dsl_cpe_bnd_vrx.h"
#undef DSL_CCA_DBG_BLOCK
#define DSL_CCA_DBG_BLOCK DSL_CCA_DBG_CLI
extern const char *sFailureReturn;
/* for debugging: */
#ifdef DSL_CLI_LOCAL
#undef DSL_CLI_LOCAL
#endif
#if 0
#define DSL_CLI_LOCAL
#else
#define DSL_CLI_LOCAL static
#endif
static const DSL_char_t g_sDms[] =
#ifndef DSL_CPE_DEBUG_DISABLE
"Long Form: %s" DSL_CPE_CRLF
"Short Form: %s" DSL_CPE_CRLF
DSL_CPE_CRLF
"Input Parameter" DSL_CPE_CRLF
"%s"
"- DSL_uint16_t nMsgID (hex)" DSL_CPE_CRLF
"- DSL_uint16_t nIndex (hex)" DSL_CPE_CRLF
"- DSL_uint16_t nLength (hex)" DSL_CPE_CRLF
"- DSL_uint16_t nPayload[0-256] (hex, for 32-bit messages payload contains maximum 128 32-bit values, leading 0's can be skipped)" DSL_CPE_CRLF
DSL_CPE_CRLF
"Output Parameter" DSL_CPE_CRLF
"- DSL_Error_t nReturn" DSL_CPE_CRLF
"%s"
"- DSL_uint16_t nMsgID (hex)" DSL_CPE_CRLF
"- DSL_uint16_t nIndex (hex)" DSL_CPE_CRLF
"- DSL_uint16_t nLength (hex)" DSL_CPE_CRLF
"- DSL_uint16_t nPayload[256] (hex, for 32-bit messages payload contains maximum 128 32-bit values)" DSL_CPE_CRLF
DSL_CPE_CRLF "";
#else
"";
#endif
DSL_CLI_LOCAL DSL_int_t DSL_CPE_CLI_DBG_DeviceMessageSend(
DSL_int_t fd,
DSL_char_t *pCommands,
DSL_CPE_File_t *out)
{
/* maximum message size includinf ID, Index and Length field */
#define VRX_MSG_LEN 262
/**
This bit of the Message ID identifies 32 bit aligned TC messages */
#define VDSL2_MBX_MSG_ID_IFX_MASK 0x0010
DSL_int_t ret = 0;
DSL_DeviceMessage_t DevMsg;
DSL_uint8_t msg[VRX_MSG_LEN];
DSL_uint16_t *pMsg16 = (DSL_uint16_t*)&msg[0];
DSL_uint16_t const *pMsgId = (DSL_uint16_t*)&msg[0];
DSL_uint32_t *pMsg32 = (DSL_uint32_t*)&msg[6];
DSL_char_t *pChar;
DSL_uint32_t nParam = 0;
DSL_uint32_t i = 0;
DSL_boolean_t bXtcMsg = DSL_FALSE;
if (pCommands == DSL_NULL)
{
DSL_CPE_FPrintf(out, DSL_CPE_RET DSL_CPE_CRLF ,
DSL_CPE_RET_VAL(DSL_ERROR));
return -1;
}
if (DSL_CPE_CLI_CheckParamNumber(pCommands, 3, DSL_CLI_MIN) == DSL_FALSE)
{
return -1;
}
pChar = pCommands;
/* get MsgId, Index and Length parameter */
while (pChar != DSL_NULL)
{
/* Extract next parameter */
if (sscanf(pChar, "%x", &nParam) > 0)
{
i += 2;
*pMsg16 = (DSL_uint16_t)nParam;
/* Find next parameter */
pChar = strpbrk( pChar, " ");
if (pChar != DSL_NULL)
{
pChar++;
pMsg16++;
}
else
{
break;
}
}
else
{
break;
}
if (i >= 6) break;
}
/* decide on the MsgId wether to treat 16 or 32bit params */
if (*pMsgId & VDSL2_MBX_MSG_ID_IFX_MASK)
bXtcMsg = DSL_TRUE;
while (pChar != DSL_NULL)
{
/* Extract next parameter */
if (sscanf(pChar, "%x", &nParam) > 0)
{
if (bXtcMsg == DSL_TRUE)
{
i += 4;
*pMsg32 = (DSL_uint32_t)nParam;
}
else
{
i += 2;
*pMsg16 = (DSL_uint16_t)nParam;
}
/* Find next parameter */
pChar = strpbrk( pChar, " ");
if (pChar != DSL_NULL)
{
pChar++;
if (bXtcMsg == DSL_TRUE)
