use of org.omg.space.xtce.EnumeratedDataType in project CCDD by nasa.
the class CcddXTCEHandler method setArgumentDataType.
/**
********************************************************************************************
* Set the command argument data type and set the specified attributes
*
* @param spaceSystem
* space system
*
* @param commandName
* command name
*
* @param argumentName
* command argument name; null to not specify
*
* @param dataType
* command argument data type; null to not specify
*
* @param arraySize
* command argument array size; null or blank if the argument isn't an array
*
* @param bitLength
* command argument bit length
*
* @param enumeration
* command argument enumeration in the format <enum label>|<enum value>[|...][,...];
* null to not specify
*
* @param units
* command argument units; null to not specify
*
* @param minimum
* minimum parameter value; null to not specify
*
* @param maximum
* maximum parameter value; null to not specify
*
* @param description
* command argument description ; null to not specify
*
* @param stringSize
* string size in bytes; ignored if the command argument does not have a string data
* type
*
* @return Command description of the type corresponding to the primitive data type with the
* specified attributes set
*
* @param uniqueID
* text used to uniquely identify data types with the same name; blank if the data
* type has no name conflict
********************************************************************************************
*/
private NameDescriptionType setArgumentDataType(SpaceSystemType spaceSystem, String commandName, String argumentName, String dataType, String arraySize, String bitLength, String enumeration, String units, String minimum, String maximum, String description, int stringSize, String uniqueID) {
BaseDataType commandDescription = null;
// Check if the argument is an array
if (arraySize != null && !arraySize.isEmpty()) {
// Create an array type and set its attributes
ArrayDataTypeType arrayType = factory.createArrayDataTypeType();
arrayType.setName(argumentName + ARRAY);
arrayType.setNumberOfDimensions(BigInteger.valueOf(ArrayVariable.getArrayIndexFromSize(arraySize).length));
arrayType.setArrayTypeRef(argumentName + TYPE);
// Set the argument's array information
spaceSystem.getCommandMetaData().getArgumentTypeSet().getStringArgumentTypeOrEnumeratedArgumentTypeOrIntegerArgumentType().add(arrayType);
}
// Get the XTCE data type corresponding to the primitive data type
XTCEDataType xtceDataType = getXTCEDataType(dataType);
// Check if the a corresponding XTCE data type exists
if (xtceDataType != null) {
UnitSet unitSet = null;
// Check if units is provided
if (units != null && !units.isEmpty()) {
// Set the command units
unitSet = createUnitSet(units);
}
// Check if enumeration parameters are provided
if (enumeration != null && !enumeration.isEmpty()) {
// Create an enumeration type and enumeration list, and add any extra enumeration
// parameters as column data
EnumeratedDataType enumType = factory.createEnumeratedDataType();
EnumerationList enumList = createEnumerationList(spaceSystem, enumeration);
// Set the integer encoding (the only encoding available for an enumeration) and
// the size in bits
IntegerDataEncodingType intEncodingType = factory.createIntegerDataEncodingType();
// Check if the parameter has a bit length
if (bitLength != null && !bitLength.isEmpty()) {
// Set the size in bits to the value supplied
intEncodingType.setSizeInBits(BigInteger.valueOf(Integer.parseInt(bitLength)));
} else // Not a bit-wise parameter
{
// Set the size in bits to the full size of the data type
intEncodingType.setSizeInBits(BigInteger.valueOf(dataTypeHandler.getSizeInBits(dataType)));
}
// Set the enumeration list and units attributes
enumType.setEnumerationList(enumList);
enumType.setUnitSet(unitSet);
// Check if the data type is an unsigned integer
if (dataTypeHandler.isUnsignedInt(dataType)) {
// Set the encoding type to indicate an unsigned integer
intEncodingType.setEncoding("unsigned");
}
// Set the bit order
intEncodingType.setBitOrder(endianess == EndianType.BIG_ENDIAN ? "mostSignificantBitFirst" : "leastSignificantBitFirst");
enumType.setIntegerDataEncoding(intEncodingType);
commandDescription = enumType;
} else // This is not an enumerated command argument
{
switch(xtceDataType) {
case INTEGER:
