/// <summary>
/// NOTE: The workingLibrary will be deleted when this method is called.
///
/// </summary>
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
//ORIGINAL LINE: public DiskStatus[] getDiskStatuses(final CommandConnection cc, final DDMConnection ddmConn, String workingLibrary, boolean reset) throws IOException
//JAVA TO C# CONVERTER WARNING: 'final' parameters are not available in .NET:
public virtual DiskStatus[] getDiskStatuses(CommandConnection cc, DDMConnection ddmConn, string workingLibrary, bool reset)
{
//JAVA TO C# CONVERTER WARNING: The original Java variable was marked 'final':
//ORIGINAL LINE: final SystemInfo si1 = cc.getInfo();
SystemInfo si1 = cc.Info;
//JAVA TO C# CONVERTER WARNING: The original Java variable was marked 'final':
//ORIGINAL LINE: final SystemInfo si2 = ddmConn.getInfo();
SystemInfo si2 = ddmConn.Info;
if (!si1.System.Equals(si2.System) || si1.ServerLevel != si2.ServerLevel)
{
throw new IOException("Command connection does not match DDM connection.");
}
skip_ = 0;
theEnd_ = false;
statuses_.Clear();
elapsedTime_ = null;
done_ = false;
outputQueueLibrary_ = workingLibrary;
// I really wish spooled files could go into QTEMP!
// DDMConnection conn = DDMConnection.getConnection("rchasa12", "csmith",
// "s1r4l0in");
// CommandConnection conn = CommandConnection.getConnection("rchasa12",
// "csmith", "s1r4l0in");
// System.out.println(conn.getJobName());
CommandResult result = cc.execute("CLROUTQ OUTQ(" + workingLibrary + "/DSKSTS)");
if (!result.succeeded())
{
IList <Message> messages = result.MessagesList;
if (messages.Count != 1 && !messages[0].ID.Equals("CPF3357"))
{
throw new IOException("Error clearing output queue: " + result.ToString());
}
}
result = cc.execute("DLTLIB " + workingLibrary);
if (!result.succeeded())
{
IList <Message> messages = result.MessagesList;
if (messages.Count != 1 || !messages[0].ID.Equals("CPF2110")) // Library
// not
// found.
{
throw new IOException("Error deleting library: " + result.ToString());
}
}
result = cc.execute("CRTLIB " + workingLibrary);
if (!result.succeeded())
{
throw new IOException("Error creating library: " + result.ToString());
}
result = cc.execute("CRTPF " + workingLibrary + "/DSKSTS RCDLEN(132) MAXMBRS(*NOMAX) SIZE(*NOMAX) LVLCHK(*NO)");
if (!result.succeeded())
{
throw new IOException("Error creating physical file: " + result.ToString());
}
result = cc.execute("CRTOUTQ OUTQ(" + workingLibrary + "/DSKSTS)");
if (!result.succeeded())
{
throw new IOException("Error creating output queue: " + result.ToString());
}
result = cc.execute("CHGJOB OUTQ(" + workingLibrary + "/DSKSTS)");
if (!result.succeeded())
{
throw new IOException("Error changing job: " + result.ToString());
}
result = cc.execute("WRKDSKSTS OUTPUT(*PRINT) RESET(" + (reset ? "*YES" : "*NO") + ")");
if (!result.succeeded())
{
throw new IOException("Error running WRKDSKSTS: " + result.ToString());
}
OpenListOfSpooledFilesFormatOSPL0300 format = new OpenListOfSpooledFilesFormatOSPL0300();
OpenListOfSpooledFiles list = new OpenListOfSpooledFiles(format, 256, -1, null, this, null, null, null);
list.FormatListener = this;
result = cc.call(list);
if (!result.succeeded())
{
throw new IOException("Error retrieving spooled file: " + result.ToString());
}
ListInformation info = list.ListInformation;
CloseList close = new CloseList(info.RequestHandle);
result = cc.call(close);
if (!result.succeeded())
{
throw new IOException("Error closing spooled file list: " + result.ToString());
}
string jobID = jobNumber_.Trim() + "/" + jobUser_.Trim() + "/"
+ jobName_.Trim();
result = cc.execute("CPYSPLF FILE(" + spooledFileName_.Trim() + ") TOFILE(" + workingLibrary + "/DSKSTS) JOB(" + jobID + ") SPLNBR(" + spooledFileNumber_ + ") MBROPT(*REPLACE)");
if (!result.succeeded())
{
throw new IOException("Error copying spooled file: " + result.ToString());
}