pMsg32++;
else
pMsg16++;
}
else
{
break;
}
}
else
{
break;
}
if (i >= VRX_MSG_LEN) break;
}
if ( (i > 0) && (i < VRX_MSG_LEN) )
{
/* Firmware message must consist of MsgID and two parameters minimum (6 bytes)*/
if (i < 6)
{
DSL_CPE_FPrintf(out, DSL_CPE_RET"(firmware message has to be at least 3 "
"hex parameters long - '0x' does not have to be written)" DSL_CPE_CRLF ,
DSL_CPE_RET_VAL(DSL_ERROR));
return -1;
}
else
{
memset(&DevMsg, 0x0, sizeof(DSL_DeviceMessage_t));
DevMsg.data.pMsg = (DSL_uint8_t*)&msg;
DevMsg.data.nSizeTx = (DSL_uint16_t)i;
DevMsg.data.nSizeRx = (DSL_uint16_t)VRX_MSG_LEN;
ret = DSL_CPE_Ioctl (fd, DSL_FIO_DBG_DEVICE_MESSAGE_SEND, (int) &DevMsg);
if ((ret < 0) && (DevMsg.accessCtl.nReturn < DSL_SUCCESS))
{
DSL_CPE_FPrintf (out, sFailureReturn, DSL_CPE_RET_VAL(ret));
return ret;
}
else
{
DSL_CPE_FPrintf(out, DSL_CPE_RET"nData=\"", DSL_CPE_RET_VAL(ret));
pMsg16 = (DSL_uint16_t*)&msg[0];
pMsg32 = (DSL_uint32_t*)&msg[6];
/* print Msg ID, Index and Length*/
DSL_CPE_FPrintf(out, "%04X ", *pMsg16 );
pMsg16++;
DSL_CPE_FPrintf(out, "%04X ", *pMsg16 );
pMsg16++;
DSL_CPE_FPrintf(out, "%04X ", *pMsg16 );
pMsg16++;
i = 6;
if (bXtcMsg == DSL_TRUE)
{
while (i < DevMsg.data.nSizeRx)
{
DSL_CPE_FPrintf(out, "%08X ", *pMsg32 );
pMsg32++;
i += 4;
}
}
else
{
while (i < DevMsg.data.nSizeRx)
{
DSL_CPE_FPrintf(out, "%04X ", *pMsg16 );
pMsg16++;
i += 2;
}
}
DSL_CPE_FPrintf(out, "\"" DSL_CPE_CRLF);
return 0;
}
}
}
else
{
DSL_CPE_FPrintf(out, "DSL: error during processing of message data." DSL_CPE_CRLF );
ret = -1;
}
return ret;
}
static const DSL_char_t g_sDmms[] =
#ifndef DSL_CPE_DEBUG_DISABLE
"Long Form: %s" DSL_CPE_CRLF
"Short Form: %s" DSL_CPE_CRLF
DSL_CPE_CRLF
"Input Parameter" DSL_CPE_CRLF
"%s"
"- DSL_uint16_t nMsgID (hex)" DSL_CPE_CRLF
"- DSL_uint16_t nIndex (hex)" DSL_CPE_CRLF
"- DSL_uint16_t nLength (hex, N)" DSL_CPE_CRLF
"- DSL_uint16_t nPayload[0-256] (hex, <data_1> <mask_1> ... <data_N> <mask_N>)" DSL_CPE_CRLF
DSL_CPE_CRLF
"Output Parameter" DSL_CPE_CRLF
"- DSL_Error_t nReturn" DSL_CPE_CRLF
"%s"
"- DSL_uint16_t nMsgID (hex)" DSL_CPE_CRLF
"- DSL_uint16_t nIndex (hex)" DSL_CPE_CRLF
"- DSL_uint16_t nLength (hex)" DSL_CPE_CRLF
"- DSL_uint16_t nPayload[256] (hex, for 32-bit messages payload contains maximum 128 32-bit values)" DSL_CPE_CRLF
DSL_CPE_CRLF "";
#else
"";
#endif
DSL_CLI_LOCAL DSL_int_t DSL_CPE_CLI_DBG_DeviceMessageModifySend(
DSL_int_t fd,
DSL_char_t *pCommands,
DSL_CPE_File_t *out)
{
/* maximum mask size */
#define VRX_MASK_LEN (VRX_MSG_LEN - 6 /*message header size = 6*/)
DSL_int_t ret = 0;
DSL_DeviceMessageModify_t DevMsg;
DSL_uint8_t msg[VRX_MSG_LEN];
DSL_uint16_t *pMsg16 = (DSL_uint16_t*)&msg[0];
DSL_uint16_t const *pMsgId = (DSL_uint16_t*)&msg[0];
