backup/JWebAssembly
1
0
Fork 0
mirror of https://github.com/i-net-software/JWebAssembly.git synced 2025-03-25 07:27:52 +01:00
Code Issues Projects Releases Activity

Finish refactoring with an intermediate model in the memory of WASM instructions.

Browse Source
This commit is contained in:
Volker 2018-07-27 23:27:27 +02:00
parent d81da1f342
commit 3a74ebbe20
1 changed files with 71 additions and 267 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

338
src/de/inetsoftware/jwebassembly/module/ModuleGenerator.java
View File

@ -21,6 +21,7 @@ import java.util.List;
import java.util.Map; import java.util.Map;
import java.util.function.Consumer; import java.util.function.Consumer;
import javax.annotation.Nonnegative;
import javax.annotation.Nonnull; import javax.annotation.Nonnull;
import de.inetsoftware.classparser.ClassFile; import de.inetsoftware.classparser.ClassFile;
@ -163,9 +164,6 @@ public class ModuleGenerator {
localVariables.reset(); localVariables.reset();
stackManager.reset(); stackManager.reset();
branchManager.reset(); branchManager.reset();
byteCode = code.getByteCode();
prepareCodeChunk( byteCode, method.getConstantPool() );
branchManager.calculate();
byteCode = code.getByteCode(); byteCode = code.getByteCode();
writeCode( byteCode, method.getConstantPool() ); writeCode( byteCode, method.getConstantPool() );
@ -272,247 +270,6 @@ public class ModuleGenerator {
throw new WasmException( "Not supported Java data type in method signature: " + javaType, sourceFile, -1 ); throw new WasmException( "Not supported Java data type in method signature: " + javaType, sourceFile, -1 );
} }
/**
* Analyze and prepare a chunk of byte code.
*
* @param byteCode
* a stream of byte code
* @param constantPool
* the constant pool of the the current class
* @throws WasmException
* if some Java code can't converted
*/
private void prepareCodeChunk( CodeInputStream byteCode, ConstantPool constantPool ) throws WasmException {
try {
while( byteCode.available() > 0 ) {
int codePosition = byteCode.getCodePosition();
int op = byteCode.readUnsignedByte();
switch( op ) {
case 2: // iconst_m1
case 3: // iconst_0
case 4: // iconst_1
case 5: // iconst_2
case 6: // iconst_3
case 7: // iconst_4
case 8: // iconst_5
stackManager.add( ValueType.i32, codePosition );
break;
case 9: // lconst_0
case 10: // lconst_1
stackManager.add( ValueType.i64, codePosition );
break;
case 11: // fconst_0
case 12: // fconst_1
case 13: // fconst_2
stackManager.add( ValueType.f32, codePosition );
break;
case 14: // dconst_0
case 15: // dconst_1
stackManager.add( ValueType.f64, codePosition );
break;
case 16: // bipush
stackManager.add( ValueType.i32, codePosition );
byteCode.skip(1);
break;
case 17: // sipush
stackManager.add( ValueType.i32, codePosition );
byteCode.skip(2);
break;
case 18: // ldc
stackManager.add( null, codePosition );
byteCode.skip(1);
break;
case 19: // ldc_w
case 20: // ldc2_w
stackManager.add( null, codePosition );
byteCode.skip(2);
break;
case 21: // iload
stackManager.add( ValueType.i32, codePosition );
localVariables.use( ValueType.i32, byteCode.readUnsignedByte() );
break;
case 22: // lload
stackManager.add( ValueType.i64, codePosition );
localVariables.use( ValueType.i64, byteCode.readUnsignedByte() );
break;
case 23: // fload
stackManager.add( ValueType.f32, codePosition );
localVariables.use( ValueType.f32, byteCode.readUnsignedByte() );
break;
case 24: // dload
stackManager.add( ValueType.f64, codePosition );
localVariables.use( ValueType.f64, byteCode.readUnsignedByte() );
break;
case 26: // iload_0
case 27: // iload_1
case 28: // iload_2
case 29: // iload_3
stackManager.add( ValueType.i32, codePosition );
localVariables.use( ValueType.i32, op - 26 );
break;
case 30: // lload_0
case 31: // lload_1
case 32: // lload_2
case 33: // lload_3
stackManager.add( ValueType.i64, codePosition );
localVariables.use( ValueType.i64, op - 30 );
break;
case 34: // fload_0
case 35: // fload_1
case 36: // fload_2
case 37: // fload_3
stackManager.add( ValueType.f32, codePosition );
localVariables.use( ValueType.f32, op - 34 );
