/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
void PrintHKPacket (uint8 source, void *packet)
{
FM_HousekeepingPkt_t *HousekeepingPkt = (FM_HousekeepingPkt_t *) packet;
/* Output the FM housekeeping data */
UTF_put_text("\nFM HOUSEKEEPING DATA:\n");
UTF_put_text("CommandCounter = %d\n", HousekeepingPkt->CommandCounter);
UTF_put_text("CommandErrCounter = %d\n", HousekeepingPkt->CommandErrCounter);
UTF_put_text("NumOpenFiles = %d\n", HousekeepingPkt->NumOpenFiles);
UTF_put_text("ChildCmdCounter = %d\n", HousekeepingPkt->ChildCmdCounter);
UTF_put_text("ChildCmdErrCounter = %d\n", HousekeepingPkt->ChildCmdErrCounter);
UTF_put_text("ChildCmdWarnCounter = %d\n", HousekeepingPkt->ChildCmdWarnCounter);
UTF_put_text("ChildQueueCount = %d\n", HousekeepingPkt->ChildQueueCount);
UTF_put_text("\n");
} /* End of PrintHKPacket() */
/******************************************************************************
** Function: UTF_arg2uint()
**
** Purpose:
** This function converts a string to a unsigned long value.
*/
unsigned long UTF_arg2uint(char *val)
{
unsigned long ret_val;
char *end;
ret_val = strtoul(val, &end, 0);
if (*end != 0)
UTF_put_text("UTF Warning: %s at end of Unsigned Integer Value %s ignored.\n", end, val);
return ret_val;
}
int32 UTF_CFE_SB_Set_Api_Return_Code(int32 ApiIndex, int32 ReturnCode)
{
/* Check that ApiIndex is in the valid range */
if ( (ApiIndex >= NUM_OF_CFE_SB_API_PROCS ) || (ApiIndex < 0 ) )
{
UTF_put_text("UTF Error: Invalid ApiIndex %d passed to UTF_CFE_SB_Set_Api_Return_Code\n", ApiIndex);
return -1;
}
/* If index is valid, assign return value and report action */
cfe_sb_api_return_value[ApiIndex] = ReturnCode;
if (ReturnCode == UTF_CFE_USE_DEFAULT_RETURN_CODE)
{
UTF_put_text("UTF Info: Return code for CFE SB Api #%d returned to default\n", ApiIndex);
}
else
{
UTF_put_text("UTF Info: Return value for CFE SB Api #%d set to %lx\n", ApiIndex, ReturnCode);
}
return CFE_SUCCESS;
}
void UTF_SCRIPT_LoadTableFromGround(int argc,char *argv[])
{
int debug = 1;
int32 status;
char Table_Name[30], File_Name[50];
if (argc != 3)
{
UTF_error("Error: Read %d args w/script cmd LOAD_TABLE_FROM_GROUND. Expected 2.\n",
argc -1 );
UTF_exit();
}
strcpy(Table_Name,argv[1]);
strcpy(File_Name,argv[2]);
if (debug)
UTF_put_text("UTF_SCRIPT_LoadTableFromGround called for Table_Name = '%s', File_Name = '%s'\n",
Table_Name, File_Name);
status = UTF_TBL_LoadTableFromGround(Table_Name, File_Name);
if (debug) UTF_put_text("UTF_TBL_LoadTableFromGround returned %d", status);
return;
}
/*
** Function Prologue
**
** Function Name: CFE_EVS_SendTimedEvent
**
** Purpose: This routine sends a timed event message, with message ID containing the
** current processor/box and task ID as well as the eventID.
**
** Assumptions and Notes:
** Original routine returns CFE_EVS_ERR or CFE_EVS_ERR_NONE.
*/
int32 CFE_EVS_SendTimedEvent (CFE_TIME_SysTime_t Time, uint16 EventID,
uint16 EventType, const char *Spec, ... )
{
char BigBuf[CFE_EVS_MAX_MESSAGE_LENGTH];
char GTBigBuf[CFE_EVS_MAX_MESSAGE_LENGTH + 2];
va_list Ptr;
CFE_EVS_Packet_t EVS_Packet;
/* Handle Preset Return Code */
if (cfe_evs_api_return_value[CFE_EVS_SENDTIMEDEVENT_PROC] != UTF_CFE_USE_DEFAULT_RETURN_CODE)
{
return cfe_evs_api_return_value[CFE_EVS_SENDTIMEDEVENT_PROC];
}
/* Initialize CCSDS event packet */
CFE_SB_InitMsg(&(EVS_Packet), CFE_EVS_EVENT_MSG_MID, sizeof(CFE_EVS_Packet_t), FALSE);
/* Set the packet timestamp */
CFE_SB_SetMsgTime((CFE_SB_Msg_t *) &EVS_Packet, Time);
EVS_Packet.Message[0] = '\0';
/* Copy message to event packet if long format is enabled */
va_start(Ptr, Spec);
vsnprintf(GTBigBuf, CFE_EVS_MAX_MESSAGE_LENGTH +2, Spec, Ptr);
va_end(Ptr);
if (strlen(GTBigBuf) > CFE_EVS_MAX_MESSAGE_LENGTH)
{
UTF_put_text ("Max Event Message Size Exceeded. Permitted %d; Actual %d\n",
CFE_EVS_MAX_MESSAGE_LENGTH, strlen(GTBigBuf));
}
strncpy(BigBuf,GTBigBuf,CFE_EVS_MAX_MESSAGE_LENGTH);
UTF_put_text("TIMED EVENT: %s\n", BigBuf);
return CFE_SUCCESS;
} /* End CFE_EVS_SendTimedEvent */
int main(void)
{
/*****************************************************/
/* Need to show that CFE_ES_MemHandle_t is available */
/*****************************************************/
CFE_ES_MemHandle_t MyMemHandle;
/*****************************************************/
/* Need to show that CFE_EVS_Packet_t is available */
/*****************************************************/
CFE_EVS_Packet_t MyEVSPacket;
uint8 *MemPtr;
int32 retval;
uint32 HandlePtr;
/********************************/
/* Set up output file */
/********************************/
UTF_set_output_filename("utf_test9.ActualOutput");
MyMemHandle = 5;
strcpy(MyEVSPacket.Message, "Very Important EVS Packet Message");
UTF_put_text("MyMemHandle = %d\n", MyMemHandle);
UTF_put_text("MyEVSPacket.Message = <%s>\n",MyEVSPacket.Message);
/*****************************************************/
/* Need to show that CFE_ES_PoolCreate is available */
/*****************************************************/
MemPtr = (uint8 *)malloc(2000);
retval = CFE_ES_PoolCreate(&HandlePtr, MemPtr, 1000);
UTF_put_text("Call to CFE_ES_PoolCreate returned %d\n", retval);
return 0;
}
/*--------------------------------------------------------------------------------------
Name: UTF_SetSymbolTableEntry
Purpose: Set the next available entry to the contents of the argument
Parameters: UTF_SymbolTable_t - the entry contents to copy to the Symbol Table
Returns: OS_ERROR if the symbol could not be added to the Symbol Table
OS_SUCCESS if the symbol was copied to the symbol table
OS_INVALID_POINTER if the symbol name is null
OS_ERR_NAME_TOO_LONG if the supplied symbol name contains more characters
than allowed
The address of the symbol will be stored in the pointer that is passed in.
---------------------------------------------------------------------------------------*/
int32 UTF_SetSymbolTableEntry (UTF_SymbolTable_t entry)
{
int32 returnStatus=OS_SUCCESS;
boolean openSlotFound=FALSE;
int i;
/* Check argument validity */
if (strlen(entry.symbolName) == 0)
{
UTF_put_text("UTF Info: Null string passed to UTF_SetSymbolTableEntry\n");
return OS_INVALID_POINTER;
}
if (strlen(entry.symbolName) >= OS_MAX_API_NAME)
{
UTF_put_text("UTF Info: Symbol Name too long\n");
return (OS_ERR_NAME_TOO_LONG);
}
/* Copy the entry into the next available slot */
for (i=0; i<UTF_MAX_SYMBOLS; i++)
{
if (symbolTbl[i].RecordUsed == FALSE)
{
openSlotFound = TRUE;
strcpy(symbolTbl[i].symbolName,entry.symbolName);
symbolTbl[i].symbolAddr = entry.symbolAddr;
symbolTbl[i].RecordUsed = TRUE;
break;
}
}
/* If a slot was not found, the Symbol Table is full */
if (openSlotFound == FALSE)
returnStatus = OS_ERROR;
return(returnStatus);
}/* end UTF_SetSymbolTableEntry */
/******************************************************************************
** Function: UTF_put_packet()
**
** Purpose:
** Display a packet.
*/
void UTF_put_packet (uint8 source, CCSDS_PriHdr_t *packet)
{
if (packet_output_disabled[CCSDS_RD_SID(*packet)])
return;
if (custom_packet_handlers[CCSDS_RD_SID(*packet)])
custom_packet_handlers[CCSDS_RD_SID(*packet)](source, packet);
else if (default_packet_handler) {
(*default_packet_handler)(source, packet);
}
else {
UTF_put_packet_header (source, packet);
if (!packet_output_header_only [CCSDS_RD_SID(*packet)])
{
UTF_put_text("PKT:");
UTF_put_data(((void *)packet), (uint16)(CCSDS_RD_LEN(*packet)), UTF_AS_WORD);
}
else {
UTF_put_text("\n");
}
}
}
int main(void)
{
OS_time_t OS_time;
double double_time[10]={0.57, 0.58,
256.51, 256.52, 256.53, 256.57, 256.58,
0.009999,0.009996, 0.009994};
int i;
/********************************/
/* Set up output file */
/********************************/
UTF_set_output_filename("utf_test8.ActualOutput");
UTF_put_text("** Test time hook capability **\n");
UTF_put_text("** Set sim time to 500. **\n");
UTF_set_sim_time(500.0);
OS_GetLocalTime(&OS_time);
UTF_put_text("OS_GetLocalTime returned %lu. Expected 500.\n", OS_time.seconds);
UTF_OSAPI_set_function_hook(OS_GETLOCALTIME_HOOK, time_hook);
UTF_put_text("** Call OS_GetLocalTime 3 times. Expect return values of 501,502,503. **\n");
OS_GetLocalTime(&OS_time);
UTF_put_text("OS_GetLocalTime returned %lu.\n", OS_time.seconds);
OS_GetLocalTime(&OS_time);
UTF_put_text("OS_GetLocalTime returned %lu.\n", OS_time.seconds);
OS_GetLocalTime(&OS_time);
UTF_put_text("OS_GetLocalTime returned %lu.\n", OS_time.seconds);
UTF_put_text("** Test UTF_double_to_hwtime **\n");
for (i=0;i<=9;i++)
{
OS_time = UTF_double_to_hwtime(double_time[i]);
UTF_put_text("UTF_double_to_hwtime returned %lu microsecs for %lf input.\n",
OS_time.microsecs, double_time[i]);
}
exit(0);
}
/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
int32 UTF_CFE_SB_Use_Default_Api_Return_Code(int32 ApiIndex)
{
int32 Success;
/* Check that ApiIndex is in the valid range */
if ( (ApiIndex >= NUM_OF_CFE_SB_API_PROCS ) || (ApiIndex < 0 ) )
{
UTF_put_text("UTF Error: Invalid ApiIndex %d passed to UTF_CFE_SB_Use_Default_Api_Return_Code\n", ApiIndex);
return -1;
}
/* If index is valid, assign return value and report action */
Success = UTF_CFE_SB_Set_Api_Return_Code(ApiIndex, UTF_CFE_USE_DEFAULT_RETURN_CODE);
return Success;
}
/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
void PrintListPacket (uint8 source, void *packet)
{
FM_DirListPkt_t *DirListPkt = (FM_DirListPkt_t *) packet;
int i;
/* Output the FM housekeeping data */
UTF_put_text("\nFM DIRECTORY LIST PACKET:\n");
UTF_put_text("DirName = %s\n", DirListPkt->DirName);
UTF_put_text("TotalFiles = %d\n", DirListPkt->TotalFiles);
UTF_put_text("PacketFiles = %d\n", DirListPkt->PacketFiles);
UTF_put_text("FirstFile = %d\n", DirListPkt->FirstFile);
for (i = 0; i < DirListPkt->PacketFiles; i++)
UTF_put_text("File = %s, Size = %d, Time = %d\n", DirListPkt->FileList[i].EntryName,
DirListPkt->FileList[i].EntrySize,
DirListPkt->FileList[i].ModifyTime);
UTF_put_text("\n");
} /* End of PrintListPacket() */
/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
void PrintInfoPacket (uint8 source, void *packet)
{
FM_FileInfoPkt_t *FileInfoPkt = (FM_FileInfoPkt_t *) packet;
char *ps;
/* Output the FM housekeeping data */
UTF_put_text("\nFM FILE INFO STATUS PACKET:\n");
if (FileInfoPkt->FileStatus == FM_NAME_IS_INVALID) ps = "invalid name";
if (FileInfoPkt->FileStatus == FM_NAME_IS_NOT_IN_USE) ps = "does not exist";
if (FileInfoPkt->FileStatus == FM_NAME_IS_FILE_OPEN) ps = "open file";
if (FileInfoPkt->FileStatus == FM_NAME_IS_FILE_CLOSED) ps = "closed file";
if (FileInfoPkt->FileStatus == FM_NAME_IS_DIRECTORY) ps = "directory";
UTF_put_text("FileStatus = %d, %s\n", FileInfoPkt->FileStatus, ps);
UTF_put_text("CRC_Computed = %d\n", FileInfoPkt->CRC_Computed);
UTF_put_text("CRC = 0x%08X\n", FileInfoPkt->CRC);
UTF_put_text("FileSize = %d\n", FileInfoPkt->FileSize);
UTF_put_text("LastModifiedTime = %d\n", FileInfoPkt->LastModifiedTime);
UTF_put_text("Filename = %s\n", FileInfoPkt->Filename);
UTF_put_text("\n");
} /* End of PrintInfoPacket() */
void TT_AccessCurrentData(void)
{
void *TblPointer;
int32 Status;
CFE_TBL_Manage(TT4_AppData.TblHandle);
Status = CFE_TBL_GetAddress(&TblPointer,TT4_AppData.TblHandle);
if (Status == CFE_TBL_INFO_UPDATED)
{
TT4_AppData.HkPacket.UpdateCount++;
}
UTF_put_text("The current table values are:%d %d %d %d\n",
*(int8*)TblPointer,*(int8*)(TblPointer+1),
*(int8*)(TblPointer+2),*(int8*)(TblPointer+3));
Status = CFE_TBL_ReleaseAddress(TT4_AppData.TblHandle);
