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The Open Source version of the IBM Toolbox for Java
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///////////////////////////////////////////////////////////////////////////////
//
// JTOpen (IBM Toolbox for Java - OSS version)
//
// Filename: PcmlData.java
//
// The source code contained herein is licensed under the IBM Public License
// Version 1.0, which has been approved by the Open Source Initiative.
// Copyright (C) 1997-2003 International Business Machines Corporation and
// others. All rights reserved.
//
///////////////////////////////////////////////////////////////////////////////
package com.ibm.as400.data;
import com.ibm.as400.access.AS400;
import com.ibm.as400.access.AS400Date;
import com.ibm.as400.access.AS400Time;
import com.ibm.as400.access.Trace;
import com.ibm.as400.access.ProgramParameter; // @B1A
import com.ibm.as400.access.BidiStringType; // @C9A
import java.io.IOException; // @C1A
import java.io.ObjectOutputStream; // @C1A
import java.io.OutputStream;
import java.util.Enumeration;
import java.util.Hashtable;
import java.util.StringTokenizer;
import java.util.TimeZone;
class PcmlData extends PcmlDocNode
{
/***********************************************************
Static Members
***********************************************************/
// Constant values for type= attribute
public static final int UNSUPPORTED = 0;
public static final int CHAR = 1;
public static final int INT = 2;
public static final int PACKED = 3;
public static final int ZONED = 4;
public static final int FLOAT = 5;
public static final int BYTE = 6;
public static final int STRUCT = 7;
public static final int DATE = 8; // PCML version 6.0
public static final int TIME = 9; // PCML version 6.0
public static final int TIMESTAMP = 10; // PCML version 6.0
public static final int VARCHAR = 11; //TODO
// Largest length= supported for type="char" and type="byte"
public static final int MAX_STRING_LENGTH = 16*1024*1024-4112; // @C6C @L17C Support max size of 16MB. 4112 is the header size for single level store
// Serial verion unique identifier
static final long serialVersionUID = 8578048664805881489L;
// New attributes should be added to the end of this array
private static final String DATAATTRIBUTES[] = {
"name",
"usage",
"count",
"minvrm",
"maxvrm",
"offset",
"offsetfrom",
"outputsize",
"type",
"length",
"precision",
"ccsid",
"init",
"struct",
"passby", // PCML Ver. 2.0
"bidistringtype", // PCML Ver. 3.0 @C9A
"trim", // PCML Ver. 4.0 @D1A
"chartype", // PCML Ver. 4.0 @D2A
// Note: "keyfield" is unique to RFML (Ver. 5.0), so is not listed here.
"dateformat", // PCML Ver. 6.0
"dateseparator", // PCML Ver. 6.0
"timeformat", // PCML Ver. 6.0
"timeseparator" // PCML Ver. 6.0
};
private static final int VERSION_1_ATTRIBUTE_COUNT = 14;
private static final int VERSION_2_ATTRIBUTE_COUNT = 15;
private static final int VERSION_3_ATTRIBUTE_COUNT = 16; // @C9A
private static final int VERSION_4_ATTRIBUTE_COUNT = 18; // @D1A @D2C
private static final int VERSION_5_ATTRIBUTE_COUNT = 20;
private static Hashtable bidiTypeMap_;
/***********************************************************
Instance Members
***********************************************************/
// The "m_name" and "m_usage" attributes are implemented by PcmlDocNode
// The following values are implemented by PcmlData and PcmlStruct
private int m_Count; // count=, integer literal
private String m_CountId; // count=, element name
private int m_Offset; // offset=, integer literal
private String m_OffsetId; // offset=, element name
private boolean m_OffsetfromFixed; // Flag indicating whether serialized version @A1A
// of this object contains fix for offsetfrom
private int m_Offsetfrom; // offsetfrom=, integer literal @A1A
private String m_OffsetfromId; // offsetfrom=, element name
private String m_Minvrm; // minvrm=, string literal
private int m_MinvrmInt; // minvrm=, from AS400.generateVRM()
private String m_Maxvrm; // maxvrm=, string literal
private int m_MaxvrmInt; // maxvrm=, from AS400.generateVRM()
private int m_Outputsize; // outputsize=, integer literal
private String m_OutputsizeId; // outputsize=, element name
// The following attribute are implemented only by PcmlData
private String m_TypeStr; // type=, string literal
private int m_Type; // type=, integer representing data type
private int m_Length; // length=, integer literal
private String m_LengthId; // length=, element name
private boolean m_LengthWasSpecified; // Indicates whether length was specified. @D0A
private int m_Precision; // precison=, integer literal
private int m_Ccsid; // ccsid=, integer literal
private String m_CcsidId; // ccsid=, element name
private boolean m_CcsidWasSpecified; // Indicates whether ccsid was specified. @D0A
private String m_Init; // init=, string literal
private String m_StructId; // struct=, element name
// The following attributes added for PCML v2.0
private String m_PassbyStr; // passby=, string literal @B1A
private int m_Passby; // passby=, integer representing passby value @B1A
// The following attributes added for PCML v3.0
private String m_BidistringtypeStr; // bidistringtype=, string literal @C9A
private int m_Bidistringtype; // bidistringtype=, integer representing value @C9A
private boolean m_IsRfml; // Indicates whether RFML versus PCML. @D0A
// The following attributes added for PCML v4.0
private String m_TrimStr; // trim=, string literal @D1A
private String m_CharType; // chartype=, string literal @D2A
// The following attributes added for RFML v5.0 (not relevant to PCML)
private String m_KeyFieldStr; // keyfield=, string literal
private boolean m_KeyField; // keyfield=, boolean representing value
// The following attributes added for PCML v6.0
private String m_DateFormat; // dateformat=, string literal
private String m_DateSeparator; // dateseparator=, string literal (single character)
private String m_TimeFormat; // timeformat=, string literal
private String m_TimeSeparator; // timeseparator=, string literal (single character)
// We store 'separator' values as String rather than char,
// in order to use 'null' to indicate 'not set'.
/***********************************************************
Semi-Transient Members --
Not written when serializing interface definition.
Written when serializing ProgramCallDocument object.
***********************************************************/
private PcmlDataValues m_scalarValue; // @C1C
private PcmlDataVector m_vectorValue; // @C1C
// Default constructor
PcmlData()
{
this(false); // @D0A
}
// Constructor with description
PcmlData(PcmlAttributeList attrs) // @C3C
{
this(attrs, false); // @D0C
}
PcmlData(boolean isRfml) // @D0A
{
m_IsRfml = isRfml;
}
// Constructor with description
PcmlData(PcmlAttributeList attrs, boolean isRfml) // @D0A
{
super(attrs); // @C3C
m_IsRfml = isRfml; // @D0A
setNodeType(PcmlNodeType.DATA); // @C3C
// **********************************
// Set attribute values
//
// The following code extracts the attribute values
// from the parsed document node and
// stores the values in private data members.
// **********************************
// Set count= attribute value
setCount(getAttributeValue("count"));
// Set offset= attribute value
setOffset(getAttributeValue("offset"));
// Set offsetfrom= attribute value
setOffsetfrom(getAttributeValue("offsetfrom"));
// Set minvrm= attribute value
setMinvrm(getAttributeValue("minvrm"));
// Set maxvrm= attribute value
setMaxvrm(getAttributeValue("maxvrm"));
// Set type= attribute value
setType(getAttributeValue("type"));
// Set length= attribute value
setLength(getAttributeValue("length"));
// Set precision= attribute value
setPrecision(getAttributeValue("precision"));
// Set ccsid= member variable
setCcsid(getAttributeValue("ccsid"));
// Set init= member variable
setInit(getAttributeValue("init"));
// Set outputsize= member variable
setOutputsize(getAttributeValue("outputsize"));
// Set struct= member variable
setStruct(getAttributeValue("struct"));
// Set passby= member variable
setPassby(getAttributeValue("passby")); // @B1A
// Set bidistringtype= member variable
setBidiStringType(getAttributeValue("bidistringtype")); // @C9A
// Set trim= attribute value
setTrim(getAttributeValue("trim")); // @D1A
// Set chartype= attribute value
setCharType(getAttributeValue("chartype")); // @D2A
// Set keyfield= attribute value (relevant only to RFML)
setKeyField(getAttributeValue("keyfield"));
// Set dateformat= attribute value
setDateFormat(getAttributeValue("dateformat"));
// Set dateseparator= attribute value
setDateSeparator(getAttributeValue("dateseparator"));
// Set timeformat= attribute value
setTimeFormat(getAttributeValue("timeformat"));
// Set timeseparator= attribute value
setTimeSeparator(getAttributeValue("timeseparator"));
m_scalarValue = null; // Transient data created as needed
m_vectorValue = null; // Transient data created as needed
}
public Object clone() // @C5A
{ // @C5A
PcmlData node = (PcmlData) super.clone(); // @C5A
// Cloning does not include 'live' data, only the interface
// definitions described by the PCML tags.