break;
case 38: // dload_0
case 39: // dload_1
case 40: // dload_2
case 41: // dload_3
stackManager.add( ValueType.f64, codePosition );
localVariables.use( ValueType.f64, op - 38 );
break;
case 54: // istore
stackManager.remove();
localVariables.use( ValueType.i32, byteCode.readUnsignedByte() );
break;
case 55: // lstore
stackManager.remove();
localVariables.use( ValueType.i64, byteCode.readUnsignedByte() );
break;
case 56: // fstore
stackManager.remove();
localVariables.use( ValueType.f32, byteCode.readUnsignedByte() );
break;
case 57: // dstore
stackManager.remove();
localVariables.use( ValueType.f64, byteCode.readUnsignedByte() );
break;
case 59: // istore_0
case 60: // istore_1
case 61: // istore_2
case 62: // istore_3
stackManager.remove();
localVariables.use( ValueType.i32, op - 59 );
break;
case 63: // lstore_0
case 64: // lstore_1
case 65: // lstore_2
case 66: // lstore_3
stackManager.remove();
localVariables.use( ValueType.i64, op - 63 );
break;
case 67: // fstore_0
case 68: // fstore_1
case 69: // fstore_2
case 70: // fstore_3
stackManager.remove();
localVariables.use( ValueType.f32, op - 67 );
break;
case 71: // dstore_0
case 72: // dstore_1
case 73: // dstore_2
case 74: // dstore_3
stackManager.remove();
localVariables.use( ValueType.f64, op - 71 );
break;
case 87: // pop
case 88: // pop2
stackManager.remove();
break;
case 25: //aload
case 58: // astore
case 179: // putstatic
case 181: // putfield
byteCode.skip(1);
break;
case 132: // iinc
byteCode.skip( 2);
break;
case 153: // ifeq
case 154: // ifne
case 155: // iflt
case 156: // ifge
case 157: // ifgt
case 158: // ifle
case 159: // if_icmpeq
case 160: // if_icmpne
case 161: // if_icmplt
case 162: // if_icmpge
case 163: // if_icmpgt
case 164: // if_icmple
case 165: // if_acmpeq
case 166: // if_acmpne
int offset = byteCode.readShort();
branchManager.start( JavaBlockOperator.IF, codePosition, offset, byteCode.getLineNumber() );
break;
case 167: // goto
offset = byteCode.readShort();
branchManager.start( JavaBlockOperator.GOTO, codePosition, offset, byteCode.getLineNumber() );
break;
case 170: // tableswitch
case 171: // lookupswitch
prepareSwitchCode( byteCode, op == 171, byteCode.getLineNumber() );
break;
case 184: // invokestatic
ConstantRef method = (ConstantRef)constantPool.get( byteCode.readUnsignedShort() );
String signature = method.getType();
ValueType type = getValueType( signature, signature.indexOf( ')' ) + 1 );
if( type != null ) {
stackManager.add( type, codePosition );
}
break;
}
}
} catch( Exception ex ) {
throw WasmException.create( ex, sourceFile, byteCode.getLineNumber() );
}
}
/**
* Prepare the both switch operation codes.
*
* @param byteCode
* the current stream with a position after the operation code
* @param isLookupSwitch
* true, if the operation was a loopupswitch; false, if the operation was a tableswitch
* @param lineNumber
* the current line number
* @throws IOException
* if any I/O error occur
*/
private void prepareSwitchCode( CodeInputStream byteCode, boolean isLookupSwitch, int lineNumber ) throws IOException {
int startPosition = byteCode.getCodePosition();
int padding = startPosition % 4;
if( padding > 0 ) {
byteCode.skip( 4 - padding );
}
startPosition--;
int defaultPosition = startPosition + byteCode.readInt();
int[] keys;
int[] positions;
if( isLookupSwitch ) { // lookupswitch
localVariables.useTempI32();
int nPairs = byteCode.readInt();
keys = new int[nPairs];
positions = new int[nPairs];
for( int i = 0; i < nPairs; i++ ) {
keys[i] = byteCode.readInt();
positions[i] = startPosition + byteCode.readInt();
}
} else {
int low = byteCode.readInt();
keys = null;
int count = byteCode.readInt() - low + 1;
positions = new int[count];
for( int i = 0; i < count; i++ ) {
positions[i] = startPosition + byteCode.readInt();
}
}
int switchValuestartPosition = stackManager.getCodePosition( 0 );
branchManager.startSwitch( switchValuestartPosition, 0, lineNumber, keys, positions, defaultPosition );
}
/** /**
* Write the byte code of a method. * Write the byte code of a method.