} /*TT_AccessCurrentData*/
/******************************************************************************
** Function: UTF_write_sim_address()
**
** Purpose:
** This function writes the data contained in a buffer pointed to by data_ptr
** to a simulated hardware address.
*/
char UTF_write_sim_address(unsigned long int address, unsigned short int num_bytes, void *data_ptr)
{
void *sim_memory_ptr;
if (write_sim_hook == NULL ||
write_sim_hook(address, num_bytes, data_ptr) == FALSE)
{
sim_memory_ptr = UTF_sim_address_lookup(address, num_bytes);
if (sim_memory_ptr != NULL)
{
memcpy(sim_memory_ptr, data_ptr, num_bytes);
return TRUE;
}
else
{
UTF_put_text("Sim Mem Memory Address Not Found 0x%8x\n", address);
return FALSE;
}
}
return TRUE;
}
int32 CFE_PSP_EepromWrite16(uint32 Address, uint16 Data)
{
int32 Status;
/* Handle the Function Hook */
if (UTF_PSP_HookTable.CFE_PSP_EepromWrite16)
return(UTF_PSP_HookTable.CFE_PSP_EepromWrite16(Address,Data));
/* Check that the address is on a 16 bit boundary; the flight code
will return the CFE_PSP_ERROR_ADDRESS_MISALIGNED return code. */
if ((Address % 2) != 0)
{ /* Address is not on 16 bit boundary */
UTF_put_text("Address Not On 16 Bit Boundary: 0x%08x\n", Address);
return (CFE_PSP_ERROR);
}
else
{ /* Address is on 16 bit boundary */
Status = UTF_write_sim_address(Address, 2, &Data);
if(Status == FALSE)
return(CFE_PSP_ERROR);
else
return(CFE_PSP_SUCCESS);
}
}
/*
** Function Prologue
**
** Function Name: CFE_EVS_SendEventWithAppID
**
** Purpose: This routine sends an event message, with message ID containing the current
** processor/box and task ID as well as the eventID. Also forces the user to
** supply an AppID to be sent with the message.
**
** Assumptions and Notes:
*/
int32 CFE_EVS_SendEventWithAppID (uint16 EventID, uint16 EventType,uint32 AppID, const char *Spec, ... )
{
int32 Status = CFE_SUCCESS;
char BigBuf[CFE_EVS_MAX_MESSAGE_LENGTH];
char GTBigBuf[CFE_EVS_MAX_MESSAGE_LENGTH + 2];
va_list Ptr;
/* Handle Preset Return Code */
if (cfe_evs_api_return_value[CFE_EVS_SENDEVENTWITHAPPID_PROC] != UTF_CFE_USE_DEFAULT_RETURN_CODE)
{
return cfe_evs_api_return_value[CFE_EVS_SENDEVENTWITHAPPID_PROC];
}
/* Assume the given AppID is legit */
if (Status == CFE_SUCCESS)
{
/* Copy message to event packet */
va_start(Ptr, Spec);
vsnprintf(GTBigBuf, CFE_EVS_MAX_MESSAGE_LENGTH +2, Spec, Ptr);
va_end(Ptr);
if (strlen(GTBigBuf) > CFE_EVS_MAX_MESSAGE_LENGTH)
{
UTF_put_text ("Max Event Message Size Exceeded. Permitted %d; Actual %d\n",
CFE_EVS_MAX_MESSAGE_LENGTH, strlen(GTBigBuf));
}
strncpy(BigBuf,GTBigBuf,CFE_EVS_MAX_MESSAGE_LENGTH);
if (EventType == CFE_EVS_DEBUG)
UTF_put_text("DEBUG EVENT ID=%d %s\n",EventID, BigBuf);
else if (EventType == CFE_EVS_INFORMATION)
UTF_put_text("INFO EVENT ID=%d %s\n",EventID, BigBuf);
else if (EventType == CFE_EVS_ERROR)
UTF_put_text("ERROR EVENT ID=%d %s\n",EventID, BigBuf);
else if (EventType == CFE_EVS_CRITICAL)
UTF_put_text("CRITICAL EVENT ID=%d %s\n",EventID, BigBuf);
else
UTF_put_text("Invalid Event Type %d ID=%d %s\n",EventType,EventID, BigBuf);
}
return Status;
} /* End CFE_EVS_SendEventWithAppID */
/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
void Test_DumpInEvent(void)
{
MM_DumpInEventCmd_t CmdMsg;
/* Setup the test message header */
CFE_SB_InitMsg(&CmdMsg, MM_CMD_MID, sizeof(MM_DumpInEventCmd_t), TRUE);
UTF_put_text("**********************************************\n");
UTF_put_text("* Memory Dump In Event Message Tests *\n");
UTF_put_text("**********************************************\n");
UTF_put_text("\n");
/*
** Test bad symbol name
*/
UTF_put_text("Test Dump In Event With Bad Symbol Name \n");
UTF_put_text("----------------------------------------\n");
strcpy(CmdMsg.SrcSymAddress.SymName, "BadSymName");
CmdMsg.SrcSymAddress.Offset = 0;
CmdMsg.NumOfBytes = MM_MAX_DUMP_INEVENT_BYTES;
CmdMsg.MemType = MM_RAM;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test dump size zero
*/
UTF_put_text("Test Dump In Event With Dump Size Zero \n");
UTF_put_text("---------------------------------------\n");
CmdMsg.SrcSymAddress.SymName[0] = '\0';
CmdMsg.SrcSymAddress.Offset = SIM_RAM_MEM_ADDR;
CmdMsg.NumOfBytes = 0;
CmdMsg.MemType = MM_RAM;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test dump size too large
*/
UTF_put_text("Test Dump In Event With Dump Size Too Big \n");
UTF_put_text("------------------------------------------\n");
CmdMsg.SrcSymAddress.SymName[0] = '\0';
CmdMsg.SrcSymAddress.Offset = SIM_RAM_MEM_ADDR;
CmdMsg.NumOfBytes = MM_MAX_DUMP_INEVENT_BYTES + 10;
CmdMsg.MemType = MM_RAM;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test dump with invalid RAM address
*/
UTF_put_text("Test Dump In Event With Invalid RAM Address \n");
UTF_put_text("--------------------------------------------\n");
CmdMsg.SrcSymAddress.SymName[0] = '\0';
CmdMsg.SrcSymAddress.Offset = SIM_BAD_MEM_ADDR;
CmdMsg.NumOfBytes = MM_MAX_DUMP_INEVENT_BYTES;
CmdMsg.MemType = MM_RAM;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test dump with invalid EEPROM address
*/
UTF_put_text("Test Dump In Event With Invalid EEPROM Address \n");
UTF_put_text("-----------------------------------------------\n");
CmdMsg.SrcSymAddress.SymName[0] = '\0';
CmdMsg.SrcSymAddress.Offset = SIM_BAD_MEM_ADDR;
CmdMsg.NumOfBytes = MM_MAX_DUMP_INEVENT_BYTES;
CmdMsg.MemType = MM_EEPROM;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test MEM32 dump with misaligned address
*/
UTF_put_text("Test MEM32 Dump In Event With Misaligned Address \n");
UTF_put_text("-------------------------------------------------\n");
CmdMsg.SrcSymAddress.SymName[0] = '\0';
CmdMsg.SrcSymAddress.Offset = SIM_RAM_MEM_ADDR + 3;
CmdMsg.NumOfBytes = MM_MAX_DUMP_INEVENT_BYTES;
CmdMsg.MemType = MM_MEM32;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test MEM32 dump with misaligned data size
*/
UTF_put_text("Test MEM32 Dump In Event With Misaligned Data Size \n");
UTF_put_text("---------------------------------------------------\n");
CmdMsg.SrcSymAddress.SymName[0] = '\0';
CmdMsg.SrcSymAddress.Offset = SIM_RAM_MEM_ADDR;
CmdMsg.NumOfBytes = MM_MAX_DUMP_INEVENT_BYTES - 3;
CmdMsg.MemType = MM_MEM32;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test MEM32 dump with invalid address
*/
UTF_put_text("Test MEM32 Dump In Event With Invalid Address \n");
UTF_put_text("----------------------------------------------\n");
CmdMsg.SrcSymAddress.SymName[0] = '\0';
CmdMsg.SrcSymAddress.Offset = SIM_BAD_MEM_ADDR;
CmdMsg.NumOfBytes = MM_MAX_DUMP_INEVENT_BYTES;
CmdMsg.MemType = MM_MEM32;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test MEM16 dump with misaligned address
*/
UTF_put_text("Test MEM16 Dump In Event With Misaligned Address \n");
UTF_put_text("-------------------------------------------------\n");
CmdMsg.SrcSymAddress.SymName[0] = '\0';
CmdMsg.SrcSymAddress.Offset = SIM_RAM_MEM_ADDR + 3;
CmdMsg.NumOfBytes = MM_MAX_DUMP_INEVENT_BYTES;
CmdMsg.MemType = MM_MEM16;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test MEM16 dump with misaligned data size
*/
UTF_put_text("Test MEM16 Dump In Event With Misaligned Data Size \n");
UTF_put_text("---------------------------------------------------\n");
CmdMsg.SrcSymAddress.SymName[0] = '\0';
CmdMsg.SrcSymAddress.Offset = SIM_RAM_MEM_ADDR;
CmdMsg.NumOfBytes = MM_MAX_DUMP_INEVENT_BYTES - 3;
CmdMsg.MemType = MM_MEM16;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test MEM16 dump with invalid address
*/
UTF_put_text("Test MEM16 Dump In Event With Invalid Address \n");
UTF_put_text("----------------------------------------------\n");
CmdMsg.SrcSymAddress.SymName[0] = '\0';
CmdMsg.SrcSymAddress.Offset = SIM_BAD_MEM_ADDR;
CmdMsg.NumOfBytes = MM_MAX_DUMP_INEVENT_BYTES;
CmdMsg.MemType = MM_MEM16;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test MEM8 dump with invalid address
*/
UTF_put_text("Test MEM8 Dump In Event With Invalid Address \n");
UTF_put_text("---------------------------------------------\n");
CmdMsg.SrcSymAddress.SymName[0] = '\0';
CmdMsg.SrcSymAddress.Offset = SIM_BAD_MEM_ADDR;
CmdMsg.NumOfBytes = MM_MAX_DUMP_INEVENT_BYTES;
CmdMsg.MemType = MM_MEM8;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test dump with invalid memory type
*/
UTF_put_text("Test Dump In Event With Invalid Memory Type \n");
UTF_put_text("--------------------------------------------\n");
CmdMsg.SrcSymAddress.SymName[0] = '\0';
CmdMsg.SrcSymAddress.Offset = SIM_RAM_MEM_ADDR;
CmdMsg.NumOfBytes = MM_MAX_DUMP_INEVENT_BYTES;
CmdMsg.MemType = 0xFF;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test valid RAM dump of maximum size
*/
UTF_put_text("Test RAM Dump In Event Max Bytes \n");
UTF_put_text("---------------------------------\n");
CmdMsg.SrcSymAddress.SymName[0] = '\0';
CmdMsg.SrcSymAddress.Offset = SIM_RAM_MEM_ADDR;
CmdMsg.NumOfBytes = MM_MAX_DUMP_INEVENT_BYTES;
CmdMsg.MemType = MM_RAM;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test valid RAM dump less than maximum size
*/
UTF_put_text("Test RAM Dump In Event Less Than Max Bytes \n");
UTF_put_text("-------------------------------------------\n");
CmdMsg.SrcSymAddress.SymName[0] = '\0';
CmdMsg.SrcSymAddress.Offset = SIM_RAM_MEM_ADDR;
CmdMsg.NumOfBytes = MM_MAX_DUMP_INEVENT_BYTES / 2;
CmdMsg.MemType = MM_RAM;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test valid EEPROM dump of maximum size
*/
UTF_put_text("Test EEPROM Dump In Event Max Bytes \n");
