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#include <stddef.h>
#include <stdlib.h>
#include <netinet/in.h>
#include <sys/types.h>
#include <unistd.h>
typedef unsigned long mytype;
typedef size_t mysize;
typedef unsigned int not_in_addr_t;
typedef in_addr_t yes_in_addr_t;
typedef struct in_addr in_addr_s;
struct other {
int x;
};
int testfn(const char *fmt, ...) __attribute__((frr_format("frr_printf", 1, 2)));
#ifndef _FRR_ATTRIBUTE_PRINTFRR
#error please load the frr-format plugin
#endif
#pragma FRR printfrr_ext "%pI4" (struct in_addr *)
#pragma FRR printfrr_ext "%pI4" (in_addr_t *)
int test(unsigned long long ay)
{
size_t v_size_t = 0;
long v_long = 0;
int v_int = 0;
uint64_t v_uint64_t = 0;
mytype v_mytype = 0;
mysize v_mysize = 0;
pid_t v_pid_t = 0;
testfn("%zu", v_size_t); // NOWARN
testfn("%zu", v_long); // WARN
testfn("%zu", v_int); // WARN
testfn("%zu", sizeof(v_int)); // NOWARN
testfn("%zu", v_mytype); // WARN
testfn("%zu", v_mysize); // NOWARN
testfn("%zu", v_uint64_t); // WARN
testfn("%zu", v_pid_t); // WARN
testfn("%lu", v_long); // NOWARN PEDANTIC
testfn("%lu", v_int); // WARN
testfn("%lu", v_size_t); // WARN
testfn("%lu", sizeof(v_int)); // NOWARN (integer constant)
testfn("%lu", v_uint64_t); // WARN
testfn("%lu", v_pid_t); // WARN
testfn("%ld", v_long); // NOWARN
testfn("%ld", v_int); // WARN
testfn("%ld", v_size_t); // WARN
testfn("%ld", sizeof(v_int)); // NOWARN (integer constant)
testfn("%ld", v_uint64_t); // WARN
testfn("%ld", v_pid_t); // WARN
testfn("%d", v_int); // NOWARN
testfn("%d", v_long); // WARN
testfn("%d", v_size_t); // WARN
testfn("%d", sizeof(v_int)); // WARN
testfn("%d", v_uint64_t); // WARN
testfn("%d", v_pid_t); // WARN
testfn("%Lu", v_size_t); // WARN
testfn("%Lu", v_long); // WARN
testfn("%Lu", v_int); // WARN
testfn("%Lu", sizeof(v_int)); // NOWARN (integer constant)
testfn("%Lu", v_mytype); // WARN
testfn("%Lu", v_mysize); // WARN
testfn("%Lu", v_pid_t); // WARN
testfn("%Lu", v_uint64_t); // NOWARN
testfn("%Ld", v_size_t); // WARN
testfn("%Ld", v_long); // WARN
testfn("%Ld", v_int); // WARN
testfn("%Ld", sizeof(v_int)); // NOWARN (integer constant)
testfn("%Ld", v_mytype); // WARN
testfn("%Ld", v_mysize); // WARN
testfn("%Ld", v_pid_t); // WARN
testfn("%Ld", v_uint64_t); // NOWARN
/* retain-typeinfo patch */
testfn("%zu", (size_t)v_pid_t); // NOWARN (need retain-typeinfo patch)
testfn("%lu", (size_t)v_pid_t); // WARN (need retain-typeinfo patch)
testfn("%Lu", (uint64_t)v_pid_t); // NOWARN (need retain-typeinfo patch)
testfn("%lu", (uint64_t)v_pid_t); // WARN (need retain-typeinfo patch)
testfn("%pI4", &v_long); // WARN
in_addr_t v_in_addr_t;
yes_in_addr_t v_yes_in_addr_t;
not_in_addr_t v_not_in_addr_t;
void *v_voidp = &v_in_addr_t;
testfn("%pI4", &v_in_addr_t); // NOWARN
testfn("%pI4", &v_yes_in_addr_t); // NOWARN
testfn("%pI4", &v_not_in_addr_t); // WARN
testfn("%pI4", v_voidp); // WARN
struct in_addr v_in_addr;
in_addr_s v_in_addr_s;
struct other v_other;
const struct in_addr *v_in_addr_const = &v_in_addr;
testfn("%pI4", &v_in_addr); // NOWARN
testfn("%pI4", &v_in_addr_s); // NOWARN
testfn("%pI4", &v_other); // WARN
testfn("%pI4", v_in_addr_const); // NOWARN
return 0;
}
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