* *
@ -543,110 +300,119 @@ public class ModuleGenerator {
case 6: // iconst_3 case 6: // iconst_3
case 7: // iconst_4 case 7: // iconst_4
case 8: // iconst_5 case 8: // iconst_5
stackManager.add( ValueType.i32, codePos );
instr = new WasmConstInstruction( Integer.valueOf( op - 3 ), codePos ); instr = new WasmConstInstruction( Integer.valueOf( op - 3 ), codePos );
break; break;
case 9: // lconst_0 case 9: // lconst_0
case 10: // lconst_1 case 10: // lconst_1
stackManager.add( ValueType.i64, codePos );
instr = new WasmConstInstruction( Long.valueOf( op - 9 ), codePos ); instr = new WasmConstInstruction( Long.valueOf( op - 9 ), codePos );
break; break;
case 11: // fconst_0 case 11: // fconst_0
case 12: // fconst_1 case 12: // fconst_1
case 13: // fconst_2 case 13: // fconst_2
stackManager.add( ValueType.f32, codePos );
instr = new WasmConstInstruction( Float.valueOf( op - 11 ), codePos ); instr = new WasmConstInstruction( Float.valueOf( op - 11 ), codePos );
break; break;
case 14: // dconst_0 case 14: // dconst_0
case 15: // dconst_1 case 15: // dconst_1
stackManager.add( ValueType.f64, codePos );
instr = new WasmConstInstruction( Double.valueOf( op - 14 ), codePos ); instr = new WasmConstInstruction( Double.valueOf( op - 14 ), codePos );
break; break;
case 16: // bipush case 16: // bipush
stackManager.add( ValueType.i32, codePos );
instr = new WasmConstInstruction( Integer.valueOf( byteCode.readByte() ), codePos ); instr = new WasmConstInstruction( Integer.valueOf( byteCode.readByte() ), codePos );
break; break;
case 17: // sipush case 17: // sipush
stackManager.add( ValueType.i32, codePos );
instr = new WasmConstInstruction( Integer.valueOf( byteCode.readShort() ), codePos ); instr = new WasmConstInstruction( Integer.valueOf( byteCode.readShort() ), codePos );
break; break;
case 18: // ldc case 18: // ldc
stackManager.add( null, codePos );
instr = new WasmConstInstruction( (Number)constantPool.get( byteCode.readUnsignedByte() ), codePos ); instr = new WasmConstInstruction( (Number)constantPool.get( byteCode.readUnsignedByte() ), codePos );
break; break;
case 19: // ldc_w case 19: // ldc_w
case 20: // ldc2_w case 20: // ldc2_w
stackManager.add( null, codePos );
instr = new WasmConstInstruction( (Number)constantPool.get( byteCode.readUnsignedShort() ), codePos ); instr = new WasmConstInstruction( (Number)constantPool.get( byteCode.readUnsignedShort() ), codePos );
break; break;
case 21: // iload case 21: // iload
instr = new WasmLoadStoreInstruction( true, byteCode.readUnsignedByte(), localVariables, codePos ); instr = loadStore( ValueType.i32, true, byteCode.readUnsignedByte(), codePos );
break; break;
case 22: // lload case 22: // lload
instr = new WasmLoadStoreInstruction( true, byteCode.readUnsignedByte(), localVariables, codePos ); instr = loadStore( ValueType.i64, true, byteCode.readUnsignedByte(), codePos );
break; break;
case 23: // fload case 23: // fload
instr = new WasmLoadStoreInstruction( true, byteCode.readUnsignedByte(), localVariables, codePos ); instr = loadStore( ValueType.f32, true, byteCode.readUnsignedByte(), codePos );
break; break;
case 24: // dload case 24: // dload
instr = new WasmLoadStoreInstruction( true, byteCode.readUnsignedByte(), localVariables, codePos ); instr = loadStore( ValueType.f64, true, byteCode.readUnsignedByte(), codePos );
break; break;
//TODO case 25: // aload //TODO case 25: // aload
case 26: // iload_0 case 26: // iload_0
case 27: // iload_1 case 27: // iload_1
case 28: // iload_2 case 28: // iload_2
case 29: // iload_3 case 29: // iload_3
instr = new WasmLoadStoreInstruction( true, op - 26, localVariables, codePos ); instr = loadStore( ValueType.i32, true, op - 26, codePos );
break; break;
case 30: // lload_0 case 30: // lload_0