DSL_uint32_t *pMsg32 = (DSL_uint32_t*)&msg[6];
DSL_uint8_t msk[VRX_MASK_LEN];
DSL_uint16_t *pMask16 = (DSL_uint16_t*)&msk[0];
DSL_uint32_t *pMask32 = (DSL_uint32_t*)&msk[0];
DSL_char_t *pChar;
DSL_uint32_t nParam = 0;
DSL_uint32_t i = 0;
DSL_boolean_t bXtcMsg = DSL_FALSE;
DSL_boolean_t bProcMask = DSL_FALSE;
if (pCommands == DSL_NULL)
{
DSL_CPE_FPrintf(out, DSL_CPE_RET DSL_CPE_CRLF ,
DSL_CPE_RET_VAL(DSL_ERROR));
return -1;
}
if (DSL_CPE_CLI_CheckParamNumber(pCommands, 3, DSL_CLI_MIN) == DSL_FALSE)
{
return -1;
}
pChar = pCommands;
memset(msg,0,VRX_MSG_LEN);
memset(msk,0,VRX_MASK_LEN);
/* get MsgId, Index and Length parameter */
while (pChar != DSL_NULL)
{
/* Extract next parameter */
if (sscanf(pChar, "%x", &nParam) > 0)
{
i += 2;
*pMsg16 = (DSL_uint16_t)nParam;
/* Find next parameter */
pChar = strpbrk( pChar, " ");
if (pChar != DSL_NULL)
{
pChar++;
pMsg16++;
}
else
{
break;
}
}
else
{
break;
}
if (i >= 6) break;
}
/* decide on the MsgId wether to treat 16 or 32bit params */
if (*pMsgId & VDSL2_MBX_MSG_ID_IFX_MASK)
bXtcMsg = DSL_TRUE;
while (pChar != DSL_NULL)
{
/* Extract next parameter */
if (sscanf(pChar, "%x", &nParam) > 0)
{
if (bProcMask == DSL_TRUE)
{
if (bXtcMsg == DSL_TRUE)
{
*pMask32 = (DSL_uint32_t)nParam;
pMask32++;
}
else
{
*pMask16 = (DSL_uint16_t)nParam;
pMask16++;
}
bProcMask = DSL_FALSE;
} else
{
if (bXtcMsg == DSL_TRUE)
{
i += 4;
*pMsg32 = (DSL_uint32_t)nParam;
pMsg32++;
}
else
{
i += 2;
*pMsg16 = (DSL_uint16_t)nParam;
pMsg16++;
}
bProcMask = DSL_TRUE;
}
/* Find next parameter */
pChar = strpbrk( pChar, " ");
if (pChar != DSL_NULL)
{
pChar++;
}
else
{
break;
}
} else
{
break;
}
if (i >= VRX_MSG_LEN) break;
}
if ( (i > 0) && (i < VRX_MSG_LEN) )
{
/* Firmware message must consist of MsgID and two parameters minimum (6 bytes)*/
if (i < 6)
{
DSL_CPE_FPrintf(out, DSL_CPE_RET"(firmware message has to be at least 3 "
"hex parameters long - '0x' does not have to be written)" DSL_CPE_CRLF ,
DSL_CPE_RET_VAL(DSL_ERROR));
return -1;
}
else
{
memset(&DevMsg, 0x0, sizeof(DSL_DeviceMessageModify_t));
DevMsg.data.pMsg = (DSL_uint8_t*)&msg;
DevMsg.data.pMsgMask= (DSL_uint8_t*)&msk;
DevMsg.data.nSizeTx = (DSL_uint16_t)i;
DevMsg.data.nSizeRx = (DSL_uint16_t)VRX_MSG_LEN;
ret = DSL_CPE_Ioctl (fd, DSL_FIO_DBG_DEVICE_MESSAGE_MODIFY_SEND, (int) &DevMsg);
if ((ret < 0) && (DevMsg.accessCtl.nReturn < DSL_SUCCESS))
{
DSL_CPE_FPrintf (out, sFailureReturn, DSL_CPE_RET_VAL(ret));
return ret;
}
else
{
/*Check that all data values passed with mask*/
if (bProcMask == DSL_TRUE)
{
DSL_CPE_FPrintf(out,"Last data value passed without mask."DSL_CPE_CRLF);
ret = DSL_WRN_CONFIG_PARAM_IGNORED;
} else
{
ret = 0;
}
DSL_CPE_FPrintf(out, DSL_CPE_RET"nData=\"", DSL_CPE_RET_VAL(ret));
pMsg16 = (DSL_uint16_t*)&msg[0];