// Null out the 'semi-transient' data values.
node.m_scalarValue = null; // @C5A
node.m_vectorValue = null; // @C5A
return node; // @C5A
} // @C5A
// Custom serialization
private void writeObject(ObjectOutputStream out) throws IOException // @C1A
{ // @C1A
synchronized (this) // @C1A
{ // @C1A
// Keep a local reference to the scalar and vector data values
PcmlDataValues scalarValue = m_scalarValue; // @C1A
PcmlDataVector vectorValue = m_vectorValue; // @C1A
// If not saving with serialization, temporarily null out the
// scalar and vector data values member variables
// so they are not written to the ObjectOutputStream.
if ( !getDoc().isSerializingWithData() ) // @C1A
{ // @C1A
m_scalarValue = null; // @C1A
m_vectorValue = null; // @C1A
} // @C1A
// Perform default serialization
out.defaultWriteObject(); // @C1A
// Restore scalar and vector data values
m_scalarValue = scalarValue; // @C1A
m_vectorValue = vectorValue; // @C1A
} // end of synchronized code // @C1A
} // @C1A
// Custom deserialization post-processing
// This processing cannot be done during readObject() because
// references to parent objects in the document are not yet set
// due to the recursive nature of deserialization.
void readObjectPostprocessing() // @C1A
{ // @C1A
if (m_scalarValue != null) // @C1A
m_scalarValue.readObjectPostprocessing(); // @C1A
if (m_vectorValue != null) // @C1A
m_vectorValue.readObjectPostprocessing(); // @C1A
super.readObjectPostprocessing(); // @C1A
} // @C1A
// Returns a single PcmlDataValues given an array of indices
private PcmlDataValues getPcmlDataValues(PcmlDimensions indices) throws PcmlException
{
int index;
int[] myDimensions = getDimensions(indices).asArray();
// Make sure enough indices are specified
// Allow more indices than necessary in order to
// allow nieces and nephews to get access to
// values such as getCount()
if (indices.size() < myDimensions.length)
{
throw new PcmlException(DAMRI.TOO_FEW_INDICES, new Object[] {new Integer(indices.size()), new Integer(myDimensions.length), getNameForException()} );
}
if (myDimensions.length == 0)
{
if (m_scalarValue == null)
{
m_scalarValue = new PcmlDataValues(this, new PcmlDimensions());
}
return m_scalarValue;
}
PcmlDataValues item;
PcmlDataVector v, nextVector;
PcmlDimensions myIndices = new PcmlDimensions();
// If the vector for the first dimension (first index) has not been
// created, create and initialize the vector
if (m_vectorValue == null)
{
m_vectorValue = new PcmlDataVector(myDimensions[0], this, myIndices );
for (int elem = 0; elem < myDimensions[0]; elem++)
{
m_vectorValue.addElement(null);
}
}
// Walk down the tree of vectors. All but the last index is to a
// vector; the last index is to a PcmlDataValues.
long[] myDimensionTimestamps = getDimensionTimestamps(indices);
v = m_vectorValue;
for (int i = 0; i < myDimensions.length; i++)
{
// If the current dimension is more recent
// than the dimension of the data, we need to
// throw away all data at this and deeper dimensions
// because it is stale.
// In other words, the count= value was changed for this dimension
// and we need to throw away all the values stored.
if ( myDimensionTimestamps[i] > v.getTimestamp() )
{
// Note: For CPS discussion 8CDSG2 this code is causing a problem when the array is defined using
// a variable that is also returned.
//
//
//
//
// In this case, the dimension timestamp is really new, but v.getTimestamp() returns something low.
//
v.redimension(myDimensions[i]);
}
// Get index for current dimension and add it to my working PcmlDimensions
index = indices.at(i);
myIndices.add(index);
// Make sure index is not out of bounds
if (index < 0 || index >= myDimensions[i])
{
throw new PcmlException(DAMRI.INDEX_OUT_OF_BOUNDS, new Object[] {new Integer(myDimensions[i]-1), new Integer(i), indices, getNameForException()} ); // @D0C Subtract 1 from myDimensions to get the upper end of range to come out right in the message.
}
// If we have are not on the last (deepest) dimension
// get the PcmlDataVector for this dimension
if (i != myDimensions.length - 1 )
{
nextVector = v.vectorAt(index);
// If no PcmlDataVector has been created yet, create one now
if (nextVector == null)
{
nextVector = new PcmlDataVector(myDimensions[i+1], this, myIndices);
for (int elem = 0; elem < myDimensions[i+1]; elem++)
{
nextVector.addElement(null);
}
v.setElementAt(nextVector, index);
}
v = nextVector;
}
// We are on the last (deepest) dimension,
// get the PcmlDataValues object -- at last!
else
{
item = v.valuesAt(index);
// If no PcmlDataValues has been created yet, create it now.
if (item == null)
{
item = new PcmlDataValues(this, myIndices);
v.setElementAt(item, index);
}
// Finally return the PcmlDataValues object requested
return item;
}
}
// We should never get here, but...
throw new PcmlException(DAMRI.ERROR_ACCESSING_VALUE, new Object[] {indices, myDimensions, getNameForException()} );
}
// Get Timestamp of data
long getTimestamp(PcmlDimensions indices) throws PcmlException
{
// Make sure enough indices are specified
if ( indices.size() >= getNbrOfDimensions() )
{
PcmlDataValues values = getPcmlDataValues(indices);
return values.getTimestamp();
}
else
{
throw new PcmlException(DAMRI.TOO_FEW_INDICES, new Object[] {new Integer(indices.size()), new Integer(getNbrOfDimensions()), getNameForException()} );
}
}
// Get Java native value
final Object getValue() throws PcmlException
{
return getValue(new PcmlDimensions());
}
// Get Java native value
final Object getValue(PcmlDimensions indices) throws PcmlException
{
if (m_Type == CHAR || m_Type == VARCHAR) // @C9A @AI2C
{
return getStringValue(indices, m_Bidistringtype); // @C9A
}
else // @C9A
{
// Make sure enough indices are specified
if ( indices.size() >= getNbrOfDimensions() )
{
PcmlDataValues values = getPcmlDataValues(indices);
return values.getValue();
}
else
{
throw new PcmlException(DAMRI.TOO_FEW_INDICES, new Object[] {new Integer(indices.size()), new Integer(getNbrOfDimensions()), getNameForException()} );
}
}
}
// Get String value specifying string type
final String getStringValue(PcmlDimensions indices, int type)
throws PcmlException // @C9A
{
Object val = null;
// Make sure enough indices are specified
if ( indices.size() >= getNbrOfDimensions() ) // @C9A
{
PcmlDataValues values = getPcmlDataValues(indices); // @C9A
if (m_Type == CHAR || m_Type == VARCHAR) // @CBA
values.setStringType(type); // Set the string type @C9A
val = values.getValue(); // Get the value @C9A @CAC
if (val == null) // @CBA
{
return null; // @CBA
}
if (val instanceof Number)
{
return ((Number)val).toString(); // @C9A
}
else if (val instanceof String) // @C9A
{
return (String)val; // @C9A
}
else // @C9A
{
throw new PcmlException(DAMRI.STRING_OR_NUMBER, new Object[] {val.getClass().getName(), getNameForException()} ); // @C9A
}
}
else
{
throw new PcmlException(DAMRI.TOO_FEW_INDICES, new Object[] {new Integer(indices.size()), new Integer(getNbrOfDimensions()), getNameForException()} ); // @C9A
}
}
// Set Java native value
final void setValue(Object v) throws PcmlException
{
setValue(v, new PcmlDimensions());
}
// Set Java native value
final void setValue(Object v, PcmlDimensions indices) throws PcmlException
{
// Make sure enough indices are specified
if ( indices.size() >= getNbrOfDimensions() )
{
PcmlDataValues values = getPcmlDataValues(indices);
values.setStringType(m_Bidistringtype);
values.setValue(v);
}
else
{
throw new PcmlException(DAMRI.TOO_FEW_INDICES, new Object[] {new Integer(indices.size()), new Integer(getNbrOfDimensions()), getNameForException()} );
}
}
// Set String value specifying string type
final void setStringValue(String val, PcmlDimensions indices, int type)
throws PcmlException // @C9A
{
// Make sure enough indices are specified
if ( indices.size() >= getNbrOfDimensions() ) // @C9A
{
PcmlDataValues values = getPcmlDataValues(indices); // @C9A
values.flushValues(); // Flush current values @C9A
values.setStringType(type); // Set the string type @C9A
values.setValue(val); // Set the value @C9A
}
else
{
throw new PcmlException(DAMRI.TOO_FEW_INDICES, new Object[] {new Integer(indices.size()), new Integer(getNbrOfDimensions()), getNameForException()} ); // @C9A
}
}
// Set IBM i system bytes
void setBytes(byte[] ba)
{
}
/**
* Return the list of valid attributes for the data element.