case 31: // lload_1 case 31: // lload_1
case 32: // lload_2 case 32: // lload_2
case 33: // lload_3 case 33: // lload_3
instr = new WasmLoadStoreInstruction( true, op - 30, localVariables, codePos ); instr = loadStore( ValueType.i64, true, op - 30, codePos );
break; break;
case 34: // fload_0 case 34: // fload_0
case 35: // fload_1 case 35: // fload_1
case 36: // fload_2 case 36: // fload_2
case 37: // fload_3 case 37: // fload_3
instr = new WasmLoadStoreInstruction( true, op - 34, localVariables, codePos ); instr = loadStore( ValueType.f32, true, op - 34, codePos );
break; break;
case 38: // dload_0 case 38: // dload_0
case 39: // dload_1 case 39: // dload_1
case 40: // dload_2 case 40: // dload_2
case 41: // dload_3 case 41: // dload_3
instr = new WasmLoadStoreInstruction( true, op - 38, localVariables, codePos ); instr = loadStore( ValueType.f64, true, op - 38, codePos );
break; break;
case 54: // istore case 54: // istore
instr = new WasmLoadStoreInstruction( false, byteCode.readUnsignedByte(), localVariables, codePos ); instr = loadStore( ValueType.i32, false, byteCode.readUnsignedByte(), codePos );
break; break;
case 55: // lstore case 55: // lstore
instr = new WasmLoadStoreInstruction( false, byteCode.readUnsignedByte(), localVariables, codePos ); instr = loadStore( ValueType.i64, false, byteCode.readUnsignedByte(), codePos );
break; break;
case 56: // fstore case 56: // fstore
instr = new WasmLoadStoreInstruction( false, byteCode.readUnsignedByte(), localVariables, codePos ); instr = loadStore( ValueType.f32, false, byteCode.readUnsignedByte(), codePos );
break; break;
case 57: // dstore case 57: // dstore
instr = new WasmLoadStoreInstruction( false, byteCode.readUnsignedByte(), localVariables, codePos ); instr = loadStore( ValueType.f64, false, byteCode.readUnsignedByte(), codePos );
break; break;
//TODO case 58: // astore //TODO case 58: // astore
case 59: // istore_0 case 59: // istore_0
case 60: // istore_1 case 60: // istore_1
case 61: // istore_2 case 61: // istore_2
case 62: // istore_3 case 62: // istore_3
instr = new WasmLoadStoreInstruction( false, op - 59, localVariables, codePos ); instr = loadStore( ValueType.i32, false, op - 59, codePos );
break; break;
case 63: // lstore_0 case 63: // lstore_0
case 64: // lstore_1 case 64: // lstore_1
case 65: // lstore_2 case 65: // lstore_2
case 66: // lstore_3 case 66: // lstore_3
instr = new WasmLoadStoreInstruction( false, op - 63, localVariables, codePos ); instr = loadStore( ValueType.i64, false, op - 63, codePos );
break; break;
case 67: // fstore_0 case 67: // fstore_0
case 68: // fstore_1 case 68: // fstore_1
case 69: // fstore_2 case 69: // fstore_2
case 70: // fstore_3 case 70: // fstore_3
instr = new WasmLoadStoreInstruction( false, op - 67, localVariables, codePos ); instr = loadStore( ValueType.f32, false, op - 67, codePos );
break; break;
case 71: // dstore_0 case 71: // dstore_0
case 72: // dstore_1 case 72: // dstore_1
case 73: // dstore_2 case 73: // dstore_2
case 74: // dstore_3 case 74: // dstore_3
instr = new WasmLoadStoreInstruction( false, op - 71, localVariables, codePos ); instr = loadStore( ValueType.f64, false, op - 71, codePos );
break; break;
case 87: // pop case 87: // pop
case 88: // pop2 case 88: // pop2
stackManager.remove();
instr = new WasmBlockInstruction( WasmBlockOperator.DROP, null, codePos ); instr = new WasmBlockInstruction( WasmBlockOperator.DROP, null, codePos );
break; break;
case 89: // dup: duplicate the value on top of the stack case 89: // dup: duplicate the value on top of the stack
@ -878,8 +644,9 @@ public class ModuleGenerator {
//TODO case 165: // if_acmpeq //TODO case 165: // if_acmpeq
//TODO case 166: // if_acmpne //TODO case 166: // if_acmpne
