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dsthalPsiAtscPsip.h @ 2

Last change on this file since 2 was 2, checked in by phkim, 11 years ago

1.phkim

revision copy newcon3sk r27

File size: 40.4 KB

Line
1	/********************************************************************
2	*
3	* PSI_AtscPsip.h - ATSC A/65 Program and System Information Protocol (PSIP).
4	*
5	* Copyright 2004~ TeraLogic, Inc.
6	* All Rights Reserved
7	*
8	* _Id: PSI_AtscPsip.h ,v 1.0 2004/015/28 jina Exp
9	********************************************************************/
10
11	#ifndef DST_ATSC_PSIP_H
12	#define DST_ATSC_PSIP_H
13
14	#ifdef __cplusplus
15	extern "C" {
16	#endif
17
18
19	#ifndef DST_PSI_PROCESS_H
20	#include "dsthalPsiProcess.h"
21	#endif
22
23	#ifndef _DSTHALERROR_H_
24	#include "dsthalerror.h"
25	#endif
26
27	/* definitions */
28	#define PSIP_PROTOCOL_VERSION 0x00
29	#define PSIP_BASE_PID 0x1FFB
30
31
32
33	#define MAX_SECTION_LENGTH 4093
34	#define CEA_PROTOCOL_VERSION 0x00
35
36
37	/*==============================================================================
38	ATSC Stream Types
39	==============================================================================*/
40	typedef enum {
41	atsc_a53_audio = 0x81,
42	atsc_program_identifier = 0x85
43	} ATSC_stream_type_k;
44
45
46	/*==============================================================================
47	ATSC Format Identifiers (for registration_descriptor)
48	==============================================================================*/
49	typedef enum {
50	atsc_format_identifier = 0x47413934,
51	ac3_format_identifier = 0x41432D33
52	} ATSC_format_identifier_k;
53
54
55	/*==============================================================================
56	Multiple String Structure
57	==============================================================================*/
58
59	/* Multiple String Structure */
60	typedef enum {
61	cm_None = 0x00,
62	cm_Huffman_C4C5 = 0x01,
63	cm_Huffman_C6C7 = 0x02
64	} compress_type_k;
65
66	typedef enum {
67	tm_ISO10646_1_Page_0x00 = 0x00,
68	tm_ISO10646_1_Page_0x01 = 0x01,
69	tm_ISO10646_1_Page_0x02 = 0x02,
70	tm_ISO10646_1_Page_0x03 = 0x03,
71	tm_ISO10646_1_Page_0x04 = 0x04,
72	tm_ISO10646_1_Page_0x05 = 0x05,
73	tm_ISO10646_1_Page_0x06 = 0x06,
74	/* 0x07-0x08 Reserved */
75	tm_ISO10646_1_Page_0x09 = 0x09,
76	tm_ISO10646_1_Page_0x0A = 0x0A,
77	tm_ISO10646_1_Page_0x0B = 0x0B,
78	tm_ISO10646_1_Page_0x0C = 0x0C,
79	tm_ISO10646_1_Page_0x0D = 0x0D,
80	tm_ISO10646_1_Page_0x0E = 0x0E,
81	/* 0x0F Reserved */
82	tm_ISO10646_1_Page_0x10 = 0x10,
83	/* 0x11-0x1F Reserved */
84	tm_ISO10646_1_Page_0x20 = 0x20,
85	tm_ISO10646_1_Page_0x21 = 0x21,
86	tm_ISO10646_1_Page_0x22 = 0x22,
87	tm_ISO10646_1_Page_0x23 = 0x23,
88	tm_ISO10646_1_Page_0x24 = 0x24,
89	tm_ISO10646_1_Page_0x25 = 0x25,
90	tm_ISO10646_1_Page_0x26 = 0x26,
91	tm_ISO10646_1_Page_0x27 = 0x27,
92	/* 0x28-0x2F Reserved */
93	tm_ISO10646_1_Page_0x30 = 0x30,
