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openSUSE:Leap:15.4:Update
ooRexx
ooRexx-4.2.0-gcc6.patch
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File ooRexx-4.2.0-gcc6.patch of Package ooRexx
Index: b/interpreter/api/ThreadContextStubs.cpp =================================================================== --- a/interpreter/api/ThreadContextStubs.cpp +++ b/interpreter/api/ThreadContextStubs.cpp @@ -576,7 +576,7 @@ RexxPackageObject RexxEntry GetRoutinePa catch (RexxNativeActivation *) { } - return false; + return NULLOBJECT; } @@ -591,7 +591,7 @@ RexxPackageObject RexxEntry GetMethodPac catch (RexxNativeActivation *) { } - return false; + return NULLOBJECT; } Index: b/api/oorexxapi.h =================================================================== --- a/api/oorexxapi.h +++ b/api/oorexxapi.h @@ -3694,10 +3694,10 @@ END_EXTERN_C() #define argumentOmitted(i) (!argumentExists(i)) -#define __type(t) ARGUMENT_TYPE_##t +#define __rtype(t) ARGUMENT_TYPE_##t #define __arg(p, t) arguments[p].value.value_##t #define __ret(t, v) arguments[0].value.value_##t = (v); return NULL; -#define __adcl(t, n) __type(t) n +#define __adcl(t, n) __rtype(t) n #define __tdcl(t) REXX_VALUE_##t #define __methodstub(name) uint16_t * RexxEntry name (RexxMethodContext *context, ValueDescriptor *arguments) @@ -3726,7 +3726,7 @@ END_EXTERN_C() #define RexxMethod0(returnType, name) \ /* forward reference definition for method */ \ -__type(returnType) name##_impl (RexxMethodContext * context); \ +__rtype(returnType) name##_impl (RexxMethodContext * context); \ \ /* method signature definition */ \ static uint16_t name##_types[] = {__tdcl(returnType), REXX_ARGUMENT_TERMINATOR}; \ @@ -3743,13 +3743,13 @@ __methodstub(name) \ return name##_types; /* return the type signature */ \ } \ /* the real target method code */ \ -__type(returnType) name##_impl(RexxMethodContext *context) +__rtype(returnType) name##_impl(RexxMethodContext *context) // method with one argument #define RexxMethod1(returnType ,name, t1, n1) \ /* forward reference definition for method */ \ -__type(returnType) name##_impl (RexxMethodContext * context, __adcl(t1, n1)); \ +__rtype(returnType) name##_impl (RexxMethodContext * context, __adcl(t1, n1)); \ \ /* method signature definition */ \ static uint16_t name##_types[] = {__tdcl(returnType), __tdcl(t1), REXX_ARGUMENT_TERMINATOR}; \ @@ -3766,13 +3766,13 @@ __methodstub(name) \ return name##_types; /* return the type signature */ \ } \ /* the real target method code */ \ -__type(returnType) name##_impl(RexxMethodContext *context, __adcl(t1, n1)) +__rtype(returnType) name##_impl(RexxMethodContext *context, __adcl(t1, n1)) // method with two arguments #define RexxMethod2(returnType ,name, t1, n1, t2, n2) \ /* forward reference definition for method */ \ -__type(returnType) name##_impl (RexxMethodContext * context, __adcl(t1, n1), __adcl(t2, n2)); \ +__rtype(returnType) name##_impl (RexxMethodContext * context, __adcl(t1, n1), __adcl(t2, n2)); \ \ /* method signature definition */ \ static uint16_t name##_types[] = {__tdcl(returnType), __tdcl(t1), __tdcl(t2), REXX_ARGUMENT_TERMINATOR}; \ @@ -3789,13 +3789,13 @@ __methodstub(name) \ return name##_types; /* return the type signature */ \ } \ /* the real target method code */ \ -__type(returnType) name##_impl(RexxMethodContext *context, __adcl(t1, n1), __adcl(t2, n2)) +__rtype(returnType) name##_impl(RexxMethodContext *context, __adcl(t1, n1), __adcl(t2, n2)) // method with three arguments #define RexxMethod3(returnType ,name, t1, n1, t2, n2, t3, n3) \ /* forward reference definition for method */ \ -__type(returnType) name##_impl (RexxMethodContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3)); \ +__rtype(returnType) name##_impl (RexxMethodContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3)); \ \ /* method signature definition */ \ static uint16_t name##_types[] = {__tdcl(returnType), __tdcl(t1), __tdcl(t2), __tdcl(t3), REXX_ARGUMENT_TERMINATOR}; \ @@ -3812,13 +3812,13 @@ __methodstub(name) \ return name##_types; /* return the type signature */ \ } \ /* the real target method code */ \ -__type(returnType) name##_impl(RexxMethodContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3)) +__rtype(returnType) name##_impl(RexxMethodContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3)) // method with four arguments #define RexxMethod4(returnType ,name, t1, n1, t2, n2, t3, n3, t4, n4) \ /* forward reference definition for method */ \ -__type(returnType) name##_impl (RexxMethodContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4)); \ +__rtype(returnType) name##_impl (RexxMethodContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4)); \ \ /* method signature definition */ \ static uint16_t name##_types[] = {__tdcl(returnType), __tdcl(t1), __tdcl(t2), __tdcl(t3), __tdcl(t4), REXX_ARGUMENT_TERMINATOR}; \ @@ -3835,13 +3835,13 @@ __methodstub(name) \ return name##_types; /* return the type signature */ \ } \ /* the real target method code */ \ -__type(returnType) name##_impl(RexxMethodContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4)) +__rtype(returnType) name##_impl(RexxMethodContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4)) // method with five arguments #define RexxMethod5(returnType ,name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5) \ /* forward reference definition for method */ \ -__type(returnType) name##_impl (RexxMethodContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5)); \ +__rtype(returnType) name##_impl (RexxMethodContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5)); \ \ /* method signature definition */ \ static uint16_t name##_types[] = {__tdcl(returnType), __tdcl(t1), __tdcl(t2), __tdcl(t3), __tdcl(t4), __tdcl(t5), REXX_ARGUMENT_TERMINATOR}; \ @@ -3858,13 +3858,13 @@ __methodstub(name) \ return name##_types; /* return the type signature */ \ } \ /* the real target method code */ \ -__type(returnType) name##_impl(RexxMethodContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5)) +__rtype(returnType) name##_impl(RexxMethodContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5)) // method with six arguments #define RexxMethod6(returnType, name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5, t6, n6) \ /* forward reference definition for method */ \ -__type(returnType) name##_impl (RexxMethodContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6)); \ +__rtype(returnType) name##_impl (RexxMethodContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6)); \ \ /* method signature definition */ \ static uint16_t name##_types[] = {__tdcl(returnType), __tdcl(t1), __tdcl(t2), __tdcl(t3), __tdcl(t4), __tdcl(t5), __tdcl(t6), REXX_ARGUMENT_TERMINATOR}; \ @@ -3881,13 +3881,13 @@ __methodstub(name) \ return name##_types; /* return the type signature */ \ } \ /* the real target method code */ \ -__type(returnType) name##_impl(RexxMethodContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6)) +__rtype(returnType) name##_impl(RexxMethodContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6)) // method with seven arguments #define RexxMethod7(returnType, name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5, t6, n6, t7, n7) \ /* forward reference definition for method */ \ -__type(returnType) name##_impl (RexxMethodContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7)); \ +__rtype(returnType) name##_impl (RexxMethodContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7)); \ \ /* method signature definition */ \ static uint16_t name##_types[] = {__tdcl(returnType), __tdcl(t1), __tdcl(t2), __tdcl(t3), __tdcl(t4), __tdcl(t5), __tdcl(t6), __tdcl(t7), REXX_ARGUMENT_TERMINATOR}; \ @@ -3904,13 +3904,13 @@ __methodstub(name) \ return name##_types; /* return the type signature */ \ } \ /* the real target method code */ \ -__type(returnType) name##_impl(RexxMethodContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7)) +__rtype(returnType) name##_impl(RexxMethodContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7)) // method with eight arguments #define RexxMethod8(returnType, name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5, t6, n6, t7, n7, t8, n8) \ /* forward reference definition for method */ \ -__type(returnType) name##_impl (RexxMethodContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8)); \ +__rtype(returnType) name##_impl (RexxMethodContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8)); \ \ /* method signature definition */ \ static uint16_t name##_types[] = {__tdcl(returnType), __tdcl(t1), __tdcl(t2), __tdcl(t3), __tdcl(t4), __tdcl(t5), __tdcl(t6), __tdcl(t7), __tdcl(t8), REXX_ARGUMENT_TERMINATOR}; \ @@ -3927,13 +3927,13 @@ __methodstub(name) \ return name##_types; /* return the type signature */ \ } \ /* the real target method code */ \ -__type(returnType) name##_impl(RexxMethodContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8)) +__rtype(returnType) name##_impl(RexxMethodContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8)) // method with nine arguments #define RexxMethod9(returnType, name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5, t6, n6, t7, n7, t8, n8, t9, n9) \ /* forward reference definition for method */ \ -__type(returnType) name##_impl (RexxMethodContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8), __adcl(t9, n9)); \ +__rtype(returnType) name##_impl (RexxMethodContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8), __adcl(t9, n9)); \ \ /* method signature definition */ \ static uint16_t name##_types[] = {__tdcl(returnType), __tdcl(t1), __tdcl(t2), __tdcl(t3), __tdcl(t4), __tdcl(t5), __tdcl(t6), __tdcl(t7), __tdcl(t8), __tdcl(t9), REXX_ARGUMENT_TERMINATOR}; \ @@ -3950,13 +3950,13 @@ __methodstub(name) \ return name##_types; /* return the type signature */ \ } \ /* the real target method code */ \ -__type(returnType) name##_impl(RexxMethodContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8), __adcl(t9, n9)) +__rtype(returnType) name##_impl(RexxMethodContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8), __adcl(t9, n9)) // method with 10 arguments #define RexxMethod10(returnType, name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5, t6, n6, t7, n7, t8, n8, t9, n9, t10, n10) \ /* forward reference definition for method */ \ -__type(returnType) name##_impl (RexxMethodContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8), __adcl(t9, n9), __adcl(t10, n10)); \ +__rtype(returnType) name##_impl (RexxMethodContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8), __adcl(t9, n9), __adcl(t10, n10)); \ \ /* method signature definition */ \ static uint16_t name##_types[] = {__tdcl(returnType), __tdcl(t1), __tdcl(t2), __tdcl(t3), __tdcl(t4), __tdcl(t5), __tdcl(t6), __tdcl(t7), __tdcl(t8), __tdcl(t9), __tdcl(t10), REXX_ARGUMENT_TERMINATOR}; \ @@ -3973,7 +3973,7 @@ __methodstub(name) \ return name##_types; /* return the type signature */ \ } \ /* the real target method code */ \ -__type(returnType) name##_impl(RexxMethodContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8), __adcl(t9, n9), __adcl(t10, n10)) +__rtype(returnType) name##_impl(RexxMethodContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8), __adcl(t9, n9), __adcl(t10, n10)) #define __functionstub(name) uint16_t * RexxEntry name(RexxCallContext *context, ValueDescriptor *arguments) @@ -3990,7 +3990,7 @@ __type(returnType) name##_impl(RexxMetho #define RexxRoutine0(returnType, name) \ /* forward reference definition for method */ \ -__type(returnType) name##_impl (RexxCallContext * context); \ +__rtype(returnType) name##_impl (RexxCallContext * context); \ \ /* method signature definition */ \ static uint16_t name##_types[] = {__tdcl(returnType), REXX_ARGUMENT_TERMINATOR}; \ @@ -4007,13 +4007,13 @@ __functionstub(name) \ return name##_types; /* return the type signature */ \ } \ /* the real target method code */ \ -__type(returnType) name##_impl(RexxCallContext *context) +__rtype(returnType) name##_impl(RexxCallContext *context) // method with one argument #define RexxRoutine1(returnType ,name, t1, n1) \ /* forward reference definition for method */ \ -__type(returnType) name##_impl (RexxCallContext * context, __adcl(t1, n1)); \ +__rtype(returnType) name##_impl (RexxCallContext * context, __adcl(t1, n1)); \ \ /* method signature definition */ \ static uint16_t name##_types[] = {__tdcl(returnType), __tdcl(t1), REXX_ARGUMENT_TERMINATOR}; \ @@ -4030,13 +4030,13 @@ __functionstub(name) \ return name##_types; /* return the type signature */ \ } \ /* the real target method code */ \ -__type(returnType) name##_impl(RexxCallContext *context, __adcl(t1, n1)) +__rtype(returnType) name##_impl(RexxCallContext *context, __adcl(t1, n1)) // method with two arguments #define RexxRoutine2(returnType ,name, t1, n1, t2, n2) \ /* forward reference definition for method */ \ -__type(returnType) name##_impl (RexxCallContext * context, __adcl(t1, n1), __adcl(t2, n2)); \ +__rtype(returnType) name##_impl (RexxCallContext * context, __adcl(t1, n1), __adcl(t2, n2)); \ \ /* method signature definition */ \ static uint16_t name##_types[] = {__tdcl(returnType), __tdcl(t1), __tdcl(t2), REXX_ARGUMENT_TERMINATOR }; \ @@ -4053,13 +4053,13 @@ __functionstub(name) \ return name##_types; /* return the type signature */ \ } \ /* the real target method code */ \ -__type(returnType) name##_impl(RexxCallContext *context, __adcl(t1, n1), __adcl(t2, n2)) +__rtype(returnType) name##_impl(RexxCallContext *context, __adcl(t1, n1), __adcl(t2, n2)) // method with three arguments #define RexxRoutine3(returnType ,name, t1, n1, t2, n2, t3, n3) \ /* forward reference definition for method */ \ -__type(returnType) name##_impl (RexxCallContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3)); \ +__rtype(returnType) name##_impl (RexxCallContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3)); \ \ /* method signature definition */ \ static uint16_t name##_types[] = {__tdcl(returnType), __tdcl(t1), __tdcl(t2), __tdcl(t3), REXX_ARGUMENT_TERMINATOR}; \ @@ -4076,13 +4076,13 @@ __functionstub(name) \ return name##_types; /* return the type signature */ \ } \ /* the real target method code */ \ -__type(returnType) name##_impl(RexxCallContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3)) +__rtype(returnType) name##_impl(RexxCallContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3)) // method with four arguments #define RexxRoutine4(returnType ,name, t1, n1, t2, n2, t3, n3, t4, n4) \ /* forward reference definition for method */ \ -__type(returnType) name##_impl (RexxCallContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4)); \ +__rtype(returnType) name##_impl (RexxCallContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4)); \ \ /* method signature definition */ \ static uint16_t name##_types[] = {__tdcl(returnType), __tdcl(t1), __tdcl(t2), __tdcl(t3), __tdcl(t4), REXX_ARGUMENT_TERMINATOR}; \ @@ -4099,13 +4099,13 @@ __functionstub(name) \ return name##_types; /* return the type signature */ \ } \ /* the real target method code */ \ -__type(returnType) name##_impl(RexxCallContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4)) +__rtype(returnType) name##_impl(RexxCallContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4)) // method with five arguments #define RexxRoutine5(returnType ,name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5) \ /* forward reference definition for method */ \ -__type(returnType) name##_impl (RexxCallContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5)); \ +__rtype(returnType) name##_impl (RexxCallContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5)); \ \ /* method signature definition */ \ static uint16_t name##_types[] = {__tdcl(returnType), __tdcl(t1), __tdcl(t2), __tdcl(t3), __tdcl(t4), __tdcl(t5), REXX_ARGUMENT_TERMINATOR}; \ @@ -4122,13 +4122,13 @@ __functionstub(name) \ return name##_types; /* return the type signature */ \ } \ /* the real target method code */ \ -__type(returnType) name##_impl(RexxCallContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5)) +__rtype(returnType) name##_impl(RexxCallContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5)) // method with six arguments #define RexxRoutine6(returnType, name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5, t6, n6) \ /* forward reference definition for method */ \ -__type(returnType) name##_impl (RexxCallContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6)); \ +__rtype(returnType) name##_impl (RexxCallContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6)); \ \ /* method signature definition */ \ static uint16_t name##_types[] = {__tdcl(returnType), __tdcl(t1), __tdcl(t2), __tdcl(t3), __tdcl(t4), __tdcl(t5), __tdcl(t6), REXX_ARGUMENT_TERMINATOR}; \ @@ -4145,12 +4145,12 @@ __functionstub(name) \ return name##_types; /* return the type signature */ \ } \ /* the real target method code */ \ -__type(returnType) name##_impl(RexxCallContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6)) +__rtype(returnType) name##_impl(RexxCallContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6)) // method with seven arguments #define RexxRoutine7(returnType, name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5, t6, n6, t7, n7) \ /* forward reference definition for method */ \ -__type(returnType) name##_impl (RexxCallContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7)); \ +__rtype(returnType) name##_impl (RexxCallContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7)); \ \ /* method signature definition */ \ static uint16_t