DDMFile file = ddmConn.open(workingLibrary, "DSKSTS", "DSKSTS", "DSKSTS", DDMFile.READ_ONLY, false, 200, 1);
while (!done())
{
ddmConn.readNext(file, this);
}
ddmConn.close(file);
result = cc.execute("DLTLIB " + workingLibrary);
DiskStatus[] arr = new DiskStatus[statuses_.Count];
statuses_.toArray(arr);
return(arr);
/*
* Class.forName("com.ibm.jtopenlite.database.jdbc.JDBCDriver");
* java.sql.Connection c =
* DriverManager.getConnection("jdbc:systemi://rchasa12", "csmith",
* "s1r4l0in"); Statement s = c.createStatement(); ResultSet rs =
* s.executeQuery("SELECT * FROM QZRDDSKSTS.DSKSTS"); int skip = 0;
* boolean theEnd = false; while (rs.next()) { String line =
* rs.getString(1); if (skip < 4) { ++skip; } else if (!theEnd) { if
* (line.indexOf("E N D O F L I S T I N G") >= 0) { theEnd = true; }
* else { StringTokenizer st = new StringTokenizer(line); String unit =
* st.nextToken(); String type = st.nextToken(); String sizeMB =
* st.nextToken(); String percentUsed = st.nextToken(); String
* ioRequests = st.nextToken(); String requestSizeKB = st.nextToken();
* String readRequests = st.nextToken(); String writeRequests =
* st.nextToken(); String readKB = st.nextToken(); String writeKB =
* st.nextToken(); String percentBusy = st.nextToken(); String asp =
* st.nextToken(); String protectionType = st.nextToken(); String
* protectionStatus = st.nextToken(); String compression =
* st.nextToken(); //TODO } } } rs.close(); s.close(); c.close();
*/
}
/// <summary>
/// Calls the OpenListProgram, then loops calling GetListEntries, then finally calls CloseList. </summary>
/// <param name="conn"> The connection to use. </param>
/// <param name="numRecordsToReturn"> The number of records the GetListEntries call should return each time.
/// </param>
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
//ORIGINAL LINE: public void process(CommandConnection conn, int numRecordsToReturn) throws IOException
public virtual void process(CommandConnection conn, int numRecordsToReturn)
{
CommandResult result = conn.call(program_);
if (!result.succeeded())
{
throw new IOException("Open list failed: " + result.ToString());
}
ListInformation listInfo = program_.ListInformation;
sbyte[] requestHandle = listInfo.RequestHandle;
close_.RequestHandle = requestHandle;
if (listener_ != null)
{
listener_.openComplete();
}
try
{
int recordLength = listInfo.RecordLength;
// Now, the list is building on the server.
// Call GetListEntries once to wait for the list to finish building, for example.
int receiverSize = 8;
int startingRecord = -1;
getEntries_.LengthOfReceiverVariable = receiverSize;
getEntries_.RequestHandle = requestHandle;
getEntries_.RecordLength = recordLength;
getEntries_.NumberOfRecordsToReturn = 0;
getEntries_.StartingRecord = startingRecord;
getEntries_.FormatListener = null;
result = conn.call(getEntries_);
if (!result.succeeded())
{
throw new IOException("Get list entries failed: " + result.ToString());
}
listInfo = getEntries_.ListInformation;
int totalRecords = listInfo.TotalRecords;
if (listener_ != null)
{
listener_.totalRecordsInList(totalRecords);
}
// Now retrieve each object record in chunks of 800 at a time.
receiverSize = recordLength * numRecordsToReturn;
if (receiverSize <= 0)
{
receiverSize = 100000;
}
startingRecord = 1;
getEntries_.LengthOfReceiverVariable = receiverSize;
getEntries_.NumberOfRecordsToReturn = numRecordsToReturn;
getEntries_.StartingRecord = startingRecord;
getEntries_.FormatListener = listener_; // Ready to process.
if (listener_ != null)
{
while (!listener_.stopProcessing() && startingRecord <= totalRecords)
{
result = conn.call(getEntries_);
if (!result.succeeded())
{
throw new IOException("Get objects failed: " + result.ToString());
}
// Assuming it succeeded.
listInfo = getEntries_.ListInformation;
startingRecord += listInfo.RecordsReturned;
getEntries_.StartingRecord = startingRecord;
}
}
}
finally
{
conn.call(close_);
}
}