UTF_put_text("------------------------------------\n");
CmdMsg.SrcSymAddress.SymName[0] = '\0';
CmdMsg.SrcSymAddress.Offset = SIM_EEPROM_MEM_ADDR;
CmdMsg.NumOfBytes = MM_MAX_DUMP_INEVENT_BYTES;
CmdMsg.MemType = MM_EEPROM;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test valid EEPROM dump less than maximum size
*/
UTF_put_text("Test EEPROM Dump In Event Less Than Max Bytes \n");
UTF_put_text("----------------------------------------------\n");
CmdMsg.SrcSymAddress.SymName[0] = '\0';
CmdMsg.SrcSymAddress.Offset = SIM_EEPROM_MEM_ADDR;
CmdMsg.NumOfBytes = MM_MAX_DUMP_INEVENT_BYTES / 2;
CmdMsg.MemType = MM_EEPROM;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test valid MEM32 dump of maximum size
*/
UTF_put_text("Test MEM32 Dump In Event Max Bytes \n");
UTF_put_text("-----------------------------------\n");
CmdMsg.SrcSymAddress.SymName[0] = '\0';
CmdMsg.SrcSymAddress.Offset = SIM_RAM_MEM_ADDR;
CmdMsg.NumOfBytes = MM_MAX_DUMP_INEVENT_BYTES;
CmdMsg.MemType = MM_MEM32;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test valid MEM32 dump less than maximum size
*/
UTF_put_text("Test MEM32 Dump In Event Less Than Max Bytes \n");
UTF_put_text("---------------------------------------------\n");
CmdMsg.SrcSymAddress.SymName[0] = '\0';
CmdMsg.SrcSymAddress.Offset = SIM_RAM_MEM_ADDR;
CmdMsg.NumOfBytes = MM_MAX_DUMP_INEVENT_BYTES / 2;
CmdMsg.MemType = MM_MEM32;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test valid MEM16 dump of maximum size
*/
UTF_put_text("Test MEM16 Dump In Event Max Bytes \n");
UTF_put_text("-----------------------------------\n");
CmdMsg.SrcSymAddress.SymName[0] = '\0';
CmdMsg.SrcSymAddress.Offset = SIM_RAM_MEM_ADDR;
CmdMsg.NumOfBytes = MM_MAX_DUMP_INEVENT_BYTES;
CmdMsg.MemType = MM_MEM16;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test valid MEM16 dump less than maximum size
*/
UTF_put_text("Test MEM16 Dump In Event Less Than Max Bytes \n");
UTF_put_text("---------------------------------------------\n");
CmdMsg.SrcSymAddress.SymName[0] = '\0';
CmdMsg.SrcSymAddress.Offset = SIM_RAM_MEM_ADDR;
CmdMsg.NumOfBytes = MM_MAX_DUMP_INEVENT_BYTES / 2;
CmdMsg.MemType = MM_MEM16;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test valid MEM8 dump of maximum size
*/
UTF_put_text("Test MEM8 Dump In Event Max Bytes \n");
UTF_put_text("----------------------------------\n");
CmdMsg.SrcSymAddress.SymName[0] = '\0';
CmdMsg.SrcSymAddress.Offset = SIM_RAM_MEM_ADDR;
CmdMsg.NumOfBytes = MM_MAX_DUMP_INEVENT_BYTES;
CmdMsg.MemType = MM_MEM8;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test valid MEM8 dump less than maximum size
*/
UTF_put_text("Test MEM8 Dump In Event Less Than Max Bytes \n");
UTF_put_text("--------------------------------------------\n");
CmdMsg.SrcSymAddress.SymName[0] = '\0';
CmdMsg.SrcSymAddress.Offset = SIM_RAM_MEM_ADDR;
CmdMsg.NumOfBytes = MM_MAX_DUMP_INEVENT_BYTES / 2;
CmdMsg.MemType = MM_MEM8;
MM_DumpInEventCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
} /* end Test_DumpInEvent */
/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
int main(void)
{
char AppName[10];
UTF_SymbolTable_t UTF_Symbol;
strcpy(AppName, "MM");
/*
** Set up to read in script
*/
UTF_add_input_file(MM_CMD_PIPE, "mm_utf_cmds.in");
MM_AppData.CmdPipe = MM_CMD_PIPE; /* Hook for application code */
/*
** Set up output file and HK packet handler
*/
UTF_set_output_filename("mm_utf_test.out");
UTF_set_packet_handler(MM_HK_TLM_MID, (utf_packet_handler)PrintHKPacket);
/*
** Set up simulated memory for loads and dumps
*/
UTF_add_sim_address(SIM_RAM_MEM_ADDR, SIM_RAM_MEM_SIZE,
"MM_RAM_ADDRESS_SPACE");
UTF_add_sim_address(SIM_EEPROM_MEM_ADDR, SIM_EEPROM_MEM_SIZE,
"MM_EEPROM_ADDRESS_SPACE");
/*
** Add these ranges to the OSAL memory table so the CFE_PSP_MemValidateRange
** routine won't barf on them. We set these ranges much bigger than we're
** going to need so we can test bounds checking in MM and not
** CFE_PSP_MemValidateRange.
*/
CFE_PSP_MemRangeSet(0, CFE_PSP_MEM_RAM, SIM_RAM_MEM_ADDR, (MM_MAX_LOAD_FILE_DATA_RAM * 2),
CFE_PSP_MEM_SIZE_BYTE, CFE_PSP_MEM_ATTR_READWRITE);
CFE_PSP_MemRangeSet(1, CFE_PSP_MEM_EEPROM, SIM_EEPROM_MEM_ADDR, (MM_MAX_LOAD_FILE_DATA_EEPROM * 10),
CFE_PSP_MEM_SIZE_BYTE, CFE_PSP_MEM_ATTR_READWRITE);
/*
** Setup the UTF symbol table structures
*/
UTF_InitSymbolTable();
strcpy(UTF_Symbol.symbolName, "GoodSymName");
UTF_Symbol.symbolAddr = SIM_RAM_MEM_ADDR;
UTF_SetSymbolTableEntry(UTF_Symbol);
/*
** Initialize time data structures
*/
UTF_init_sim_time(0.0);
UTF_OSAPI_set_function_hook(OS_GETLOCALTIME_HOOK, TimeHook);
/*
** Initialize the PSP EEPROM Write Ena/Dis return status
*/
UTF_PSP_Set_Api_Return_Code(CFE_PSP_EEPROMWRITEENA_PROC, CFE_PSP_SUCCESS);
UTF_PSP_Set_Api_Return_Code(CFE_PSP_EEPROMWRITEDIS_PROC, CFE_PSP_SUCCESS);
/*
** Register app MM with executive services.
*/
UTF_ES_InitAppRecords();
UTF_ES_AddAppRecord("MM",0);
CFE_ES_RegisterApp();
CFE_EVS_Register(NULL, 0, CFE_EVS_BINARY_FILTER);
/*
** Initialize table services data structures, though we
** don't use any tables for these tests
*/
CFE_ES_CDS_EarlyInit();
CFE_TBL_EarlyInit();
/*
** Add an entry to the volume table
*/
UTF_add_volume("/", "ram", FS_BASED, FALSE, FALSE, TRUE, "RAM", "/ram", 0);
/*
** Add this hook so we can force a software bus read error
** in our command input file that will make the application exit
*/
UTF_add_special_command("SET_SB_RETURN_CODE", UTF_SCRIPT_SB_Set_Api_Return_Code);
UTF_add_special_command("SET_PSP_RETURN_CODE", UTF_SCRIPT_PSP_Set_Api_Return_Code);
/*
** Initialize the CRC value for our test data set
*/
MM_TestDataSetCRC = CFE_ES_CalculateCRC(MM_TestDataSet, sizeof(MM_TestDataSet),
0, CFE_ES_DEFAULT_CRC);
/*
** This is a function stub in cfs_utils.c that does nothing, but
** by calling it here we can increase our coverage statistics, so
** why not?
*/
CFS_LibInit();
/*
** Call test functions that invoke MM code directly
*/
printf("***UTF MM DRIVER TESTS START***\n\n");
UTF_put_text("\n");
UTF_put_text("***UTF MM DRIVER TESTS START***");
UTF_put_text("\n\n");
Test_Pokes();
Test_Peeks();
Test_LoadWID();
Test_DumpInEvent();
Test_LoadFromFile();
Test_DumpToFile();
Test_Fill();
Test_SymLookup();
Test_SymTblDump();
printf("***UTF MM DRIVER TESTS END***\n\n");
UTF_put_text("\n");
UTF_put_text("***UTF MM DRIVER TESTS END***");
UTF_put_text("\n\n");
/*
** Call Application Main procedure that will test command
** processing through the software bus command pipe via
** the mm_utf_cmds.in command script
*/
printf("***UTF MM CMD PIPE TESTS START***\n\n");
UTF_put_text("\n");
UTF_put_text("***UTF MM CMD PIPE TESTS START***");
UTF_put_text("\n\n");
MM_AppMain();
printf("***UTF MM CMD PIPE TESTS END***\n\n");
UTF_put_text("\n");
UTF_put_text("***UTF MM CMD PIPE TESTS END***");
UTF_put_text("\n\n");
/*
** These tests force some CFE api error returns
** during MM initialization. This increases
** the gcov coverage metrics for the app startup
** code.
*/
printf("***UTF MM APP INIT TESTS START***\n\n");
UTF_put_text("\n");
UTF_put_text("***UTF MM APP INIT TESTS START***");
UTF_put_text("\n\n");
UTF_put_text("\n");
UTF_put_text("Test App Init Error conditions \n");
UTF_put_text("-------------------------------\n");
/*
** Set trigger so CFE_EVS_Register returns something
** other than CFE_SUCCESS (0). Then call app main, this
** should make the app init fail.
*/
UTF_CFE_EVS_Set_Api_Return_Code(CFE_EVS_REGISTER_PROC, 0xc2000003L);
MM_AppMain();
/* Go back to "normal" behavior */
UTF_CFE_EVS_Use_Default_Api_Return_Code(CFE_EVS_REGISTER_PROC);
/*
** Set trigger so CFE_SB_CreatePipe returns an error code
*/
UTF_CFE_SB_Set_Api_Return_Code(CFE_SB_CREATEPIPE_PROC, 0xca000004L);
MM_AppMain();
UTF_CFE_SB_Use_Default_Api_Return_Code(CFE_SB_CREATEPIPE_PROC);
/*
** Set trigger so CFE_SB_Subscribe returns an error code
*/
UTF_CFE_SB_Set_Api_Return_Code(CFE_SB_SUBSCRIBE_PROC, 0xca000009L);
MM_AppMain();
UTF_CFE_SB_Use_Default_Api_Return_Code(CFE_SB_SUBSCRIBE_PROC);
/*
** Hook our own custom function to CFE_SB_Subscribe so we can
** trigger an error return on the SECOND call in MM_AppInit
*/
UTF_SB_set_function_hook(CFE_SB_SUBSCRIBE_HOOK, (void *)&CFE_SB_SubscribeHook);
MM_AppMain();
printf("***UTF MM APP INIT TESTS END***\n\n");
UTF_put_text("\n");
UTF_put_text("***UTF MM APP INIT TESTS END***");
UTF_put_text("\n\n");
return 0;
} /* end main */
/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
int main(void)
{
/*
** API function hook handlers
*/
UTF_SB_set_function_hook(CFE_SB_SUBSCRIBE_HOOK, (void *)&CFE_SB_SubscribeHook);
/*
** Set up output file and HK packet handler
*/
UTF_set_output_filename("fm_utest.out");
UTF_set_packet_handler(FM_HK_TLM_MID, (utf_packet_handler)PrintHKPacket);
UTF_set_packet_handler(FM_DIR_LIST_TLM_MID, (utf_packet_handler)PrintListPacket);
UTF_set_packet_handler(FM_FILE_INFO_TLM_MID, (utf_packet_handler)PrintInfoPacket);
UTF_set_packet_handler(FM_OPEN_FILES_TLM_MID, (utf_packet_handler)PrintOpenPacket);
UTF_set_packet_handler(FM_FREE_SPACE_TLM_MID, (utf_packet_handler)PrintFreePacket);
/*
** Initialize time data structures
*/
UTF_init_sim_time(0.0);
/*
** Initialize ES application data
*/
UTF_ES_InitAppRecords();
UTF_ES_AddAppRecord("FM",0);
CFE_ES_RegisterApp();
/*
** Initialize CDS and table services data structures
*/
CFE_ES_CDS_EarlyInit();
CFE_TBL_EarlyInit();
CFE_EVS_Register(NULL, 0, 0);
/*
* Setup the virtual/physical file system mapping...
