@@ -587,7 +587,7 @@ mod tests {
587587 }
588588
589589 #[ test]
590- fn boxed_int62l_is_zero ( ) {
590+ fn boxed_unsatint_is_zero ( ) {
591591 let zero = BoxedUnsatInt :: from ( & U256 :: ZERO . into ( ) ) ;
592592 assert ! ( bool :: from( zero. is_zero( ) ) ) ;
593593
@@ -596,7 +596,7 @@ mod tests {
596596 }
597597
598598 #[ test]
599- fn boxed_int62l_is_one ( ) {
599+ fn boxed_unsatint_is_one ( ) {
600600 let zero = BoxedUnsatInt :: from ( & U256 :: ZERO . into ( ) ) ;
601601 assert ! ( !bool :: from( zero. is_one( ) ) ) ;
602602
@@ -605,7 +605,7 @@ mod tests {
605605 }
606606
607607 #[ test]
608- fn int62l_shr_assign ( ) {
608+ fn unsatint_shr_assign ( ) {
609609 let mut n = BoxedUnsatInt (
610610 vec ! [
611611 0 ,
@@ -641,7 +641,7 @@ mod tests {
641641 proptest ! {
642642 #[ test]
643643 #[ cfg( not( miri) ) ]
644- fn boxed_int62l_add ( x in u256( ) , y in u256( ) ) {
644+ fn boxed_unsatint_add ( x in u256( ) , y in u256( ) ) {
645645 let x_ref = UnsatInt :: <{ bernstein_yang_nlimbs!( 256usize ) } >:: from_uint( & x) ;
646646 let y_ref = UnsatInt :: <{ bernstein_yang_nlimbs!( 256usize ) } >:: from_uint( & y) ;
647647 let mut x_boxed = BoxedUnsatInt :: from( & x. into( ) ) ;
@@ -654,7 +654,7 @@ mod tests {
654654
655655 #[ test]
656656 #[ cfg( not( miri) ) ]
657- fn boxed_int62l_mul ( x in u256( ) , y in any:: <i64 >( ) ) {
657+ fn boxed_unsatint_mul ( x in u256( ) , y in any:: <i64 >( ) ) {
658658 let x_ref = UnsatInt :: <{ bernstein_yang_nlimbs!( 256usize ) } >:: from_uint( & x) ;
659659 let x_boxed = BoxedUnsatInt :: from( & x. into( ) ) ;
660660
@@ -665,7 +665,7 @@ mod tests {
665665
666666 #[ test]
667667 #[ cfg( not( miri) ) ]
668- fn boxed_int62l_neg ( x in u256( ) ) {
668+ fn boxed_unsatint_neg ( x in u256( ) ) {
669669 let x_ref = UnsatInt :: <{ bernstein_yang_nlimbs!( 256usize ) } >:: from_uint( & x) ;
670670 let x_boxed = BoxedUnsatInt :: from( & x. into( ) ) ;
671671
@@ -676,7 +676,7 @@ mod tests {
676676
677677 #[ test]
678678 #[ cfg( not( miri) ) ]
679- fn boxed_int62l_shr ( x in u256( ) ) {
679+ fn boxed_unsatint_shr ( x in u256( ) ) {
680680 let x_ref = UnsatInt :: <{ bernstein_yang_nlimbs!( 256usize ) } >:: from_uint( & x) ;
681681 let mut x_boxed = BoxedUnsatInt :: from( & x. into( ) ) ;
682682 x_boxed. shr_assign( ) ;
@@ -688,7 +688,7 @@ mod tests {
688688 #[ test]
689689 #[ cfg( not( miri) ) ]
690690
691- fn boxed_int62l_is_negative ( x in u256( ) ) {
691+ fn boxed_unsatint_is_negative ( x in u256( ) ) {
692692 let x_ref = UnsatInt :: <{ bernstein_yang_nlimbs!( 256usize ) } >:: from_uint( & x) ;
693693 let x_boxed = BoxedUnsatInt :: from( & x. into( ) ) ;
694694 assert_eq!( x_ref. is_negative( ) . to_bool_vartime( ) , bool :: from( x_boxed. is_negative( ) ) ) ;
@@ -697,7 +697,7 @@ mod tests {
697697 #[ test]
698698 #[ cfg( not( miri) ) ]
699699
700- fn boxed_int62l_is_minus_one ( x in u256( ) ) {
700+ fn boxed_unsatint_is_minus_one ( x in u256( ) ) {
701701 let x_ref = UnsatInt :: <{ bernstein_yang_nlimbs!( 256usize ) } >:: from_uint( & x) ;
702702 let x_boxed = BoxedUnsatInt :: from( & x. into( ) ) ;
703703 assert!( bool :: from( x_boxed. is_minus_one( ) . ct_eq( & x_ref. eq( & UnsatInt :: MINUS_ONE ) . into( ) ) ) ) ;
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