**/
String[] getAttributeList() // @C7A
{
int returnCount = 0; // @C7A
String returnArray[]; // @C7A
if ( getDoc().getVersion().compareTo("2.0") < 0 ) // @C7A
returnCount = VERSION_1_ATTRIBUTE_COUNT; // @C7A
else if ( getDoc().getVersion().compareTo("3.0") < 0 ) // @C9A
returnCount = VERSION_2_ATTRIBUTE_COUNT; // @C9A
else if ( getDoc().getVersion().compareTo("4.0") < 0 ) // @D1A
returnCount = VERSION_3_ATTRIBUTE_COUNT; // @D1A
else if ( getDoc().getVersion().compareTo("6.0") < 0 )
returnCount = VERSION_4_ATTRIBUTE_COUNT;
else // Anything else: Return the entire array
return DATAATTRIBUTES; // @C7A
returnArray = new String[returnCount]; // @C7A
System.arraycopy(DATAATTRIBUTES, 0, returnArray, 0, returnCount); // @C7A
return returnArray; // @C7A
}
final int getCcsid(PcmlDimensions indices) throws PcmlException
{
int tmpCcsid = resolveIntegerValue( getCcsid(),
getCcsidId(),
indices );
// If a CCSID is not explicitly defined for this element,
// use the CCSID from the element
if (tmpCcsid == 0)
{ // @C2A
PcmlNode node = getParent(); // @C2A
while (node.getParent() != getDoc()) // @C2A
node = node.getParent(); // @C2A
// If this element is a descendent of a Program element
// use the CCSID saved the last time the
if (node instanceof PcmlProgram) // @C2A
return ((PcmlProgram) node).getProgramCCSID(); // @C2A
else // @C2A
return getDoc().getAs400().getCcsid(); // @C2A
} // @C2A
else
return tmpCcsid;
}
// Get the run-time dimension for this element
final int getCount(PcmlDimensions indices) throws PcmlException
{
return resolveIntegerValue( getCount(),
getCountId(),
indices );
}
// @E0A -- New XPCML method
// Get the run-time dimension for this element but don't throw an exception if count not set
final int getXPCMLCount(PcmlDimensions indices) throws PcmlException
{
int rc;
try {
rc = resolveIntegerValue( getCount(),
getCountId(),
indices );
return rc;
}
catch (Exception e)
{
return 0;
}
}
// Get the count= integer literal value, if any
public final int getCount()
{
return m_Count;
}
// Get the count= resolved element name, if any
public final String getCountId()
{
return resolveRelativeName(m_CountId);
}
// Get the count= unresolved element name, if any
public final String getUnqualifiedCountId() // @C7A
{
return m_CountId; // @C7A
}
final int getLength(PcmlDimensions indices) throws PcmlException
{
return resolveIntegerValue( getLength(),
getLengthId(),
indices );
}
// Get the run-time offset value for this element
final int getOffset(PcmlDimensions indices) throws PcmlException
{
return resolveIntegerValue( getOffset(),
getOffsetId(),
indices );
}
// Get the offset= integer literal value, if any
public final int getOffset()
{
return m_Offset;
}
// Get the offset= resolved element name, if any
public final String getOffsetId()
{
return resolveRelativeName(m_OffsetId);
}
// Get the offset= unresolved element name, if any
public final String getUnqualifiedOffsetId() // @C7A
{
return m_OffsetId; // @C7A
}
// Return indication of whether this object contains
// the fix for ofsetfrom
private final boolean isOffsetfromFixed() // @A1A
{ // @A1A
return m_OffsetfromFixed; // @A1A
} // @A1A
// Get the passby= value as an integer (ProgramParameter constant)
public final int getPassby() // @B1A
{ // @B1A
if (m_PassbyStr != null) // @B1A
return m_Passby; // @B1A
else // @B1A
return ProgramParameter.PASS_BY_REFERENCE; // @B1A
} // @B1A
// Get the bidistringtype= value as an integer
public final String getBidistringtypeStr() // @C9A @CAC
{
return m_BidistringtypeStr; // @C9A @CAC
}
// Get the offsetfrom= integer literal value, if any
final int getOffsetfrom() // @A1C
{
if ( isOffsetfromFixed() ) // @A1A
return m_Offsetfrom; // @A1C
else // @A1A
return -1; // @A1A
}
// Get the offsetfrom= resolved element name, if any
final String getOffsetfromId() // @A1A
{ // @A1A
return resolveRelativeName(m_OffsetfromId); // @A1A
} // @A1A
// Get the offset= unresolved element name, if any
public final String getUnqualifiedOffsetfromId() // @C7A
{
return m_OffsetfromId; // @C7A
}
// Returns an array of integers containing the array dimensions
// Notes:
// getDimensions().length == 0 for scalar data
PcmlDimensions getDimensions(PcmlDimensions indices) throws PcmlException
{
PcmlDimensions myDimensions = null;
PcmlNode node = getParent(); // @CCA
// Retrieve array dimensions from all ancestors
if (node instanceof PcmlData) // @CCC
{
myDimensions = ((PcmlData) node).getDimensions(indices);// @CCC
}
else
if (node instanceof PcmlStruct) // @CCC
{
myDimensions = ((PcmlStruct) node).getDimensions(indices); // @CCC
}
else
{
myDimensions = new PcmlDimensions(getNbrOfDimensions());
}
// If this node is defined as an array, add its dimension
if (isArray())
{
int myCount = getCount(indices);
myDimensions.add(myCount);
}
return myDimensions;
}
// Returns an array of integers containing the timestamps
// for each of the array dimensions for this node.
// Notes:
// getNbrOfDimensions() == 0 for scalar data
// getNbrOfDimensions() == getDimensions().length
long[] getDimensionTimestamps(PcmlDimensions indices) throws PcmlException
{
long[] myTimestamps;
Integer myIndex = null;
long[] previousTimestamps;
PcmlNode node = getParent(); // @CCA
// If an array is defined at this node,
// remove its dimension from the array of indices
if (isArray())
{
myIndex = indices.integerAt(indices.size()-1);
indices.remove();
}
// Retrieve array dimensions from all ancestors
if (node instanceof PcmlData) // @CCC
{
previousTimestamps = ((PcmlData) node).getDimensionTimestamps(indices); // @CCC
}
else
if (node instanceof PcmlStruct) // @CCC
{
previousTimestamps = ((PcmlStruct) node).getDimensionTimestamps(indices); // @CCC
}
else
{
previousTimestamps = new long[0];
}
// If this node is defined as an array, add its dimension
// back to the array of indices and get the time stamp for this dimension.
if (myIndex != null)
{
int i;
indices.add(myIndex);
myTimestamps = new long[previousTimestamps.length + 1];
for (i = 0; i < previousTimestamps.length; i++)
{
myTimestamps[i] = previousTimestamps[i];
}
myTimestamps[i] = resolveDimensionTimestamp(indices);
if (i > 0)
{
myTimestamps[i] = Math.max(myTimestamps[i], myTimestamps[i-1]);
}
}
else
{
myTimestamps = previousTimestamps;
}
return myTimestamps;
}
// Returns the number of dimensions for this data node
// Notes:
// getNbrOfDimensions() == 0 for scalar data
// getNbrOfDimensions() == getDimensions().length
int getNbrOfDimensions()
{
int total = 0;
PcmlNode node = getParent(); // @CCA
if (isArray())
total++;
if (node instanceof PcmlData) // @CCC
total += ((PcmlData)node).getNbrOfDimensions(); // @CCC
else
if (node instanceof PcmlStruct) // @CCC
total += ((PcmlStruct)node).getNbrOfDimensions(); // @CCC
return total;
}
int getOutputsize(PcmlDimensions indices) throws PcmlException
{
int totalSize = 0;
int myCount;
boolean processArray;
// If outputsize= was specified for this element use that
// as the output size for this and all descendents.
totalSize = resolveIntegerValue( getOutputsize(),
getOutputsizeId(),
indices );
if (totalSize > 0)
return totalSize;
if (isArray() && indices.size() < getNbrOfDimensions() )
{
myCount = getCount(indices);
processArray = true;
}
else
{
myCount = 1;
processArray = false;
}
for (int myIndex = 0; myIndex < myCount; myIndex++)
{
if (processArray)
{
indices.add(myIndex);
}
switch (getDataType())
{
case PcmlData.STRUCT:
Enumeration children;
PcmlDocNode child;
children = getChildren();
while (children.hasMoreElements())
{
child = (PcmlDocNode) children.nextElement();
switch (child.getNodeType())
{
case PcmlNodeType.STRUCT:
totalSize += ((PcmlStruct) child).getOutputsize(indices);
break;
case PcmlNodeType.DATA:
totalSize += ((PcmlData) child).getOutputsize(indices);
break;
default:
throw new PcmlException(DAMRI.BAD_NODE_TYPE, new Object[] {new Integer(child.getNodeType()) , getNameForException()} );
}
}
break;
// For all scalar types
default:
totalSize += getPcmlDataValues(indices).byteLength();
if (totalSize == 0)
{
totalSize = 32;
}
}
if (processArray)
{
indices.remove();
}
} // END: for myIndex
return totalSize;
}
// Get the trim= resolved element name, if any
public final String getTrim() // @D1A
{ // @D1A
return m_TrimStr; // @D1A
} // @D1A
// Get the trim= resolved element name, if any
public final String getCharType() // @D2A
{ // @D2A
return m_CharType; // @D2A
} // @D2A
boolean isArray()
{
if ( getCount() > 0 )
return true;
else
if ( getCountId() != null )
return true;
return false;
}
// Returns true if this node is defined as an array or
// has an ancestor defined as an array.
boolean isInArray()
{
PcmlNode node = getParent(); // @CCA
if (isArray())
return true;
else
if (node instanceof PcmlData) // @CCC
return ((PcmlData)node).isInArray(); // @CCC
else
if (node instanceof PcmlStruct) // @CCC
return ((PcmlStruct)node).isInArray(); // @CCC
else
return false;
}
// Returns true if the length attribute has been specified. @D0A
public final boolean isLengthSpecified()
{
return (m_LengthWasSpecified || m_Length != 0 || m_LengthId != null);
// Note: This conditional is beefed-up to handle the case where a PcmlData object from an older version (before m_LengthWasSpecified was added) was serialized and then deserialized into the current version.
}
// Returns true if this document element is supported at the
// at the VRM of the current host.
// Returns false if not.
boolean isSupportedAtHostVRM() throws PcmlException // @A1A
{ // @A1A
if (m_IsRfml) return true; // @D0A
int hostVrm = getAs400VRM(); // VRM of the IBM i system @A1A
// If the minvrm= for this element is greater than the server VRM
// do not process this element. The item is not available at this release.
if (getMinvrm() > hostVrm) // @A1A
{ // @A1A
return false; // @A1A
} // @A1A
// If the maxvrm= for this element is less than the server VRM
// do not process this element. The item is not available at this release.
if (getMaxvrm() < hostVrm) // @A1A
{ // @A1A
return false; // @A1A
} // @A1A
return true; // @A1A
} // @A1A
// Convert Java object IBM i system bytes
// Returns the number of bytes converted
int toBytes(OutputStream bytes, int offset, PcmlDimensions indices) throws PcmlException
{
int totalBytes = 0;
int myCount;
boolean processArray;
// Do not process if this element is not supported at the
// VRM of the current host.
if ( !isSupportedAtHostVRM() ) // @A1C
return 0;
// If this is an array element, set up array processing information
if (isArray() && indices.size() < getNbrOfDimensions() )
{
myCount = getCount(indices);
processArray = true;
}
else // Non-array element, only process once.
// Note: Although this element is not an array
// (i.e. does not have a count= attribute)
// It may be a child of an element that is an array.
