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vdr/libdtv/libsi/si_debug_services.c
Klaus Schmidinger 8465398c6d Version 0.97 
- Implemented a lock file to prevent more than one instance of VDR from removing
  files from the video directory at the same time.
- The new setup parameter SplitEditedFiles can be used to control whether or
  not the result of an editing process shall be written into separate files.
- Fixed handling repeat function when using LIRC (thanks to Matthias Weingart).
- The shutdown program (defined with the '-s' option) now also gets the channel
  number and recording title of the timer (see INSTALL).
- New channel data for 'Premiere One', 'Premiere X-Action', 'Fox Kids Türkce'
  and 'N24' (thanks to Andreas Share, Ulrich Röder, Uwe Scheffler and Simon
  Bauschulte). Note that if you are using the default 'channels.conf' or
  'channels.conf.cable' files you may need to check any exiting timers to see
  whether they still use the correct channel number.
- Fixed the "EPG bugfix" (sometimes had duplicate information in Subtitle and
  Extended Description).
- Fixed checking for valid video device when setting the video mode.
- The external command 'sort' is no longer required. VDR now sorts the list of
  recordings itself, making sure that recordings that stem from repeating timers
  are sorted chronologically. Sorting is done according to the setting of the
  current locale, so you may want to make sure LC_COLLATE is set to the desired
  value (see INSTALL).
- Fixed handling 'newline' characters in EPG texts (thanks to Rolf Hakenes for
  an improved version of his 'libdtv').
  Newline characters are always mapped to a single "blank" in VDR, because they
  would otherwise disturb the Title and Subtitle layout in the channel display
  (where these are assumed to be single line texts) and would have to be
  specially handled in the 'epg.data' file and the LSTE command in SVDRP.
- Mapping ` ("backtick") characters in EPG texts to ' (single quote).
- Fixed timers starting and ending at unexpected times. 'localtime()' was not
  thread safe, now using localtime_r().
- Removed the "system time seen..." message.
- Fixed a bug in the replay mode display when pressing the Green or Yellow
  button while in trick mode (thanks to Stefan Huelswitt)
- Closing all open file descriptors when calling external programs.
- The menu timeout now also works when pressing the "Back" button during replay
  to enter the "Recordings" menu.
- Updated 'channels.conf' for the "Bundesliga" channels of Premiere World
  (thanks to Helmut Schächner).
- Fixed reading timers.conf and channels.conf that contain blanks after numeric
  values.
- Fixed handling trick modes near the beginning and end of a recording.
- Pressing the "Back" button while replaying a DVD now leads to the DVD menu.
2001-10-21 18:00:00 +02:00

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//////////////////////////////////////////////////////////////
/// ///
/// si_debug_services.c: debugging functions for libsi ///
/// ///
//////////////////////////////////////////////////////////////
// $Revision: 1.4 $
// $Date: 2001/10/07 10:24:46 $
// $Author: hakenes $
//
// (C) 2001 Rolf Hakenes <hakenes@hippomi.de>, under the GNU GPL.
//
// libsi is free software; you can redistribute it and/or modify
// it under the terms of the GNU General Public License as published by
// the Free Software Foundation; either version 2, or (at your option)
// any later version.
//
// libsi is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU General Public License for more details.
//
// You may have received a copy of the GNU General Public License
// along with libsi; see the file COPYING. If not, write to the
// Free Software Foundation, Inc., 59 Temple Place - Suite 330,
// Boston, MA 02111-1307, USA.
