int dump_route_test(char *hdr,int hdrlen,unsigned char* payload,int paylen,FILE* fd,char segregationLevel,char *prefix)
{
int i=2;/* flags + urilength */
unsigned char flags=0;
if(!(segregationLevel & (ONLY_URIS|JUNIT))){
return dump_standard_hdr_test(hdr,hdrlen,(unsigned char*)payload,paylen,fd);
}
flags=payload[0];
i=2;
if(flags & HAS_NAME_F){
i+=2;
}
if((!(segregationLevel & JUNIT)) && (segregationLevel & ONLY_URIS)){
return dump_standard_hdr_test(hdr,hdrlen,(unsigned char*)(payload+i),payload[1],fd);
}
if((segregationLevel & JUNIT) && (segregationLevel & ONLY_URIS)){
return print_uri_junit_tests(hdr,hdrlen,&payload[i],payload[1],fd,1,"");
}
if(segregationLevel & JUNIT){
i=2;
fprintf(fd,"%sgetAddress.getDisplayName=(S)",prefix);
if(flags & HAS_NAME_F){
fprintf(fd,"%.*s\n",payload[i+1],&hdr[payload[i]]);
i+=2;
}else
fprintf(fd,"(null)\n");
return print_uri_junit_tests(hdr,hdrlen,&payload[i],payload[1],fd,0,"getAddress.getURI.");
}
return 0;
}
int dump_msg_test(char *code,int fd,char header,char segregationLevel)
{
unsigned short int i,j,l,m,msglen;
int k;
char r,*msg;
unsigned char *payload;
payload=(unsigned char*)code;
memcpy(&i,code,2);/*the CODE of the request/response*/
memcpy(&j,&code[MSG_START_IDX],2);/*where the MSG starts*/
memcpy(&msglen,&code[MSG_LEN_IDX],2);/*how long the MSG is*/
i=ntohs(i);
j=ntohs(j);
msglen=ntohs(msglen);
if(header==0) {
write(fd,code,j+msglen);
write(fd,&theSignal,4);
return 0;
}
msg=(char*)&payload[j];
r=(i<100)?1:0;
if(r) {
if(segregationLevel & ALSO_RURI) {
if(!(segregationLevel & JUNIT)) {
k=htonl(payload[REQUEST_URI_IDX+1]+payload[REQUEST_URI_IDX+2]);
write(fd,&k,4);
write(fd,msg,ntohl(k));
k=htonl((long)payload[REQUEST_URI_IDX]);
write(fd,&k,4);
write(fd,&payload[REQUEST_URI_IDX+1],payload[REQUEST_URI_IDX]);
write(fd,&theSignal,4);
} else
print_uri_junit_tests(msg,payload[REQUEST_URI_IDX+1]+payload[REQUEST_URI_IDX+2]
,&payload[REQUEST_URI_IDX+1],payload[REQUEST_URI_IDX],fd,1,"");
}
i=REQUEST_URI_IDX+1+payload[REQUEST_URI_IDX];
} else {
i=REQUEST_URI_IDX;
}
j=payload[i];
i++;
for(k=i; k<i+(j*3); k+=3) {
memcpy(&l,&payload[k+1],2);
memcpy(&m,&payload[k+4],2);
l=ntohs(l);
m=ntohs(m);
if(header==(char)payload[k] ||
(header=='U' &&
(payload[k]=='f' ||
payload[k]=='t' ||
payload[k]=='m' ||
payload[k]=='o' ||
payload[k]=='p')))
dump_headers_test(msg,msglen,&payload[i+(j*3)+l+3],m-l,payload[k],fd,segregationLevel);
}
return 1;
}
int dump_digest_test(char *hdr,int hdrlen,unsigned char* payload,int paylen,FILE* fd,char segregationLevel)
{
int i=2;/* 2*flags */
unsigned char flags1=0;
flags1=payload[0];
if(!(segregationLevel & ONLY_URIS))
return dump_standard_hdr_test(hdr,hdrlen,payload,paylen,fd);
i=2;
if(flags1 & HAS_NAME_F)
i+=2;
if(flags1 & HAS_REALM_F)
i+=2;
if(flags1 & HAS_NONCE_F)
i+=2;
if(flags1 & HAS_URI_F){
if(!(segregationLevel & JUNIT) && (segregationLevel & ONLY_URIS))
return dump_standard_hdr_test(hdr,hdrlen,&payload[i+1],payload[i],fd);
if((segregationLevel & JUNIT) && (segregationLevel & ONLY_URIS))
return print_uri_junit_tests(hdr,hdrlen,&payload[i+1],payload[i],fd,1,"");
}
return 0;
}
/**
* dumps to FD a NBO int which is the header length, the header,
* an NBO int which is the payload length, and the payload.