{
myCount = 1;
processArray = false;
}
// -----------------------------------------------------------
// Now actually convert data to bytes
// -----------------------------------------------------------
for (int myIndex = 0; myIndex < myCount; myIndex++)
{
if (processArray)
{
indices.add(myIndex);
}
switch (getDataType())
{
case PcmlData.STRUCT:
Enumeration children;
PcmlDocNode child;
children = getChildren();
while (children.hasMoreElements())
{
child = (PcmlDocNode) children.nextElement();
switch (child.getNodeType())
{
case PcmlNodeType.STRUCT:
totalBytes += ((PcmlStruct) child).toBytes(bytes, offset + totalBytes, indices);
break;
case PcmlNodeType.DATA:
totalBytes += ((PcmlData) child).toBytes(bytes, offset + totalBytes, indices);
break;
default:
throw new PcmlException(DAMRI.BAD_NODE_TYPE, new Object[] {new Integer(child.getNodeType()) , getNameForException()} );
} // END: switch (child.getNodeType())
} // END: while (children.hasMoreElements())
break;
default:
// Convert scalar leaf node based on current dimensions
totalBytes += getPcmlDataValues(indices).toBytes(bytes, offset + totalBytes);
break;
} // END: switch (getDataType())
if (processArray)
{
indices.remove();
}
} // END: for myIndex
return totalBytes;
} // public void toBytes(OutputStream bytes, int offset, PcmlDimensions indices)
// Parses array of bytes and stores for later conversion
// to Java objects. This allows for lazy data translation
// for better performance.
// Returns the number of bytes consumed from the input byte array
// Note: This may be larger than the number of bytes saved for this element
// because of bytes skipped due to an offset value.
int parseBytes(byte[] bytes, int offset, Hashtable offsetStack, PcmlDimensions indices) throws PcmlException
{
PcmlData dataNode; // Child of this element that is a node
PcmlStruct structNode; // Child of this element that is a node
int nbrBytes = 0;
int myCount;
boolean processArray;
// Do not process if this element is not supported at the
// VRM of the current host.
if ( !isSupportedAtHostVRM() ) // @A1C
return 0;
// If this is an array element, set up array processing information
if (isArray() && indices.size() < getNbrOfDimensions() )
{
myCount = getCount(indices);
processArray = true;
}
else // Non-array element, only process once.
// Note: Although this element is not an array
// (i.e. does not have a count= attribute)
// It may be a child of an element that is an array.
{
myCount = 1;
processArray = false;
}
// -----------------------------------------------------------
// Calculate bytes to skip based on the offset=
// and offsetfrom= attributes.
// -----------------------------------------------------------
int skipBytes = 0; // Initially, no need to skip bytes @C8A
if (getDataType() == PcmlData.STRUCT) // @C8A
{
int myOffset = getOffset(indices); // Retrieve offset value for this element @C8A
if (myOffset > 0) // If this element has a non-zero offset @C8A
{
// Determine from where the offset is based
Integer myOffsetbase = null; // @C8A
String myOffsetfromId = getOffsetfromId(); // Get offsetfrom= element name, if any @C8A
// If offsetfrom= was specified with the name of another element,
// get the base for the offset from the offset stack.
// The offset stack is a stack of beginning offsets for all
// ancestors of the current element. The offsetfrom= value must be one
// of these ancestors or an error will be reported.
if (myOffsetfromId != null) // @C8A
{
myOffsetbase = (Integer) offsetStack.get(myOffsetfromId); // @C8A
if (myOffsetbase == null) // @C8A
{
throw new PcmlException(DAMRI.OFFSETFROM_NOT_FOUND, new Object[] {myOffsetfromId, getNameForException()} ); // @C8A
}
}
else
{
// If offsetfrom= was specified with an integer literal, use it.
if (getOffsetfrom() >= 0) // @C8A
{
myOffsetbase = new Integer(getOffsetfrom()); // @C8A
}
// getOffsetfrom() returns -1 to indicate that offset from was not specified.
// No offsetfrom= was specified, the offset will be relative to the
// beginning offset of the parent of this elements parent.
// This is the first (most recent) entry in the offset stack.
else
{
myOffsetbase = (Integer) offsetStack.get( ((PcmlDocNode) getParent()).getQualifiedName()); //@C8A
}
}
// Add the base value to the offset value
if (myOffsetbase != null) // @C8A
{
myOffset = myOffset + myOffsetbase.intValue(); // @C8A
}
// If the total offset value is greater than the current
// offset into the input byte array, calculate the
// number of bytes to skip.
// (Bytes skipped over as a result ofthe offset=.)
if (myOffset > offset) // @C8A
{
skipBytes = myOffset - offset; // @C8A
}
} // End calculating bytes to skip because of offset= attribute
}
// -----------------------------------------------------------
// Now actually parse the bytes for this element
// -----------------------------------------------------------
for (int myIndex = 0; myIndex < myCount; myIndex++)
{
if (processArray)
{
indices.add(myIndex);
}
// If this is not a structure, get the PcmlDataValues object and
// parse the bytes
if (getDataType() != PcmlData.STRUCT)
{
nbrBytes += getPcmlDataValues(indices).parseBytes(bytes, offset + skipBytes + nbrBytes, offsetStack); // @C8C
}
else
{
Enumeration children;
PcmlDocNode child;
// Add this node to the offset stack
String qName = getQualifiedName();
if (!qName.equals(""))
{
offsetStack.put(qName, new Integer(offset + skipBytes + nbrBytes)); // @C8C
}
children = getChildren();
while (children.hasMoreElements())
{
child = (PcmlDocNode) children.nextElement();
switch (child.getNodeType())
{
case PcmlNodeType.STRUCT:
structNode = (PcmlStruct) child;
nbrBytes += structNode.parseBytes(bytes, offset + skipBytes + nbrBytes, offsetStack, indices); // @C8C
break;
case PcmlNodeType.DATA:
dataNode = (PcmlData) child;
nbrBytes += dataNode.parseBytes(bytes, offset + skipBytes + nbrBytes, offsetStack, indices); // @C8C
break;
default:
throw new PcmlException(DAMRI.BAD_NODE_TYPE, new Object[] {new Integer(child.getNodeType()) , getNameForException()} );
} // END: switch (child.getNodeType())
} // END: while (children.hasMoreElements())
// Remove this node from the offset stack
if (!qName.equals(""))
{
offsetStack.remove(qName);
}
}
if (processArray)
{
indices.remove();
}
} // END: for myIndex
return nbrBytes + skipBytes; // @C8C
} // public int parseBytes(byte[] bytes, int offset)
// Resolve an integer value from either a named element or a literal
private int resolveIntegerValue(int intLiteral, String name, PcmlDimensions indices) throws PcmlException
{
PcmlNode node;
PcmlData dataNode;
Object nodeValue;
if (name != null)
{
node = getDoc().getElement(name);
if (node instanceof PcmlData)
{
dataNode = (PcmlData) node;
nodeValue = dataNode.getValue(indices);
if (nodeValue instanceof String)
{
return Integer.parseInt((String) nodeValue);
}
else if (nodeValue instanceof Number)
{
return ((Number) nodeValue).intValue();
}
else
{
if (nodeValue == null)
throw new PcmlException(DAMRI.INPUT_VALUE_NOT_SET, new Object[] {dataNode.getNameForException()} );
else
throw new PcmlException(DAMRI.STRING_OR_NUMBER, new Object[] {nodeValue.getClass().getName(), dataNode.getNameForException()} );
}
}
else
{
if (node == null)
throw new PcmlException(DAMRI.ELEMENT_NOT_FOUND, new Object[] {name, ""} );
else
throw new PcmlException(DAMRI.WRONG_ELEMENT_TYPE, new Object[] {name, ""} );
}
}
return intLiteral;
}
// Resolve a timestamp for the given indices
private long resolveDimensionTimestamp(PcmlDimensions indices) throws PcmlException
{
PcmlNode node;
String name = getCountId();
if (name != null)
{
node = getDoc().getElement(name);
if (node instanceof PcmlData)
{
return ((PcmlData)node).getTimestamp(indices);
}
else
{
if (node == null)
throw new PcmlException(DAMRI.ELEMENT_NOT_FOUND, new Object[] {name, ""} );
else
throw new PcmlException(DAMRI.WRONG_ELEMENT_TYPE, new Object[] {name, ""} );
}
}
return Long.MIN_VALUE;
}
// Get the ccsid= integer literal value, if any
public final int getCcsid()
{
return m_Ccsid;
}
// Get the ccsid= resolved element name, if any
public final String getCcsidId()
{
return resolveRelativeName(m_CcsidId);
}
// Get the offset= unresolved element name, if any
public final String getUnqualifiedCcsidId() // @C7A
{
return m_CcsidId; // @C7A
}
// Get the type= value as an Integer
public final int getDataType()
{
return m_Type;
}
// Get the type= value as a String
public final String getDataTypeString()
{
return m_TypeStr;
}
// Get the init= string value, if any
public final String getInit()
{
return m_Init;
}
// Get the length= integer literal value, if any
public final int getLength()
{
return m_Length;
}
// Get the length= resolved element name, if any
public final String getLengthId()
{
return resolveRelativeName(m_LengthId);
}
// Get the offset= unresolved element name, if any
public final String getUnqualifiedLengthId() // @C7A
{
return m_LengthId; // @C7A
}
// Get the maxvrm= integer value -- compatible w/ AS400.generateVRM()
// Returns Integer.MAX_VALUE is maxvrm= was not specified
public final int getMaxvrm()
{
return m_MaxvrmInt;