#include <stdio.h>
#include <string.h>
#include <time.h>
#include "../liblx/liblx.h"
#include "libsi.h"
#include "si_debug_services.h"
void siDebugServices (struct LIST *Services)
{
struct Service *Service;
if (!Services) return;
xForeach (Services, Service)
{
printf ("Service\n=======\n");
printf (" ServiceID: %d\n", Service->ServiceID);
printf (" TransportStreamID: %d\n", Service->TransportStreamID);
printf (" OriginalNetworkID: %d\n", Service->OriginalNetworkID);
printf (" SdtVersion: %d\n", Service->SdtVersion);
printf (" Status: ");
if (GetScheduleFlag (Service->Status))
printf ("SCHEDULE_INFO ");
if (GetPresentFollowing(Service->Status))
printf ("PRESENT_FOLLOWING ");
switch (GetRunningStatus (Service->Status))
{
case RUNNING_STATUS_NOT_RUNNING:
printf ("RUNNING_STATUS_NOT_RUNNING\n");
break;
case RUNNING_STATUS_AWAITING:
printf ("RUNNING_STATUS_AWAITING\n");
break;
case RUNNING_STATUS_PAUSING:
printf ("RUNNING_STATUS_PAUSING\n");
break;
case RUNNING_STATUS_RUNNING:
printf ("RUNNING_STATUS_RUNNING\n");
break;
}
siDebugDescriptors (" ", Service->Descriptors);
siDebugEvents (" ", Service->Events);
}
return;
}
void siDebugService (struct Service *Service)
{
if (!Service) return;
printf ("Service\r\n=======\r\n");
printf (" ServiceID: %d\r\n", Service->ServiceID);
printf (" TransportStreamID: %d\r\n", Service->TransportStreamID);
printf (" OriginalNetworkID: %d\r\n", Service->OriginalNetworkID);
printf (" SdtVersion: %d\r\n", Service->SdtVersion);
printf (" Status: ");
if (GetScheduleFlag (Service->Status))
printf ("SCHEDULE_INFO ");
if (GetPresentFollowing(Service->Status))
printf ("PRESENT_FOLLOWING ");
switch (GetRunningStatus (Service->Status))
{
case RUNNING_STATUS_NOT_RUNNING:
printf ("RUNNING_STATUS_NOT_RUNNING\r\n");
break;
case RUNNING_STATUS_AWAITING:
printf ("RUNNING_STATUS_AWAITING\r\n");
break;
case RUNNING_STATUS_PAUSING:
printf ("RUNNING_STATUS_PAUSING\r\n");
break;
case RUNNING_STATUS_RUNNING:
printf ("RUNNING_STATUS_RUNNING\r\n");
break;
}
siDebugDescriptors ("\r ", Service->Descriptors);
siDebugEvents ("\r ", Service->Events);
return;
}
void siDebugEvents (char *Prepend, struct LIST *EventList)
{
struct Event *Event;
char NewPrepend[32];
if (!EventList) return;
xForeach (EventList, Event)
{
printf ("%sEvent\n%s=====\n", Prepend, Prepend);
printf ("%s EventID: %d\n", Prepend, Event->EventID);
printf ("%s ServiceID: %d\n", Prepend, Event->ServiceID);
printf ("%s TransportStreamID: %d\n", Prepend, Event->TransportStreamID);
printf ("%s OriginalNetworkID: %d\n", Prepend, Event->OriginalNetworkID);
printf ("%s EitVersion: %d\n", Prepend, Event->EitVersion);
printf ("%s StartTime: %s", Prepend, ctime (&Event->StartTime));
printf ("%s Duration: %d Minuten\n", Prepend, Event->Duration/60);
printf ("%s Status: ");
switch (GetRunningStatus (Event->Status))
{
case RUNNING_STATUS_NOT_RUNNING:
printf ("RUNNING_STATUS_NOT_RUNNING\n");
break;
case RUNNING_STATUS_AWAITING:
printf ("RUNNING_STATUS_AWAITING\n");
