[adns] / regress / hcommon.c

#include <string.h>
#include <errno.h>
#include <stdlib.h>
#include <stdarg.h>
#include <sys/types.h>
#include <sys/socket.h>
#include <netinet/in.h>
#include <arpa/inet.h>
#include <unistd.h>
#include <fcntl.h>
#include "harness.h"
#include "internal.h"
vbuf vb;
FILE *Toutputfile= 0;
struct timeval currenttime;
const struct Terrno Terrnos[]= {
  { "EBADF",                     EBADF                        },
  { "EAGAIN",                    EAGAIN                       },
  { "EINPROGRESS",               EINPROGRESS                  },
  { "EINTR",                     EINTR                        },
  { "EINVAL",                    EINVAL                       },
  { "EMSGSIZE",                  EMSGSIZE                     },
  { "ENOBUFS",                   ENOBUFS                      },
  { "ENOENT",                    ENOENT                       },
  { "ENOPROTOOPT",               ENOPROTOOPT                  },
  { "ENOSPC",                    ENOSPC                       },
  { "EWOULDBLOCK",               EWOULDBLOCK                  },
  { "EHOSTUNREACH",              EHOSTUNREACH                 },
  { "ECONNRESET",                ECONNRESET                   },
  { "ECONNREFUSED",              ECONNREFUSED                 },
  { "EPIPE",                     EPIPE                        },
  {  0,                          0                            }
};
static vbuf vbw;
int Hgettimeofday(struct timeval *tv, struct timezone *tz) {
  Tmust("gettimeofday","tz",!tz);
  *tv= currenttime;
  return 0;
}
int Hwritev(int fd, const struct iovec *vector, size_t count) {
  size_t i;
  vbw.used= 0;
  for (i=0; i<count; i++, vector++) {
    if (!adns__vbuf_append(&vbw,vector->iov_base,vector->iov_len)) Tnomem();
  }
  return Hwrite(fd,vbw.buf,vbw.used);
}
void Qselect(	int max , const fd_set *rfds , const fd_set *wfds , const fd_set *efds , struct timeval *to 	) {
 vb.used= 0;
 Tvba("select");
	Tvbf(" max=%d",max); 
	Tvbf(" rfds="); Tvbfdset(max,rfds); 
	Tvbf(" wfds="); Tvbfdset(max,wfds); 
	Tvbf(" efds="); Tvbfdset(max,efds); 
  if (to) Tvbf(" to=%ld.%06ld",(long)to->tv_sec,(long)to->tv_usec);
  else Tvba(" to=null"); 
  Q_vb();
}
#ifdef HAVE_POLL
void Qpoll(	const struct pollfd *fds , int nfds , int timeout 	) {
 vb.used= 0;
 Tvba("poll");
        Tvbf(" fds="); Tvbpollfds(fds,nfds); 
	Tvbf(" timeout=%d",timeout); 
  Q_vb();
}
#endif
void Qsocket(	 int type 	) {
 vb.used= 0;
 Tvba("socket");
  Tvbf(type==SOCK_STREAM ? " type=SOCK_STREAM" : " type=SOCK_DGRAM"); 
  Q_vb();
}
void Qfcntl(	int fd , int cmd , long arg 	) {
 vb.used= 0;
 Tvba("fcntl");
	Tvbf(" fd=%d",fd); 
  if (cmd == F_SETFL) {
   Tvbf(" cmd=F_SETFL %s",arg & O_NONBLOCK ? "O_NONBLOCK|..." : "~O_NONBLOCK&...");
  } else if (cmd == F_GETFL) {
   Tvba(" cmd=F_GETFL");
  } else {
   Tmust("cmd","F_GETFL/F_SETFL",0);
  } 
  Q_vb();
}
void Qconnect(	int fd , const struct sockaddr *addr , int addrlen 	) {
 vb.used= 0;
 Tvba("connect");
	Tvbf(" fd=%d",fd); 
	Tvba(" addr="); Tvbaddr(addr,addrlen); 
  Q_vb();
}
void Qclose(	int fd 	) {
 vb.used= 0;
 Tvba("close");
	Tvbf(" fd=%d",fd); 
  Q_vb();
}
void Qsendto(	int fd , const void *msg , int msglen , const struct sockaddr *addr , int addrlen 	) {