// Create an integer command argument and set its attributes
IntegerArgumentType integerType = factory.createArgumentTypeSetTypeIntegerArgumentType();
IntegerDataEncodingType intEncodingType = factory.createIntegerDataEncodingType();
// Check if the parameter has a bit length
if (bitLength != null && !bitLength.isEmpty()) {
// Set the size in bits to the value supplied
integerType.setSizeInBits(BigInteger.valueOf(Integer.parseInt(bitLength)));
intEncodingType.setSizeInBits(BigInteger.valueOf(Integer.parseInt(bitLength)));
} else // Not a bit-wise parameter
{
// Set the size in bits to the full size of the data type
integerType.setSizeInBits(BigInteger.valueOf(dataTypeHandler.getSizeInBits(dataType)));
intEncodingType.setSizeInBits(BigInteger.valueOf(dataTypeHandler.getSizeInBits(dataType)));
}
// Check if the data type is an unsigned integer
if (dataTypeHandler.isUnsignedInt(dataType)) {
// Set the encoding type to indicate an unsigned integer
integerType.setSigned(false);
intEncodingType.setEncoding("unsigned");
}
// Set the bit order
intEncodingType.setBitOrder(endianess == EndianType.BIG_ENDIAN ? "mostSignificantBitFirst" : "leastSignificantBitFirst");
integerType.setIntegerDataEncoding(intEncodingType);
// Check if a minimum or maximum value is specified
if ((minimum != null && !minimum.isEmpty()) || (maximum != null && !maximum.isEmpty())) {
IntegerArgumentType.ValidRangeSet validRange = factory.createArgumentTypeSetTypeIntegerArgumentTypeValidRangeSet();
IntegerRangeType range = new IntegerRangeType();
// Check if a minimum value is specified
if (minimum != null && !minimum.isEmpty()) {
// Set the minimum value
range.setMinInclusive(minimum);
}
// Check if a maximum value is specified
if (maximum != null && !maximum.isEmpty()) {
// Set the maximum value
range.setMaxInclusive(maximum);
}
validRange.getValidRange().add(range);
integerType.setValidRangeSet(validRange);
}
commandDescription = integerType;
break;
case FLOAT:
// Create a float command argument and set its attributes
FloatArgumentType floatType = factory.createArgumentTypeSetTypeFloatArgumentType();
FloatDataEncodingType floatEncodingType = factory.createFloatDataEncodingType();
floatEncodingType.setSizeInBits(BigInteger.valueOf(dataTypeHandler.getSizeInBits(dataType)));
floatEncodingType.setEncoding("IEEE754_1985");
floatType.setFloatDataEncoding(floatEncodingType);
// Check if a minimum or maximum value is specified
if ((minimum != null && !minimum.isEmpty()) || (maximum != null && !maximum.isEmpty())) {
FloatArgumentType.ValidRangeSet validRange = factory.createArgumentTypeSetTypeFloatArgumentTypeValidRangeSet();
FloatRangeType range = new FloatRangeType();
// Check if a minimum value is specified
if (minimum != null && !minimum.isEmpty()) {
// Set the minimum value
range.setMinExclusive(Double.valueOf(minimum));
}
// Check if a maximum value is specified
if (maximum != null && !maximum.isEmpty()) {
// Set the maximum value
range.setMaxExclusive(Double.valueOf(maximum));
}
validRange.getValidRange().add(range);
floatType.setValidRangeSet(validRange);
}
commandDescription = floatType;
break;
case STRING:
// Create a string command argument and set its attributes
StringDataType stringType = factory.createStringDataType();
stringType.setCharacterWidth(BigInteger.valueOf(stringSize));
StringDataEncodingType stringEncodingType = factory.createStringDataEncodingType();
// Set the string's size in bits based on the number of characters in the
// string with each character occupying a single byte
IntegerValueType intValType = new IntegerValueType();
intValType.setFixedValue(String.valueOf(stringSize * 8));
SizeInBits sizeInBits = new SizeInBits();
sizeInBits.setFixed(intValType);
stringEncodingType.setSizeInBits(sizeInBits);
stringEncodingType.setEncoding("UTF-8");
stringType.setStringDataEncoding(stringEncodingType);
commandDescription = stringType;
break;
}
}
// Set the command name and argument name attributes
commandDescription.setName(argumentName + TYPE + uniqueID);
// Check is a description exists
if (description != null && !description.isEmpty()) {
// Set the command description attribute
commandDescription.setLongDescription(description);
}
}
return commandDescription;
}
use of org.omg.space.xtce.EnumeratedDataType in project CCDD by nasa.
the class CcddXTCEHandler method importCommandTable.