pMsg32 = (DSL_uint32_t*)&msg[6];
/* print Msg ID, Index and Length*/
DSL_CPE_FPrintf(out, "%04X ", *pMsg16 );
pMsg16++;
DSL_CPE_FPrintf(out, "%04X ", *pMsg16 );
pMsg16++;
DSL_CPE_FPrintf(out, "%04X ", *pMsg16 );
pMsg16++;
i = 6;
if (bXtcMsg == DSL_TRUE)
{
while (i < DevMsg.data.nSizeRx)
{
DSL_CPE_FPrintf(out, "%08X ", *pMsg32 );
pMsg32++;
i += 4;
}
}
else
{
while (i < DevMsg.data.nSizeRx)
{
DSL_CPE_FPrintf(out, "%04X ", *pMsg16 );
pMsg16++;
i += 2;
}
}
DSL_CPE_FPrintf(out, "\"" DSL_CPE_CRLF);
return 0;
}
}
}
else
{
DSL_CPE_FPrintf(out, "DSL: error during processing of message data." DSL_CPE_CRLF );
ret = -1;
}
return ret;
}
static const DSL_char_t g_sAufg[] =
#ifndef DSL_CPE_DEBUG_DISABLE
"Long Form: %s" DSL_CPE_CRLF
"Short Form: %s" DSL_CPE_CRLF
DSL_CPE_CRLF
"%s"
"Output Parameter" DSL_CPE_CRLF
"- DSL_Error_t nReturn" DSL_CPE_CRLF
"%s"
"- DSL_char_t xdsl_firmware[1-256]" DSL_CPE_CRLF
/*TODO: Handle OnChipBonding */
#if defined(INCLUDE_DSL_BONDING)
"- DSL_char_t xdsl_firmware2[1-256]"DSL_CPE_CRLF
#endif
DSL_CPE_CRLF "";
#else
"";
#endif
DSL_CLI_LOCAL DSL_int_t DSL_CPE_CLI_AutobootUsedFirmwareGet(
DSL_int_t fd,
DSL_char_t *pCommands,
DSL_CPE_File_t *out)
{
DSL_int_t ret = 0;
DSL_CPE_Control_Context_t *pCtrlCtx = DSL_NULL;
if (DSL_CPE_CLI_CheckParamNumber(pCommands, 0, DSL_CLI_EQUALS) == DSL_FALSE)
{
return -1;
}
pCtrlCtx = DSL_CPE_GetGlobalContext();
if(pCtrlCtx == DSL_NULL)
{
DSL_CPE_FPrintf (out, sFailureReturn, DSL_CPE_RET_VAL(-1));
return -1;
}
if (DSL_CPE_LINES_PER_DEVICE == 2)
{
DSL_CPE_FPrintf (out,
DSL_CPE_RET"xdsl_firmware=%s xdsl_firmware2=%s" DSL_CPE_CRLF,
DSL_CPE_RET_VAL(ret),
g_sFirmwareName1 != DSL_NULL ? g_sFirmwareName1 : "n/a",
g_sFirmwareName2 != DSL_NULL ? g_sFirmwareName2 : "n/a");
}
else
{
DSL_CPE_FPrintf (out,
DSL_CPE_RET"xdsl_firmware=%s" DSL_CPE_CRLF,
DSL_CPE_RET_VAL(ret),
g_sFirmwareName1 != DSL_NULL ? g_sFirmwareName1 : "n/a");
}
return 0;
}
static const DSL_char_t g_sAlf[] =
#ifndef DSL_CPE_DEBUG_DISABLE
"Long Form: %s" DSL_CPE_CRLF
"Short Form: %s" DSL_CPE_CRLF
DSL_CPE_CRLF
"Input Parameter" DSL_CPE_CRLF
"%s"
"- DSL_char_t xdsl_firmware[1-256] (Attention: Use absolute firmware path only"DSL_CPE_CRLF
/*TODO: Handle On chip bonding */
#if defined(INCLUDE_DSL_BONDING)
"- DSL_char_t xdsl_firmware2[1-256] (Attention: Use absolute firmware path only"DSL_CPE_CRLF
#endif
DSL_CPE_CRLF
"Output Parameter" DSL_CPE_CRLF
"- DSL_Error_t nReturn" DSL_CPE_CRLF
"%s"
DSL_CPE_CRLF "";
#else
"";
#endif
DSL_CLI_LOCAL DSL_int_t DSL_CPE_CLI_AutobootLoadFirmware(
DSL_int_t fd,
DSL_char_t *pCommands,
DSL_CPE_File_t *out)
{
DSL_int_t ret = 0;
DSL_char_t sFirmwareName1[256] = { 0 };
DSL_char_t *pcFw = DSL_NULL;
DSL_char_t *pcFw2 = DSL_NULL;
DSL_char_t sFirmwareName2[256] = { 0 };