}
// Get the maxvrm= String value
public final String getMaxvrmString() // @C7A
{
return m_Maxvrm;
}
// Get the minvrm= integer value -- compatible w/ AS400.generateVRM()
// Returns Integer.MIN_VALUE minvrm= was not specified
public final int getMinvrm()
{
return m_MinvrmInt;
}
// Get the minvrm= String value
public final String getMinvrmString() // @C7A
{
return m_Minvrm;
}
// Get the outputsize= integer literal value, if any
public final int getOutputsize()
{
return m_Outputsize;
}
// Get the outputsize= resolved element name, if any
public final String getOutputsizeId()
{
return resolveRelativeName(m_OutputsizeId);
}
// Get the offset= unresolved element name, if any
public final String getUnqualifiedOutputsizeId() // @C7A
{
return m_OutputsizeId; // @C7A
}
// Get the precision= integer literal value, if any
public final int getPrecision()
{
return m_Precision;
}
// Get the struct= element name, if any
public final String getStruct()
{
return m_StructId;
}
// Get the dateformat= value, if any
public final String getDateFormat()
{
return m_DateFormat;
}
// Get the dateseparator= value, if any
public final String getDateSeparator()
{
return m_DateSeparator;
}
// Get the timeformat= value, if any
public final String getTimeFormat()
{
return m_TimeFormat;
}
// Get the timeseparator= value, if any
public final String getTimeSeparator()
{
return m_TimeSeparator;
}
// Get the keyfield= value, if any
public boolean isKeyField()
{
return m_KeyField;
}
// Set the count= attribute
private void setCount(String count)
{
// Handle null or empty string
if (count == null || count.equals(""))
{
m_Count = 0;
m_CountId = null;
return;
}
// Try to parse an integer from the attribute value
try
{
m_Count = Integer.parseInt(count);
m_CountId = null;
}
// If value is not an integer, it must be an element name
// checkAttributes() will be called later to verify the element name
catch (NumberFormatException e)
{
m_Count = 0;
m_CountId = count;
}
}
private void setCcsid(String ccsid)
{
// Handle null or empty string
if (ccsid == null || ccsid.equals(""))
{
m_Ccsid = 0;
m_CcsidId = null;
return;
}
m_CcsidWasSpecified = true; // @D0A
// Try to parse an integer from the attribute value
try
{
m_Ccsid = Integer.parseInt(ccsid);
m_CcsidId = null;
}
// If value is not an integer, it must be an element name
// checkAttributes() will be called later to verify the element name
catch (NumberFormatException e)
{
m_Ccsid = 0;
m_CcsidId = ccsid;
}
}
void setInit(String init) // E0C
{
// @D0D
// // Handle null or empty string
// if (init == null || init.equals(""))
// {
// m_Init = null;
// return;
// }
// Save the attribute value
m_Init = init;
// checkAttributes() will verify the value against the data type
}
protected void setLength(String length) // @D0C
{
// Handle null or empty string
if (length == null || length.equals(""))
{
m_Length = 0;
m_LengthId = null;
return;
}
m_LengthWasSpecified = true; // @D0A
// Try to parse an integer from the attribute value
try
{
m_Length = Integer.parseInt(length);
m_LengthId = null;
}
// If value is not an integer, it must be an element name
// checkAttributes() will be called later to verify the element name
catch (NumberFormatException e)
{
m_Length = 0;
m_LengthId = length;
// checkAttributes() will make sure m_LengthId resolves to a element with type="int"
}
}
private void setMaxvrm(String maxvrm)
{
m_MaxvrmInt = Integer.MAX_VALUE;
// Handle null or empty string
if (maxvrm == null || maxvrm.equals(""))
{
m_Maxvrm = null;
return;
}
// Save the attribute value
m_Maxvrm = maxvrm;
}
private void setMinvrm(String minvrm)
{
m_MinvrmInt = Integer.MIN_VALUE;
// Handle null or empty string
if (minvrm == null || minvrm.equals(""))
{
m_Minvrm = null;
return;
}
m_Minvrm = minvrm;
}
private void setOffset(String offset)
{
// Handle null or empty string
if (offset == null || offset.equals(""))
{
m_Offset = 0;
m_OffsetId = null;
return;
}
// Try to parse an integer from the attribute value
try
{
m_Offset = Integer.parseInt(offset);
m_OffsetId = null;
}
// If value is not an integer, it must be an element name
// checkAttributes() will be called later to verify the element name
catch (NumberFormatException e)
{
m_Offset = 0;
m_OffsetId = offset;
// checkAttributes() will make sure m_OffsetId resolves to a element with type="int"
}
}
private void setOffsetfrom(String offsetfrom)
{
m_OffsetfromFixed = true; // @A1A
// Handle null or empty string
if (offsetfrom == null || offsetfrom.equals(""))
{
m_Offsetfrom = -1; // @A1A
m_OffsetfromId = null;
return;
}
try // @A1A
{ // @A1A
m_Offsetfrom = Integer.parseInt(offsetfrom); // @A1A
m_OffsetfromId = null; // @A1A
} // @A1A
catch (NumberFormatException e) // @A1A
{ // @A1A
m_Offsetfrom = 0; // @A1A
m_OffsetfromId = offsetfrom;
// checkAttributes() will make sure m_OffsetfromId resolves to a document element that
// an ancestor of this node.
} // @A1A
}
private void setOutputsize(String outputsize)
{
// Handle null or empty string
if (outputsize == null || outputsize.equals(""))
{
m_Outputsize = 0;
return;
}
// Try to parse an integer from the attribute value
try
{
m_Outputsize = Integer.parseInt(outputsize);
m_OutputsizeId = null;
}
// If value is not an integer, it must be an element name
// checkAttributes() will be called later to verify the element name
catch (NumberFormatException e)
{
m_Outputsize = 0;
m_OutputsizeId = outputsize;
// checkAttributes() will make sure m_OutputsizeId resolves to a element with type="int"
}
}
private void setPassby(String passby) // @B1A
{ // @B1A
// Handle null or empty string
if (passby == null || passby.equals("")) // @B1A
{ // @B1A
m_PassbyStr = null; // @B1A
m_Passby = ProgramParameter.PASS_BY_REFERENCE; // @B1A
return; // @B1A
} // @B1A
// Save the attribute value
m_PassbyStr = passby; // @B1A
if ( m_PassbyStr.equals("value") ) // @B1A
{ // @B1A
m_Passby = ProgramParameter.PASS_BY_VALUE; // @B1A
} // @B1A
else // Either passby="reference" was specified or defaulted @B1A
{ // @B1A
m_Passby = ProgramParameter.PASS_BY_REFERENCE; // @B1A
} // @B1A
} // @B1A
private void setBidiStringType(String type) // @C9A
{
// Handle null, empty string, or DEFAULT.
if (type == null || type.equals("") || type.equals("DEFAULT"))
{
m_BidistringtypeStr = null; // @C9A
m_Bidistringtype = BidiStringType.DEFAULT; // @C9A
return; // @C9A
} // @C9A
// Save the attribute value
m_BidistringtypeStr = type; // @C9A
Integer bidistringtypeInt = (Integer)getBidiTypeMap().get(m_BidistringtypeStr);
if (bidistringtypeInt == null) {
m_Bidistringtype = BidiStringType.DEFAULT;
if (Trace.isTraceOn()) {
Trace.log(Trace.PCML, "[Warning]: Value of 'bidistringtype' attribute is not recognized: "+ m_BidistringtypeStr);
}
}
else m_Bidistringtype = bidistringtypeInt.intValue();
}
private static Hashtable getBidiTypeMap()
{
if (bidiTypeMap_ == null)
{
synchronized (PcmlData.class)
{
if (bidiTypeMap_ == null)
{
bidiTypeMap_ = new Hashtable(10);
bidiTypeMap_.put("DEFAULT", new Integer(BidiStringType.DEFAULT));
bidiTypeMap_.put("NONE", new Integer(BidiStringType.NONE));
bidiTypeMap_.put("ST4", new Integer(BidiStringType.ST4));
bidiTypeMap_.put("ST5", new Integer(BidiStringType.ST5));
bidiTypeMap_.put("ST6", new Integer(BidiStringType.ST6));
bidiTypeMap_.put("ST7", new Integer(BidiStringType.ST7));
bidiTypeMap_.put("ST8", new Integer(BidiStringType.ST8));
bidiTypeMap_.put("ST9", new Integer(BidiStringType.ST9));
bidiTypeMap_.put("ST10", new Integer(BidiStringType.ST10));
bidiTypeMap_.put("ST11", new Integer(BidiStringType.ST11));
}
}
}
return bidiTypeMap_;
}
private void setPrecision(String precision)
{
// Handle null or empty string
if (precision == null || precision.equals(""))
{
m_Precision = 0;
return;
}
// Try to parse an integer from the attribute value
try
{
m_Precision = Integer.parseInt(precision);
}
// If value is not an integer, set the precision to -1
// checkAttributes() log an error that the precision is invalid.
catch (NumberFormatException e)
{
// checkAttributes() will add a PcmlSpecificationException
m_Precision = -1;
}
}
private void setStruct(String struct)
{
// Handle null or empty string
if (struct == null || struct.equals(""))
{
m_StructId = null;
return;
}
// Save the attribute value
m_StructId = struct;
// checkAttributes() will make sure m_StructId resolves to a document element
}
private void setType(String type)
{
m_TypeStr = type;
// char | int | packed | zoned | float | byte | struct
// | date | time | timestamp | varchar
if (type.equals("char"))
m_Type = CHAR;
else if (type.equals("int"))
m_Type = INT;
else if (type.equals("packed"))
m_Type = PACKED;
else if (type.equals("zoned"))
m_Type = ZONED;
else if (type.equals("float"))
m_Type = FLOAT;
else if (type.equals("byte"))
m_Type = BYTE;
else if (type.equals("struct"))
m_Type = STRUCT;
else if (type.equals("date"))
m_Type = DATE;
else if (type.equals("time"))
m_Type = TIME;
else if (type.equals("timestamp"))
m_Type = TIMESTAMP;
else if (type.equals("varchar")) //@AI2A
m_Type = VARCHAR;
else // none of the above
// checkattributes() will add a pcml specification error.