case 167: // goto case 167: // goto
int offset = byteCode.readShort();
branchManager.start( JavaBlockOperator.GOTO, codePos, offset, byteCode.getLineNumber() );
instr = new WasmNopInstruction( codePos ); // marker of the line number for the branch manager instr = new WasmNopInstruction( codePos ); // marker of the line number for the branch manager
byteCode.skip(2); // handle in the branch manager
break; break;
case 170: // tableswitch case 170: // tableswitch
case 171: // lookupswitch case 171: // lookupswitch
@ -896,6 +663,11 @@ public class ModuleGenerator {
case 184: // invokestatic case 184: // invokestatic
idx = byteCode.readUnsignedShort(); idx = byteCode.readUnsignedShort();
ConstantRef method = (ConstantRef)constantPool.get( idx ); ConstantRef method = (ConstantRef)constantPool.get( idx );
String signature = method.getType();
ValueType type = getValueType( signature, signature.indexOf( ')' ) + 1 );
if( type != null ) {
stackManager.add( type, codePos );
}
instr = new WasmCallInstruction( method.getConstantClass().getName() + '.' + method.getName() + method.getType(), codePos ); instr = new WasmCallInstruction( method.getConstantClass().getName() + '.' + method.getName() + method.getType(), codePos );
break; break;
default: default:
@ -905,6 +677,7 @@ public class ModuleGenerator {
instructions.add( instr ); instructions.add( instr );
} }
} }
branchManager.calculate();
branchManager.handle( byteCode ); // add branch operations branchManager.handle( byteCode ); // add branch operations
if( !endWithReturn && returnType != null ) { if( !endWithReturn && returnType != null ) {
// if a method ends with a loop without a break then code after the loop is no reachable // if a method ends with a loop without a break then code after the loop is no reachable
@ -930,6 +703,7 @@ public class ModuleGenerator {
* if any I/O error occur * if any I/O error occur
*/ */
private void writeSwitchCode( CodeInputStream byteCode, boolean isLookupSwitch ) throws IOException { private void writeSwitchCode( CodeInputStream byteCode, boolean isLookupSwitch ) throws IOException {
int lineNumber = byteCode.getLineNumber();
int codePos = byteCode.getCodePosition(); int codePos = byteCode.getCodePosition();
int startPosition = codePos; int startPosition = codePos;
int padding = startPosition % 4; int padding = startPosition % 4;
@ -938,14 +712,17 @@ public class ModuleGenerator {
} }
startPosition--; startPosition--;
int defaultPosition = byteCode.readInt(); int defaultPosition = startPosition + byteCode.readInt();
int[] keys;
int[] positions;
if( isLookupSwitch ) { // lookupswitch if( isLookupSwitch ) { // lookupswitch
localVariables.useTempI32();
int count = byteCode.readInt(); int count = byteCode.readInt();
int[] keys = new int[count]; keys = new int[count];
int[] positions = new int[count]; positions = new int[count];
for( int i = 0; i < count; i++ ) { for( int i = 0; i < count; i++ ) {
keys[i] = byteCode.readInt(); keys[i] = byteCode.readInt();
positions[i] = byteCode.readInt(); positions[i] = startPosition + byteCode.readInt();
} }
int tempI32 = localVariables.getTempI32(); int tempI32 = localVariables.getTempI32();
int block = 0; int block = 0;
@ -982,15 +759,19 @@ public class ModuleGenerator {
instructions.add( new WasmBlockInstruction( WasmBlockOperator.BR, defaultBlock, codePos ) ); instructions.add( new WasmBlockInstruction( WasmBlockOperator.BR, defaultBlock, codePos ) );
} else { } else {
int low = byteCode.readInt(); int low = byteCode.readInt();
keys = null;
int count = byteCode.readInt() - low + 1; int count = byteCode.readInt() - low + 1;
positions = new int[count];
for( int i = 0; i < count; i++ ) { for( int i = 0; i < count; i++ ) {
