/*
* (C) 2001 by Argonne National Laboratory
* See COPYRIGHT in top-level directory.
*/
/*
* @author Anthony Chan
*/
package logformat.clogTOdrawable;
import java.util.List;
import java.util.ArrayList;
import java.util.Map;
import java.util.HashMap;
import java.util.Iterator;
import java.util.Date;
import java.lang.reflect.*;
// import java.io.*;
import base.drawable.Primitive;
import logformat.clog.*;
// This program prints the CLOG file format.
public class Print_1pass
{
private static String filename;
private static logformat.clog.InputLog clog_ins;
private static MixedDataInputStream blk_ins;
private static int total_bytesize;
private static int bytes_read;
private static int rectype;
private static Map evtdefs;
private static List objdefs;
private static ObjDef objdef;
private static RecHeader header = new RecHeader();
private static RecDefState def = new RecDefState();
private static RecRaw raw = new RecRaw();
private static RecColl coll = new RecColl();
private static RecComm comm = new RecComm();
private static RecEvent event = new RecEvent();
private static RecMsg msg = new RecMsg();
private static RecSrc src = new RecSrc();
private static RecTshift tshift = new RecTshift();
private static Topo_Arrow arrowform;
private static Topo_State stateform;
private static ObjMethod obj_fn;
public static final void createDefs()
{
Class arrow_class, state_class;
Method start_fn = null, final_fn = null;
Class[] typelist;
objdefs = new ArrayList();
evtdefs = new HashMap();
ColorNameMap.initMapFromRGBtxt( "jumpshot.colors" );
ObjDef.setFirstNextCategoryIndex( 0 );
int def_idx;
arrowform = new Topo_Arrow( );
def_idx = ObjDef.getNextCategoryIndex();
objdef = new ObjDef( def_idx, new RecDefMsg(), arrowform, 3 );
objdef.setInfoKeys( "(msg_tag=%d, msg_size=%d)" );
arrowform.setCategory( objdef );
objdefs.add( objdef.getIndex(), objdef );
arrow_class = arrowform.getClass();
typelist = new Class[] { RecHeader.class, RecRaw.class };
try {
start_fn = arrow_class.getMethod( "matchStartEvent", typelist );
final_fn = arrow_class.getMethod( "matchFinalEvent", typelist );
} catch ( NoSuchMethodException err ) {
err.printStackTrace();
System.exit( 1 );
}
obj_fn = new ObjMethod();
obj_fn.obj = arrowform;
obj_fn.method = start_fn;
evtdefs.put( objdef.start_evt, obj_fn );
obj_fn = new ObjMethod();
obj_fn.obj = arrowform;
obj_fn.method = final_fn;
evtdefs.put( objdef.final_evt, obj_fn );
List defs = logformat.clog.RecDefState.getMPIinitUndefinedStateDefs();
defs.addAll(
logformat.clog.RecDefState.getUSERinitUndefinedStateDefs() );
Iterator itr = defs.iterator();
while ( itr.hasNext() ) {
def = ( RecDefState ) itr.next();
stateform = new Topo_State();
def_idx = ObjDef.getNextCategoryIndex();
objdef = new ObjDef( def_idx, def, stateform, 1 );
stateform.setCategory( objdef );
objdefs.add( objdef.getIndex(), objdef );
state_class = stateform.getClass();
try {
start_fn = state_class.getMethod( "matchStartEvent",
typelist );
final_fn = state_class.getMethod( "matchFinalEvent",
typelist );
} catch ( NoSuchMethodException err ) {
err.printStackTrace();
System.exit( 1 );
}
obj_fn = new ObjMethod();
obj_fn.obj = stateform;
obj_fn.method = start_fn;
evtdefs.put( objdef.start_evt, obj_fn );
obj_fn = new ObjMethod();
obj_fn.obj = stateform;
obj_fn.method = final_fn;
evtdefs.put( objdef.final_evt, obj_fn );
}
/*
System.err.println( "\n\t objdefs : " );
Iterator objdefs_itr = objdefs.iterator();
while ( objdefs_itr.hasNext() ) {
objdef = (obj_def) objdefs_itr.next();
System.err.println( objdef.toString() );
}
System.err.println( "\n\t evtdefs : " );
Iterator evtdefs_itr = evtdefs.entrySet().iterator();
while ( evtdefs_itr.hasNext() )
System.err.println( evtdefs_itr.next() );
*/
}
public static final void createPrimitives()
{
Class state_class;
Method start_fn = null, final_fn = null;
Class[] typelist;
ObjMethod evt_pairing, obj_meth1, obj_meth2;
Primitive obj;
int def_idx;
int raw_etype;
int Nmatched = 0;
typelist = new Class[] { RecHeader.class, RecRaw.class };
System.out.println( "\n\t Completed Objects : " );
clog_ins = new logformat.clog.InputLog( filename );
total_bytesize = 0;
blk_ins = clog_ins.getBlockStream();
while ( blk_ins != null ) {
rectype = logformat.clog.Const.AllType.UNDEF;
while ( rectype != logformat.clog.Const.RecType.ENDBLOCK
&& rectype != logformat.clog.Const.RecType.ENDLOG ) {
bytes_read = header.readFromDataStream( blk_ins );
total_bytesize += bytes_read;
rectype = header.getRecType();
switch ( rectype ) {
case RecDefState.RECTYPE:
bytes_read = def.readFromDataStream( blk_ins );
total_bytesize += bytes_read;
obj_meth1 = (ObjMethod) evtdefs.get( def.startetype );