*
* The following local machine directory structure is required:
*
* ... fm/fsw/unit_test <-- this is the current working directory
* ... fm/fsw/unit_test/ram <-- physical location for virtual disk "/ram"
*/
UTF_add_volume("/", "ram", FS_BASED, FALSE, FALSE, TRUE, "RAM", "/ram", 0);
OS_mkdir("/ram/sub",0);
OS_mkdir("/ram/sub2",0);
OS_mkdir("/ram/sub2/sub22",0);
OS_mkdir("/ram/sub3",0);
/*
** Run FM application unit tests
*/
UT_TotalTestCount = 0;
UT_TotalFailCount = 0;
UTF_put_text("\n*** FM -- Testing fm_app.c ***\n");
Test_app();
UTF_put_text("\n*** FM -- Testing fm_cmds.c ***\n");
Test_cmds();
UTF_put_text("\n*** FM -- Testing fm_cmd_utils.c ***\n");
Test_utils();
UTF_put_text("\n*** FM -- Testing fm_child.c ***\n");
Test_child();
UTF_put_text("\n*** FM -- Testing fm_tbl.c ***\n");
Test_tbl();
UTF_put_text("\n*** FM -- Total test count = %d, total test errors = %d\n\n", UT_TotalTestCount, UT_TotalFailCount);
/*
** Remove directories created for these tests...
*/
OS_rmdir("/ram/sub3");
OS_rmdir("/ram/sub2/sub22");
OS_rmdir("/ram/sub2");
OS_rmdir("/ram/sub");
/*
** Invoke the main loop test now because the program will end
** when the last entry in the SB sim input file is read.
*/
UTF_CFE_ES_Set_Api_Return_Code(CFE_ES_RUNLOOP_PROC, TRUE);
FM_AppMain();
UTF_CFE_ES_Use_Default_Api_Return_Code(CFE_ES_RUNLOOP_PROC);
return 0;
} /* End of main() */
/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
void PrintLocalHKVars (void)
{
/* Output the LRO MM housekeeping data */
UTF_put_text("MM HOUSEKEEPING DATA:\n");
UTF_put_text(" Command Counter = %d\n", MM_AppData.CmdCounter);
UTF_put_text(" Command Error Counter = %d\n", MM_AppData.ErrCounter);
switch(MM_AppData.LastAction)
{
case MM_NOACTION:
UTF_put_text(" Last Action = MM_NOACTION\n");
break;
case MM_PEEK:
UTF_put_text(" Last Action = MM_PEEK\n");
break;
case MM_POKE:
UTF_put_text(" Last Action = MM_POKE\n");
break;
case MM_LOAD_FROM_FILE:
UTF_put_text(" Last Action = MM_LOAD_FROM_FILE\n");
break;
case MM_LOAD_WID:
UTF_put_text(" Last Action = MM_LOAD_WID\n");
break;
case MM_DUMP_TO_FILE:
UTF_put_text(" Last Action = MM_DUMP_TO_FILE\n");
break;
case MM_DUMP_INEVENT:
UTF_put_text(" Last Action = MM_DUMP_INEVENT\n");
break;
case MM_FILL:
UTF_put_text(" Last Action = MM_FILL\n");
break;
case MM_SYM_LOOKUP:
UTF_put_text(" Last Action = MM_SYM_LOOKUP\n");
break;
case MM_SYMTBL_SAVE:
UTF_put_text(" Last Action = MM_SYMTBL_SAVE\n");
break;
default:
UTF_put_text(" Last Action = %d\n", MM_AppData.LastAction);
break;
}
switch(MM_AppData.MemType)
{
case MM_NOMEMTYPE:
UTF_put_text(" Memory Type = MM_NOMEMTYPE\n");
break;
case MM_RAM:
UTF_put_text(" Memory Type = MM_RAM\n");
break;
case MM_EEPROM:
UTF_put_text(" Memory Type = MM_EEPROM\n");
break;
case MM_MEM8:
UTF_put_text(" Memory Type = MM_MEM8\n");
break;
case MM_MEM16:
UTF_put_text(" Memory Type = MM_MEM16\n");
break;
case MM_MEM32:
UTF_put_text(" Memory Type = MM_MEM32\n");
break;
default:
UTF_put_text(" Memory Type = %d\n", MM_AppData.MemType);
break;
}
UTF_put_text(" Address = 0x%08X\n", MM_AppData.Address);
UTF_put_text(" Data Value = 0x%08X\n", MM_AppData.DataValue);
UTF_put_text(" Bytes Processed = %d\n", MM_AppData.BytesProcessed);
UTF_put_text(" File Name = '%s'\n", MM_AppData.FileName);
} /* end PrintLocalHKVars */
/*
** Function Prologue
**
** Function Name: CFE_EVS_SendEvent
**
** Purpose: This routine sends an event message, with message ID containing the current
** processor/box and task ID as well as the eventID.
**
** Assumptions and Notes:
*/
int32 CFE_EVS_SendEvent (uint16 EventID, uint16 EventType, const char *Spec, ... )
{
int32 Status = CFE_SUCCESS;
char BigBuf[CFE_EVS_MAX_MESSAGE_LENGTH];
char GTBigBuf[CFE_EVS_MAX_MESSAGE_LENGTH + 2];
va_list Ptr;
CFE_EVS_Packet_t EVS_Packet;
uint32 AppID = 0xFFFFFFFF;
/* Handle Preset Return Code */
if (cfe_evs_api_return_value[CFE_EVS_SENDEVENT_PROC] != UTF_CFE_USE_DEFAULT_RETURN_CODE)
{
return cfe_evs_api_return_value[CFE_EVS_SENDEVENT_PROC];
}
/* Get application identifier */
Status = CFE_ES_GetAppID(&AppID);
if (Status == CFE_SUCCESS)
{
if(UTF_AppID_Registered == FALSE)
{
char warning_text[120];
strcpy (warning_text,"UTF WARNING: CFE_EVS_SendEvent called by application which is not ");
strcat(warning_text,"registered for event services.\n");
/* if the application is not registered for event services do not perform event service */
UTF_put_text(warning_text);
}
/* Obtain task and system information */
/*EVS_Packet.PacketID.SpacecraftID = OS_BSPGetSpacecraftId();*/
CFE_ES_GetAppName(EVS_Packet.PacketID.AppName, AppID, OS_MAX_API_NAME);
/* EVS_Packet.PacketID.ProcessorID = OS_BSPGetProcessorId();*/
EVS_Packet.PacketID.EventID = EventID;
EVS_Packet.PacketID.EventType = EventType;
/* Copy message to event packet if long format is enabled */
if (UTF_Long_Events_Enabled == TRUE)
{
va_start(Ptr, Spec);
vsnprintf(GTBigBuf, CFE_EVS_MAX_MESSAGE_LENGTH +2, Spec, Ptr);
va_end(Ptr);
if(strlen(GTBigBuf) > CFE_EVS_MAX_MESSAGE_LENGTH)
{
UTF_put_text ("Max Event Message Size Exceeded. Permitted %d; Actual %d\n",
CFE_EVS_MAX_MESSAGE_LENGTH, strlen(GTBigBuf));
}
strncpy(BigBuf,GTBigBuf,CFE_EVS_MAX_MESSAGE_LENGTH);
if (EventType == CFE_EVS_DEBUG)
UTF_put_text("DEBUG EVENT ID=%d %s\n",EventID, BigBuf);
else if (EventType == CFE_EVS_INFORMATION)
UTF_put_text("INFO EVENT ID=%d %s\n",EventID, BigBuf);
else if (EventType == CFE_EVS_ERROR)
UTF_put_text("ERROR EVENT ID=%d %s\n",EventID, BigBuf);
else if (EventType == CFE_EVS_CRITICAL)
UTF_put_text("CRITICAL EVENT ID=%d %s\n",EventID, BigBuf);
else
UTF_put_text("Invalid Event Type %d ID=%d %s\n",EventType,EventID, BigBuf);
}
else
{
/* Send an empty message if short format is enabled */
strcpy(EVS_Packet.Message, "\0");
}
return CFE_SUCCESS;
}
return Status;
} /* End CFE_EVS_SendEvent */
/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
int main(void)
{
/*
** Set up output results text file
*/
UTF_set_output_filename("ds_utest.out");
/*
** Set up HK packet handler
*/
UTF_set_packet_handler(DS_HK_TLM_MID, (utf_packet_handler)PrintHKPacket);
/*
** Initialize time data structures
*/
UTF_init_sim_time(0.0);
/*
** Initialize ES application data
*/
UTF_ES_InitAppRecords();
UTF_ES_AddAppRecord("DS",0);
CFE_ES_RegisterApp();
/*
** Initialize CDS and table services data structures
*/
CFE_ES_CDS_EarlyInit();
CFE_TBL_EarlyInit();
/*
* Setup the virtual/physical file system mapping...
*
* The following local machine directory structure is required:
*
* ... ds/fsw/unit_test <-- this is the current working directory
* ... ds/fsw/unit_test/disk/TT <-- physical location for virtual disk "/tt"
*/
UTF_add_volume("/TT", "disk", FS_BASED, FALSE, FALSE, TRUE, "TT", "/tt", 0);
/*
** Delete files created during previous tests
*/
OS_remove("/tt/app00002000.tlm");
OS_remove("/tt/app1980001000000.hk");
OS_remove("/tt/b_00000000.x");
OS_remove("/tt/b_99999999.x");
/*
** Required setup prior to calling many CFE API functions
*/
CFE_ES_RegisterApp();
CFE_EVS_Register(NULL, 0, 0);
/*
** Run DS application unit tests
*/
UTF_put_text("\n*** DS -- Testing ds_cmds.c ***\n");
Test_cmds();
UTF_put_text("\n*** DS -- Testing ds_file.c ***\n");
Test_file();
UTF_put_text("\n*** DS -- Testing ds_table.c ***\n");
Test_table();
UTF_put_text("\n*** DS -- Testing ds_app.c ***\n");
Test_app();
UTF_put_text("\n*** DS -- Total test count = %d, total test errors = %d\n\n", UT_TotalTestCount, UT_TotalFailCount);