 vb.used= 0;
 Tvba("sendto");
	Tvbf(" fd=%d",fd); 
	Tvba(" addr="); Tvbaddr(addr,addrlen); 
	Tvbbytes(msg,msglen); 
  Q_vb();
}
void Qrecvfrom(	int fd , int buflen , int addrlen 	) {
 vb.used= 0;
 Tvba("recvfrom");
	Tvbf(" fd=%d",fd); 
	Tvbf(" buflen=%lu",(unsigned long)buflen); 
	Tvbf(" *addrlen=%d",addrlen); 
  Q_vb();
}
void Qread(	int fd , size_t buflen 	) {
 vb.used= 0;
 Tvba("read");
	Tvbf(" fd=%d",fd); 
	Tvbf(" buflen=%lu",(unsigned long)buflen); 
  Q_vb();
}
void Qwrite(	int fd , const void *buf , size_t len 	) {
 vb.used= 0;
 Tvba("write");
	Tvbf(" fd=%d",fd); 
	Tvbbytes(buf,len); 
  Q_vb();
}
void Tvbaddr(const struct sockaddr *addr, int len) {
  const struct sockaddr_in *ai= (const struct sockaddr_in*)addr;
  assert(len==sizeof(struct sockaddr_in));
  assert(ai->sin_family==AF_INET);
  Tvbf("%s:%u",inet_ntoa(ai->sin_addr),htons(ai->sin_port));
}
void Tvbbytes(const void *buf, int len) {
  const byte *bp;
  int i;
  if (!len) { Tvba("\n     ."); return; }
  for (i=0, bp=buf; i<len; i++, bp++) {
    if (!(i&31)) Tvba("\n     ");
    else if (!(i&3)) Tvba(" ");
    Tvbf("%02x",*bp);
  }
  Tvba(".");
}
void Tvbfdset(int max, const fd_set *fds) {
  int i;
  const char *comma= "";
  Tvba("[");
  for (i=0; i<max; i++) {
    if (!FD_ISSET(i,fds)) continue;
    Tvba(comma);
    Tvbf("%d",i);
    comma= ",";
  }
  Tvba("]");
}
static void Tvbpollevents(int events) {
  const char *delim= "";
  events &= (POLLIN|POLLOUT|POLLPRI);
  if (!events) { Tvba("0"); return; }
  if (events & POLLIN) { Tvba("POLLIN"); delim= "|"; }
  if (events & POLLOUT) { Tvba(delim); Tvba("POLLOUT"); delim= "|"; }
  if (events & POLLPRI) { Tvba(delim); Tvba("POLLPRI"); }
}
void Tvbpollfds(const struct pollfd *fds, int nfds) {
  const char *comma= "";
  Tvba("[");
  while (nfds>0) {
    Tvba(comma);
    Tvbf("{fd=%d, events=",fds->fd);
    Tvbpollevents(fds->events);
    Tvba(", revents=");
    Tvbpollevents(fds->revents);
    Tvba("}");
    comma= ", ";
    nfds--; fds++;
  }
  Tvba("]");
}
void Tvberrno(int e) {
  const struct Terrno *te;
  for (te= Terrnos; te->n && te->v != e; te++);
  assert(te->n);
  Tvba(te->n);
}
void Tvba(const char *str) {
  if (!adns__vbuf_appendstr(&vb,str)) Tnomem();
}
void Tvbvf(const char *fmt, va_list al) {
  char buf[1000];
  buf[sizeof(buf)-2]= '\t';
  vsnprintf(buf,sizeof(buf),fmt,al);
  assert(buf[sizeof(buf)-2] == '\t');
  Tvba(buf);
}
void Tvbf(const char *fmt, ...) {
  va_list al;
  va_start(al,fmt);
  Tvbvf(fmt,al);
  va_end(al);
}
void Tmust(const char *call, const char *arg, int cond) {
  if (cond) return;
  fprintf(stderr,"adns test harness: case not handled: system call %s, arg %s",call,arg);
  exit(-1);
}
void Tfailed(const char *why) {
  fprintf(stderr,"adns test harness: failure: %s: %s\n",why,strerror(errno));
  exit(-1);
}
void Tnomem(void) {
  Tfailed("unable to malloc/realloc");
}
void Toutputerr(void) {
  Tfailed("write error on test harness output");
}
struct malloced {
  struct malloced *next, *back;
  size_t sz;
  unsigned long count;
  struct { double d; long ul; void *p; void (*fp)(void); } data;
};
static unsigned long malloccount, mallocfailat;
static struct { struct malloced *head, *tail; } mallocedlist;