m_Type = UNSUPPORTED;
}
private void setTrim(String trimEnd) // @D1A
{ // @D1A
// Handle null or empty string // @D1A
if (trimEnd == null || trimEnd.equals("")) // @D1A
{ // @D1A
m_TrimStr = null; // @D1A
return; // @D1A
} // @D1A
// Save the attribute value
m_TrimStr = trimEnd; // @D1A
}
private void setCharType(String charType) // @D2A
{ // @D2A
// Handle null or empty string // @D2A
if (charType == null || charType.equals("")) // @D2A
{ // @D2A
m_CharType = null; // @D2A
return; // @D2A
} // @D2A
// Save the attribute value
m_CharType = charType; // @D2A
}
private void setKeyField(String keyField)
{
// Handle null or empty string
if (keyField == null || keyField.equals(""))
{
m_KeyField = false;
return;
}
// Save the attribute value
m_KeyFieldStr = keyField;
if (keyField.equalsIgnoreCase("true")) m_KeyField = true;
else m_KeyField = false;
}
private void setDateFormat(String format)
{
// Handle null or empty string
if (format == null || format.equals(""))
{
m_DateFormat = null;
return;
}
// Save the attribute value
m_DateFormat = format;
}
private void setDateSeparator(String separator)
{
// Handle null or empty string
if (separator == null || separator.equals(""))
{
m_DateSeparator = null;
return;
}
// Save the attribute value
m_DateSeparator = separator;
}
private void setTimeFormat(String format)
{
// Handle null or empty string
if (format == null || format.equals(""))
{
m_TimeFormat = null;
return;
}
// Save the attribute value
m_TimeFormat = format;
}
private void setTimeSeparator(String separator)
{
// Handle null or empty string
if (separator == null || separator.equals(""))
{
m_TimeSeparator = null;
return;
}
// Save the attribute value
m_TimeSeparator = separator;
}
protected void checkAttributes()
{
//String resolvedName = null;
PcmlDocNode resolvedNode = null;
super.checkAttributes();
// Verify the count= attribute
// If an integer was specified for the count, no checking is needed.
// If a document element ID was was specified, make sure
// it resolves to a element with type="int".
if (m_CountId != null)
{
resolvedNode = resolveRelativeNode(m_CountId);
if (resolvedNode == null)
{
getDoc().addPcmlSpecificationError(DAMRI.ATTR_REF_NOT_FOUND, new Object[] {makeQuotedAttr("count", m_CountId), getNameForException()} );
}
else
{
if (resolvedNode instanceof PcmlData)
{
if ( ((PcmlData)resolvedNode).getDataType() != PcmlData.INT )
{
getDoc().addPcmlSpecificationError(DAMRI.ATTR_REF_WRONG_NODETYPE, new Object[] {makeQuotedAttr("count", m_CountId), resolvedNode.getQualifiedName(), "", getNameForException()} );
}
}
else
{
getDoc().addPcmlSpecificationError(DAMRI.ATTR_REF_WRONG_DATATYPE, new Object[] {makeQuotedAttr("count", m_CountId), resolvedNode.getQualifiedName(), "type=\"int\"", getNameForException()} );
}
}
}
else
// Do not allow count= to be a literal value that is negative
if (m_Count < 0)
{
getDoc().addPcmlSpecificationError(DAMRI.BAD_ATTRIBUTE_VALUE, new Object[] {makeQuotedAttr("count", m_Count), getBracketedTagName(), getNameForException()} ); // @A1C
}
// Verify the ccsid= attribute
// If an integer was specified for the ccsid, no checking is needed.
// If a document element ID was was specified, make sure
// it resolves to a element with type="int".
if (m_IsRfml && m_CcsidWasSpecified && (getDataType() != CHAR)) // @D0A
{
getDoc().addPcmlSpecificationError(DAMRI.ATTRIBUTE_NOT_ALLOWED, new Object[] {makeQuotedAttr("ccsid", getAttributeValue("ccsid")), makeQuotedAttr("type", getDataTypeString()), getBracketedTagName(), getNameForException()} );
}
if (m_CcsidId != null)
{
resolvedNode = resolveRelativeNode(m_CcsidId);
if (resolvedNode == null)
{
getDoc().addPcmlSpecificationError(DAMRI.ATTR_REF_NOT_FOUND, new Object[] {makeQuotedAttr("ccsid", m_CcsidId), getNameForException()} );
}
else
{
if (resolvedNode instanceof PcmlData)
{
if ( ((PcmlData)resolvedNode).getDataType() != PcmlData.INT )
{
getDoc().addPcmlSpecificationError(DAMRI.ATTR_REF_WRONG_NODETYPE, new Object[] {makeQuotedAttr("ccsid", m_CcsidId), resolvedNode.getQualifiedName(), "", getNameForException()} );
}
}
else
{
getDoc().addPcmlSpecificationError(DAMRI.ATTR_REF_WRONG_DATATYPE, new Object[] {makeQuotedAttr("ccsid", m_CcsidId), resolvedNode.getQualifiedName(), "type=\"int\"", getNameForException()} );
}
}
}
else
// Do not allow ccsid= to be a literal value that is negative or greater than 65535. @D0C
if (m_Ccsid < 0 || m_Ccsid > 65535) // @D0C - added check for >65535.
{
getDoc().addPcmlSpecificationError(DAMRI.DATA_LENGTH_OUT_OF_RANGE, new Object[] {new Integer(m_Ccsid), new Integer(0), new Integer(65535), getBracketedTagName(), getNameForException()} );
}
// Verify the init= attribute
if (getInit() != null)
{
switch (getDataType())
{
default:
try
{
TimeZone serverTimeZone = getDoc().getTimeZone();
PcmlDataValues.convertValue((Object) getInit(), getDataType(), getLength(), getPrecision(), getNameForException(), serverTimeZone);
}
catch (Exception e)
{
getDoc().addPcmlSpecificationError(DAMRI.INITIAL_VALUE_ERROR, new Object[] {getInit(), getBracketedTagName(), getNameForException()} );
}
break;
}
}
// Verify the length= attribute
// If an integer was specified for the length, no checking is needed.
// If a document element ID was was specified, make sure
// it resolves to a element with type="int".
if (m_LengthId != null)
{
switch (getDataType())
{
case CHAR:
case VARCHAR: //@AI2A
case BYTE:
break;
default:
getDoc().addPcmlSpecificationError(DAMRI.ATTRIBUTE_NOT_ALLOWED, new Object[] {makeQuotedAttr("length", getAttributeValue("length")), getDataTypeString(), getBracketedTagName(), getNameForException()} );
}
resolvedNode = resolveRelativeNode(m_LengthId);
if (resolvedNode == null)
{
getDoc().addPcmlSpecificationError(DAMRI.ATTR_REF_NOT_FOUND, new Object[] {makeQuotedAttr("length", m_LengthId), getNameForException()} );
}
else
{
if (resolvedNode instanceof PcmlData)
{
if ( ((PcmlData)resolvedNode).getDataType() != PcmlData.INT )
{
getDoc().addPcmlSpecificationError(DAMRI.ATTR_REF_WRONG_NODETYPE, new Object[] {makeQuotedAttr("length", m_LengthId), resolvedNode.getQualifiedName(), "", getNameForException()} );
}
}
else
{
getDoc().addPcmlSpecificationError(DAMRI.ATTR_REF_WRONG_DATATYPE, new Object[] {makeQuotedAttr("length", m_LengthId), resolvedNode.getQualifiedName(), "type=\"int\"", getNameForException()} );
}
}
}
else // an integer literal was specified for the 'length' attribute
{
// Verify the integer literal specified for length.
if (m_Length < 0)
{
getDoc().addPcmlSpecificationError(DAMRI.BAD_ATTRIBUTE_SYNTAX, new Object[] {makeQuotedAttr("length", getAttributeValue("length")), "type=\"int\"", getBracketedTagName(), getNameForException()} );
}
else
{
switch (getDataType())
{
case CHAR:
case VARCHAR: //@AI2A
case BYTE:
if ( m_Length < 0 || m_Length > (MAX_STRING_LENGTH) )
{
getDoc().addPcmlSpecificationError(DAMRI.DATA_LENGTH_OUT_OF_RANGE, new Object[] {new Integer(m_Length), new Integer(0), new Integer(PcmlData.MAX_STRING_LENGTH), getBracketedTagName(), getNameForException()} );
}
break;
case INT:
if (m_Length != 2 && m_Length != 4 && m_Length != 8) // @C4C
{
getDoc().addPcmlSpecificationError(DAMRI.BAD_ATTRIBUTE_VALUE, new Object[] {makeQuotedAttr("length", m_Length), getBracketedTagName(), getNameForException()} );
}
break;
case PACKED:
case ZONED:
if (m_Length < 1 || m_Length > 31)
{
getDoc().addPcmlSpecificationError(DAMRI.DATA_LENGTH_OUT_OF_RANGE, new Object[] {new Integer(m_Length), new Integer(1), new Integer(31), getBracketedTagName(), getNameForException()} );
}
break;
case FLOAT:
if (m_Length != 4 && m_Length != 8)
{
getDoc().addPcmlSpecificationError(DAMRI.BAD_ATTRIBUTE_VALUE, new Object[] {makeQuotedAttr("length", m_Length), getBracketedTagName(), getNameForException()} );
}
break;
case STRUCT:
case DATE:
case TIME:
case TIMESTAMP:
if ( getAttributeValue("length") != null
&& !getAttributeValue("length").equals("") )
{
getDoc().addPcmlSpecificationError(DAMRI.ATTRIBUTE_NOT_ALLOWED, new Object[] {makeQuotedAttr("length", getAttributeValue("length")), makeQuotedAttr("type", getAttributeValue("type")), getBracketedTagName(), getNameForException()} );
}
break;
default: // none of the above
getDoc().addPcmlSpecificationError(DAMRI.BAD_DATA_TYPE, new Object[] {makeQuotedAttr("type", getAttributeValue("type")), getBracketedTagName(), getNameForException()} );
}
// Check for presence of 'length' attribute.
if (!m_LengthWasSpecified &&
getDataType() != STRUCT &&
getDataType() != DATE &&
getDataType() != TIME &&
getDataType() != TIMESTAMP )
{
if (m_IsRfml || ProgramCallDocument.exceptionIfParseError_) {
getDoc().addPcmlSpecificationError(DAMRI.NO_LENGTH, new Object[] {makeQuotedAttr("length", null), getBracketedTagName(), getNameForException()} );
}
else
{
if (Trace.isTraceOn()) {
Trace.log(Trace.PCML, "[Warning]: 'length' attribute was not specified in "+ getBracketedTagName() +" element: "+ getNameForException());
}
}
}
// Extra logic for RFML. @D0A
if (m_IsRfml)
{
// If type="struct", the 'struct' attribute is required.
if (getDataType() == STRUCT)
{
if (getAttributeValue("struct") == null ||
getAttributeValue("struct").equals(""))
{
getDoc().addPcmlSpecificationError(DAMRI.NO_STRUCT, new Object[] {makeQuotedAttr("struct", null), getBracketedTagName(), getNameForException()} );
}
}
// If type="struct", the 'struct' attribute is required.
else if (getDataType() == DATE || getDataType() == TIME ||
getDataType() == TIMESTAMP)
{} // 'length' is not required
// Otherwise, the 'length' attribute is required.
else if (!m_LengthWasSpecified)
{
getDoc().addPcmlSpecificationError(DAMRI.NO_LENGTH, new Object[] {makeQuotedAttr("length", null), getBracketedTagName(), getNameForException()} );
}
}
}
}
// Verify the offset= attribute
// If an integer was specified for the offset, no checking is needed.