/*
** Invoke the main loop "success" test now because the program
** will end when the last entry in the SB input file is read.
*/
UTF_CFE_ES_Set_Api_Return_Code(CFE_ES_RUNLOOP_PROC, TRUE);
UTF_CFE_TBL_Set_Api_Return_Code (CFE_TBL_GETSTATUS_PROC, CFE_TBL_INFO_UPDATE_PENDING);
DS_AppMain();
return 0;
} /* End of main() */
int main(void)
{
int32 MemDwellAppId = 5;
char MemDwellAppName[10];
/********************************/
/* Set up input file */
/********************************/
UTF_add_input_file(CFS_MD_CMD_PIPE, "md_unit_test4.in");
MD_AppData.CmdPipe = CFS_MD_CMD_PIPE;
/********************************/
/* Set up output file */
/********************************/
UTF_set_output_filename("md_unit_test4.out");
#ifdef UTF_USE_STDOUT
UTF_put_text("Std output is being used. \n");
#endif
/**************************************************/
/* Initialize Unit Test Framework */
/**************************************************/
/* Initialize the CDS */
UTF_put_text("\n***Initialize UTF ***\n");
CFE_ES_CDS_EarlyInit();
UTF_CFE_Init();
/********************************/
/* Initialize simulation time */
/********************************/
UTF_init_sim_time(1.5);
/**************************************************/
/* Add volume to hold loadfiles */
/**************************************************/
#if MD_SIGNATURE_OPTION == 1
UTF_add_volume("/", "ram", FS_BASED, FALSE, FALSE, TRUE, "RAM", "/ram", 0);
#else
UTF_add_volume("/", "ramnosig", FS_BASED, FALSE, FALSE, TRUE, "RAM", "/ram", 0);
#endif
/**************************************************/
/* Add tasks to ES's list of tasks, and */
/* register local task with Executive Services. */
/**************************************************/
UTF_put_text("\n***Add tasks to ES list of tasks ***\n");
UTF_ES_InitTaskRecords();
MemDwellAppId = UTF_ES_GetFreeTaskRecord();
if (MemDwellAppId < 0)
{
UTF_put_text("\n***Error return from UTF_ES_GetFreeTaskRecord***\n");
exit(0);
}
strcpy(MemDwellAppName,"MD");
UTF_ES_AddAppRecord(MemDwellAppName, MemDwellAppId);
UTF_ES_DumpAppRecords();
/**************************************************/
/* Add "Special" Commands */
/**************************************************/
UTF_add_special_command("SET_MEM_RANGE_FALSE", UTF_SetMemRangeError);
UTF_add_special_command("SET_MEM_RANGE_VALID", UTF_SetMemRangeValid);
UTF_add_special_command("LOAD_TABLE_FROM_GROUND", UTF_SCRIPT_LoadTableFromGround);
UTF_add_special_command("DISPLAY_TABLE_REGISTRY", UTF_SCRIPT_DisplayTableRegistry);
UTF_add_special_command("ADD_SIM_MEMORY", UTF_AddSimulatedMemory);
UTF_add_special_command("SET_SB_RETURN_CODE", UTF_SCRIPT_SB_Set_Api_Return_Code);
UTF_add_special_command("USE_DEFAULT_SB_RETURN_CODE", UTF_SCRIPT_SB_Use_Default_Api_Return_Code);
UTF_add_special_command("SET_TBL_RETURN_CODE", UTF_SCRIPT_TBL_Set_Api_Return_Code);
UTF_add_special_command("USE_DEFAULT_TBL_RETURN_CODE", UTF_SCRIPT_TBL_Use_Default_Api_Return_Code);
/**************************************************/
/* Start Memory Dwell application */
/**************************************************/
UTF_put_text("\n*** Start Memory Dwell Main Task ***\n");
MD_AppMain();
/**************************************************/
/* Here we've reached the end of input file processing */
/**************************************************/
/**************************************************/
/* Test Table Services APIs */
/**************************************************/
UTF_CFE_TBL_DisplayTableRegistryContents();
exit(0);
}
void Test_table(void)
{
int32 FilterTableIndex;
uint32 uint32Result;
boolean BooleanResult;
char StringBuffer[4];
uint32 TestCount = 0;
uint32 FailCount = 0;
/*
** Tests for function DS_TableUpdateCDS()...
**
** (1) Table data ptr = NULL, get address = success
*/
/* (1) invalid table descriptor text */
UTF_CFE_ES_Set_Api_Return_Code(CFE_ES_COPYTOCDS_PROC, -1);
DS_AppData.DataStoreHandle = 1;
DS_TableUpdateCDS();
TestCount++;
if (DS_AppData.DataStoreHandle != 0)
{
UTF_put_text("DS_TableUpdateCDS() -- test failed (1)\n");
FailCount++;
}
UTF_CFE_ES_Use_Default_Api_Return_Code(CFE_ES_COPYTOCDS_PROC);
/*
** Initialize packet filter table contents for these tests...
**
** Table entry 0 = not in use (valid)
** Table entry 1 = in use (valid)
** Table entry 2 = in use (invalid)
** Last entry = in use (valid)
** Other entries = not in use (valid)
*/
memset(&UT_FilterTbl, DS_UNUSED, sizeof(UT_FilterTbl));
UT_FilterTbl.Packet[1].MessageID = DS_CMD_MID;
UT_FilterTbl.Packet[2].MessageID = DS_SEND_HK_MID;
UT_FilterTbl.Packet[2].Filter[0].FileTableIndex = DS_DEST_FILE_CNT;
UT_FilterTbl.Packet[DS_PACKETS_IN_FILTER_TABLE - 1].MessageID = DS_HK_TLM_MID;
/*
** Initialize destination file table contents for these tests...
**
** Table entry 0 = not in use (valid)
** Table entry 1 = in use (valid)
** Table entry 2 = in use (invalid)
** Other entries = not in use (valid)
*/
memset(&UT_DestFileTbl, DS_UNUSED, sizeof(UT_DestFileTbl));
strcpy(UT_DestFileTbl.File[1].Pathname, "ok");
strcpy(UT_DestFileTbl.File[1].Basename, "ok");
strcpy(UT_DestFileTbl.File[1].Extension, "ok");
UT_DestFileTbl.File[1].FileNameType = DS_BY_COUNT;
UT_DestFileTbl.File[1].EnableState = DS_ENABLED;
UT_DestFileTbl.File[1].MaxFileSize = DS_FILE_MIN_SIZE_LIMIT;
UT_DestFileTbl.File[1].MaxFileAge = DS_FILE_MIN_AGE_LIMIT;
UT_DestFileTbl.File[1].SequenceCount = DS_MAX_SEQUENCE_COUNT;
strcpy(UT_DestFileTbl.File[2].Pathname, "ok");
/*
** Tests for function DS_TableInit()...
**
** (1) failure to register Destination File Table
** (2) failure to register Packet Filter Table
** (3) failure to load Destination File Table
** (4) failure to load Packet Filter Table
**
** then calls DS_TableManageDestFile()
** then calls DS_TableManageFilter()
*/
/* Turn on dummy proc that will fake the fail - pass - fail */
UTF_TBL_set_function_hook(CFE_TBL_REGISTER_HOOK, (void *)&CFE_TBL_RegisterHook);
/* (1) CFE_TBL_Register (file table) will fail */
DS_TableInit();
/* (2) CFE_TBL_Register (file table) will succeed, (filter table) will fail */
DS_TableInit();
/* Turn off dummy proc that faked the fail - pass - fail */
UTF_TBL_set_function_hook(CFE_TBL_REGISTER_HOOK, NULL);
DS_AppData.DestFileTblPtr = (DS_DestFileTable_t *) &UT_DestFileTbl;
DS_AppData.FilterTblPtr = (DS_FilterTable_t *) &UT_FilterTbl;
UTF_CFE_TBL_Set_Api_Return_Code (CFE_TBL_REGISTER_PROC, CFE_TBL_INFO_RECOVERED_TBL);
DS_TableInit();
/*
DS_AppData.DestFileTblPtr = (DS_DestFileTable_t *) &UT_DestFileTbl;
DS_AppData.FilterTblPtr = (DS_FilterTable_t *) &UT_FilterTbl;
UTF_CFE_TBL_Set_Api_Return_Code (CFE_TBL_GETSTATUS_PROC, CFE_TBL_INFO_DUMP_PENDING);
DS_TableInit();
UTF_CFE_TBL_Use_Default_Api_Return_Code(CFE_TBL_GETSTATUS_PROC);
*/
DS_AppData.DestFileTblPtr = (DS_DestFileTable_t *) &UT_DestFileTbl;
DS_AppData.FilterTblPtr = (DS_FilterTable_t *) &UT_FilterTbl;
UTF_CFE_TBL_Set_Api_Return_Code (CFE_TBL_GETSTATUS_PROC, CFE_TBL_INFO_VALIDATION_PENDING);
DS_TableInit();
UTF_CFE_TBL_Use_Default_Api_Return_Code(CFE_TBL_GETSTATUS_PROC);
/*
DS_AppData.DestFileTblPtr = (DS_DestFileTable_t *) &UT_DestFileTbl;
DS_AppData.FilterTblPtr = (DS_FilterTable_t *) &UT_FilterTbl;
UTF_CFE_TBL_Set_Api_Return_Code (CFE_TBL_GETSTATUS_PROC, CFE_TBL_INFO_UPDATE_PENDING);
DS_TableInit();
UTF_CFE_TBL_Use_Default_Api_Return_Code(CFE_TBL_GETSTATUS_PROC);
*/
UTF_CFE_TBL_Use_Default_Api_Return_Code(CFE_TBL_REGISTER_PROC);
/*
** Tests for function DS_TableManageDestFile()...
**
** (1) Table data ptr = NULL, get address = success
** (2) Table data ptr = ok, get address = update
** (3) Table data ptr = ok, get address = other
*/
/*
** Tests for function DS_TableManageFilter()...
**
** (1) Table data ptr = NULL, get address = success
** (2) Table data ptr = NULL, get address = update
** (3) Table data ptr = NULL, get address = other
** (4) Table data ptr = ok, get status = validate
** (5) Table data ptr = ok, get status = update, get address = success
** (6) Table data ptr = ok, get status = update, get address = update
** (7) Table data ptr = ok, get status = update, get address = other
** (8) Table data ptr = ok, get status = other
*/
/*
** Tests for function DS_TableVerifyDestFile()...
**
** (1) invalid table descriptor text
** (2) mix of good, bad and unused table entries
*/
/* (1) invalid table descriptor text */
memset(&UT_DestFileTbl.Descriptor, 'A', DS_DESCRIPTOR_BUFSIZE);
uint32Result = DS_TableVerifyDestFile(&UT_DestFileTbl);
TestCount++;
if (uint32Result != DS_TABLE_VERIFY_ERR)
{
UTF_put_text("DS_TableVerifyDestFile() -- test failed (1)\n");
FailCount++;
}
/* (2) mix of good, bad and unused table entries */
memset(&UT_DestFileTbl.Descriptor, DS_UNUSED, DS_DESCRIPTOR_BUFSIZE);
uint32Result = DS_TableVerifyDestFile(&UT_DestFileTbl);
TestCount++;
if (uint32Result != DS_TABLE_VERIFY_ERR)
{
UTF_put_text("DS_TableVerifyDestFile() -- test failed (2)\n");
FailCount++;
