static int slim_register_debugfs(struct slim_plat *info)
{
info->slim_debugfs_dir = debugfs_create_dir("slim", NULL);
DEBUG_FILE(info->slim_debugfs_dir, "info", DEBUG_INFO);
DEBUG_FILE(info->slim_debugfs_dir, "mem", DEBUG_MEMORY);
DEBUG_FILE(info->slim_debugfs_dir, "regs", DEBUG_REGS);
DEBUG_FILE(info->slim_debugfs_dir, "slim.elf", DEBUG_ELF);
DEBUG_FILE(info->slim_debugfs_dir, "core.elf", DEBUG_CORE);
return 0;
}
void ShowNormalMassage(ThreadContext *Context, int32_t Offset, char ProtocolCharacter)
{
char DateAndTime[32];
char InfoBuffer[1024];
if( ShowMassages == TRUE || DEBUGMODE )
{
GetCurDateAndTime(DateAndTime, sizeof(DateAndTime));
InfoBuffer[0] = '\0';
GetAllAnswers(ExtendableBuffer_GetPositionByOffset(Context -> ResponseBuffer, Offset), InfoBuffer, sizeof(InfoBuffer));
}
if( ShowMassages == TRUE )
{
printf("%s[%c][%s][%s][%s] : %d bytes\n%s",
DateAndTime,
ProtocolCharacter,
Context -> ClientIP,
DNSGetTypeName(Context -> RequestingType),
Context -> RequestingDomain,
ExtendableBuffer_GetUsedBytes(Context -> ResponseBuffer) - Offset,
InfoBuffer
);
}
DEBUG_FILE("[%c][%s][%s][%s] :%d bytes\n%s",
ProtocolCharacter,
Context -> ClientIP,
DNSGetTypeName(Context -> RequestingType),
Context -> RequestingDomain,
ExtendableBuffer_GetUsedBytes(Context -> ResponseBuffer) - Offset,
InfoBuffer
);
}
int main(int argc, char **argv)
{
program_name = argv[0];
int i;
int found = 0;
int ok = 1;
#ifdef CAPTURE_MODE
FILE *dump;
fprintf(stderr, "%s: invoked with %d arguments ...\n", argv[0], argc);
for (i = 0; i < argc; i++)
fprintf(stderr, "%2d: %s\n", i, argv[i]);
if ((dump = fopen(DEBUG_FILE("pre-html-data"), "wb")) != NULL) {
while((i = fgetc(stdin)) >= 0)
fputc(i, dump);
fclose(dump);
}
exit(1);
#endif /* CAPTURE_MODE */
device = "html";
if (!font::load_desc())
fatal("cannot find devhtml/DESC exiting");
image_gen = font::image_generator;
if (image_gen == NULL || (strcmp(image_gen, "") == 0))
fatal("devhtml/DESC must set the image_generator field, exiting");
postscriptRes = get_resolution();
i = scanArguments(argc, argv);
setupAntiAlias();
checkImageDir();
makeFileName();
while (i < argc) {
if (argv[i][0] != '-') {
/* found source file */
ok = do_file(argv[i]);
if (!ok)
return 0;
found = 1;
}
i++;
}
if (!found)
do_file("-");
if (makeTempFiles())
return 1;
ok = inputFile.do_image(argc, argv);
if (ok == 0) {
generateImages(regionFileName);
ok = inputFile.do_html(argc, argv);
}
return ok;
}
static int makeTempFiles(void)
{
#if defined(DEBUGGING)
psFileName = DEBUG_FILE("prehtml-ps");
regionFileName = DEBUG_FILE("prehtml-region");
imagePageName = DEBUG_FILE("prehtml-page");
psPageName = DEBUG_FILE("prehtml-psn");
troffFileName = DEBUG_FILE("prehtml-troff");
htmlFileName = DEBUG_FILE("prehtml-html");
#else /* not DEBUGGING */
FILE *f;
/* psPageName contains a single page of postscript */
f = xtmpfile(&psPageName,
PS_TEMPLATE_LONG, PS_TEMPLATE_SHORT,
TRUE);
if (f == NULL) {
sys_fatal("xtmpfile");
return -1;
}
fclose(f);
/* imagePageName contains a bitmap image of the single postscript page */
f = xtmpfile(&imagePageName,
PAGE_TEMPLATE_LONG, PAGE_TEMPLATE_SHORT,
TRUE);
if (f == NULL) {
sys_fatal("xtmpfile");
return -1;
}
fclose(f);
/* psFileName contains a postscript file of the complete document */
f = xtmpfile(&psFileName,
PS_TEMPLATE_LONG, PS_TEMPLATE_SHORT,
TRUE);
if (f == NULL) {
sys_fatal("xtmpfile");
return -1;
}
fclose(f);
/* regionFileName contains a list of the images and their boxed coordinates */
f = xtmpfile(®ionFileName,
REGION_TEMPLATE_LONG, REGION_TEMPLATE_SHORT,
TRUE);
if (f == NULL) {
sys_fatal("xtmpfile");
return -1;
}
fclose(f);
#endif /* not DEBUGGING */
return 0;
}