*
* hdr is the header,
* hdrlen is the header length,
* payload is the payload,
* paylen is the payload length,
* fd is the file descriptor to which to dump,
* segregationLevel is wether only URIS must be dumped or all the header code.
*
* return 0 on success, <0 on error
*/
int dump_to_body_test(char *hdr,int hdrlen,unsigned char* payload,int paylen,int fd,char segregationLevel)
{
int i=2;/* flags + urilength */
unsigned char flags=0;
flags=payload[0];
if(!segregationLevel){
return dump_standard_hdr_test(hdr,hdrlen,payload,paylen,fd);
}
i=2;
if(flags & HAS_DISPLAY_F){
i+=2;
}
if(flags & HAS_TAG_F){
i+=2;
}
if(!(segregationLevel & JUNIT) && (segregationLevel & ONLY_URIS)){
return dump_standard_hdr_test(hdr,hdrlen,&payload[i],payload[1],fd);
}
if((segregationLevel & JUNIT) && (segregationLevel & ONLY_URIS)){
return print_uri_junit_tests(hdr,hdrlen,&payload[i],payload[1],fd,1,"");
}
return 0;
}
int dump_contact_test(char *hdr,int hdrlen,unsigned char* payload,int paylen,int fd,char segregationLevel,char *prefix)
{
int i=2;/* flags + urilength */
unsigned char flags=0;
int n;
flags=payload[0];
if((segregationLevel & SEGREGATE)&& !(segregationLevel & ONLY_URIS))
return dump_standard_hdr_test(hdr,hdrlen,payload,paylen,fd);
i=2;
if(flags & HAS_NAME_F)
i+=2;
if(flags & HAS_Q_F)
i+=2;
if(flags & HAS_EXPIRES_F)
i+=2;
if(flags & HAS_RECEIVED_F)
i+=2;
if(flags & HAS_METHOD_F)
i+=2;
if(!(segregationLevel & JUNIT) && (segregationLevel & ONLY_URIS))
return dump_standard_hdr_test(hdr,hdrlen,(&payload[i]),(int)payload[1],fd);
if((segregationLevel & JUNIT) && (segregationLevel & ONLY_URIS))
return print_uri_junit_tests(hdr,hdrlen,&payload[i],payload[1],fd,1,"");
if((segregationLevel & JUNIT) && !(segregationLevel & ONLY_URIS)){
i=2;
n=write(fd,prefix,strlen(prefix));
n=write(fd,"getAddress.getDisplayName=(S)",29);
if(flags & HAS_NAME_F){
n=write(fd,&hdr[payload[i]],payload[i+1]);
n=write(fd,"\n",1);
i+=2;
}else
n=write(fd,"(null)\n",7);
n=write(fd,prefix,strlen(prefix));
n=write(fd,"getQValue=(F)",13);
if(flags & HAS_Q_F){
n=write(fd,&hdr[payload[i]],payload[i+1]);
n=write(fd,"\n",1);
i+=2;
}else
n=write(fd,"(null)\n",7);
n=write(fd,prefix,strlen(prefix));
n=write(fd,"getExpires=(I)",14);
if(flags & HAS_EXPIRES_F){
n=write(fd,&hdr[payload[i]],payload[i+1]);
n=write(fd,"\n",1);
i+=2;
}else
n=write(fd,"(null)\n",7);
if(flags & HAS_RECEIVED_F){
i+=2;
}
if(flags & HAS_METHOD_F){
i+=2;
}
n=write(fd,prefix,strlen(prefix));
n=write(fd,"getParameter=(SAVP)",19);
for(i+=payload[1];i<paylen-1;i+=2){
printf("%.*s=",payload[i+1]-payload[i]-1,&hdr[payload[i]]);
printf("%.*s;",(payload[i+2]-payload[i+1])==0?0:(payload[i+2]-payload[i+1]-1),&hdr[payload[i+1]]);
}
n=write(fd,"\n",1);
if (n < 0)
LM_ERR("error while writing the final eol\n");
}
return 0;
}