// If a document element ID was was specified, make sure
// it resolves to a element with type="int".
if (m_OffsetId != null)
{
resolvedNode = resolveRelativeNode(m_OffsetId);
if (resolvedNode == null)
{
getDoc().addPcmlSpecificationError(DAMRI.ATTR_REF_NOT_FOUND, new Object[] {makeQuotedAttr("offset", m_OffsetId), getNameForException()} );
}
else
{
if (resolvedNode instanceof PcmlData)
{
if ( ((PcmlData)resolvedNode).getDataType() != PcmlData.INT )
{
getDoc().addPcmlSpecificationError(DAMRI.ATTR_REF_WRONG_NODETYPE, new Object[] {makeQuotedAttr("offset", m_OffsetId), resolvedNode.getQualifiedName(), "", getNameForException()} );
}
}
else
{
getDoc().addPcmlSpecificationError(DAMRI.ATTR_REF_WRONG_DATATYPE, new Object[] {makeQuotedAttr("offset", m_OffsetId), resolvedNode.getQualifiedName(), "type=\"int\"", getNameForException()} );
}
}
}
else
// Do not allow offset= to be a literal value that is negative
if (m_Offset < 0)
{
getDoc().addPcmlSpecificationError(DAMRI.BAD_ATTRIBUTE_VALUE, new Object[] {makeQuotedAttr("offset", m_Offset), getBracketedTagName(), getNameForException()} ); // @A1C
}
// Verify the offsetfrom= attribute
// If a document element ID was was specified, make sure
// it resolves to a document element that is an ancestor of this element.
if (m_OffsetfromId != null)
{
resolvedNode = resolveRelativeNode(m_OffsetfromId);
if (resolvedNode == null)
{
getDoc().addPcmlSpecificationError(DAMRI.ATTR_REF_NOT_FOUND, new Object[] {makeQuotedAttr("offsetfrom", m_OffsetfromId), getNameForException()} );
}
else
{
String qName = getQualifiedName();
if (qName.equals(""))
{
qName = getNameForException();
}
String qNameResolved = resolvedNode.getQualifiedName();
if (!qName.startsWith(qNameResolved + "."))
{
getDoc().addPcmlSpecificationError(DAMRI.OFFSETFROM_NOT_FOUND, new Object[] {m_OffsetfromId, getNameForException()} );
}
}
}
else
// Do not allow offsetfrom= to be a literal value that is negative
if (m_Offsetfrom < -1) // @A1A
{ // @A1A
getDoc().addPcmlSpecificationError(DAMRI.BAD_ATTRIBUTE_VALUE, new Object[] {makeQuotedAttr("offsetfrom", m_Offsetfrom), getBracketedTagName(), getNameForException()} ); // @A1A
} // @A1A
// Verify the outputsize= attribute
// If an integer was specified for the offset, make sure it is in valid range.
// If a document element ID was was specified, make sure
// it resolves to a element with type="int".
if (m_OutputsizeId != null)
{
resolvedNode = resolveRelativeNode(m_OutputsizeId);
if (resolvedNode == null)
{
getDoc().addPcmlSpecificationError(DAMRI.ATTR_REF_NOT_FOUND, new Object[] {makeQuotedAttr("outputsize", m_OutputsizeId), getNameForException()} );
}
else
{
if (resolvedNode instanceof PcmlData)
{
if ( ((PcmlData)resolvedNode).getDataType() != PcmlData.INT )
{
getDoc().addPcmlSpecificationError(DAMRI.ATTR_REF_WRONG_NODETYPE, new Object[] {makeQuotedAttr("outputsize", m_OutputsizeId), resolvedNode.getQualifiedName(), "", getNameForException()} );
}
}
else
{
getDoc().addPcmlSpecificationError(DAMRI.ATTR_REF_WRONG_DATATYPE, new Object[] {makeQuotedAttr("outputsize", m_OutputsizeId), resolvedNode.getQualifiedName(), "type=\"int\"", getNameForException()} );
}
}
}
else
// Do not allow offset= to be a literal value that is negative
if (m_Outputsize < 0)
{
getDoc().addPcmlSpecificationError(DAMRI.BAD_ATTRIBUTE_VALUE, new Object[] {makeQuotedAttr("outputsize", m_Outputsize), getBracketedTagName(), getNameForException()} ); // @A1C
}
// Verify the precision= attribute
if (getAttributeValue("precision") != null
&& !getAttributeValue("precision").equals("") ) // @++C
{
switch (getDataType())
{
// precision= is not allowed for these data types
case CHAR:
case VARCHAR: //@AI2A
case BYTE:
case FLOAT:
case STRUCT:
case DATE:
case TIME:
case TIMESTAMP:
getDoc().addPcmlSpecificationError(DAMRI.ATTRIBUTE_NOT_ALLOWED, new Object[] {makeQuotedAttr("precision", getAttributeValue("precision")), makeQuotedAttr("type", getDataTypeString()), getBracketedTagName(), getNameForException()} );
break;
// For type=int, precision= must be 15 or 16, or 31 or 32, or 63 or 64, depending on length=
case INT:
if (m_Length == 2)
{
if (m_Precision != 15 && m_Precision != 16)
{
getDoc().addPcmlSpecificationError(DAMRI.BAD_ATTRIBUTE_VALUE, new Object[] {makeQuotedAttr("precision", getAttributeValue("precision")), getBracketedTagName(), getNameForException()} );
}
}
if (m_Length == 4)
{
if (m_Precision != 31 && m_Precision != 32)
{
getDoc().addPcmlSpecificationError(DAMRI.BAD_ATTRIBUTE_VALUE, new Object[] {makeQuotedAttr("precision", getAttributeValue("precision")), getBracketedTagName(), getNameForException()} );
}
}
if (m_Length == 8) // @C4A
{ // @C4A
if (m_Precision != 63 && m_Precision != 64) // @C4A
{ // @C4A
getDoc().addPcmlSpecificationError(DAMRI.BAD_ATTRIBUTE_VALUE, new Object[] {makeQuotedAttr("precision", getAttributeValue("precision")), getBracketedTagName(), getNameForException()} ); // @C4A
} // @C4A
} // @C4A
break;
// For type=packed and type=zoned,
// precision= must be >= 0 and <= the data length (length=)
case PACKED:
case ZONED:
if (m_Precision < 0 || m_Precision > m_Length)
{
getDoc().addPcmlSpecificationError(DAMRI.BAD_ATTRIBUTE_VALUE, new Object[] {makeQuotedAttr("precision", getAttributeValue("precision")), getBracketedTagName(), getNameForException()} );
}
break;
}
}
// Verify the struct= attribute
if (m_StructId != null)
{
if (getDataType() != STRUCT)
{
getDoc().addPcmlSpecificationError(DAMRI.ATTRIBUTE_NOT_ALLOWED, new Object[] {makeQuotedAttr("struct", getAttributeValue("struct")), makeQuotedAttr("type", getDataTypeString()), getBracketedTagName(), getNameForException()} );
}
}
// Verify the minvrm= attribute
if (m_Minvrm != null)
{
m_MinvrmInt = validateVRM(m_Minvrm);
if (m_MinvrmInt <= 0)
{
getDoc().addPcmlSpecificationError(DAMRI.BAD_ATTRIBUTE_VALUE, new Object[] {makeQuotedAttr("minvrm", m_Minvrm), getBracketedTagName(), getNameForException()} ); // @A1C
}
}
// Verify the maxvrm= attribute
if (m_Maxvrm != null)
{
m_MaxvrmInt = validateVRM(m_Maxvrm);
if (m_MaxvrmInt <= 0)
{
getDoc().addPcmlSpecificationError(DAMRI.BAD_ATTRIBUTE_VALUE, new Object[] {makeQuotedAttr("maxvrm", m_Maxvrm), getBracketedTagName(), getNameForException()} ); // @A1C
}
}
// Verify the passby= attribute
if (m_PassbyStr != null) // @B1A
{ // @B1A
// Only allow this attribute when the pcml version is 2.0 or higher (e.g. )
if ( getDoc().getVersion().compareTo("2.0") < 0 ) // @B1A
{ // @B1A
getDoc().addPcmlSpecificationError(DAMRI.BAD_PCML_VERSION, new Object[] {makeQuotedAttr("passby", m_PassbyStr), "2.0", getBracketedTagName(), getNameForException()} ); // @B1A @C9C
} // @B1A
// Only allow this attribute when it is a child of
if ( !(getParent() instanceof PcmlProgram) ) // @B1A
{ // @B1A
getDoc().addPcmlSpecificationError(DAMRI.NOT_CHILD_OF_PGM, new Object[] {makeQuotedAttr("passby", m_PassbyStr), getBracketedTagName(), getNameForException()} ); // @B1A
} // @B1A
} // @B1A
// Verify the bidistringtype= attribute
if (m_BidistringtypeStr != null) // @C9A
{ // @C9A
// Only allow this attribute when the pcml version is 3.0 or higher (e.g. )
if ( getDoc().getVersion().compareTo("3.0") < 0 ) // @C9A
{ // @C9A
getDoc().addPcmlSpecificationError(DAMRI.BAD_PCML_VERSION, new Object[] {makeQuotedAttr("bidistringtype", m_BidistringtypeStr), "3.0", getBracketedTagName(), getNameForException()} ); // @C9A
} // @C9A
}
// Verify the trim= attribute
if (m_TrimStr != null) // @D1A
{ // @D1A
// Only allow this attribute when the pcml version is 4.0 or higher (e.g. )
