@@ -75,7 +75,7 @@ impl<'tcx> Const<'tcx> {
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ConstVal :: Integral ( I16 ( v) ) => C_integral ( Type :: i16 ( ccx) , v as u64 , true ) ,
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ConstVal :: Integral ( I32 ( v) ) => C_integral ( Type :: i32 ( ccx) , v as u64 , true ) ,
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ConstVal :: Integral ( I64 ( v) ) => C_integral ( Type :: i64 ( ccx) , v as u64 , true ) ,
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- ConstVal :: Integral ( I128 ( v) ) => C_big_integral ( Type :: i128 ( ccx) , v as u128 , true ) ,
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+ ConstVal :: Integral ( I128 ( v) ) => C_big_integral ( Type :: i128 ( ccx) , v as u128 ) ,
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ConstVal :: Integral ( Isize ( v) ) => {
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let i = v. as_i64 ( ccx. tcx ( ) . sess . target . int_type ) ;
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C_integral ( Type :: int ( ccx) , i as u64 , true )
@@ -84,7 +84,7 @@ impl<'tcx> Const<'tcx> {
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ConstVal :: Integral ( U16 ( v) ) => C_integral ( Type :: i16 ( ccx) , v as u64 , false ) ,
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ConstVal :: Integral ( U32 ( v) ) => C_integral ( Type :: i32 ( ccx) , v as u64 , false ) ,
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ConstVal :: Integral ( U64 ( v) ) => C_integral ( Type :: i64 ( ccx) , v, false ) ,
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- ConstVal :: Integral ( U128 ( v) ) => C_big_integral ( Type :: i128 ( ccx) , v, false ) ,
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+ ConstVal :: Integral ( U128 ( v) ) => C_big_integral ( Type :: i128 ( ccx) , v) ,
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ConstVal :: Integral ( Usize ( v) ) => {
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let u = v. as_u64 ( ccx. tcx ( ) . sess . target . uint_type ) ;
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C_integral ( Type :: int ( ccx) , u, false )
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