more constants

This commit is contained in:
Uwe Schindler 2016-05-20 10:56:50 +02:00
parent 82aed08301
commit 87ab39613d
4 changed files with 30 additions and 30 deletions

View File

@ -47,28 +47,28 @@ public final class Definition {
public static final Definition INSTANCE = new Definition(new Definition()); public static final Definition INSTANCE = new Definition(new Definition());
/** Some native types as constants: */ /** Some native types as constants: */
public static final Type voidType = INSTANCE.getType("void");
public static final Type booleanType = INSTANCE.getType("boolean"); public static final Type booleanType = INSTANCE.getType("boolean");
public static final Type objectType = INSTANCE.getType("Object");
public static final Type defType = INSTANCE.getType("def");
public static final Type booleanobjType = INSTANCE.getType("Boolean"); public static final Type booleanobjType = INSTANCE.getType("Boolean");
public static final Type byteType = INSTANCE.getType("byte"); public static final Type byteType = INSTANCE.getType("byte");
public static final Type shortType = INSTANCE.getType("short");
public static final Type intType = INSTANCE.getType("int");
public static final Type charType = INSTANCE.getType("char");
public static final Type longType = INSTANCE.getType("long");
public static final Type floatType = INSTANCE.getType("float");
public static final Type doubleType = INSTANCE.getType("double");
public static final Type numberType = INSTANCE.getType("Number");
public static final Type byteobjType = INSTANCE.getType("Byte"); public static final Type byteobjType = INSTANCE.getType("Byte");
public static final Type shortType = INSTANCE.getType("short");
public static final Type shortobjType = INSTANCE.getType("Short"); public static final Type shortobjType = INSTANCE.getType("Short");
public static final Type charobjType = INSTANCE.getType("Character"); public static final Type intType = INSTANCE.getType("int");
public static final Type intobjType = INSTANCE.getType("Integer"); public static final Type intobjType = INSTANCE.getType("Integer");
public static final Type longType = INSTANCE.getType("long");
public static final Type longobjType = INSTANCE.getType("Long"); public static final Type longobjType = INSTANCE.getType("Long");
public static final Type floatType = INSTANCE.getType("float");
public static final Type floatobjType = INSTANCE.getType("Float"); public static final Type floatobjType = INSTANCE.getType("Float");
public static final Type doubleType = INSTANCE.getType("double");
public static final Type doubleobjType = INSTANCE.getType("Double"); public static final Type doubleobjType = INSTANCE.getType("Double");
public static final Type charType = INSTANCE.getType("char");
public static final Type charobjType = INSTANCE.getType("Character");
public static final Type objectType = INSTANCE.getType("Object");
public static final Type defType = INSTANCE.getType("def");
public static final Type defobjType = INSTANCE.getType("Def");
public static final Type stringType = INSTANCE.getType("String"); public static final Type stringType = INSTANCE.getType("String");
public static final Type exceptionType = INSTANCE.getType("Exception"); public static final Type exceptionType = INSTANCE.getType("Exception");
public static final Type voidType = INSTANCE.getType("void");
public enum Sort { public enum Sort {
VOID( void.class , 0 , true , false , false , false ), VOID( void.class , 0 , true , false , false , false ),

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@ -214,17 +214,17 @@ public final class MethodWriter extends GeneratorAdapter {
if (sort == Sort.DEF) { if (sort == Sort.DEF) {
switch (operation) { switch (operation) {
case MUL: invokeStatic(definition.getType("Def").type, DEF_MUL_CALL); break; case MUL: invokeStatic(Definition.defobjType.type, DEF_MUL_CALL); break;
case DIV: invokeStatic(definition.getType("Def").type, DEF_DIV_CALL); break; case DIV: invokeStatic(Definition.defobjType.type, DEF_DIV_CALL); break;
case REM: invokeStatic(definition.getType("Def").type, DEF_REM_CALL); break; case REM: invokeStatic(Definition.defobjType.type, DEF_REM_CALL); break;
case ADD: invokeStatic(definition.getType("Def").type, DEF_ADD_CALL); break; case ADD: invokeStatic(Definition.defobjType.type, DEF_ADD_CALL); break;
case SUB: invokeStatic(definition.getType("Def").type, DEF_SUB_CALL); break; case SUB: invokeStatic(Definition.defobjType.type, DEF_SUB_CALL); break;
case LSH: invokeStatic(definition.getType("Def").type, DEF_LSH_CALL); break; case LSH: invokeStatic(Definition.defobjType.type, DEF_LSH_CALL); break;
case USH: invokeStatic(definition.getType("Def").type, DEF_RSH_CALL); break; case USH: invokeStatic(Definition.defobjType.type, DEF_RSH_CALL); break;
case RSH: invokeStatic(definition.getType("Def").type, DEF_USH_CALL); break; case RSH: invokeStatic(Definition.defobjType.type, DEF_USH_CALL); break;
case BWAND: invokeStatic(definition.getType("Def").type, DEF_AND_CALL); break; case BWAND: invokeStatic(Definition.defobjType.type, DEF_AND_CALL); break;
case XOR: invokeStatic(definition.getType("Def").type, DEF_XOR_CALL); break; case XOR: invokeStatic(Definition.defobjType.type, DEF_XOR_CALL); break;
case BWOR: invokeStatic(definition.getType("Def").type, DEF_OR_CALL); break; case BWOR: invokeStatic(Definition.defobjType.type, DEF_OR_CALL); break;
default: default:
throw new IllegalStateException("Error " + location + ": Illegal tree structure."); throw new IllegalStateException("Error " + location + ": Illegal tree structure.");
} }