byteCode.readInt(); positions[i] = startPosition + byteCode.readInt();
} }
if( low != 0 ) { // the br_table starts ever with the value 0. That we need to subtract the start value if it different if( low != 0 ) { // the br_table starts ever with the value 0. That we need to subtract the start value if it different
instructions.add( new WasmConstInstruction( low, codePos ) ); instructions.add( new WasmConstInstruction( low, codePos ) );
instructions.add( new WasmNumericInstruction( NumericOperator.sub, ValueType.i32, codePos ) ); instructions.add( new WasmNumericInstruction( NumericOperator.sub, ValueType.i32, codePos ) );
} }
} }
int switchValuestartPosition = stackManager.getCodePosition( 0 );
branchManager.startSwitch( switchValuestartPosition, 0, lineNumber, keys, positions, defaultPosition );
} }
/** /**
@ -1014,6 +795,26 @@ public class ModuleGenerator {
return find ? next : current; return find ? next : current;
} }
/**
* Create a WasmLoadStoreInstruction.
*
* @param valueType
* the value type
* @param load
* true: if load
* @param idx
* the memory/slot idx of the variable
* @param codePos
* the code position/offset in the Java method
* @return the WasmLoadStoreInstruction
*/
@Nonnull
private WasmLoadStoreInstruction loadStore( ValueType valueType, boolean load, @Nonnegative int idx, int codePos ) {
stackManager.add( valueType, codePos );
localVariables.use( valueType, idx );
return new WasmLoadStoreInstruction( load, idx, localVariables, codePos );
}
/** /**
* Handle the if<condition> of the Java byte code. This Java instruction compare the first stack value with value 0. * Handle the if<condition> of the Java byte code. This Java instruction compare the first stack value with value 0.
* Important: In the Java IF expression the condition for the jump to the else block is saved. In WebAssembler we * Important: In the Java IF expression the condition for the jump to the else block is saved. In WebAssembler we
@ -1053,6 +854,7 @@ public class ModuleGenerator {
*/ */
private void opIfCompareCondition( NumericOperator ifNumOp, NumericOperator continueNumOp, CodeInputStream byteCode, int codePos ) throws IOException { private void opIfCompareCondition( NumericOperator ifNumOp, NumericOperator continueNumOp, CodeInputStream byteCode, int codePos ) throws IOException {
int offset = byteCode.readShort(); int offset = byteCode.readShort();
branchManager.start( JavaBlockOperator.IF, codePos, offset, byteCode.getLineNumber() );
instructions.add( new WasmNumericInstruction( offset > 0 ? ifNumOp : continueNumOp, ValueType.i32, codePos ) ); instructions.add( new WasmNumericInstruction( offset > 0 ? ifNumOp : continueNumOp, ValueType.i32, codePos ) );
} }
@ -1070,6 +872,7 @@ public class ModuleGenerator {
* if any I/O errors occur. * if any I/O errors occur.
*/ */
private void opCompare( ValueType valueType, CodeInputStream byteCode, int codePos ) throws IOException { private void opCompare( ValueType valueType, CodeInputStream byteCode, int codePos ) throws IOException {
codePos = byteCode.getCodePosition();
NumericOperator numOp; NumericOperator numOp;
int nextOp = byteCode.read(); int nextOp = byteCode.read();
switch( nextOp ){ switch( nextOp ){
@ -1094,7 +897,8 @@ public class ModuleGenerator {
default: default:
throw new WasmException( "Unexpected compare sub operation: " + nextOp, null, -1 ); throw new WasmException( "Unexpected compare sub operation: " + nextOp, null, -1 );
} }
byteCode.skip(2); int offset = byteCode.readShort();
branchManager.start( JavaBlockOperator.IF, codePos, offset, byteCode.getLineNumber() );
instructions.add( new WasmNumericInstruction( numOp, valueType, codePos ) ); instructions.add( new WasmNumericInstruction( numOp, valueType, codePos ) );
} }