}
/*
** Tests for function DS_TableVerifyDestFileEntry()...
**
** (1) destination file pathname = invalid
** (2) destination file basename = invalid
** (3) destination file extension = invalid
** (4) destination file filename type = invalid
** (5) destination file enable state = invalid
** (6) destination file max size = invalid
** (7) destination file max age = invalid
** (8) destination file sequence count = invalid
** (9) destination file table entry = valid
*/
/* (1) destination file pathname = invalid */
memset(UT_DestFileTbl.File[5].Pathname, 'A', DS_PATHNAME_BUFSIZE);
BooleanResult = DS_TableVerifyDestFileEntry(&UT_DestFileTbl.File[5], 5, 0);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("DS_TableVerifyDestFileEntry() -- test failed (1)\n");
FailCount++;
}
/* (2) destination file basename = invalid */
strcpy(UT_DestFileTbl.File[5].Pathname, "ok");
memset(UT_DestFileTbl.File[5].Basename, 'A', DS_BASENAME_BUFSIZE);
BooleanResult = DS_TableVerifyDestFileEntry(&UT_DestFileTbl.File[5], 5, 0);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("DS_TableVerifyDestFileEntry() -- test failed (2)\n");
FailCount++;
}
/* (3) destination file extension = invalid */
strcpy(UT_DestFileTbl.File[5].Basename, "ok");
memset(UT_DestFileTbl.File[5].Extension, 'A', DS_EXTENSION_BUFSIZE);
BooleanResult = DS_TableVerifyDestFileEntry(&UT_DestFileTbl.File[5], 5, 0);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("DS_TableVerifyDestFileEntry() -- test failed (3)\n");
FailCount++;
}
/* (4) destination file filename type = invalid */
strcpy(UT_DestFileTbl.File[5].Extension, "ok");
UT_DestFileTbl.File[5].FileNameType = DS_UNUSED;
BooleanResult = DS_TableVerifyDestFileEntry(&UT_DestFileTbl.File[5], 5, 0);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("DS_TableVerifyDestFileEntry() -- test failed (4)\n");
FailCount++;
}
/* (5) destination file enable state = invalid */
UT_DestFileTbl.File[5].FileNameType = DS_BY_COUNT;
UT_DestFileTbl.File[5].EnableState = 99;
BooleanResult = DS_TableVerifyDestFileEntry(&UT_DestFileTbl.File[5], 5, 0);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("DS_TableVerifyDestFileEntry() -- test failed (5)\n");
FailCount++;
}
/* (6) destination file max size = invalid */
UT_DestFileTbl.File[5].EnableState = DS_ENABLED;
UT_DestFileTbl.File[5].MaxFileSize = DS_FILE_MIN_SIZE_LIMIT - 1;
BooleanResult = DS_TableVerifyDestFileEntry(&UT_DestFileTbl.File[5], 5, 0);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("DS_TableVerifyDestFileEntry() -- test failed (6)\n");
FailCount++;
}
/* (7) destination file max age = invalid */
UT_DestFileTbl.File[5].MaxFileSize = DS_FILE_MIN_SIZE_LIMIT;
UT_DestFileTbl.File[5].MaxFileAge = DS_FILE_MIN_AGE_LIMIT - 1;
BooleanResult = DS_TableVerifyDestFileEntry(&UT_DestFileTbl.File[5], 5, 0);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("DS_TableVerifyDestFileEntry() -- test failed (7)\n");
FailCount++;
}
/* (8) destination file sequence count = invalid */
UT_DestFileTbl.File[5].MaxFileAge = DS_FILE_MIN_AGE_LIMIT;
UT_DestFileTbl.File[5].SequenceCount = DS_MAX_SEQUENCE_COUNT + 1;
BooleanResult = DS_TableVerifyDestFileEntry(&UT_DestFileTbl.File[5], 5, 0);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("DS_TableVerifyDestFileEntry() -- test failed (8)\n");
FailCount++;
}
/* (9) destination file table entry = valid */
UT_DestFileTbl.File[5].SequenceCount = DS_MAX_SEQUENCE_COUNT;
BooleanResult = DS_TableVerifyDestFileEntry(&UT_DestFileTbl.File[5], 5, 1);
TestCount++;
if (BooleanResult == FALSE)
{
UTF_put_text("DS_TableVerifyDestFileEntry() -- test failed (9)\n");
FailCount++;
}
/*
** Tests for function DS_TableVerifyFilter()...
**
** (1) invalid table descriptor text
** (2) mix of good, bad and unused table entries
*/
/* (1) invalid table descriptor text */
memset(&UT_FilterTbl.Descriptor, 'A', DS_DESCRIPTOR_BUFSIZE);
uint32Result = DS_TableVerifyFilter(&UT_FilterTbl);
TestCount++;
if (uint32Result != DS_TABLE_VERIFY_ERR)
{
UTF_put_text("DS_TableVerifyFilter() -- test failed (1)\n");
FailCount++;
}
/* (2) mix of good, bad and unused table entries */
memset(&UT_FilterTbl.Descriptor, DS_UNUSED, DS_DESCRIPTOR_BUFSIZE);
uint32Result = DS_TableVerifyFilter(&UT_FilterTbl);
TestCount++;
if (uint32Result != DS_TABLE_VERIFY_ERR)
{
UTF_put_text("DS_TableVerifyFilter() -- test failed (2)\n");
FailCount++;
}
/*
** Tests for function DS_TableVerifyFilterEntry()...
**
** (1) packet entry MID = unused
** (2) packet entry in use - filter entry = unused
** (3) packet entry in use - filter entry - file table index = invalid
** (4) packet entry in use - filter entry - filter type = invalid
** (5) packet entry in use - filter entry - filter parms = invalid
** (6) packet entry in use - filter entry = valid
*/
/* (1) packet entry MID = unused */
memset(&UT_FilterTbl.Packet[10], DS_UNUSED, sizeof(DS_PacketEntry_t));
BooleanResult = DS_TableVerifyFilterEntry(&UT_FilterTbl.Packet[10], 10, 0);
TestCount++;
if (BooleanResult == FALSE)
{
UTF_put_text("DS_TableVerifyFilterEntry() -- test failed (1)\n");
FailCount++;
}
/* (2) packet entry in use - filter entry = unused */
UT_FilterTbl.Packet[10].MessageID = DS_CMD_MID;
BooleanResult = DS_TableVerifyFilterEntry(&UT_FilterTbl.Packet[10], 10, 0);
TestCount++;
if (BooleanResult == FALSE)
{
UTF_put_text("DS_TableVerifyFilterEntry() -- test failed (2)\n");
FailCount++;
}
/* (3) packet entry in use - filter entry - file table index = invalid */
UT_FilterTbl.Packet[10].Filter[0].FileTableIndex = DS_DEST_FILE_CNT;
BooleanResult = DS_TableVerifyFilterEntry(&UT_FilterTbl.Packet[10], 10, 0);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("DS_TableVerifyFilterEntry() -- test failed (3)\n");
FailCount++;
}
/* (4) packet entry in use - filter entry - filter type = invalid */
UT_FilterTbl.Packet[10].Filter[0].FileTableIndex = DS_DEST_FILE_CNT - 1;
UT_FilterTbl.Packet[10].Filter[0].FilterType = DS_UNUSED;
BooleanResult = DS_TableVerifyFilterEntry(&UT_FilterTbl.Packet[10], 10, 0);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("DS_TableVerifyFilterEntry() -- test failed (4)\n");
FailCount++;
}
/* (5) packet entry in use - filter entry - filter parms = invalid */
UT_FilterTbl.Packet[10].Filter[0].FilterType = DS_BY_COUNT;
UT_FilterTbl.Packet[10].Filter[0].Algorithm_N = 1;
BooleanResult = DS_TableVerifyFilterEntry(&UT_FilterTbl.Packet[10], 10, 0);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("DS_TableVerifyFilterEntry() -- test failed (5)\n");
FailCount++;
}
/* (6) packet entry in use - filter entry = valid */
UT_FilterTbl.Packet[10].Filter[0].Algorithm_N = 0;
BooleanResult = DS_TableVerifyFilterEntry(&UT_FilterTbl.Packet[10], 10, 0);
TestCount++;
if (BooleanResult == FALSE)
{
UTF_put_text("DS_TableVerifyFilterEntry() -- test failed (6)\n");
FailCount++;
}
/*
** Tests for function DS_TableEntryUnused()...
**
** (1) table entry unused
** (2) table entry in use
*/
/* (1) table entry unused */
BooleanResult = DS_TableEntryUnused(&UT_FilterTbl.Packet[0], sizeof(DS_PacketEntry_t));
TestCount++;
if (BooleanResult == FALSE)
{
UTF_put_text("DS_TableEntryUnused() -- test failed (1)\n");
FailCount++;
}
/* (2) table entry in use */
BooleanResult = DS_TableEntryUnused(&UT_FilterTbl.Packet[1], sizeof(DS_PacketEntry_t));
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("DS_TableEntryUnused() -- test failed (2)\n");
FailCount++;
}
/*
** Tests for function DS_TableVerifyFileIndex()...
**
** (1) File Table Index < DS_DEST_FILE_CNT (valid)
** (2) File Table Index = DS_DEST_FILE_CNT (invalid)
** (3) File Table Index > DS_DEST_FILE_CNT (invalid)
*/
/* (1) File Table Index < DS_DEST_FILE_CNT (valid) */
BooleanResult = DS_TableVerifyFileIndex(DS_DEST_FILE_CNT - 1);
TestCount++;
if (BooleanResult == FALSE)
{
UTF_put_text("DS_TableVerifyFileIndex() -- test failed (1)\n");
FailCount++;
}
/* (2) File Table Index = DS_DEST_FILE_CNT (invalid) */
BooleanResult = DS_TableVerifyFileIndex(DS_DEST_FILE_CNT);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("DS_TableVerifyFileIndex() -- test failed (2)\n");
FailCount++;
}
/* (3) File Table Index > DS_DEST_FILE_CNT (invalid) */
BooleanResult = DS_TableVerifyFileIndex(DS_DEST_FILE_CNT + 1);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("DS_TableVerifyFileIndex() -- test failed (3)\n");
FailCount++;
}
/*
** Tests for function DS_TableVerifyParms()...
**
** N = pass this many
** X = out of this many
** O = starting at this offset
**
** (1) N is less than X, O is valid
** (2) N is equal to X, O is valid
** (3) N is greater than X, O is valid
** (4) N is valid, O is less than X
** (5) N is valid, O is equal to X
** (6) N is valid, O is greater than X
** (7) N = 0, X = 0, O = 0 (this is valid, it means filter all)
*/
/* (1) N is less than X, O is valid */
BooleanResult = DS_TableVerifyParms(1, 2, 0);
TestCount++;
if (BooleanResult == FALSE)
{
UTF_put_text("DS_TableVerifyParms() -- test failed (1)\n");
FailCount++;
}
/* (2) N is equal to X, O is valid */
BooleanResult = DS_TableVerifyParms(2, 2, 0);
TestCount++;
if (BooleanResult == FALSE)
{
UTF_put_text("DS_TableVerifyParms() -- test failed (2)\n");
FailCount++;
}
/* (3) N is greater than X, O is valid */
BooleanResult = DS_TableVerifyParms(3, 2, 0);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("DS_TableVerifyParms() -- test failed (3)\n");
FailCount++;
}
/* (4) N is valid, O is less than X */
BooleanResult = DS_TableVerifyParms(1, 2, 1);
TestCount++;
if (BooleanResult == FALSE)
{
UTF_put_text("DS_TableVerifyParms() -- test failed (4)\n");
FailCount++;
}
/* (5) N is valid, O is equal to X */
BooleanResult = DS_TableVerifyParms(1, 2, 2);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("DS_TableVerifyParms() -- test failed (5)\n");
FailCount++;
}
/* (6) N is valid, O is greater than X */
BooleanResult = DS_TableVerifyParms(1, 2, 3);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("DS_TableVerifyParms() -- test failed (6)\n");
FailCount++;
}
/* (7) N = 0, X = 0, O = 0 (this is valid, it means pass none) */
BooleanResult = DS_TableVerifyParms(0, 0, 0);
TestCount++;
if (BooleanResult == FALSE)
{
UTF_put_text("DS_TableVerifyParms() -- test failed (7)\n");
FailCount++;
}
/*
** Tests for function DS_TableVerifyType()...
**
** (1) valid type value (count)
** (2) valid type value (time)
** (3) invalid type value (99)
*/
/* (1) valid type value (count) */
BooleanResult = DS_TableVerifyType(DS_BY_COUNT);
TestCount++;
if (BooleanResult == FALSE)
{
UTF_put_text("DS_TableVerifyType() -- test failed (1)\n");
FailCount++;
}
/* (2) valid type value (time) */
BooleanResult = DS_TableVerifyType(DS_BY_TIME);
TestCount++;
if (BooleanResult == FALSE)
{
UTF_put_text("DS_TableVerifyType() -- test failed (2)\n");
FailCount++;
}
/* (3) invalid type value */
BooleanResult = DS_TableVerifyType(99);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("DS_TableVerifyType() -- test failed (3)\n");
FailCount++;
