@Override public MetaType[] getBounds() { return GWTUtil.fromTypeArray(oracle, typeParameter.getBounds()); }
@Override public MetaType[] getBounds() { return GWTUtil.fromTypeArray(oracle, typeParameter.getBounds()); }
public TypeVariableName typeVariableName( JTypeParameter type ) { if ( resolvedTypes.contains( type.getName() ) ) { return TypeVariableName.get( type.getName() ); } else { resolvedTypes.add( type.getName() ); return TypeVariableName.get( type.getName(), typeName( type.getBounds() ) ); } }
JClassType[] bounds = typeParam.getBounds(); for( int b = 0; b < bounds.length; b++ )
JClassType[] bounds = typeParam.getBounds(); for( int b = 0; b < bounds.length; b++ )
JClassType[] bounds = typeParam.getBounds(); for( int b = 0; b < bounds.length; b++ )
public boolean isElementAssignableTo(XMLElement elem, JClassType possibleSupertype) throws UnableToCompleteException { /* * Things like <W extends IsWidget & IsPlaid> */ JTypeParameter typeParameter = possibleSupertype.isTypeParameter(); if (typeParameter != null) { JClassType[] bounds = typeParameter.getBounds(); for (JClassType bound : bounds) { if (!isElementAssignableTo(elem, bound)) { return false; } } return true; } /* * Binder fields are always declared raw, so we're cheating if the user is * playing with parameterized types. We're happy enough if the raw types * match, and rely on them to make sure the specific types really do work. */ JParameterizedType parameterized = possibleSupertype.isParameterized(); if (parameterized != null) { return isElementAssignableTo(elem, parameterized.getRawType()); } JClassType fieldtype = findFieldType(elem); if (fieldtype == null) { return false; } return fieldtype.isAssignableTo(possibleSupertype); }
JClassType[] bounds = typeParam.getBounds(); for( int b = 0; b < bounds.length; b++ )
public boolean isElementAssignableTo(XMLElement elem, JClassType possibleSupertype) throws UnableToCompleteException { /* * Things like <W extends IsWidget & IsPlaid> */ JTypeParameter typeParameter = possibleSupertype.isTypeParameter(); if (typeParameter != null) { JClassType[] bounds = typeParameter.getBounds(); for (JClassType bound : bounds) { if (!isElementAssignableTo(elem, bound)) { return false; } } return true; } /* * Binder fields are always declared raw, so we're cheating if the user is * playing with parameterized types. We're happy enough if the raw types * match, and rely on them to make sure the specific types really do work. */ JParameterizedType parameterized = possibleSupertype.isParameterized(); if (parameterized != null) { return isElementAssignableTo(elem, parameterized.getRawType()); } JClassType fieldtype = findFieldType(elem); if (fieldtype == null) { return false; } return fieldtype.isAssignableTo(possibleSupertype); }
public boolean isElementAssignableTo(XMLElement elem, JClassType possibleSupertype) throws UnableToCompleteException { /* * Things like <W extends IsWidget & IsPlaid> */ JTypeParameter typeParameter = possibleSupertype.isTypeParameter(); if (typeParameter != null) { JClassType[] bounds = typeParameter.getBounds(); for (JClassType bound : bounds) { if (!isElementAssignableTo(elem, bound)) { return false; } } return true; } /* * Binder fields are always declared raw, so we're cheating if the user is * playing with parameterized types. We're happy enough if the raw types * match, and rely on them to make sure the specific types really do work. */ JParameterizedType parameterized = possibleSupertype.isParameterized(); if (parameterized != null) { return isElementAssignableTo(elem, parameterized.getRawType()); } JClassType fieldtype = findFieldType(elem); if (fieldtype == null) { return false; } return fieldtype.isAssignableTo(possibleSupertype); }
public boolean isElementAssignableTo(XMLElement elem, JClassType possibleSupertype) throws UnableToCompleteException { /* * Things like <W extends IsWidget & IsPlaid> */ JTypeParameter typeParameter = possibleSupertype.isTypeParameter(); if (typeParameter != null) { JClassType[] bounds = typeParameter.getBounds(); for (JClassType bound : bounds) { if (!isElementAssignableTo(elem, bound)) { return false; } } return true; } /* * Binder fields are always declared raw, so we're cheating if the user is * playing with parameterized types. We're happy enough if the raw types * match, and rely on them to make sure the specific types really do work. */ JParameterizedType parameterized = possibleSupertype.isParameterized(); if (parameterized != null) { return isElementAssignableTo(elem, parameterized.getRawType()); } JClassType fieldtype = findFieldType(elem); if (fieldtype == null) { return false; } return fieldtype.isAssignableTo(possibleSupertype); }
typeExt += tp.getName(); JClassType[] cts = tp.getBounds(); boolean needAnd = false; for( int j = 0; j < cts.length; j++ )
typeExt += tp.getName(); JClassType[] cts = tp.getBounds(); boolean needAnd = false; for( int j = 0; j < cts.length; j++ )