break;
case RUNNING_STATUS_PAUSING:
printf ("RUNNING_STATUS_PAUSING\n");
break;
case RUNNING_STATUS_RUNNING:
printf ("RUNNING_STATUS_RUNNING\n");
break;
}
sprintf (NewPrepend, "%s ", Prepend);
siDebugDescriptors (NewPrepend, Event->Descriptors);
}
return;
}
void siDebugPrograms (char *Prepend, struct LIST *ProgramList)
{
struct Program *Program;
char NewPrepend[32];
if (!ProgramList) return;
xForeach (ProgramList, Program)
{
printf ("%sProgram\n%s=======\n", Prepend, Prepend);
printf ("%s ProgramID: %d\n", Prepend, Program->ProgramID);
printf ("%s TransportStreamID: %d\n", Prepend, Program->TransportStreamID);
printf ("%s NetworkPID: %d\n", Prepend, Program->NetworkPID);
printf ("%s PatVersion: %d\n", Prepend, Program->PatVersion);
sprintf (NewPrepend, "%s ", Prepend);
siDebugPids (NewPrepend, Program->Pids);
}
return;
}
void siDebugProgram (struct Program *Program)
{
if (!Program) return;
printf ("Program\r\n=======\r\n");
printf (" ProgramID: %d\r\n", Program->ProgramID);
printf (" TransportStreamID: %d\r\n", Program->TransportStreamID);
printf (" NetworkPID: %d\r\n", Program->NetworkPID);
printf (" PatVersion: %d\r\n", Program->PatVersion);
siDebugPids ("\r ", Program->Pids);
return;
}
void siDebugPids (char *Prepend, struct LIST *PidList)
{
struct Pid *Pid;
struct PidInfo *PidInfo;
char NewPrepend[32];
int index;
if (!PidList) return;
xForeach (PidList, Pid)
{
printf ("%sPid\n%s===\n", Prepend, Prepend);
printf ("%s ProgramID: %d\n", Prepend, Pid->ProgramID);
printf ("%s PcrPid: %d\n", Prepend, Pid->PcrPID);
printf ("%s PmtVersion: %d\n", Prepend, Pid->PmtVersion);
xForeach (Pid->InfoList, PidInfo)
{
printf ("%s PidInfo\n%s =======\n", Prepend, Prepend);
index = PidInfo->StreamType;
if (index > 0x0F && index <= 0x7F) index = 0x0E;
if (index >= 0x80) index = 0x0F;
printf ("%s StreamType: %s\n", Prepend, StreamTypes[index]);
printf ("%s ElementaryPid: %d\n", Prepend, PidInfo->ElementaryPid);
sprintf (NewPrepend, "%s ", Prepend);
siDebugDescriptors (NewPrepend, PidInfo->Descriptors);
}
}
return;
}
void siDebugDescriptors (char *Prepend, struct LIST *Descriptors)
{
struct Descriptor *Descriptor;
int i;
xForeach (Descriptors, Descriptor)
{
switch (DescriptorTag (Descriptor))
{
case DESCR_ANCILLARY_DATA:
printf ("%sDescriptor: Ancillary Data\n", Prepend);
printf ("%s Identifier: ", Prepend);
if (((struct AncillaryDataDescriptor *)Descriptor)->
Identifier & ANCILLARY_DATA_DVD_VIDEO)
printf ("DVD-Video Ancillary Data ");
if (((struct AncillaryDataDescriptor *)Descriptor)->
Identifier & ANCILLARY_DATA_EXTENDED)
printf ("Extended Ancillary Data ");
if (((struct AncillaryDataDescriptor *)Descriptor)->
Identifier & ANCILLARY_DATA_SWITCHING)
printf ("Announcement Switching Data ");
if (((struct AncillaryDataDescriptor *)Descriptor)->
Identifier & ANCILLARY_DATA_DAB)
printf ("DAB Ancillary Data ");
if (((struct AncillaryDataDescriptor *)Descriptor)->
Identifier & ANCILLARY_DATA_SCALE_FACTOR)
