Source/sources/gnu/kawa/slib/srfi37.java
public Object lambda24() {
            Apply apply = Scheme.apply;
            Object[] objArr = new Object[5];
            Object obj = this.option;
            try {
                objArr[0] = srfi37.optionProcessor((option$Mntype) obj);
                objArr[1] = this.option;
                objArr[2] = this.name;
                objArr[3] = C0619lists.car.apply1(this.args);
                objArr[4] = this.seeds;
                return apply.applyN(objArr);
            } catch (ClassCastException e) {
                throw new WrongType(e, "option-processor", 0, obj);
            }
        }
/* access modifiers changed from: 0000 */
access modifiers changed from: 0000
access modifiers changed from : 0000
public Object lambda24() {
            Apply apply = Scheme.apply;
            Object[] objArr = new Object[5];
            Object obj = this.option;
            try {
                objArr[0] = srfi37.optionProcessor((option$Mntype) obj);
                objArr[1] = this.option;
                objArr[2] = this.name;
                objArr[3] = C0619lists.car.apply1(this.args);
                objArr[4] = this.seeds;
                return apply.applyN(objArr);
            } catch (ClassCastException e) {
                throw new WrongType(e, "option-processor", 0, obj);
            }
        }
public Object lambda24 ( ) { Apply apply = Scheme . apply ; Object [ ] objArr = new Object [ 5 ] ; Object obj = this . option ; try { objArr [ 0 ] = srfi37 . optionProcessor ( ( option$Mntype ) obj ) ; objArr [ 1 ] = this . option ; objArr [ 2 ] = this . name ; objArr [ 3 ] = C0619lists . car . apply1 ( this . args ) ; objArr [ 4 ] = this . seeds ; return apply . applyN ( objArr ) ; } catch ( ClassCastException e ) { throw new WrongType ( e , "option-processor" , 0 , obj ) ; } }
access modifiers changed from: 0000
access modifiers changed from : 0000