}
/*
** Tests for function CFS_VerifyString()...
**
** (1) empty string, string not required
** (2) empty string, string required
** (3) string without terminator
** (4) string with invalid filename chars, char test required
** (5) string with invalid filename chars, char test not required
** (6) string with valid filename chars, char test required
*/
/* create empty string */
StringBuffer[0] = DS_STRING_TERMINATOR;
StringBuffer[1] = DS_STRING_TERMINATOR;
StringBuffer[2] = DS_STRING_TERMINATOR;
StringBuffer[3] = DS_STRING_TERMINATOR;
/* (1) empty string, not required */
BooleanResult = CFS_VerifyString(StringBuffer, 4, DS_STRING_OPTIONAL, DS_DESCRIPTIVE_TEXT);
TestCount++;
if (BooleanResult == FALSE)
{
UTF_put_text("CFS_VerifyString() -- test failed (1)\n");
FailCount++;
}
/* (2) empty string, required */
BooleanResult = CFS_VerifyString(StringBuffer, 4, DS_STRING_REQUIRED, DS_DESCRIPTIVE_TEXT);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("CFS_VerifyString() -- test failed (2)\n");
FailCount++;
}
/* create string without terminator */
StringBuffer[0] = 'A';
StringBuffer[1] = 'B';
StringBuffer[2] = 'C';
StringBuffer[3] = 'D';
/* (3) string without terminator */
BooleanResult = CFS_VerifyString(StringBuffer, 4, DS_STRING_OPTIONAL, DS_DESCRIPTIVE_TEXT);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("CFS_VerifyString() -- test failed (3)\n");
FailCount++;
}
/* create string with invalid filename characters */
StringBuffer[0] = 'A';
StringBuffer[1] = '$';
StringBuffer[2] = '*';
StringBuffer[3] = DS_STRING_TERMINATOR;
/* (4) string with invalid filename chars, char test required */
BooleanResult = CFS_VerifyString(StringBuffer, 4, DS_STRING_OPTIONAL, DS_FILENAME_TEXT);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("CFS_VerifyString() -- test failed (4)\n");
FailCount++;
}
/* (5) string with invalid filename chars, char test not required */
BooleanResult = CFS_VerifyString(StringBuffer, 4, DS_STRING_OPTIONAL, DS_DESCRIPTIVE_TEXT);
TestCount++;
if (BooleanResult == FALSE)
{
UTF_put_text("CFS_VerifyString() -- test failed (5)\n");
FailCount++;
}
/* create string with valid filename characters */
StringBuffer[0] = 'A';
StringBuffer[1] = '/';
StringBuffer[2] = 'B';
StringBuffer[3] = DS_STRING_TERMINATOR;
/* (6) string with valid filename chars, char test required */
BooleanResult = CFS_VerifyString(StringBuffer, 4, DS_STRING_OPTIONAL, DS_FILENAME_TEXT);
TestCount++;
if (BooleanResult == FALSE)
{
UTF_put_text("CFS_VerifyString() -- test failed (6)\n");
FailCount++;
}
/*
** Tests for function DS_TableVerifyState()...
**
** (1) valid state value (enabled)
** (2) valid state value (disabled)
** (3) invalid state value (99)
*/
/* (1) valid state value (enabled) */
BooleanResult = DS_TableVerifyState(DS_ENABLED);
TestCount++;
if (BooleanResult == FALSE)
{
UTF_put_text("DS_TableVerifyState() -- test failed (1)\n");
FailCount++;
}
/* (2) valid state value (disabled) */
BooleanResult = DS_TableVerifyState(DS_DISABLED);
TestCount++;
if (BooleanResult == FALSE)
{
UTF_put_text("DS_TableVerifyState() -- test failed (2)\n");
FailCount++;
}
/* (3) invalid state value */
BooleanResult = DS_TableVerifyState(99);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("DS_TableVerifyState() -- test failed (3)\n");
FailCount++;
}
/*
** Tests for function DS_TableVerifySize()...
**
** (1) valid file size limit
** (2) invalid file size limit
*/
/* (1) valid file size limit */
BooleanResult = DS_TableVerifySize(DS_FILE_MIN_SIZE_LIMIT);
TestCount++;
if (BooleanResult == FALSE)
{
UTF_put_text("DS_TableVerifySize() -- test failed (1)\n");
FailCount++;
}
/* (2) invalid file size limit */
BooleanResult = DS_TableVerifySize(DS_FILE_MIN_SIZE_LIMIT - 1);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("DS_TableVerifySize() -- test failed (2)\n");
FailCount++;
}
/*
** Tests for function DS_TableVerifyAge()...
**
** (1) valid file age limit
** (2) invalid file age limit
*/
/* (1) valid file age limit */
BooleanResult = DS_TableVerifyAge(DS_FILE_MIN_AGE_LIMIT);
TestCount++;
if (BooleanResult == FALSE)
{
UTF_put_text("DS_TableVerifyAge() -- test failed (1)\n");
FailCount++;
}
/* (2) invalid file age limit */
BooleanResult = DS_TableVerifyAge(DS_FILE_MIN_AGE_LIMIT - 1);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("DS_TableVerifyAge() -- test failed (2)\n");
FailCount++;
}
/*
** Tests for function DS_TableVerifyCount()...
**
** (1) valid sequence count
** (2) invalid sequence count
*/
/* (1) valid sequence count */
BooleanResult = DS_TableVerifyCount(DS_MAX_SEQUENCE_COUNT);
TestCount++;
if (BooleanResult == FALSE)
{
UTF_put_text("DS_TableVerifyCount() -- test failed (1)\n");
FailCount++;
}
/* (2) invalid sequence count */
BooleanResult = DS_TableVerifyCount(DS_MAX_SEQUENCE_COUNT + 1);
TestCount++;
if (BooleanResult == TRUE)
{
UTF_put_text("DS_TableVerifyCount() -- test failed (2)\n");
FailCount++;
}
/*
** Tests for function DS_TableSubscribe()...
**
** (1) this function has no failure case
*/
/* (1) this function has no failure case */
DS_TableSubscribe();
TestCount++;
/*
** Tests for function DS_TableUnsubscribe()...
**
** (1) this function has no failure case
*/
/* (1) this function has no failure case */
DS_TableUnsubscribe();
TestCount++;
/*
** Tests for function DS_TableFindMsgID()...
**
** (1) find message ID
** (known to be entry (DS_PACKETS_IN_FILTER_TABLE - 1))
*/
/* (1) find message ID */
FilterTableIndex = DS_TableFindMsgID(DS_HK_TLM_MID);
TestCount++;
if (FilterTableIndex != (DS_PACKETS_IN_FILTER_TABLE - 1))
{
UTF_put_text("DS_TableFindMsgID() -- test failed (1)\n");
FailCount++;
}
/*
** Summary for this group of unit tests...
*/
UTF_put_text("ds_table.c -- test count = %d, test errors = %d\n", TestCount, FailCount);
UT_TotalTestCount += TestCount;
UT_TotalFailCount += FailCount;
return;
} /* End of Test_table() */
int32 CFE_TBL_GetAddress_FunctionHook ( void **TblPtr,
CFE_TBL_Handle_t TblHandle )
/* To be used before control is turned over to input command file. */
/* Used in concert with CFE_TBL_Register_FunctionHook to set up test cases. */
/* Count 1: invalid table */
/* Count 2: valid table and unexpected return code */
/* Count 3: valid table with enabled field == TRUE */
/* Count 4: valid table and nominal return code */
{
static uint32 Count = 0;
Count++;
static MD_DwellTableLoad_t DwellTbl;
static int16 Num1 = 5;
int32 RetVal;
UTF_put_text("CALL #%d to GetAddress_FunctionHook\n", Count);
CFE_PSP_MemSet(&DwellTbl, 0, sizeof(MD_DwellTableLoad_t));
/********************************/
/* Set up Memory */
/********************************/
/* Calling CFE_PSP_MemRangeSet makes calls to CFE_PSP_MemValidateRange for this */
/* range return true. */
RetVal = CFE_PSP_MemRangeSet(1, CFE_PSP_MEM_RAM, (uint32)&Num1,
0x00000002, CFE_PSP_MEM_SIZE_BYTE, CFE_PSP_MEM_ATTR_READ);
if (RetVal != OS_SUCCESS)
{
UTF_put_text ("Error return %d from CFE_PSP_MemRangeSet\n", RetVal);
}
/* Recover invalid table w/invalid value for enable flag */
/* for dwell tables #1 and #4 */
if (Count == 1)
/* Use for first dwell table */
{
/* Set TblPtr to point to an invalid table */
DwellTbl.Enabled = 17; /* invalid value */
DwellTbl.Entry[0].Length = 2;
DwellTbl.Entry[0].Delay = 1;
DwellTbl.Entry[0].DwellAddress.Offset = (uint32)&Num1;
strcpy (DwellTbl.Entry[0].DwellAddress.SymName, "");
DwellTbl.Entry[1].Length = 0;
DwellTbl.Entry[1].Delay = 0;
DwellTbl.Entry[1].DwellAddress.Offset = 0;
/* strcpy (DwellTbl.Entry[1].DwellAddress.SymName, ""); */
DwellTbl.Entry[1].DwellAddress.SymName[0]='\0';
/* */
*TblPtr = (void *)&DwellTbl;
return (CFE_TBL_INFO_UPDATED);
}
else if (Count == 3)
{
DwellTbl.Enabled = 1;
DwellTbl.Entry[0].Length = 2;
DwellTbl.Entry[0].Delay = 1;
DwellTbl.Entry[0].DwellAddress.Offset = (uint32)&Num1;
strcpy (DwellTbl.Entry[0].DwellAddress.SymName, "");
DwellTbl.Entry[1].Length = 0;
DwellTbl.Entry[1].Delay = 0;
DwellTbl.Entry[1].DwellAddress.Offset = 0;
/* strcpy (DwellTbl.Entry[1].DwellAddress.SymName, ""); */
DwellTbl.Entry[1].DwellAddress.SymName[0]='\0';
/* */
*TblPtr = (void *)&DwellTbl;
return (CFE_TBL_INFO_UPDATED);
}
else if (Count == 2)
{
*TblPtr = (void *)0;
return (CFE_TBL_ERR_NO_ACCESS);
}
/* Recover valid tables */
else
/* this will cover 4th call on initialization, as well as any */
/* for any updates. */
{
/* Set TblPtr to point to a valid table */
DwellTbl.Enabled = MD_DWELL_STREAM_DISABLED;
DwellTbl.Entry[0].Length = 2;
DwellTbl.Entry[0].Delay = 1;
DwellTbl.Entry[0].DwellAddress.Offset = (uint32)&Num1;
strcpy (DwellTbl.Entry[0].DwellAddress.SymName, "");
DwellTbl.Entry[1].Length = 0;
DwellTbl.Entry[1].Delay = 0;
DwellTbl.Entry[1].DwellAddress.Offset = 0;
strcpy (DwellTbl.Entry[1].DwellAddress.SymName, "");
/* */
*TblPtr = (void *)&DwellTbl;
return (CFE_TBL_INFO_UPDATED);
}
}
void CFE_PSP_Panic(int32 ErrorCode)
{
UTF_put_text("CFE_PSP_Panic Called with error code = 0x%08X. Exiting.\n",(unsigned int)ErrorCode);
UTF_put_text("The cFE could not start.\n");
UTF_exit();
}
/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
void Test_SymTblDump(void)
{
MM_SymTblToFileCmd_t DumpSymTblCmdMsg;
/* Setup the test message header */
CFE_SB_InitMsg(&DumpSymTblCmdMsg, MM_CMD_MID, sizeof(MM_SymTblToFileCmd_t), TRUE);
UTF_put_text("***************************\n");
UTF_put_text("* Symbol Table Dump Tests *\n");
UTF_put_text("***************************\n");
UTF_put_text("\n");
/*
** Test empty file name
*/
UTF_put_text("Test symbol dump with empty file name \n");
UTF_put_text("--------------------------------------\n");
DumpSymTblCmdMsg.FileName[0] = '\0';
MM_SymTblToFileCmd((CFE_SB_MsgPtr_t)&DumpSymTblCmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test invalid file name
*/
UTF_put_text("Test symbol dump with invalid file name \n");
UTF_put_text("--------------------------------------\n");
strcpy(DumpSymTblCmdMsg.FileName, "BadFile*Name");
MM_SymTblToFileCmd((CFE_SB_MsgPtr_t)&DumpSymTblCmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test good file name but OS table dump failure
*/
UTF_put_text("Test symbol dump with good filename but bad OS return \n");
UTF_put_text("------------------------------------------------------\n");
UTF_SetOSSymbolTableDumpStatus(OS_ERROR);
strcpy(DumpSymTblCmdMsg.FileName, "IrrelevantFileName");
MM_SymTblToFileCmd((CFE_SB_MsgPtr_t)&DumpSymTblCmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test good file name but OS table dump failure
*/
UTF_put_text("Test symbol dump with good filename but bad OS file \n");
UTF_put_text("----------------------------------------------------\n");
UTF_SetOSSymbolTableDumpStatus(OS_ERR_FILE);
strcpy(DumpSymTblCmdMsg.FileName, "IrrelevantFileName");
MM_SymTblToFileCmd((CFE_SB_MsgPtr_t)&DumpSymTblCmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test good file name and success from OS
*/
UTF_put_text("Test symbol dump with good filename and successful return\n");
UTF_put_text("---------------------------------------------------------\n");
UTF_SetOSSymbolTableDumpStatus(OS_SUCCESS);
strcpy(DumpSymTblCmdMsg.FileName, "GoodFileName");
MM_SymTblToFileCmd((CFE_SB_MsgPtr_t)&DumpSymTblCmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
} /* end Test_SymTblDump */
void TT_AppInit(void)
{
void *TblPointer;
int32 Status;