#ifdef INCLUDE_FW_REQUEST_SUPPORT
DSL_AutobootControl_t autobootCtrl;
DSL_AutobootStatus_t AutobootStatus;
#endif /* INCLUDE_FW_REQUEST_SUPPORT*/
DSL_uint32_t nDevice = 0;
DSL_CPE_Control_Context_t *pCtrlCtx = DSL_NULL;
memset(&autobootCtrl, 0x00, sizeof(DSL_AutobootControl_t));
memset(&AutobootStatus, 0x00, sizeof(DSL_AutobootStatus_t));
if (DSL_CPE_LINES_PER_DEVICE == 2)
{
if (DSL_CPE_CLI_CheckParamNumber(pCommands, 2, DSL_CLI_EQUALS) == DSL_FALSE)
{
return -1;
}
}
else
{
if (DSL_CPE_CLI_CheckParamNumber(pCommands, 1, DSL_CLI_EQUALS) == DSL_FALSE)
{
return -1;
}
}
if (DSL_CPE_LINES_PER_DEVICE == 2)
{
sscanf (pCommands, "%256s %256s", sFirmwareName1, sFirmwareName2);
}
else
{
sscanf (pCommands, "%256s", sFirmwareName1);
}
/* Get first (default) firmware binary. */
if (strlen(sFirmwareName1) > 0)
{
if ( strcmp(sFirmwareName1, ".") != 0 )
{
pcFw = &sFirmwareName1[0];
/* Update link to the first (default) FW binary. */
if (pcFw)
{
if (g_sFirmwareName1 != DSL_NULL)
{
DSL_CPE_Free(g_sFirmwareName1);
}
g_sFirmwareName1 = DSL_CPE_Malloc (strlen (pcFw) + 1);
if (g_sFirmwareName1)
{
memset(g_sFirmwareName1, 0, strlen (pcFw) + 1);
cpe_control_strncpy_s(g_sFirmwareName1, strlen (pcFw) + 1, pcFw, strlen (pcFw));
}
DSL_CPE_FwFeaturesGet(g_sFirmwareName1, &g_nFwFeatures1);
}
}
}
/* Get second (on-chip bonding) firmware binary. */
if (DSL_CPE_LINES_PER_DEVICE == 2 && strlen(sFirmwareName2) > 0)
{
pcFw2 = &sFirmwareName2[0];
/* Update link to the second (on-chip bonding) FW binary. */
if (pcFw2)
{
if (g_sFirmwareName2 != DSL_NULL)
{
DSL_CPE_Free(g_sFirmwareName2);
}
g_sFirmwareName2 = DSL_CPE_Malloc (strlen (pcFw2) + 1);
if (g_sFirmwareName2)
{
memset(g_sFirmwareName2, 0, strlen (pcFw2) + 1);
cpe_control_strncpy_s(g_sFirmwareName2, strlen (pcFw2) + 1, pcFw2, strlen (pcFw2));
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}
DSL_CPE_FwFeaturesGet(g_sFirmwareName2, &g_nFwFeatures2);
}
}
pCtrlCtx = DSL_CPE_GetGlobalContext();
if(pCtrlCtx == DSL_NULL)
{
DSL_CPE_FPrintf (out, sFailureReturn, DSL_CPE_RET_VAL(-1));
return -1;
}
DSL_CPE_Fd2DevNum(fd, &nDevice);
pCtrlCtx->bForceFirmwareDownload[nDevice] = DSL_TRUE;
#ifdef INCLUDE_FW_REQUEST_SUPPORT
if (DSL_CPE_LINES_PER_DEVICE < 2)
{
ret = DSL_CPE_Ioctl (fd, DSL_FIO_AUTOBOOT_STATUS_GET, (int) &AutobootStatus);
if ((ret < 0) && (AutobootStatus.accessCtl.nReturn < DSL_SUCCESS))
{
DSL_CPE_FPrintf (out, sFailureReturn, DSL_CPE_RET_VAL(autobootCtrl.accessCtl.nReturn));
return 0;
}
}
if (DSL_CPE_LINES_PER_DEVICE < 2 && ((AutobootStatus.data.nStatus == DSL_AUTOBOOT_STATUS_FW_WAIT &&
AutobootStatus.data.nFirmwareRequestType != DSL_FW_REQUEST_NA) ||
(AutobootStatus.data.nStatus == DSL_AUTOBOOT_STATUS_STOPPED)))
{
ret = DSL_CPE_DownloadFirmware(fd, nDevice, AutobootStatus.data.nFirmwareRequestType,