printf ("Scale Factor Error Check (ScF-CRC) ");
printf ("\n");
break;
case DESCR_BOUQUET_NAME:
printf ("%sDescriptor: Bouquet Name\n", Prepend);
printf ("%s Name: %s\n", Prepend, xName (Descriptor));
break;
case DESCR_COMPONENT:
printf ("%sDescriptor: Component\n", Prepend);
printf ("%s Text: %s\n", Prepend, xName (Descriptor));
printf ("%s Content/Type: ", Prepend);
for (i = 0; i < COMPONENT_TYPE_NUMBER; i++)
if ((((struct ComponentDescriptor *)Descriptor)->
StreamContent == ComponentTypes[i].Content) &&
(((struct ComponentDescriptor *)Descriptor)->
ComponentType == ComponentTypes[i].Type))
{ printf ("%s\n", ComponentTypes[i].Description); break; }
if (i == COMPONENT_TYPE_NUMBER) { printf ("unbekannt\n"); }
printf ("%s ComponentTag: 0x%02x\n", Prepend,
((struct ComponentDescriptor *)Descriptor)->ComponentTag);
printf ("%s LanguageCode: %s\n", Prepend,
((struct ComponentDescriptor *)Descriptor)->LanguageCode);
break;
case DESCR_SERVICE:
printf ("%sDescriptor: Service\n", Prepend);
printf ("%s Name: %s\n", Prepend, xName (Descriptor));
printf ("%s ServiceType: ", Prepend);
for (i = 0; i < SERVICE_TYPE_NUMBER; i++)
if ((((struct ServiceDescriptor *)Descriptor)->
ServiceType == ServiceTypes[i].Type))
{ printf ("%s\n", ServiceTypes[i].Description); break; }
if (i == SERVICE_TYPE_NUMBER) { printf ("unbekannt\n"); }
printf ("%s ServiceProvider: %s\n", Prepend,
((struct ServiceDescriptor *)Descriptor)->ServiceProvider);
break;
case DESCR_COUNTRY_AVAIL:
printf ("%sDescriptor: Country Availability\n", Prepend);
printf ("%s Type: %s\n", Prepend, (((struct CountryAvailabilityDescriptor *)Descriptor)->
AvailibilityFlag == COUNTRIES_ARE_AVAILABLE) ? "countries are available" :
"countries are unavailable");
{
char *cptr = ((struct CountryAvailabilityDescriptor *)Descriptor)->CountryCodes; int j;
for (j = 0; j < ((struct CountryAvailabilityDescriptor *)Descriptor)->Amount; j++)
{ printf ("%s Country: %s\n", Prepend, cptr); cptr += 4; }
}
break;
case DESCR_SHORT_EVENT:
printf ("%sDescriptor: Short Event\n", Prepend);
printf ("%s Name: %s\n", Prepend, xName (Descriptor));
printf ("%s LanguageCode: %s\n", Prepend,
((struct ShortEventDescriptor *)Descriptor)->LanguageCode);
printf ("%s Text: %s\n", Prepend,
((struct ShortEventDescriptor *)Descriptor)->Text);
break;
case DESCR_EXTENDED_EVENT:
{
struct ExtendedEventItem *Item;
printf ("%sDescriptor: Extended Event\n", Prepend);
printf ("%s Text: %s\n", Prepend, xName (Descriptor));
printf ("%s DescriptorNumber: %d\n", Prepend,
((struct ExtendedEventDescriptor *)Descriptor)->DescriptorNumber);
printf ("%s LastDescriptorNumber: %d\n", Prepend,
((struct ExtendedEventDescriptor *)Descriptor)->LastDescriptorNumber);
printf ("%s LanguageCode: %s\n", Prepend,
((struct ExtendedEventDescriptor *)Descriptor)->LanguageCode);
xForeach (((struct ExtendedEventDescriptor *)Descriptor)->Items, Item)
{
printf ("%s Item:\n", Prepend);
printf ("%s Description: %s\n", Prepend, xName(Item));