#define MALLOCHSZ ((char*)&mallocedlist.head->data - (char*)mallocedlist.head)
void *Hmalloc(size_t sz) {
  struct malloced *newnode;
  const char *mfavar;
  char *ep;
  assert(sz);
  newnode= malloc(MALLOCHSZ + sz);  if (!newnode) Tnomem();
  LIST_LINK_TAIL(mallocedlist,newnode);
  newnode->sz= sz;
  newnode->count= ++malloccount;
  if (!mallocfailat) {
    mfavar= getenv("ADNS_REGRESS_MALLOCFAILAT");
    if (mfavar) {
      mallocfailat= strtoul(mfavar,&ep,10);
      if (!mallocfailat || *ep) Tfailed("ADNS_REGRESS_MALLOCFAILAT bad value");
    } else {
      mallocfailat= ~0UL;
    }
  }
  assert(newnode->count != mallocfailat);
  memset(&newnode->data,0xc7,sz);
  return &newnode->data;
}
void Hfree(void *ptr) {
  struct malloced *oldnode;
  if (!ptr) return;
  oldnode= (void*)((char*)ptr - MALLOCHSZ);
  LIST_UNLINK(mallocedlist,oldnode);
  memset(&oldnode->data,0x38,oldnode->sz);
  free(oldnode);
}
void *Hrealloc(void *op, size_t nsz) {
  struct malloced *oldnode;
  void *np;
  size_t osz;
  if (op) { oldnode= (void*)((char*)op - MALLOCHSZ); osz= oldnode->sz; } else { osz= 0; }
  np= Hmalloc(nsz);
  memcpy(np,op, osz>nsz ? nsz : osz);
  Hfree(op);
  return np;
}
void Hexit(int rv) {
  struct malloced *loopnode;
  Tshutdown();
  adns__vbuf_free(&vb);
  adns__vbuf_free(&vbw);
  if (mallocedlist.head) {
    fprintf(stderr,"adns test harness: memory leaked:");
    for (loopnode=mallocedlist.head; loopnode; loopnode=loopnode->next)
      fprintf(stderr," %lu(%lu)",loopnode->count,(unsigned long)loopnode->sz);
    putc('\n',stderr);
    if (ferror(stderr)) exit(-1);
  }
  exit(rv);
}
Commit	Line	Data
f9476535	1	#include <string.h>
	2	#include <errno.h>
	3	#include <stdlib.h>
4e25ff4e	4	#include <stdarg.h>
f9476535	5	#include <sys/types.h>
	6	#include <sys/socket.h>
	7	#include <netinet/in.h>
	8	#include <arpa/inet.h>
	9	#include <unistd.h>
	10	#include <fcntl.h>
	11	#include "harness.h"
	12	#include "internal.h"
	13	vbuf vb;
	14	FILE *Toutputfile= 0;
	15	struct timeval currenttime;
	16	const struct Terrno Terrnos[]= {
	17	{ "EBADF", EBADF },
	18	{ "EAGAIN", EAGAIN },
	19	{ "EINPROGRESS", EINPROGRESS },
	20	{ "EINTR", EINTR },
	21	{ "EINVAL", EINVAL },
	22	{ "EMSGSIZE", EMSGSIZE },
	23	{ "ENOBUFS", ENOBUFS },
	24	{ "ENOENT", ENOENT },
	25	{ "ENOPROTOOPT", ENOPROTOOPT },
	26	{ "ENOSPC", ENOSPC },
	27	{ "EWOULDBLOCK", EWOULDBLOCK },
	28	{ "EHOSTUNREACH", EHOSTUNREACH },
	29	{ "ECONNRESET", ECONNRESET },
	30	{ "ECONNREFUSED", ECONNREFUSED },
	31	{ "EPIPE", EPIPE },
	32	{ 0, 0 }
	33	};
	34	static vbuf vbw;
	35	int Hgettimeofday(struct timeval tv, struct timezone tz) {
	36	Tmust("gettimeofday","tz",!tz);
	37	*tv= currenttime;
	38	return 0;
	39	}
	40	int Hwritev(int fd, const struct iovec *vector, size_t count) {
	41	size_t i;
	42	vbw.used= 0;
	43	for (i=0; i<count; i++, vector++) {
	44	if (!adns__vbuf_append(&vbw,vector->iov_base,vector->iov_len)) Tnomem();
	45	}
	46	return Hwrite(fd,vbw.buf,vbw.used);
	47	}
	48	void Qselect( int max , const fd_set rfds , const fd_set wfds , const fd_set efds , struct timeval to ) {
	49	vb.used= 0;
	50	Tvba("select");
	51	Tvbf(" max=%d",max);
	52	Tvbf(" rfds="); Tvbfdset(max,rfds);
	53	Tvbf(" wfds="); Tvbfdset(max,wfds);