DSL_PORT_MODE_NA, pcFw, pcFw2);
DSL_CPE_FPrintf (out, DSL_CPE_RET, DSL_CPE_RET_VAL(ret));
if (ret < DSL_SUCCESS)
{
DSL_CPE_FPrintf(out, " (Have you used absolute firmware path?)" DSL_CPE_CRLF);
}
}
else
{
/* Trigger Autoboot restart sequence. FW binary will be requested
from the DSL CPE API driver later*/
autobootCtrl.data.nCommand = DSL_AUTOBOOT_CTRL_RESTART_FULL;
ret = DSL_CPE_Ioctl (fd, DSL_FIO_AUTOBOOT_CONTROL_SET, (int) &autobootCtrl);
if ((ret < 0) && (autobootCtrl.accessCtl.nReturn < DSL_SUCCESS))
{
DSL_CPE_FPrintf (out, sFailureReturn, DSL_CPE_RET_VAL(autobootCtrl.accessCtl.nReturn));
}
else
{
DSL_CPE_FPrintf (out, DSL_CPE_RET DSL_CPE_CRLF, DSL_CPE_RET_VAL(ret));
}
}
#else
ret = DSL_CPE_DownloadFirmware(fd, nDevice, DSL_FW_REQUEST_NA, pcFw, pcFw2);
DSL_CPE_FPrintf (out, DSL_CPE_RET, DSL_CPE_RET_VAL(ret));
if (ret < DSL_SUCCESS)
{
DSL_CPE_FPrintf(out, " (Have you used absolute firmware path?)" DSL_CPE_CRLF);
}
#endif /* INCLUDE_FW_REQUEST_SUPPORT*/
return 0;
}
static const DSL_char_t g_sAlig[] =
#ifndef DSL_CPE_DEBUG_DISABLE
"Long Form: %s" DSL_CPE_CRLF
"Short Form: %s" DSL_CPE_CRLF
DSL_CPE_CRLF
"Input Parameter" DSL_CPE_CRLF
"%s"
"- DSL_XTUDir_t nDirection" DSL_CPE_CRLF
" near end = 0" DSL_CPE_CRLF
" far end = 1" DSL_CPE_CRLF
DSL_CPE_CRLF
"Output Parameter" DSL_CPE_CRLF
"- DSL_Error_t nReturn" DSL_CPE_CRLF
"%s"
"- DSL_AuxLineInventory_t nData[" _MKSTR(DSL_G993_LI_MAXLEN_AUX)"]" DSL_CPE_CRLF
DSL_CPE_CRLF "";
#else
"";
#endif
DSL_CLI_LOCAL DSL_int_t DSL_CPE_CLI_AuxLineInventoryGet(
DSL_int_t fd,
DSL_char_t *pCommands,
DSL_CPE_File_t *out)
{
DSL_int_t ret = 0;
DSL_uint32_t i = 0;
DSL_AuxLineInventory_t pData;
int nDirection = 0;
if (DSL_CPE_CLI_CheckParamNumber(pCommands, 1, DSL_CLI_EQUALS) == DSL_FALSE)
{
return -1;
}
sscanf (pCommands, "%d", &nDirection);
pData.nDirection = nDirection;
memset(&pData, 0x0, sizeof(DSL_AuxLineInventory_t));
ret = DSL_CPE_Ioctl (fd, DSL_FIO_AUX_LINE_INVENTORY_GET, (int) &pData);
if ((ret < 0) && (pData.accessCtl.nReturn < DSL_SUCCESS))
{
DSL_CPE_FPrintf (out, sFailureReturn, DSL_CPE_RET_VAL(pData.accessCtl.nReturn));
}
else
{
DSL_CPE_FPrintf (out, DSL_CPE_RET"nLength=%u nData=\"" DSL_CPE_CRLF,
DSL_CPE_RET_VAL(pData.accessCtl.nReturn),
(unsigned int)pData.data.nLength);
for (i = 0; i < pData.data.nLength; i++)
{
if (i%10 == 0) DSL_CPE_FPrintf ( out, DSL_CPE_CRLF);
DSL_CPE_FPrintf ( out, "%02x ", pData.data.pData[i]);
}
DSL_CPE_FPrintf ( out, "\""DSL_CPE_CRLF);
}
return 0;
}
#define DSL_CPE_CLI_MAX_PROFILES_PER_BANDS 2030
static const DSL_char_t g_sBpsg[] =
#ifndef DSL_CPE_DEBUG_DISABLE
"Long Form: %s" DSL_CPE_CRLF
"Short Form: %s" DSL_CPE_CRLF
DSL_CPE_CRLF
"%s"
"Output Parameter" DSL_CPE_CRLF
"- DSL_Error_t nReturn" DSL_CPE_CRLF