name##_types[] = {__tdcl(returnType), __tdcl(t1), __tdcl(t2), __tdcl(t3), __tdcl(t4), __tdcl(t5), __tdcl(t6), __tdcl(t7), REXX_ARGUMENT_TERMINATOR}; \ @@ -4167,13 +4167,13 @@ __functionstub(name) \ return name##_types; /* return the type signature */ \ } \ /* the real target method code */ \ -__type(returnType) name##_impl(RexxCallContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7)) +__rtype(returnType) name##_impl(RexxCallContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7)) // function with eight arguments #define RexxRoutine8(returnType, name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5, t6, n6, t7, n7, t8, n8) \ /* forward reference definition for method */ \ -__type(returnType) name##_impl (RexxCallContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8)); \ +__rtype(returnType) name##_impl (RexxCallContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8)); \ \ /* method signature definition */ \ static uint16_t name##_types[] = {__tdcl(returnType), __tdcl(t1), __tdcl(t2), __tdcl(t3), __tdcl(t4), __tdcl(t5), __tdcl(t6), __tdcl(t7), __tdcl(t8), REXX_ARGUMENT_TERMINATOR}; \ @@ -4190,13 +4190,13 @@ __functionstub(name) \ return name##_types; /* return the type signature */ \ } \ /* the real target method code */ \ -__type(returnType) name##_impl(RexxCallContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8)) +__rtype(returnType) name##_impl(RexxCallContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8)) // function with nine arguments #define RexxRoutine9(returnType, name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5, t6, n6, t7, n7, t8, n8, t9, n9) \ /* forward reference definition for method */ \ -__type(returnType) name##_impl (RexxCallContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8), __adcl(t9, n9)); \ +__rtype(returnType) name##_impl (RexxCallContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8), __adcl(t9, n9)); \ \ /* method signature definition */ \ static uint16_t name##_types[] = {__tdcl(returnType), __tdcl(t1), __tdcl(t2), __tdcl(t3), __tdcl(t4), __tdcl(t5), __tdcl(t6), __tdcl(t7), __tdcl(t8), __tdcl(t9), REXX_ARGUMENT_TERMINATOR}; \ @@ -4213,13 +4213,13 @@ __functionstub(name) \ return name##_types; /* return the type signature */ \ } \ /* the real target method code */ \ -__type(returnType) name##_impl(RexxCallContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8), __adcl(t9, n9)) +__rtype(returnType) name##_impl(RexxCallContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8), __adcl(t9, n9)) // function with ten arguments #define RexxRoutine10(returnType, name, t1, n1, t2, n2, t3, n3, t4, n4, t5, n5, t6, n6, t7, n7, t8, n8, t9, n9, t10, n10) \ /* forward reference definition for method */ \ -__type(returnType) name##_impl (RexxCallContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8), __adcl(t9, n9), __adcl(t10, n10)); \ +__rtype(returnType) name##_impl (RexxCallContext * context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8), __adcl(t9, n9), __adcl(t10, n10)); \ \ /* method signature definition */ \ static uint16_t name##_types[] = {__tdcl(returnType), __tdcl(t1), __tdcl(t2), __tdcl(t3), __tdcl(t4), __tdcl(t5), __tdcl(t6), __tdcl(t7), __tdcl(t8), __tdcl(t9), __tdcl(t10), REXX_ARGUMENT_TERMINATOR}; \ @@ -4236,7 +4236,7 @@ __functionstub(name) \ return name##_types; /* return the type signature */ \ } \ /* the real target method code */ \ -__type(returnType) name##_impl(RexxCallContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8), __adcl(t9, n9), __adcl(t10, n10)) +__rtype(returnType) name##_impl(RexxCallContext *context, __adcl(t1, n1), __adcl(t2, n2), __adcl(t3, n3), __adcl(t4, n4), __adcl(t5, n5), __adcl(t6, n6), __adcl(t7, n7), __adcl(t8, n8), __adcl(t9, n9), __adcl(t10, n10)) /******************************************************************************/ /* Types (used in macro expansions and function prototypes) */ Index: b/interpreter/runtime/Interpreter.hpp =================================================================== --- a/interpreter/runtime/Interpreter.hpp +++ b/interpreter/runtime/Interpreter.hpp @@ -119,7 +119,7 @@ public: static inline bool isBigEndian() { static const int mfcone=1; // constant 1 - static const char *mfctop=(char *)&mfcone; // -> top byte + static const char *mfctop=(const char *)&mfcone; // -> top byte #define LITEND *mfctop // named flag; 1=little-endian return LITEND == 0;
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