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@ -456,7 +456,7 @@ public final class EComp extends AExpression {
if (right.isNull) { if (right.isNull) {
adapter.ifNull(jump); adapter.ifNull(jump);
} else if (!left.isNull && operation == Operation.EQ) { } else if (!left.isNull && operation == Operation.EQ) {
adapter.invokeStatic(definition.getType("Def").type, DEF_EQ_CALL); adapter.invokeStatic(Definition.defobjType.type, DEF_EQ_CALL);
} else { } else {
adapter.ifCmp(rtype, MethodWriter.EQ, jump); adapter.ifCmp(rtype, MethodWriter.EQ, jump);
} }
@ -464,19 +464,19 @@ public final class EComp extends AExpression {
if (right.isNull) { if (right.isNull) {
adapter.ifNonNull(jump); adapter.ifNonNull(jump);
} else if (!left.isNull && operation == Operation.NE) { } else if (!left.isNull && operation == Operation.NE) {
adapter.invokeStatic(definition.getType("Def").type, DEF_EQ_CALL); adapter.invokeStatic(Definition.defobjType.type, DEF_EQ_CALL);
adapter.ifZCmp(MethodWriter.EQ, jump); adapter.ifZCmp(MethodWriter.EQ, jump);
} else { } else {
adapter.ifCmp(rtype, MethodWriter.NE, jump); adapter.ifCmp(rtype, MethodWriter.NE, jump);
} }
} else if (lt) { } else if (lt) {
adapter.invokeStatic(definition.getType("Def").type, DEF_LT_CALL); adapter.invokeStatic(Definition.defobjType.type, DEF_LT_CALL);
} else if (lte) { } else if (lte) {
adapter.invokeStatic(definition.getType("Def").type, DEF_LTE_CALL); adapter.invokeStatic(Definition.defobjType.type, DEF_LTE_CALL);
} else if (gt) { } else if (gt) {
adapter.invokeStatic(definition.getType("Def").type, DEF_GT_CALL); adapter.invokeStatic(Definition.defobjType.type, DEF_GT_CALL);
} else if (gte) { } else if (gte) {
adapter.invokeStatic(definition.getType("Def").type, DEF_GTE_CALL); adapter.invokeStatic(Definition.defobjType.type, DEF_GTE_CALL);
} else { } else {
throw new IllegalStateException(error("Illegal tree structure.")); throw new IllegalStateException(error("Illegal tree structure."));
} }

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@ -191,7 +191,7 @@ public final class EUnary extends AExpression {
if (operation == Operation.BWNOT) { if (operation == Operation.BWNOT) {
if (sort == Sort.DEF) { if (sort == Sort.DEF) {
adapter.invokeStatic(definition.getType("Def").type, DEF_NOT_CALL); adapter.invokeStatic(Definition.defobjType.type, DEF_NOT_CALL);
} else { } else {
if (sort == Sort.INT) { if (sort == Sort.INT) {
adapter.push(-1); adapter.push(-1);
@ -205,7 +205,7 @@ public final class EUnary extends AExpression {
} }
} else if (operation == Operation.SUB) { } else if (operation == Operation.SUB) {
if (sort == Sort.DEF) { if (sort == Sort.DEF) {
adapter.invokeStatic(definition.getType("Def").type, DEF_NEG_CALL); adapter.invokeStatic(Definition.defobjType.type, DEF_NEG_CALL);
} else { } else {
adapter.math(MethodWriter.NEG, type); adapter.math(MethodWriter.NEG, type);
} }