94	tm_ISO10646_1_Page_0x31 = 0x31,
95	tm_ISO10646_1_Page_0x32 = 0x32,
96	tm_ISO10646_1_Page_0x33 = 0x33,
97	/* 0x34-0x3E Reserved */
98	tm_ISO10646_1_16_bit = 0x3F,
99	/* 0x40-0xDF Reserved */
100	/* 0xE0-0xFE Private */
101	tm_Not_applicable = 0xFF
102	} text_mode_k;
103
104	typedef struct msSegment {
105	compress_type_k compression_type;
106	text_mode_k mode;
107	DS_U8 number_bytes;
108	DS_U8* compress_string_byte;
109	} msSegment_t, *msSegmentPtr_t;
110
111	typedef struct msString {
112	DS_U32 ISO639_language_code;
113	DS_U8 number_segments;
114	msSegmentPtr_t segment; /* array of size 'number_segments' */
115	} msString_t, *msStringPtr_t;
116
117	typedef struct multipleString {
118	DS_U8 number_strings;
119	msStringPtr_t msString; /* array of size 'number_strings' */
120	} multipleString_t, *multipleStringPtr_t;
121
122
123
124	/*==============================================================================
125	PSIP Table IDs
126	==============================================================================*/
127	typedef enum {
128	tid_master_guide_table = 0xC7,
129	tid_terr_virtual_chan_table = 0xC8,
130	tid_cable_virtual_chan_table = 0xC9,
131	tid_rating_region_table = 0xCA,
132	tid_event_information_table = 0xCB,
133	tid_extended_text_table = 0xCC,
134	tid_system_time_table = 0xCD,
135	tid_directed_channel_change_table = 0xD3,
136	tid_dcc_selection_code_table = 0xD4,
137	tid_cable_emergency_alert = 0xD8,
138
139	// DSMCC PID [Defined in MPEG13818-6, A/90]
140	tid_dsmcc_download_info_indication = 0x3B,
141	tid_dsmcc_download_server_initiate = 0x3B,
142	tid_dsmcc_download_data_block = 0x3C
143	} table_id_k;
144
145
146
147	/*==============================================================================
148	PSIP Tables
149	==============================================================================*/
150
151	/* System Time Table (STT) */
152	typedef struct daylightSavings {
153	DS_U8 DS_status;
154	DS_U8 DS_day_of_month;
155	DS_U8 DS_hour;
156	} daylightSavings_t, *daylightSavingsPtr_t;
157
158	typedef struct sttSection {
159	DS_U32 system_time;
160	DS_U8 GPS_UTC_offset;
161	daylightSavings_t daylight_savings;
162	DS_U16 descriptor_length;
163	DS_U8* descriptors; /* un-parsed descriptors */
164	} sttSection_t, *sttSectionPtr_t;
165
166	typedef sttSection_t STT;
167
168	/* Master Guide Table (MGT) */
169	typedef enum {
170	tt_terrestrial_VCT_cni_1 = 0x0000,
171	tt_terrestrial_VCT_cni_0 = 0x0001,
172	tt_cable_VCT_cni_1 = 0x0002, /* same for LVCT in OOB */
173	tt_cable_VCT_cni_0 = 0x0003, /* same for LVCT in OOB */
174	tt_channel_ETT = 0x0004,
175	/* 0x0005-0x00FF Reserved */
176	tt_SVCT_VCM = 0x0010,
177	tt_SVCT_DCM = 0x0011,
178	tt_SVCT_ICM = 0x0012,
179	/* 0x0013 - 0x001F Reserved */
180	tt_NIT_CDS = 0x0020,
181	tt_NIT_MMS = 0x0021,
182	/* 0x0022 - 0x002F reserved */
183	tt_NTT_SNS = 0x0030,
184	/* 0x0031 - 0x00FF reserved */
185	tt_EIT_min = 0x0100,