/*
** Initialize app command execution counters...
*/
TT4_AppData.CmdCount = 0;
TT4_AppData.ErrCount = 0;
TT4_AppData.HkPacket.UpdateCount = 0;
/*
** Initialize app configuration data...
*/
strcpy(TT4_AppData.PipeName, "TT_CMD_PIPE");
TT4_AppData.PipeDepth = 12;
TT4_AppData.LimitHK = 2;
TT4_AppData.LimitCmd = 4;
/*
** Initialize event filter table...
*/
TT4_AppData.EventFilters[0].EventID = TT_INIT_INF_EID;
TT4_AppData.EventFilters[0].Mask = CFE_EVS_NO_FILTER;
TT4_AppData.EventFilters[1].EventID = TT_NOOP_INF_EID;
TT4_AppData.EventFilters[1].Mask = CFE_EVS_NO_FILTER;
TT4_AppData.EventFilters[2].EventID = TT_RESET_INF_EID;
TT4_AppData.EventFilters[2].Mask = CFE_EVS_NO_FILTER;
TT4_AppData.EventFilters[3].EventID = TT_MID_ERR_EID;
TT4_AppData.EventFilters[3].Mask = CFE_EVS_NO_FILTER;
TT4_AppData.EventFilters[4].EventID = TT_CC1_ERR_EID;
TT4_AppData.EventFilters[4].Mask = CFE_EVS_NO_FILTER;
TT4_AppData.EventFilters[5].EventID = TT_LEN_ERR_EID;
TT4_AppData.EventFilters[5].Mask = CFE_EVS_NO_FILTER;
/*
** Register event filter table...
*/
CFE_EVS_Register(TT4_AppData.EventFilters,
TT_EVT_COUNT,
CFE_EVS_BINARY_FILTER);
/*
** Initialize housekeeping packet (clear user data area)...
*/
CFE_SB_InitMsg(&TT4_AppData.HkPacket,
CFE_TT_HK_TLM_MID,
sizeof(TT_HkPacket_t), TRUE);
/*
** Create Software Bus message pipe...
*/
CFE_SB_CreatePipe(&TT4_AppData.CmdPipe,
TT4_AppData.PipeDepth,
TT4_AppData.PipeName);
/*
** Subscribe to Housekeeping request commands...
*/
CFE_SB_Subscribe(CFE_TT_SEND_HK_MID,TT4_AppData.CmdPipe);
/*
** Subscribe to TT ground command packets...
*/
CFE_SB_Subscribe(CFE_TT_CMD_MID,TT4_AppData.CmdPipe);
/*
** Register & Initialize Table...
*/
Status = CFE_TBL_Register(&TT4_AppData.TblHandle,
"FourNumbers",
4, /* size of table in bytes*/
CFE_TBL_OPT_DBL_BUFFER | CFE_TBL_OPT_LOAD_DUMP,
&TT_TableValidationCallbackFunc);
/* NULL); */
UTF_put_text("CFE_TBL_Register returned %lx\n", Status);
Status = CFE_TBL_Load(TT4_AppData.TblHandle,
CFE_TBL_SRC_FILE,
"/ram/tt_table_values0.dat");
UTF_put_text("CFE_TBL_Load returned %lx\n", Status);
Status = CFE_TBL_GetAddress(&TblPointer,TT4_AppData.TblHandle);
UTF_put_text("CFE_TBL_GetAddress returned %lx\n", Status);
UTF_put_text("The initial values are:%d %d %d %d\n",
*(int8*)TblPointer,*(int8*)(TblPointer+1),
*(int8*)(TblPointer+2),*(int8*)(TblPointer+3));
Status = CFE_TBL_ReleaseAddress(TT4_AppData.TblHandle);
UTF_put_text("CFE_TBL_ReleaseAddress returned %lx\n", Status);
/*
** Application startup event message...
*/
CFE_EVS_SendEvent(TT_INIT_INF_EID,
CFE_EVS_INFORMATION,
"TT: Application Initialized");
return;
} /* End of TT_AppInit() */
int main(void)
{
int32 MemDwellAppId = 5;
char MemDwellAppName[10];
/********************************/
/* Set up input file */
/********************************/
UTF_add_input_file(CFS_MD_CMD_PIPE, "md_unit_test3.in");
MD_AppData.CmdPipe = CFS_MD_CMD_PIPE;
/********************************/
/* Set up output file */
/********************************/
UTF_set_output_filename("md_unit_test3.out");
#ifdef UTF_USE_STDOUT
UTF_put_text("Std output is being used. \n");
#endif
/**************************************************/
/* Initialize Unit Test Framework */
/**************************************************/
/* Initialize the CDS */
UTF_put_text("\n***Initialize UTF ***\n");
CFE_ES_CDS_EarlyInit();
UTF_CFE_Init();
/********************************/
/* Initialize simulation time */
/********************************/
UTF_init_sim_time(1000.00);
/**************************************************/
/* Add tasks to ES's list of tasks, and */
/* register local task with Executive Services. */
/**************************************************/
UTF_put_text("\n***Add tasks to ES list of tasks ***\n");
UTF_ES_InitTaskRecords();
MemDwellAppId = UTF_ES_GetFreeTaskRecord();
if (MemDwellAppId < 0)
{
UTF_put_text("\n***Error return from UTF_ES_GetFreeTaskRecord***\n");
exit(0);
}
strcpy(MemDwellAppName,"MD_APP");
UTF_ES_AddAppRecord(MemDwellAppName, MemDwellAppId);
UTF_ES_DumpAppRecords();
/* UTF_put_text("\n***Register local task with ES***\n"); */
/* CFE_ES_RegisterApp(); */ /* Register local task with ES */
/**************************************************/
/* Add "Special" Commands */
/**************************************************/
UTF_add_special_command("SET_MEM_RANGE_FALSE", UTF_SetMemRangeError);
UTF_add_special_command("SET_MEM_RANGE_VALID", UTF_SetMemRangeValid);
UTF_add_special_command("DISPLAY_TABLE_REGISTRY", UTF_SCRIPT_DisplayTableRegistry);
UTF_add_special_command("ADD_SIM_MEMORY", UTF_AddSimulatedMemory);
UTF_add_special_command("SET_SB_RETURN_CODE", UTF_SCRIPT_SB_Set_Api_Return_Code);
UTF_add_special_command("USE_DEFAULT_SB_RETURN_CODE", UTF_SCRIPT_SB_Use_Default_Api_Return_Code);
UTF_add_special_command("SET_TBL_RETURN_CODE", UTF_SCRIPT_TBL_Set_Api_Return_Code);
UTF_add_special_command("USE_DEFAULT_TBL_RETURN_CODE", UTF_SCRIPT_TBL_Use_Default_Api_Return_Code);
/**************************************************/
/* Start Memory Dwell application */
/**************************************************/
UTF_TBL_set_function_hook(CFE_TBL_REGISTER_HOOK, (void *) &CFE_TBL_Register_FunctionHook);
UTF_TBL_set_function_hook(CFE_TBL_GETADDRESS_HOOK, (void *) &CFE_TBL_GetAddress_FunctionHook);
/**************************************************/
/* Start Memory Dwell application */
/**************************************************/
UTF_put_text("\n*** Start Memory Dwell Main Task ***\n");
MD_AppMain();
/**************************************************/
/* Here we've reached the end of input file processing */
/**************************************************/
/********************************************************/
/* Simulate pipe read error from Software Bus Services. */
/********************************************************/
UTF_CFE_ES_Set_Api_Return_Code(CFE_ES_RUNLOOP_PROC, TRUE );
; UTF_ES_InitTaskRecords();
UTF_ES_DumpAppRecords();
; MemDwellAppId = UTF_ES_GetFreeTaskRecord();
if (MemDwellAppId < 0)
{
UTF_put_text("\n***Error return from UTF_ES_GetFreeTaskRecord***\n");
exit(0);
}
; strcpy(MemDwellAppName,"MD_APP");
;UTF_ES_AddAppRecord(MemDwellAppName, (uint32)MemDwellAppId);
UTF_put_text("\n* * * * * * * * * * * * * * * * * * * * * * \n");
/**************************************************/
/* Test Table Services APIs */
/**************************************************/
UTF_CFE_TBL_DisplayTableRegistryContents();
exit(0);
}
/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
void Test_LoadWID(void)
{
MM_LoadMemWIDCmd_t CmdMsg;
uint32 LocalCrc;
/* Setup the test message header */
CFE_SB_InitMsg(&CmdMsg, MM_CMD_MID, sizeof(MM_LoadMemWIDCmd_t), TRUE);
/*
** Setup the load data array in the command message with the
** maximum amount of data allowed.
*/
memcpy(CmdMsg.DataArray, MM_TestDataSet, MM_MAX_UNINTERRUPTABLE_DATA);
/* Compute the CRC value */
LocalCrc = CFE_ES_CalculateCRC(MM_TestDataSet, MM_MAX_UNINTERRUPTABLE_DATA,
0, CFE_ES_DEFAULT_CRC);
UTF_put_text("**********************************************\n");
UTF_put_text("* Memory Load With Interrupts Disabled Tests *\n");
UTF_put_text("**********************************************\n");
UTF_put_text("\n");
/*
** Test bad symbol name
*/
UTF_put_text("Test Load WID With Bad Symbol Name \n");
UTF_put_text("-----------------------------------\n");
strcpy(CmdMsg.DestSymAddress.SymName, "BadSymName");
CmdMsg.DestSymAddress.Offset = 0;
CmdMsg.NumOfBytes = MM_MAX_UNINTERRUPTABLE_DATA;
CmdMsg.Crc = LocalCrc;
MM_LoadMemWIDCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test bad address
*/
UTF_put_text("Test Load WID With Bad Address \n");
UTF_put_text("-------------------------------\n");
CmdMsg.DestSymAddress.SymName[0] = '\0';
CmdMsg.DestSymAddress.Offset = SIM_BAD_MEM_ADDR;
CmdMsg.NumOfBytes = MM_MAX_UNINTERRUPTABLE_DATA;
CmdMsg.Crc = LocalCrc;
MM_LoadMemWIDCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test bad CRC value
*/
UTF_put_text("Test Load WID With Bad CRC value \n");
UTF_put_text("---------------------------------\n");
CmdMsg.DestSymAddress.SymName[0] = '\0';
CmdMsg.DestSymAddress.Offset = SIM_RAM_MEM_ADDR;
CmdMsg.NumOfBytes = MM_MAX_UNINTERRUPTABLE_DATA;
CmdMsg.Crc = LocalCrc ^ 0xF0F0F0F0;
MM_LoadMemWIDCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test data size that exceeds configuration limits
*/
UTF_put_text("Test Load WID That Exceeds Configuration Limits \n");
UTF_put_text("------------------------------------------------\n");
CmdMsg.DestSymAddress.SymName[0] = '\0';
CmdMsg.DestSymAddress.Offset = SIM_RAM_MEM_ADDR;
CmdMsg.NumOfBytes = 0xFF;
CmdMsg.Crc = LocalCrc;
MM_LoadMemWIDCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test zero byte load
*/
UTF_put_text("Test Load WID With Zero Data Specified \n");
UTF_put_text("---------------------------------------\n");
CmdMsg.DestSymAddress.SymName[0] = '\0';
CmdMsg.DestSymAddress.Offset = SIM_RAM_MEM_ADDR;
CmdMsg.NumOfBytes = 0;
CmdMsg.Crc = 0;
MM_LoadMemWIDCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test valid load of maximum size
*/
UTF_put_text("Test Valid Load WID of Maximum Size \n");
UTF_put_text("------------------------------------\n");
CmdMsg.DestSymAddress.SymName[0] = '\0';
CmdMsg.DestSymAddress.Offset = SIM_RAM_MEM_ADDR;
CmdMsg.NumOfBytes = MM_MAX_UNINTERRUPTABLE_DATA;
CmdMsg.Crc = LocalCrc;
MM_LoadMemWIDCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
/*
** Test valid load less than maximum size
*/
UTF_put_text("Test Valid Load WID Less Than Maximum Size \n");
UTF_put_text("-------------------------------------------\n");
CmdMsg.DestSymAddress.SymName[0] = '\0';
CmdMsg.DestSymAddress.Offset = SIM_RAM_MEM_ADDR;
CmdMsg.NumOfBytes = 100;
CmdMsg.Crc = CFE_ES_CalculateCRC(MM_TestDataSet, 100, 0,
CFE_ES_DEFAULT_CRC);
MM_LoadMemWIDCmd((CFE_SB_MsgPtr_t)&CmdMsg);
PrintLocalHKVars();
UTF_put_text("\n");
} /* end Test_LoadWID */