/**
********************************************************************************************
* Build a command table from the specified command metadata
*
* @param system
* space system
*
* @param cmdMetaData
* reference to the command metadata from which to build the command table
*
* @param table
* name table name, including the full system path
*
* @throws CCDDException
* If an input error is detected
********************************************************************************************
*/
private void importCommandTable(SpaceSystemType system, CommandMetaDataType cmdMetaData, String tableName) throws CCDDException {
// Create a table definition for this command table. If the name space also includes a
// telemetry metadata (which creates a structure table) then ensure the two tables have
// different names
TableDefinition tableDefn = new TableDefinition(tableName + (system.getTelemetryMetaData() == null ? "" : "_cmd"), system.getLongDescription());
// Check if a description exists for this command table
if (system.getLongDescription() != null && !system.getLongDescription().isEmpty()) {
// Store the table's description
tableDefn.setDescription(system.getLongDescription());
}
// Set the new command table's table type name
tableDefn.setTypeName(commandTypeDefn.getName());
// Check if the description column belongs to a command argument
if (commandArguments.size() != 0 && cmdDescriptionIndex > commandArguments.get(0).getName()) {
// Reset the command description index to indicate no description exists
cmdDescriptionIndex = -1;
}
// Get the command set information
MetaCommandSet metaCmdSet = cmdMetaData.getMetaCommandSet();
// Check if the command set information exists
if (metaCmdSet != null) {
// Get the command argument information
ArgumentTypeSetType argTypeSetType = cmdMetaData.getArgumentTypeSet();
List<NameDescriptionType> argTypeSet = null;
// Check if there are any arguments for this command
if (argTypeSetType != null) {
// Get the list of this command's argument data types
argTypeSet = argTypeSetType.getStringArgumentTypeOrEnumeratedArgumentTypeOrIntegerArgumentType();
}
// Step through each command set
for (Object cmd : metaCmdSet.getMetaCommandOrMetaCommandRefOrBlockMetaCommand()) {
// Check if the command represents a meta command type (all of these should)
if (cmd instanceof MetaCommandType) {
// Get the command type as a meta command type to shorten subsequent calls
MetaCommandType metaCmd = (MetaCommandType) cmd;
// Create a new row of data in the table definition to contain this command's
// information. Initialize all columns to blanks except for the command name
String[] newRow = new String[numCommandColumns];
Arrays.fill(newRow, null);
newRow[commandNameIndex] = metaCmd.getName();
// Get the base meta-command reference
BaseMetaCommand baseMetaCmd = metaCmd.getBaseMetaCommand();
// Check if the base meta-command exists
if (baseMetaCmd != null) {
// Step through each argument assignment
for (ArgumentAssignment argAssn : baseMetaCmd.getArgumentAssignmentList().getArgumentAssignment()) {
// column name
if (argAssn.getArgumentName().equals(ccsdsAppID)) {
boolean isExists = false;
// Step through the data fields already added to this table
for (String[] fieldInfo : tableDefn.getDataFields()) {
// subsequent ones are ignored to prevent duplicates
if (fieldInfo[FieldsColumn.FIELD_NAME.ordinal()].equals(argAssn.getArgumentName())) {
// Set the flag indicating the field already exists and
// stop searching
isExists = true;
break;
}
}
// Check if the application ID data field doesn't exist
if (!isExists) {
// Create a data field for the table containing the application
// ID and stop searching
tableDefn.addDataField(new String[] { tableName, argAssn.getArgumentName(), "Message ID", String.valueOf(argAssn.getArgumentValue().length()), InputDataType.MESSAGE_ID.getInputName(), String.valueOf(false), ApplicabilityType.ALL.getApplicabilityName(), argAssn.getArgumentValue() });
}
} else // argument column name
if (argAssn.getArgumentName().equals(ccsdsFuncCode)) {
// Store the command function code and stop searching
newRow[commandCodeIndex] = argAssn.getArgumentValue();
break;
}
}
}
// exists in the table type definition
if (metaCmd.getLongDescription() != null && cmdDescriptionIndex != -1) {