printf ("%s Text: %s\n", Prepend, Item->Text);
}
}
break;
case DESCR_CA_IDENT:
printf ("%sDescriptor: Conditional Access Identity\n", Prepend);
{
int j;
for (j = 0; j < ((struct CaIdentifierDescriptor *)Descriptor)->Amount; j++)
printf ("%s SystemID: 0x%04x\n", Prepend, GetCaIdentifierID (Descriptor, j));
}
break;
case DESCR_CONTENT:
printf ("%sDescriptor: Content\n", Prepend);
{
int j;
for (j = 0; j < ((struct ContentDescriptor *)Descriptor)->Amount; j++)
{
printf ("%s Content: ", Prepend);
for (i = 0; i < CONTENT_TYPE_NUMBER; i++)
if ((GetContentContentNibble1(Descriptor, j) == ContentTypes[i].Nibble1) &&
(GetContentContentNibble2(Descriptor, j) == ContentTypes[i].Nibble2))
{ printf ("%s\n", ContentTypes[i].Description); break; }
if (i == CONTENT_TYPE_NUMBER) { printf ("unbekannt\n"); }
printf ("%s User-Nibble 1: 0x%1x\n", Prepend, GetContentUserNibble1(Descriptor, j));
printf ("%s User-Nibble 2: 0x%1x\n", Prepend, GetContentUserNibble2(Descriptor, j));
}
}
break;
case DESCR_PARENTAL_RATING:
{
struct ParentalRating *Rating;
printf ("%sDescriptor: Parental Rating\n", Prepend);
xForeach (((struct ParentalRatingDescriptor *)Descriptor)->Ratings, Rating)
{
printf ("%s Rating:\n");
printf ("%s LanguageCode: %s\n", Rating->LanguageCode);
printf ("%s Rating: ");
if (Rating->Rating == 0) printf ("(undefined)\n");
else { if (Rating->Rating <= 0x10) printf ("minimum age is %d\n", Rating->Rating + 3);
else printf ("(rating is provider defined)\n"); }
}
}
break;
case DESCR_NVOD_REF:
{
struct NvodReferenceItem *Item;
printf ("%sDescriptor: NVOD Reference\n", Prepend);
xForeach (((struct NvodReferenceDescriptor *)Descriptor)->Items, Item)
{
printf ("%s Item:\n", Prepend);
printf ("%s ServiceID: %d\n", Prepend, Item->ServiceID);
printf ("%s TransportStreamID: %d\n", Prepend, Item->TransportStreamID);
printf ("%s OriginalNetworkID: %d\n", Prepend, Item->OriginalNetworkID);
}
}
break;
case DESCR_TIME_SHIFTED_SERVICE:
printf ("%sDescriptor: Time Shifted Service\n", Prepend);
printf ("%s ReferenceServiceID: %d\n", Prepend,
((struct TimeShiftedServiceDescriptor *)
Descriptor)->ReferenceServiceID);
break;
case DESCR_TIME_SHIFTED_EVENT:
printf ("%sDescriptor: Time Shifted Event\n", Prepend);
printf ("%s ReferenceServiceID: %d\n", Prepend,
((struct TimeShiftedEventDescriptor *)
Descriptor)->ReferenceServiceID);
printf ("%s ReferenceEventID: %d\n", Prepend,
((struct TimeShiftedEventDescriptor *)
Descriptor)->ReferenceEventID);
break;
case DESCR_ISO_639_LANGUAGE:
printf ("%sDescriptor: ISO 639 Language\n", Prepend);
printf ("%s LanguageCode: %s\n", Prepend,
((struct Iso639LanguageDescriptor *)Descriptor)->LanguageCode);
break;
case DESCR_STREAM_ID:
printf ("%sDescriptor: Stream Identifier\n", Prepend);
printf ("%s ComponentTag: %d\n", Prepend,
((struct StreamIdentifierDescriptor *)Descriptor)->ComponentTag);
break;
case DESCR_LINKAGE:
printf ("%sDescriptor: Linkage\n", Prepend);
printf ("%s TransportStreamID: %d\n", Prepend,