if ( getDoc().getVersion().compareTo("4.0") < 0 ) // @D1A
{ // @D1A
getDoc().addPcmlSpecificationError(DAMRI.BAD_PCML_VERSION, new Object[] {makeQuotedAttr("trim", m_TrimStr), "4.0", getBracketedTagName(), getNameForException()} ); // @D1A
} // @D1A
}
// Verify the chartype= attribute
if (m_CharType != null) // @D2A
{ // @D2A
// Only allow this attribute when the pcml version is 4.0 or higher (e.g. )
if ( getDoc().getVersion().compareTo("4.0") < 0 ) // @D2A
{ // @D2A
getDoc().addPcmlSpecificationError(DAMRI.BAD_PCML_VERSION, new Object[] {makeQuotedAttr("chartype", m_CharType), "4.0", getBracketedTagName(), getNameForException()} ); // @D2A
} // @D2A
else
{
if (getDataType() != CHAR && getDataType() != VARCHAR) // @D2A @AI2C
{
getDoc().addPcmlSpecificationError(DAMRI.ATTRIBUTE_NOT_ALLOWED, new Object[] {makeQuotedAttr("chartype", getAttributeValue("chartype")), makeQuotedAttr("type", getDataTypeString()), getBracketedTagName(), getNameForException()} );
}
}
}
// Verify the keyfield= attribute (applies only to RFML)
if (m_KeyFieldStr != null)
{
// Only allow this attribute when the rfml version is 5.0 or higher (e.g. )
if (!m_IsRfml) // if not rfml, then assume it's pcml
{
getDoc().addPcmlSpecificationError(DAMRI.ATTRIBUTE_NOT_ALLOWED, new Object[] {makeQuotedAttr("keyfield", getAttributeValue("keyfield")), makeQuotedAttr("pcml", getDataTypeString()), getBracketedTagName(), getNameForException()} );
}
if ( getDoc().getVersion().compareTo("5.0") < 0 )
{
getDoc().addPcmlSpecificationError(DAMRI.BAD_PCML_VERSION, new Object[] {makeQuotedAttr("keyfield", m_KeyFieldStr), "5.0", getBracketedTagName(), getNameForException()} );
}
}
// Verify the dateformat= attribute
if (m_DateFormat != null)
{
// Only allow this attribute when the pcml version is 6.0 or higher (e.g. ), and only for type "date".
if ( getDoc().getVersion().compareTo("6.0") < 0 )
{
getDoc().addPcmlSpecificationError(DAMRI.BAD_PCML_VERSION, new Object[] {makeQuotedAttr("dateformat", m_DateFormat), "6.0", getBracketedTagName(), getNameForException()} );
}
switch (getDataType())
{
case DATE:
// Check that it's a recognized format. Note: This is NOT already checked by the parser.
if (!AS400Date.validateFormat(AS400Date.toFormat(m_DateFormat))) {
getDoc().addPcmlSpecificationError(DAMRI.BAD_ATTRIBUTE_VALUE, new Object[] {makeQuotedAttr("dateformat", getAttributeValue("dateformat")), getBracketedTagName(), getNameForException()} );
}
break;
default: // type is not DATE
// dateformat= is not allowed for any other data type
getDoc().addPcmlSpecificationError(DAMRI.ATTRIBUTE_NOT_ALLOWED, new Object[] {makeQuotedAttr("dateformat", getAttributeValue("dateformat")), makeQuotedAttr("type", getDataTypeString()), getBracketedTagName(), getNameForException()} );
break;
}
}
// Verify the dateseparator= attribute
if (m_DateSeparator != null)
{
// Only allow this attribute when the pcml version is 6.0 or higher (e.g. ), and only for type "date".
if ( getDoc().getVersion().compareTo("6.0") < 0 )
{
getDoc().addPcmlSpecificationError(DAMRI.BAD_PCML_VERSION, new Object[] {makeQuotedAttr("dateseparator", m_DateSeparator), "6.0", getBracketedTagName(), getNameForException()} );
}
switch (getDataType())
{
case DATE:
// Check that it's a recognized separator name.
if (!isValidSeparatorName(m_DateSeparator)) {
Trace.log(Trace.PCML, "Separator name '" + m_DateSeparator + "' is not recognized.");
getDoc().addPcmlSpecificationError(DAMRI.BAD_ATTRIBUTE_VALUE, new Object[] {makeQuotedAttr("dateseparator", getAttributeValue("dateseparator")), getBracketedTagName(), getNameForException()} );
}
break;
default: // type is not DATE
// dateseparator= is not allowed for any other data type
getDoc().addPcmlSpecificationError(DAMRI.ATTRIBUTE_NOT_ALLOWED, new Object[] {makeQuotedAttr("dateseparator", getAttributeValue("dateseparator")), makeQuotedAttr("type", getDataTypeString()), getBracketedTagName(), getNameForException()} );
break;
}
}
// Verify the timeformat= attribute
if (m_TimeFormat != null)
{
// Only allow this attribute when the pcml version is 6.0 or higher (e.g. ), and only for type "time".
if ( getDoc().getVersion().compareTo("6.0") < 0 )
{
getDoc().addPcmlSpecificationError(DAMRI.BAD_PCML_VERSION, new Object[] {makeQuotedAttr("timeformat", m_TimeFormat), "6.0", getBracketedTagName(), getNameForException()} );
}
switch (getDataType())
{
case TIME:
// Check that it's a recognized format. Note: This is NOT already checked by the parser.
if (!AS400Time.validateFormat(AS400Time.toFormat(m_TimeFormat))) {
getDoc().addPcmlSpecificationError(DAMRI.BAD_ATTRIBUTE_VALUE, new Object[] {makeQuotedAttr("timeformat", getAttributeValue("timeformat")), getBracketedTagName(), getNameForException()} );
}
break;
default: // type is not TIME
// timeformat= is not allowed for any other data type
getDoc().addPcmlSpecificationError(DAMRI.ATTRIBUTE_NOT_ALLOWED, new Object[] {makeQuotedAttr("timeformat", getAttributeValue("timeformat")), makeQuotedAttr("type", getDataTypeString()), getBracketedTagName(), getNameForException()} );
break;
}
}
// Verify the timeseparator= attribute
if (m_TimeSeparator != null)
{
// Only allow this attribute when the pcml version is 6.0 or higher (e.g. ), and only for type "time".
if ( getDoc().getVersion().compareTo("6.0") < 0 )
{
getDoc().addPcmlSpecificationError(DAMRI.BAD_PCML_VERSION, new Object[] {makeQuotedAttr("timeseparator", m_TimeSeparator), "6.0", getBracketedTagName(), getNameForException()} );
}
switch (getDataType())
{
case TIME:
// Check that it's a recognized separator name.
if (!isValidSeparatorName(m_TimeSeparator)) {
Trace.log(Trace.PCML, "Separator name '" + m_TimeSeparator + "' is not recognized.");
getDoc().addPcmlSpecificationError(DAMRI.BAD_ATTRIBUTE_VALUE, new Object[] {makeQuotedAttr("timeseparator", getAttributeValue("timeseparator")), getBracketedTagName(), getNameForException()} );
}
break;
default: // type is not TIME
// timeseparator= is not allowed for any other data type
getDoc().addPcmlSpecificationError(DAMRI.ATTRIBUTE_NOT_ALLOWED, new Object[] {makeQuotedAttr("timeseparator", getAttributeValue("timeseparator")), makeQuotedAttr("type", getDataTypeString()), getBracketedTagName(), getNameForException()} );
break;
}
}
}
// Check if a string is a valid IBM i system VRM
// Allowed syntax:
// "VxRyMz"
//
// where:
// "V", "R" and "M" are literal characters
// x is an integer from 1 to 255
// y is an integer from 0 to 255
// z is an integer from 0 to 255
//
// If valid, a positive integer is returned. This is the value generated
// by com.ibm.as400.access.AS400.generateVRM().
// If invalid, -1 is returned.
private static final String vrmDelimChars = "VRM";
static int validateVRM(String vrmStr)
{
StringTokenizer vrmTokens, vrmDelimiters;
int as400vrm = -1;
int[] vrm = new int[] {-1, -1, -1};
vrmTokens = new StringTokenizer(vrmStr, vrmDelimChars, true);
int vrmTokenNbr = 0;
vrmDelimiters = new StringTokenizer(vrmDelimChars, vrmDelimChars, true);
if (vrmTokens.countTokens() == 6)
{
while (vrmDelimiters.hasMoreTokens())
{
if (vrmTokens.nextToken().equals(vrmDelimiters.nextToken()))
{
try
{
vrm[vrmTokenNbr] = Integer.parseInt(vrmTokens.nextToken());
vrmTokenNbr++;
}
catch (NumberFormatException e)
{ }
}
}
}
// If all of the integers are within allowed ranges
// generate the VRM integer to be returned.
if ( vrm[0] >= 1 && vrm[0] <= 255
&& vrm[1] >= 0 && vrm[0] <= 255
&& vrm[2] >= 0 && vrm[0] <= 255)
{
as400vrm = AS400.generateVRM(vrm[0],vrm[1],vrm[2]);
}
return as400vrm;
}
}