	54	Tvbf(" efds="); Tvbfdset(max,efds);
	55	if (to) Tvbf(" to=%ld.%06ld",(long)to->tv_sec,(long)to->tv_usec);
	56	else Tvba(" to=null");
	57	Q_vb();
	58	}
	59	#ifdef HAVE_POLL
	60	void Qpoll( const struct pollfd *fds , int nfds , int timeout ) {
	61	vb.used= 0;
	62	Tvba("poll");
	63	Tvbf(" fds="); Tvbpollfds(fds,nfds);
	64	Tvbf(" timeout=%d",timeout);
	65	Q_vb();
	66	}
	67	#endif
	68	void Qsocket( int type ) {
69	vb.used= 0;
70	Tvba("socket");
71	Tvbf(type==SOCK_STREAM ? " type=SOCK_STREAM" : " type=SOCK_DGRAM");
72	Q_vb();
73	}
74	void Qfcntl( int fd , int cmd , long arg ) {
75	vb.used= 0;
76	Tvba("fcntl");
77	Tvbf(" fd=%d",fd);
78	if (cmd == F_SETFL) {
79	Tvbf(" cmd=F_SETFL %s",arg & O_NONBLOCK ? "O_NONBLOCK\|..." : "~O_NONBLOCK&...");
80	} else if (cmd == F_GETFL) {
81	Tvba(" cmd=F_GETFL");
82	} else {
83	Tmust("cmd","F_GETFL/F_SETFL",0);
84	}
85	Q_vb();
86	}
87	void Qconnect( int fd , const struct sockaddr *addr , int addrlen ) {
88	vb.used= 0;
89	Tvba("connect");
90	Tvbf(" fd=%d",fd);
91	Tvba(" addr="); Tvbaddr(addr,addrlen);
92	Q_vb();
93	}
94	void Qclose( int fd ) {
95	vb.used= 0;
96	Tvba("close");
97	Tvbf(" fd=%d",fd);
98	Q_vb();
99	}
100	void Qsendto( int fd , const void msg , int msglen , const struct sockaddr addr , int addrlen ) {
101	vb.used= 0;
102	Tvba("sendto");
103	Tvbf(" fd=%d",fd);
104	Tvba(" addr="); Tvbaddr(addr,addrlen);
105	Tvbbytes(msg,msglen);
106	Q_vb();
107	}
108	void Qrecvfrom( int fd , int buflen , int addrlen ) {
109	vb.used= 0;
110	Tvba("recvfrom");
111	Tvbf(" fd=%d",fd);
112	Tvbf(" buflen=%lu",(unsigned long)buflen);
113	Tvbf(" *addrlen=%d",addrlen);
114	Q_vb();
115	}
116	void Qread( int fd , size_t buflen ) {
117	vb.used= 0;
118	Tvba("read");
119	Tvbf(" fd=%d",fd);
120	Tvbf(" buflen=%lu",(unsigned long)buflen);
121	Q_vb();
122	}
123	void Qwrite( int fd , const void *buf , size_t len ) {
124	vb.used= 0;
125	Tvba("write");
126	Tvbf(" fd=%d",fd);
127	Tvbbytes(buf,len);
128	Q_vb();
129	}
130	void Tvbaddr(const struct sockaddr *addr, int len) {
131	const struct sockaddr_in ai= (const struct sockaddr_in)addr;
132	assert(len==sizeof(struct sockaddr_in));
133	assert(ai->sin_family==AF_INET);
134	Tvbf("%s:%u",inet_ntoa(ai->sin_addr),htons(ai->sin_port));
135	}
136	void Tvbbytes(const void *buf, int len) {
137	const byte *bp;
138	int i;
139	if (!len) { Tvba("\n ."); return; }
140	for (i=0, bp=buf; i<len; i++, bp++) {
141	if (!(i&31)) Tvba("\n ");
142	else if (!(i&3)) Tvba(" ");
143	Tvbf("%02x",*bp);
144	}
145	Tvba(".");
146	}
147	void Tvbfdset(int max, const fd_set *fds) {
148	int i;
149	const char *comma= "";
150	Tvba("[");
151	for (i=0; i<max; i++) {
152	if (!FD_ISSET(i,fds)) continue;
153	Tvba(comma);
154	Tvbf("%d",i);
155	comma= ",";
156	}
157	Tvba("]");
158	}
159	static void Tvbpollevents(int events) {
160	const char *delim= "";
161	events &= (POLLIN\|POLLOUT\|POLLPRI);
162	if (!events) { Tvba("0"); return; }
163	if (events & POLLIN) { Tvba("POLLIN"); delim= "\|"; }
164	if (events & POLLOUT) { Tvba(delim); Tvba("POLLOUT"); delim= "\|"; }
165	if (events & POLLPRI) { Tvba(delim); Tvba("POLLPRI"); }
166	}
167	void Tvbpollfds(const struct pollfd *fds, int nfds) {
168	const char *comma= "";
169	Tvba("[");
170	while (nfds>0) {
171	Tvba(comma);