void ShowBlockedMessage(const char *RequestingDomain, const char *Package, const char *Message)
{
char DateAndTime[32];
char InfoBuffer[1024];
if( ShowMassages == TRUE || DEBUGMODE )
{
GetCurDateAndTime(DateAndTime, sizeof(DateAndTime));
InfoBuffer[0] = '\0';
GetAllAnswers(Package, InfoBuffer, sizeof(InfoBuffer));
}
if( ShowMassages == TRUE )
{
printf("%s[B][%s] %s :\n%s", DateAndTime, RequestingDomain, Message == NULL ? "" : Message, InfoBuffer);
}
DEBUG_FILE("[B][%s] %s :\n%s", RequestingDomain, Message == NULL ? "" : Message, InfoBuffer);
}
void ShowErrorMassage(ThreadContext *Context, char ProtocolCharacter)
{
char DateAndTime[32];
int ErrorNum = GET_LAST_ERROR();
char ErrorMessage[320];
if( ErrorMessages == TRUE || DEBUGMODE )
{
GetCurDateAndTime(DateAndTime, sizeof(DateAndTime));
ErrorMessage[0] ='\0';
GetErrorMsg(ErrorNum, ErrorMessage, sizeof(ErrorMessage));
}
if( ErrorMessages == TRUE )
{
printf("%s[%c][%s][%s][%s] An error occured : %d : %s .\n",
DateAndTime,
ProtocolCharacter,
Context -> ClientIP,
DNSGetTypeName(Context -> RequestingType),
Context -> RequestingDomain,
ErrorNum,
ErrorMessage
);
}
DEBUG_FILE("[%c][%s][%s][%s] An error occured : %d : %s .\n",
ProtocolCharacter,
Context -> ClientIP,
DNSGetTypeName(Context -> RequestingType),
Context -> RequestingDomain,
ErrorNum,
ErrorMessage
);
}
void ShowRefusingMassage(ThreadContext *Context, const char *Massage)
{
char DateAndTime[32];
if( ShowMassages == TRUE || DEBUGMODE )
{
GetCurDateAndTime(DateAndTime, sizeof(DateAndTime));
printf("%s[R][%s][%s][%s] %s.\n",
DateAndTime,
Context -> ClientIP,
DNSGetTypeName(Context -> RequestingType),
Context -> RequestingDomain,
Massage
);
}
DEBUG_FILE("[R][%s][%s][%s] %s.\n",
Context -> ClientIP,
DNSGetTypeName(Context -> RequestingType),
Context -> RequestingDomain,
Massage
);
}
int InitAddress(void)
{
StringList *tcpaddrs = ConfigGetStringList(&ConfigInfo, "TCPServer");
StringList *udpaddrs = ConfigGetStringList(&ConfigInfo, "UDPServer");
const char *Itr = NULL;
if( AddressChunk_Init(&Addresses) != 0 )
{
return -1;
}
Itr = StringList_GetNext(tcpaddrs, NULL);
while( Itr != NULL )
{
if( AddressChunk_AddATCPAddress_FromString(&Addresses, Itr) != 0 )
{
INFO("Bad address : %s\n", Itr);
} else {
DEBUG_FILE("Add TCP address : %s\n", Itr);
}
Itr = StringList_GetNext(tcpaddrs, Itr);
}
Itr = StringList_GetNext(udpaddrs, NULL);
while( Itr != NULL )
{
if( AddressChunk_AddAUDPAddress_FromString(&Addresses, Itr) != 0 )
{
INFO("Bad address : %s\n", Itr);
} else {
DEBUG_FILE("Add UDP address : %s\n", Itr);
}
Itr = StringList_GetNext(udpaddrs, Itr);
}
ParallelQuery = ConfigGetBoolean(&ConfigInfo, "ParallelQuery");
if( ParallelQuery == TRUE )
{
int NumberOfAddr;
int AddrLen;
sa_family_t SubFamily;
struct sockaddr *OneAddr;
NumberOfAddr = StringList_Count(udpaddrs);
if( NumberOfAddr <= 0 )
{
ERRORMSG("No UDP server specified, cannot use parallel query.\n")
ParallelQuery = FALSE;
} else {
DEBUG_FILE("Enable parallel query.\n");
AddressChunk_GetOneUDPBySubscript(&Addresses, &MainFamily, 0);
if( MainFamily == AF_INET )
{
AddrLen = sizeof(struct sockaddr);
DEBUG_FILE("Parallel query servers family IPv4.\n");
} else {
AddrLen = sizeof(struct sockaddr_in6);
DEBUG_FILE("Parallel query servers family IPv6.\n");
}
Array_Init(&Addresses_Array, AddrLen, NumberOfAddr, FALSE, NULL);
while( NumberOfAddr != 0 )
{
OneAddr = AddressChunk_GetOneUDPBySubscript(&Addresses, &SubFamily, NumberOfAddr - 1);
if( OneAddr != NULL && SubFamily == MainFamily )
{
Array_PushBack(&Addresses_Array, OneAddr, NULL);
}
--NumberOfAddr;
}
}
}
StringList_Free(tcpaddrs);
StringList_Free(udpaddrs);
return LoadDedicatedServer();
}