"%s"
"- DSL_uint32_t nBandPlan" DSL_CPE_CRLF
"- DSL_uint32_t nProfile" DSL_CPE_CRLF
"- DSL_boolean_t bSupported" DSL_CPE_CRLF
" false = 0" DSL_CPE_CRLF
" true = 1" DSL_CPE_CRLF
"- ... nParamNr[3] nCount[" _MKSTR(DSL_CPE_CLI_MAX_PROFILES_PER_BANDS) "]" DSL_CPE_CRLF
DSL_CPE_CRLF "";
#else
"";
#endif
DSL_CLI_LOCAL DSL_int_t DSL_CPE_CLI_BandPlanSupportGet(
DSL_int_t fd,
DSL_char_t *pCommands,
DSL_CPE_File_t *out)
{
DSL_int_t ret = 0;
DSL_BandPlanSupport_t *pData = DSL_NULL;
DSL_int_t nBandPlan = 0, nProfile = 0;
if (DSL_CPE_CLI_CheckParamNumber(pCommands, 0, DSL_CLI_EQUALS) == DSL_FALSE)
{
return -1;
}
pData = (DSL_BandPlanSupport_t*)DSL_CPE_Malloc(sizeof(DSL_BandPlanSupport_t));
if (pData == DSL_NULL)
{
DSL_CPE_FPrintf(out, DSL_CPE_RET DSL_CPE_CRLF, DSL_CPE_RET_VAL(DSL_ERR_MEMORY));
return 0;
}
ret = DSL_CPE_Ioctl (fd, DSL_FIO_BAND_PLAN_SUPPORT_GET, (int) pData);
if ((ret < 0) && (pData->accessCtl.nReturn < DSL_SUCCESS))
{
DSL_CPE_FPrintf (out, sFailureReturn, DSL_CPE_RET_VAL(pData->accessCtl.nReturn));
}
else
{
DSL_CPE_FPrintf (out, DSL_CPE_RET DSL_CPE_CRLF, DSL_CPE_RET_VAL(pData->accessCtl.nReturn));
DSL_CPE_FPrintf (out, "nFormat=(nBandPlan(dec),nProfile(dec),bSupported(dec)) nData=\"" DSL_CPE_CRLF);
for (nBandPlan = 0; nBandPlan < DSL_BANDPLAN_LAST; nBandPlan++)
{
for (nProfile = 0; nProfile < DSL_PROFILE_LAST; nProfile++)
{
DSL_CPE_FPrintf (out, "(%02d,%02d,%d) ", nBandPlan, nProfile,
pData->data.bSupported[nBandPlan][nProfile]);
}
DSL_CPE_FPrintf (out, DSL_CPE_CRLF );
}
DSL_CPE_FPrintf(out, "\"" DSL_CPE_CRLF );
}
DSL_CPE_Free(pData);
return 0;
}
static const DSL_char_t g_sBpstg[] =
#ifndef DSL_CPE_DEBUG_DISABLE
"Long Form: %s" DSL_CPE_CRLF
"Short Form: %s" DSL_CPE_CRLF
DSL_CPE_CRLF
"%s"
"Output Parameter" DSL_CPE_CRLF
"- DSL_Error_t nReturn" DSL_CPE_CRLF
"%s"
"- DSL_uint32_t nBandPlan (deprecated)" DSL_CPE_CRLF
" DSL_BANDPLAN_NA = -1" DSL_CPE_CRLF
"- DSL_uint32_t nProfile" DSL_CPE_CRLF
" DSL_PROFILE_8A = 0" DSL_CPE_CRLF
" DSL_PROFILE_8B = 1" DSL_CPE_CRLF
" DSL_PROFILE_8C = 2" DSL_CPE_CRLF
" DSL_PROFILE_8D = 3" DSL_CPE_CRLF
" DSL_PROFILE_12A = 4" DSL_CPE_CRLF
" DSL_PROFILE_12B = 5" DSL_CPE_CRLF
" DSL_PROFILE_17A = 6" DSL_CPE_CRLF
" DSL_PROFILE_30A = 7" DSL_CPE_CRLF
" DSL_PROFILE_35B = 8" DSL_CPE_CRLF
DSL_CPE_CRLF "";
#else
"";
#endif
DSL_CLI_LOCAL DSL_int_t DSL_CPE_CLI_BandPlanStatusGet(
DSL_int_t fd,
DSL_char_t *pCommands,
DSL_CPE_File_t *out)
{
DSL_int_t ret = 0;
DSL_BandPlanStatus_t pData;
if (DSL_CPE_CLI_CheckParamNumber(pCommands, 0, DSL_CLI_EQUALS) == DSL_FALSE)
{
return -1;
}
memset(&pData, 0x0, sizeof(DSL_BandPlanStatus_t));
ret = DSL_CPE_Ioctl (fd, DSL_FIO_BAND_PLAN_STATUS_GET, (int) &pData);
if ((ret < 0) && (pData.accessCtl.nReturn < DSL_SUCCESS))
{