172	Tvbf("{fd=%d, events=",fds->fd);
173	Tvbpollevents(fds->events);
174	Tvba(", revents=");
175	Tvbpollevents(fds->revents);
176	Tvba("}");
177	comma= ", ";
178	nfds--; fds++;
179	}
180	Tvba("]");
181	}
182	void Tvberrno(int e) {
183	const struct Terrno *te;
184	for (te= Terrnos; te->n && te->v != e; te++);
185	assert(te->n);
186	Tvba(te->n);
187	}
188	void Tvba(const char *str) {
189	if (!adns__vbuf_appendstr(&vb,str)) Tnomem();
190	}
191	void Tvbvf(const char *fmt, va_list al) {
192	char buf[1000];
193	buf[sizeof(buf)-2]= '\t';
194	vsnprintf(buf,sizeof(buf),fmt,al);
195	assert(buf[sizeof(buf)-2] == '\t');
196	Tvba(buf);
197	}
198	void Tvbf(const char *fmt, ...) {
199	va_list al;
200	va_start(al,fmt);
201	Tvbvf(fmt,al);
202	va_end(al);
203	}
204	void Tmust(const char call, const char arg, int cond) {
205	if (cond) return;
206	fprintf(stderr,"adns test harness: case not handled: system call %s, arg %s",call,arg);
207	exit(-1);
208	}
209	void Tfailed(const char *why) {
210	fprintf(stderr,"adns test harness: failure: %s: %s\n",why,strerror(errno));
211	exit(-1);
212	}
213	void Tnomem(void) {
214	Tfailed("unable to malloc/realloc");
215	}
216	void Toutputerr(void) {
217	Tfailed("write error on test harness output");
218	}
219	struct malloced {
220	struct malloced next, back;
221	size_t sz;
222	unsigned long count;
223	struct { double d; long ul; void p; void (fp)(void); } data;
224	};
225	static unsigned long malloccount, mallocfailat;
226	static struct { struct malloced head, tail; } mallocedlist;
227	#define MALLOCHSZ ((char)&mallocedlist.head->data - (char)mallocedlist.head)
228	void *Hmalloc(size_t sz) {
229	struct malloced *newnode;
230	const char *mfavar;
231	char *ep;
232	assert(sz);
233	newnode= malloc(MALLOCHSZ + sz); if (!newnode) Tnomem();
234	LIST_LINK_TAIL(mallocedlist,newnode);
235	newnode->sz= sz;
236	newnode->count= ++malloccount;
237	if (!mallocfailat) {
238	mfavar= getenv("ADNS_REGRESS_MALLOCFAILAT");
239	if (mfavar) {
240	mallocfailat= strtoul(mfavar,&ep,10);
241	if (!mallocfailat \|\| *ep) Tfailed("ADNS_REGRESS_MALLOCFAILAT bad value");
242	} else {
243	mallocfailat= ~0UL;
244	}
245	}
246	assert(newnode->count != mallocfailat);
247	memset(&newnode->data,0xc7,sz);
248	return &newnode->data;
249	}
250	void Hfree(void *ptr) {
251	struct malloced *oldnode;
252	if (!ptr) return;
253	oldnode= (void)((char)ptr - MALLOCHSZ);
254	LIST_UNLINK(mallocedlist,oldnode);
255	memset(&oldnode->data,0x38,oldnode->sz);
256	free(oldnode);
257	}
258	void Hrealloc(void op, size_t nsz) {
259	struct malloced *oldnode;
260	void *np;
261	size_t osz;
262	if (op) { oldnode= (void)((char)op - MALLOCHSZ); osz= oldnode->sz; } else { osz= 0; }
263	np= Hmalloc(nsz);
264	memcpy(np,op, osz>nsz ? nsz : osz);
265	Hfree(op);
266	return np;
267	}
268	void Hexit(int rv) {
269	struct malloced *loopnode;
270	Tshutdown();
271	adns__vbuf_free(&vb);
272	adns__vbuf_free(&vbw);
273	if (mallocedlist.head) {
274	fprintf(stderr,"adns test harness: memory leaked:");
275	for (loopnode=mallocedlist.head; loopnode; loopnode=loopnode->next)
276	fprintf(stderr," %lu(%lu)",loopnode->count,(unsigned long)loopnode->sz);
277	putc('\n',stderr);
278	if (ferror(stderr)) exit(-1);
279	}
280	exit(rv);
281	}