obj_meth2 = (ObjMethod) evtdefs.get( def.endetype );
if ( obj_meth1 == null || obj_meth2 == null ) {
stateform = new Topo_State();
def_idx = ObjDef.getNextCategoryIndex();
objdef = new ObjDef( def_idx, def, stateform, 1 );
stateform.setCategory( objdef );
objdefs.add( objdef.getIndex(), objdef );
state_class = stateform.getClass();
try {
start_fn = state_class .getMethod(
"matchStartEvent", typelist );
final_fn = state_class.getMethod(
"matchFinalEvent", typelist );
} catch ( NoSuchMethodException err ) {
err.printStackTrace();
System.exit( 1 );
}
obj_fn = new ObjMethod();
obj_fn.obj = stateform;
obj_fn.method = start_fn;
evtdefs.put( objdef.start_evt, obj_fn );
obj_fn = new ObjMethod();
obj_fn.obj = stateform;
obj_fn.method = final_fn;
evtdefs.put( objdef.final_evt, obj_fn );
}
else { // i.e. obj_meth1 != null && obj_meth2 != null
if ( obj_meth1.obj == obj_meth2.obj ) {
stateform = ( Topo_State ) obj_meth1.obj;
objdef = ( ObjDef ) stateform.getCategory();
objdef.setName( def.description );
objdef.setColor(
ColorNameMap.getColorAlpha( def.color ) );
}
else {
System.err.println( "**** Error! "
+ obj_meth1.obj + "!="
+ obj_meth2.obj );
}
}
break;
case RecRaw.RECTYPE:
bytes_read = raw.readFromDataStream( blk_ins );
total_bytesize += bytes_read;
raw_etype = raw.etype.intValue();
if ( raw_etype != Const.EvtType.CONSTDEF
&& raw_etype != Const.AllType.UNDEF ) {
evt_pairing = (ObjMethod) evtdefs.get( raw.etype );
Object[] arglist = new Object[] { header, raw };
obj = null;
try {
obj = (Primitive) evt_pairing.method
.invoke( evt_pairing.obj,
arglist );
} catch ( IllegalAccessException err ) {
err.printStackTrace();
System.err.println( "Offending rec_raw = "
+ raw );
// catching NoMatchingEventException
} catch ( InvocationTargetException err ) {
err.printStackTrace();
} catch ( NullPointerException nullerr ) {
nullerr.printStackTrace();
System.err.println( "Offending rec_header = "
+ header );
System.err.println( "Offending rec_raw = "
+ raw );
System.exit(1);
}
if ( obj != null ) {
System.out.println( (++Nmatched) + ", "
+ obj.toString() );
}
}
break;
case RecColl.RECTYPE:
bytes_read = coll.skipBytesFromDataStream( blk_ins );
total_bytesize += bytes_read;
break;
case RecComm.RECTYPE:
bytes_read = comm.skipBytesFromDataStream( blk_ins );
total_bytesize += bytes_read;
break;
case RecEvent.RECTYPE:
bytes_read = event.skipBytesFromDataStream( blk_ins );
total_bytesize += bytes_read;
break;
case RecMsg.RECTYPE:
bytes_read = msg.skipBytesFromDataStream( blk_ins );
total_bytesize += bytes_read;
break;
case RecSrc.RECTYPE:
bytes_read = src.skipBytesFromDataStream( blk_ins );
total_bytesize += bytes_read;
break;
case RecTshift.RECTYPE:
bytes_read = tshift.skipBytesFromDataStream( blk_ins );
total_bytesize += bytes_read;
break;
case logformat.clog.Const.RecType.ENDBLOCK:
// System.out.println( "End Of Block" );
blk_ins = clog_ins.getBlockStream();
break;
case logformat.clog.Const.RecType.ENDLOG:
// System.out.println( "End Of File" );
blk_ins = null;
break;
default:
System.err.println( "Unknown Record type = "
+ rectype );
} // endof switch ( rectype )
} // endof while ( rectype != (ENDBLOCK/ENDLOG) )
} // endof while ( blk_ins != null )
clog_ins.close();
System.err.println( "\n\t " + arrowform.getPartialObjects().size()
+ " Unmatched arrow events" );
System.err.println( "\n\t " + stateform.getPartialObjects().size()
+ " Unmatched state events" );
System.err.println( "\n\t " + Nmatched + " primitives." );
// Remove unused objdef from objdefs-list
Iterator objdefs_itr = objdefs.iterator();
while ( objdefs_itr.hasNext() ) {
objdef = (ObjDef) objdefs_itr.next();
if ( objdef.getName() == null )
objdefs_itr.remove();
}
System.err.println( "\n\t objdefs : " );
objdefs_itr = objdefs.iterator();
while ( objdefs_itr.hasNext() ) {
objdef = (ObjDef) objdefs_itr.next();
System.err.println( objdef.toString() );
}
}
public static final void main( String[] args )
{
if ( args.length != 1 ) {
System.err.println( "It needs the filename to be the only command "
+ "line arguemnt" );
System.exit( 0 );
}
filename = args[ 0 ];
Date time1 = new Date();
createDefs();
Date time2 = new Date();
createPrimitives();
Date time3 = new Date();
System.err.println( "Total ByteSize of the logfile = "
+ total_bytesize );
// System.err.println( "time1 = " + time1 + ", " + time1.getTime() );
// System.err.println( "time2 = " + time2 + ", " + time2.getTime() );
// System.err.println( "time3 = " + time3 + ", " + time3.getTime() );
System.err.println( "timeElapsed between 1 & 2 = "
+ ( time2.getTime() - time1.getTime() ) + " msec" );
System.err.println( "timeElapsed between 2 & 3 = "
+ ( time3.getTime() - time2.getTime() ) + " msec" );
}
}