// Store the command description in the row's description column
newRow[cmdDescriptionIndex] = metaCmd.getLongDescription();
}
// Check if the command has any arguments
if (metaCmd.getArgumentList() != null && argTypeSet != null) {
int cmdArgIndex = 0;
CommandContainerType cmdContainer = metaCmd.getCommandContainer();
// Step through each of the command's arguments
for (Argument argList : metaCmd.getArgumentList().getArgument()) {
// Step through each command argument type
for (NameDescriptionType argType : argTypeSet) {
// between the two)
if (argList.getArgumentTypeRef().equals(argType.getName())) {
boolean isInteger = false;
boolean isUnsigned = false;
boolean isFloat = false;
boolean isString = false;
String dataType = null;
String arraySize = null;
BigInteger bitLength = null;
long sizeInBytes = 0;
String enumeration = null;
String description = null;
UnitSet unitSet = null;
String units = null;
String minimum = null;
String maximum = null;
// Check if the argument is an array data type
if (argType instanceof ArrayDataTypeType && metaCmd != null && cmdContainer != null) {
// set
for (JAXBElement<? extends SequenceEntryType> seqEntry : cmdContainer.getEntryList().getParameterRefEntryOrParameterSegmentRefEntryOrContainerRefEntry()) {
// reference matches the target parameter
if (seqEntry.getValue() instanceof ArrayParameterRefEntryType && argList.getName().equals(((ArrayParameterRefEntryType) seqEntry.getValue()).getParameterRef())) {
arraySize = "";
// Store the reference to the array parameter type
ArrayDataTypeType arrayType = (ArrayDataTypeType) argType;
argType = null;
// the array variable
for (Dimension dim : ((ArrayParameterRefEntryType) seqEntry.getValue()).getDimensionList().getDimension()) {
// Build the array size string
arraySize += String.valueOf(dim.getEndingIndex().getFixedValue()) + ",";
}
arraySize = CcddUtilities.removeTrailer(arraySize, ",");
// data type entry
for (NameDescriptionType type : argTypeSet) {
// reference matches the data type name
if (arrayType.getArrayTypeRef().equals(type.getName())) {
// Store the reference to the array
// parameter's data type and stop searching
argType = type;
break;
}
}
break;
}
}
}
// individual array members)
if (argType != null) {
// Check if the argument is an integer data type
if (argType instanceof IntegerArgumentType) {
IntegerArgumentType icmd = (IntegerArgumentType) argType;
// Get the number of bits occupied by the argument
bitLength = icmd.getSizeInBits();
// Get the argument units reference
unitSet = icmd.getUnitSet();
// Check if integer encoding is set to 'unsigned'
if (icmd.getIntegerDataEncoding().getEncoding().equalsIgnoreCase("unsigned")) {
isUnsigned = true;
}
// Determine the smallest integer size that contains
// the number of bits occupied by the argument
sizeInBytes = 8;
while (bitLength.longValue() > sizeInBytes) {
sizeInBytes *= 2;
}
sizeInBytes /= 8;
// Get the argument alarm
IntegerArgumentType.ValidRangeSet alarmType = icmd.getValidRangeSet();
// Check if the argument has an alarm
if (alarmType != null) {
// Get the alarm range
List<IntegerRangeType> alarmRange = alarmType.getValidRange();
// Check if the alarm range exists
if (alarmRange != null) {
// Store the minimum alarm value
minimum = alarmRange.get(0).getMinInclusive();
// Store the maximum alarm value
maximum = alarmRange.get(0).getMaxInclusive();
}
}
isInteger = true;
} else // Check if the argument is a floating point data type
if (argType instanceof FloatArgumentType) {
// Get the float argument attributes
FloatArgumentType fcmd = (FloatArgumentType) argType;
sizeInBytes = fcmd.getSizeInBits().longValue() / 8;
unitSet = fcmd.getUnitSet();
// Get the argument alarm
FloatArgumentType.ValidRangeSet alarmType = fcmd.getValidRangeSet();
// Check if the argument has an alarm
if (alarmType != null) {
// Get the alarm range
List<FloatRangeType> alarmRange = alarmType.getValidRange();
// Check if the alarm range exists
if (alarmRange != null) {
// Get the minimum value
Double min = alarmRange.get(0).getMinInclusive();
// Check if a minimum value exists
if (min != null) {
// Get the minimum alarm value
minimum = String.valueOf(min);
}
// Get the maximum value
Double max = alarmRange.get(0).getMaxInclusive();
// Check if a maximum value exists
if (max != null) {