((struct LinkageDescriptor *)Descriptor)->TransportStreamID);
printf ("%s OriginalNetworkID: %d\n", Prepend,
((struct LinkageDescriptor *)Descriptor)->OriginalNetworkID);
printf ("%s ServiceID: %d\n", Prepend,
((struct LinkageDescriptor *)Descriptor)->ServiceID);
printf ("%s LinkageType: %d\n", Prepend,
((struct LinkageDescriptor *)Descriptor)->LinkageType);
if (((struct LinkageDescriptor *)Descriptor)->PrivateDataLength)
{
int j;
printf ("%s PrivateData: ", Prepend);
for (j = 0; j < ((struct LinkageDescriptor *)
Descriptor)->PrivateDataLength; j++)
printf ("0x%02X ", ((struct LinkageDescriptor *)
Descriptor)->PrivateData[j]);
printf ("\n");
}
break;
case DESCR_TELETEXT:
{
struct TeletextItem *Item;
printf ("%sDescriptor: Teletext\n", Prepend);
xForeach (((struct TeletextDescriptor *)Descriptor)->Items, Item)
{
printf ("%s Item:\n");
printf ("%s LanguageCode: %s\n", Prepend, Item->LanguageCode);
printf ("%s Type: ", Prepend);
switch (Item->Type)
{
case 0x01: printf ("initial Teletext page\n"); break;
case 0x02: printf ("Teletext subtitle page\n"); break;
case 0x03: printf ("additional information page\n"); break;
case 0x04: printf ("programme schedule page\n"); break;
case 0x05: printf ("Teletext subtitle page ");
printf ("for hearing impaired people\n"); break;
default: printf ("reserved for future use\n"); break;
}
printf ("%s MagazineNumber: %x\n", Prepend, Item->MagazineNumber);
printf ("%s PageNumber: %x\n", Prepend, Item->PageNumber);
}
}
break;
case DESCR_SUBTITLING:
{
struct SubtitlingItem *Item;
printf ("%sDescriptor: Subtitling\n", Prepend);
xForeach (((struct SubtitlingDescriptor *)Descriptor)->Items, Item)
{
printf ("%s Item:\n");
printf ("%s LanguageCode: %s\n", Prepend, Item->LanguageCode);
printf ("%s Type: ", Prepend);
for (i = 0; i < COMPONENT_TYPE_NUMBER; i++)
if ((0x03 == ComponentTypes[i].Content) &&
(Item->Type == ComponentTypes[i].Type))
{ printf ("%s\n", ComponentTypes[i].Description); break; }
printf ("%s CompositionPageId: %x\n", Prepend, Item->CompositionPageId);
printf ("%s AncillaryPageId: %x\n", Prepend, Item->AncillaryPageId);
}
}
break;
case DESCR_NW_NAME:
case DESCR_SERVICE_LIST:
case DESCR_STUFFING:
case DESCR_SAT_DEL_SYS:
case DESCR_CABLE_DEL_SYS:
case DESCR_VBI_DATA:
case DESCR_VBI_TELETEXT:
case DESCR_MOSAIC:
case DESCR_TELEPHONE:
case DESCR_LOCAL_TIME_OFF:
case DESCR_TERR_DEL_SYS:
case DESCR_ML_NW_NAME:
case DESCR_ML_BQ_NAME:
case DESCR_ML_SERVICE_NAME:
case DESCR_ML_COMPONENT:
case DESCR_PRIV_DATA_SPEC:
case DESCR_SERVICE_MOVE:
case DESCR_SHORT_SMOOTH_BUF:
case DESCR_FREQUENCY_LIST:
case DESCR_PARTIAL_TP_STREAM:
case DESCR_DATA_BROADCAST:
case DESCR_CA_SYSTEM:
case DESCR_DATA_BROADCAST_ID:
case DESCR_TRANSPORT_STREAM:
case DESCR_DSNG:
case DESCR_PDC:
case DESCR_AC3:
case DESCR_CELL_LIST:
case DESCR_CELL_FREQ_LINK:
case DESCR_ANNOUNCEMENT_SUPPORT:
default:
printf ("%sDescriptor: (noch nicht unterst<73>tzt)\n", Prepend);
break;
}
}
return;
}
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