DSL_CPE_FPrintf (out, sFailureReturn, DSL_CPE_RET_VAL(pData.accessCtl.nReturn));
}
else
{
DSL_CPE_FPrintf (out,
DSL_CPE_RET"nBandPlan=%d nProfile=%d" DSL_CPE_CRLF,
DSL_CPE_RET_VAL(pData.accessCtl.nReturn),
pData.data.nBandPlan, pData.data.nProfile);
}
return 0;
}
static const DSL_char_t g_sVig[] =
#ifndef DSL_CPE_DEBUG_DISABLE
"Long Form: %s" DSL_CPE_CRLF
"Short Form: %s" DSL_CPE_CRLF
DSL_CPE_CRLF
"%s"
"Output Parameter" DSL_CPE_CRLF
"- DSL_Error_t nReturn" DSL_CPE_CRLF
"%s"
"- DSL_char_t DSL_DriverVersionApi[" _MKSTR(MAX_INFO_STRING_LEN)"]"DSL_CPE_CRLF
"- DSL_char_t DSL_ChipSetFWVersion[" _MKSTR(MAX_INFO_STRING_LEN)"]"DSL_CPE_CRLF
"- DSL_char_t DSL_ChipSetHWVersion[" _MKSTR(MAX_INFO_STRING_LEN)"]"DSL_CPE_CRLF
"- DSL_char_t DSL_ChipSetType[" _MKSTR(MAX_INFO_STRING_LEN)"]"DSL_CPE_CRLF
"- DSL_char_t DSL_DriverVersionMeiBsp[" _MKSTR(MAX_INFO_STRING_LEN)"]"DSL_CPE_CRLF
"- DSL_HybridType_t nHybridType"DSL_CPE_CRLF
" unknown = -1"DSL_CPE_CRLF
" na = 0"DSL_CPE_CRLF
" pots = 1"DSL_CPE_CRLF
" isdn_b = 2"DSL_CPE_CRLF
" isdn_bj = 3"DSL_CPE_CRLF
" universal_vrx500 = 4"DSL_CPE_CRLF
DSL_CPE_CRLF "";
#else
"";
#endif
DSL_CLI_LOCAL DSL_int_t DSL_CPE_CLI_VersionInformationGet(
DSL_int_t fd,
DSL_char_t *pCommands,
DSL_CPE_File_t *out)
{
DSL_int_t ret = 0;
DSL_VersionInformation_t pData;
DSL_CPE_Control_Context_t *pCtrlCtx = DSL_NULL;
DSL_char_t pAppPatch[8];
if (DSL_CPE_CLI_CheckParamNumber(pCommands, 0, DSL_CLI_EQUALS) == DSL_FALSE)
{
return -1;
}
memset(&pData, 0x0, sizeof(DSL_VersionInformation_t));
ret = DSL_CPE_Ioctl (fd, DSL_FIO_VERSION_INFORMATION_GET, (int) &pData);
if ((ret < 0) && (pData.accessCtl.nReturn < DSL_SUCCESS))
{
DSL_CPE_FPrintf (out, sFailureReturn, DSL_CPE_RET_VAL(ret));
}
else
{
pCtrlCtx = DSL_CPE_GetGlobalContext();
if(pCtrlCtx == DSL_NULL)
{
DSL_CPE_FPrintf (out, sFailureReturn, DSL_CPE_RET_VAL(-1));
return -1;
}
if ((pCtrlCtx->driverVer.nMajor != pCtrlCtx->applicationVer.nMajor) ||
(pCtrlCtx->driverVer.nMinor != pCtrlCtx->applicationVer.nMinor))
{
pData.accessCtl.nReturn = DSL_WRN_VERSION_INCOMPATIBLE;
}
pAppPatch[0] = 0;
#ifndef DISABLE_DSL_PATCH_VERSION
if (pCtrlCtx->applicationVer.nPatch != 0)
{
snprintf (pAppPatch, sizeof(pAppPatch), "%spa%d", (pCtrlCtx->driverVer.nPatch == 0) ? "-" : "",
pCtrlCtx->applicationVer.nPatch);
}
#endif /*#ifndef DISABLE_DSL_PATCH_VERSION*/
DSL_CPE_FPrintf (out,
DSL_CPE_RET"DSL_DriverVersionApi=%s%s DSL_ChipSetFWVersion=%s "
"DSL_ChipSetHWVersion=%s DSL_ChipSetType=%s DSL_DriverVersionMeiBsp=%s "
"nHybrid=%d"
DSL_CPE_CRLF, DSL_CPE_RET_VAL(pData.accessCtl.nReturn),
pData.data.DSL_DriverVersionApi, pAppPatch,
pData.data.DSL_ChipSetFWVersion, pData.data.DSL_ChipSetHWVersion,
pData.data.DSL_ChipSetType, pData.data.DSL_DriverVersionMeiBsp,
pData.data.nHybridType);