public boolean isUnboxable() { if(!isCollection() && !required) // if the property can be legally absent, it's not unboxable return false; // we need to have null to represent the absence of value. not unboxable. for (CTypeRef t : getTypes()) { if(t.isNillable()) return false; } return super.isUnboxable(); }
public boolean isUnboxable() { if(!isCollection() && !required) // if the property can be legally absent, it's not unboxable return false; // we need to have null to represent the absence of value. not unboxable. for (CTypeRef t : getTypes()) { if(t.isNillable()) return false; } return super.isUnboxable(); }
@Override public boolean isOptionalPrimitive() { // we need to have null to represent the absence of value. not unboxable. for (CTypeRef t : getTypes()) { if(t.isNillable()) return false; } return !isCollection() && !required && super.isUnboxable(); }
@Override public boolean isOptionalPrimitive() { // we need to have null to represent the absence of value. not unboxable. for (CTypeRef t : getTypes()) { if(t.isNillable()) return false; } return !isCollection() && !required && super.isUnboxable(); }
@Override public boolean isOptionalPrimitive() { // we need to have null to represent the absence of value. not unboxable. for (CTypeRef t : getTypes()) { if(t.isNillable()) return false; } return !isCollection() && !required && super.isUnboxable(); }
@Override public boolean isOptionalPrimitive() { // we need to have null to represent the absence of value. not unboxable. for (CTypeRef t : getTypes()) { if(t.isNillable()) return false; } return !isCollection() && !required && super.isUnboxable(); }
public boolean isUnboxable() { if(!isCollection() && !required) // if the property can be legally absent, it's not unboxable return false; // we need to have null to represent the absence of value. not unboxable. for (CTypeRef t : getTypes()) { if(t.isNillable()) return false; } return super.isUnboxable(); }
public boolean isUnboxable() { if(!isCollection() && !required) // if the property can be legally absent, it's not unboxable return false; // we need to have null to represent the absence of value. not unboxable. for (CTypeRef t : getTypes()) { if(t.isNillable()) return false; } return super.isUnboxable(); }
@Override public boolean isOptionalPrimitive() { // we need to have null to represent the absence of value. not unboxable. for (CTypeRef t : getTypes()) { if(t.isNillable()) return false; } return !isCollection() && !required && super.isUnboxable(); }
public boolean isUnboxable() { if(!isCollection() && !required) // if the property can be legally absent, it's not unboxable return false; // we need to have null to represent the absence of value. not unboxable. for (CTypeRef t : getTypes()) { if(t.isNillable()) return false; } return super.isUnboxable(); }
if (ctype.isNillable()) { if(xew == null) xew = getXew(checkWrapper, field); xew.nillable(true);
if (ctype.isNillable()) { if(xew == null) xew = getXew(checkWrapper, field); xew.nillable(true);
if (ctype.isNillable()) { if(xew == null) xew = getXew(checkWrapper, field); xew.nillable(true);
if (ctype.isNillable()) { if(xew == null) xew = getXew(checkWrapper, field); xew.nillable(true);
if (ctype.isNillable()) { if(xew == null) xew = getXew(checkWrapper, field); xew.nillable(true);
if (ctype.isNillable()) { if(xew == null) xew = getXew(checkWrapper, field); xew.nillable(true);
if (ctype.isNillable()) { if(xew == null) xew = getXew(checkWrapper, field); xew.nillable(true);