// Get the maximum alarm value
maximum = String.valueOf(max);
}
}
}
isFloat = true;
} else // Check if the argument is a string data type
if (argType instanceof StringDataType) {
// Get the string argument attributes
StringDataType scmd = (StringDataType) argType;
sizeInBytes = scmd.getCharacterWidth().longValue();
unitSet = scmd.getUnitSet();
isString = true;
} else // Check if the argument is an enumerated data type
if (argType instanceof EnumeratedDataType) {
EnumeratedDataType ecmd = (EnumeratedDataType) argType;
EnumerationList enumList = ecmd.getEnumerationList();
// Check if any enumeration parameters are defined
if (enumList != null) {
// Step through each enumeration parameter
for (ValueEnumerationType enumType : enumList.getEnumeration()) {
// Check if this is the first parameter
if (enumeration == null) {
// Initialize the enumeration string
enumeration = "";
} else // Not the first parameter
{
// Add the separator for the
// enumerations
enumeration += ", ";
}
// Begin building this enumeration
enumeration += enumType.getValue() + " | " + enumType.getLabel();
}
bitLength = ecmd.getIntegerDataEncoding().getSizeInBits();
unitSet = ecmd.getUnitSet();
// 'unsigned'
if (ecmd.getIntegerDataEncoding().getEncoding().equalsIgnoreCase("unsigned")) {
isUnsigned = true;
}
// Determine the smallest integer size that
// contains the number of bits occupied by the
// argument
sizeInBytes = 8;
while (bitLength.longValue() > sizeInBytes) {
sizeInBytes *= 2;
}
sizeInBytes /= 8;
isInteger = true;
}
}
// Get the name of the data type from the data type table
// that matches the base type and size of the parameter
dataType = getDataType(dataTypeHandler, sizeInBytes, isInteger, isUnsigned, isFloat, isString);
// Check if the description exists
if (argType.getLongDescription() != null) {
// Store the description
description = argType.getLongDescription();
}
// Check if the units exists
if (unitSet != null) {
List<UnitType> unitType = unitSet.getUnit();
// Check if the units is set
if (!unitType.isEmpty()) {
// Store the units
units = unitType.get(0).getContent();
}
}
// dictated by the table type definition
if (cmdArgIndex < commandArguments.size()) {
// Get the command argument reference
AssociatedColumns acmdArg = commandArguments.get(cmdArgIndex);
// Check if the command argument name is present
if (acmdArg.getName() != -1) {
// Store the command argument name
newRow[acmdArg.getName()] = argList.getName();
}
// Check if the command argument data type is present
if (acmdArg.getDataType() != -1 && dataType != null) {
// Store the command argument data type
newRow[acmdArg.getDataType()] = dataType;
}
// Check if the command argument array size is present
if (acmdArg.getArraySize() != -1 && arraySize != null) {
// Store the command argument array size
newRow[acmdArg.getArraySize()] = arraySize;
}
// Check if the command argument bit length is present
if (acmdArg.getBitLength() != -1 && bitLength != null) {
// Store the command argument bit length
newRow[acmdArg.getBitLength()] = bitLength.toString();
}
// Check if the command argument enumeration is present
if (acmdArg.getEnumeration() != -1 && enumeration != null) {
// Store the command argument enumeration
newRow[acmdArg.getEnumeration()] = enumeration;
}
// Check if the command argument description is present
if (acmdArg.getDescription() != -1 && description != null) {
// Store the command argument description
newRow[acmdArg.getDescription()] = description;
}
// Check if the command argument units is present
if (acmdArg.getUnits() != -1 && units != null) {
// Store the command argument units
newRow[acmdArg.getUnits()] = units;
}
// Check if the command argument minimum is present
if (acmdArg.getMinimum() != -1 && minimum != null) {
// Store the command argument minimum
newRow[acmdArg.getMinimum()] = minimum;
}
// Check if the command argument maximum is present
if (acmdArg.getMaximum() != -1 && maximum != null) {
// Store the command argument maximum
newRow[acmdArg.getMaximum()] = maximum;
}
}
}
// Increment the argument index
cmdArgIndex++;
break;
}
}
}
}
// Add the new row to the table definition
tableDefn.addData(newRow);
}
}
}
// Add the command table definition to the list
tableDefinitions.add(tableDefn);
}
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