Declaring a function "inline" still doesn't work with Windows compilers
(C99? what's that?), unless the macro provided by pg_config.h is
in-scope, which it is not in our ECPG test programs. So the workaround
I tried to use in commit
7640f9312 doesn't work for Windows. Revert
the change in printf_hack.h, and instead just blacklist that file
in cpluspluscheck --- since it's a not-installed test file, we don't
really need to verify its C++ cleanliness anyway.
* print_double(x) has the same effect as printf("%g", x), but is intended
* to produce the same formatting across all platforms.
*/
-static inline void
+static void
print_double(double x)
{
#ifdef WIN32
* print_double(x) has the same effect as printf("%g", x), but is intended
* to produce the same formatting across all platforms.
*/
-static inline void
+static void
print_double(double x)
{
#ifdef WIN32
* print_double(x) has the same effect as printf("%g", x), but is intended
* to produce the same formatting across all platforms.
*/
-static inline void
+static void
print_double(double x)
{
#ifdef WIN32
* print_double(x) has the same effect as printf("%g", x), but is intended
* to produce the same formatting across all platforms.
*/
-static inline void
+static void
print_double(double x)
{
#ifdef WIN32
# regression.h is not actually C, but ECPG code.
test "$f" = src/interfaces/ecpg/test/regression.h && continue
+ # printf_hack.h produces "unused function" warnings.
+ test "$f" = src/interfaces/ecpg/test/printf_hack.h && continue
# pg_trace.h and utils/probes.h can include sys/sdt.h from SystemTap,
# which itself contains C++ code and so won't compile with a C++