186	tt_EIT_max = 0x017F,
187	/* 0x0180-0x01FF Reserved */
188	tt_event_ETT_min = 0x0200,
189	tt_event_ETT_max = 0x027F,
190	/* 0x0280-0x0300 Reserved */
191	tt_RRT_region_1 = 0x0301,
192	tt_RRT_region_255 = 0x03FF,
193	/* 0x0400-0x0FFF User Private */
194	tt_AEIT_min = 0x1000,
195	tt_AEIT_max = 0x10FF,
196	tt_AETT_min = 0x1100,
197	tt_AETT_max = 0x11FF
198	/* 0x1200-0xFFFF Reserved */
199	} table_type_k;
200
201	typedef struct mgtTable {
202	table_type_k table_type;
203	DS_U16 table_type_PID;
204	DS_U8 table_type_version_number;
205	DS_U32 number_bytes;
206	DS_U16 descriptor_length;
207	DS_U8* descriptors; /* un-parsed descriptors */
208	} mgtTable_t, *mgtTablePtr_t;
209
210	typedef struct mgtSection {
211	DS_U16 map_id; /* only used in OOB */
212	DS_U8 version_number;
213	DS_U16 tables_defined;
214	mgtTablePtr_t table; /* array of size 'tables_defined' */
215	DS_U16 descriptor_length;
216	DS_U8* descriptors; /* un-parsed descriptors */
217	DS_U32 CRC32;
218	} mgtSection_t, *mgtSectionPtr_t;
219
220	typedef mgtSection_t MGT;
221
222	/* Terrestrial Virtual Channel Table (TVCT) */
223	typedef enum {
224	mm_analog = 0x01,
225	mm_SCTE_mode_1 = 0x02,
226	mm_SCTE_mode_2 = 0x03,
227	mm_ATSC_8VSB = 0x04,
228	mm_ATSC_16VSB = 0x05,
229	/* 0x06-0x7F reserved */
230	mm_private_descriptor = 0x80
231	/* 0x81-0xFF private */
232	} modulation_mode_k;
233
234	typedef enum {
235	ETM_none = 0x00,
236	ETM_in_this_PTC = 0x01,
237	ETM_in_channel_TSID_PTC = 0x02
238	} ETM_location_k;
239
240	typedef enum {
241	/* 0x00 reserved */
242	st_analog_television = 0x01,
243	st_ATSC_digital_television = 0x02,
244	st_ATSC_audio_only = 0x03,
245	st_ATSC_data_broadcast_service = 0x04
246	/* 0x05-0x3F reserved */
247	} service_type_k;
248
249	typedef struct tvctChannel {
250	DS_U16 short_name[7];
251	DS_U16 major_channel_number;
252	DS_U16 minor_channel_number;
253	modulation_mode_k modulation_mode;
254	DS_U32 carrier_frequency;
255	DS_U16 channel_TSID;
256	DS_U16 program_number;
257	ETM_location_k ETM_location;
258	DS_BOOL access_controlled;
259	DS_BOOL hidden;
260	DS_BOOL show_guide;
261	service_type_k service_type;
262	DS_U16 source_id;
263	DS_U16 descriptor_length;
264	DS_U8* descriptors; /* un-parsed descriptors */
265	} tvctChannel_t, *tvctChannelPtr_t;
266
267	typedef struct tvctSection {
268	DS_U16 transport_stream_id;
269	DS_U8 version_number;
270	DS_U8 current_next_indicator;
271	DS_U8 section_number;
272	DS_U8 last_section_number;
273	DS_U8 num_channels_in_section;
274	tvctChannelPtr_t channel;
275	DS_U16 additional_descriptor_length;
276	DS_U8* additional_descriptors; /* un-parsed descriptors */
277	} tvctSection_t, *tvctSectionPtr_t;
278
279
280	typedef struct tvct {
281	DS_U16 transport_stream_id;
282	DS_U8 version_number;
283	DS_U8 numChannels;
284	tvctChannelPtr_t channel;
285	DS_U16 additional_descriptor_length;
286	DS_U8* additional_descriptors; /* un-parsed descriptors */
287	} tvct_t, *tvctPtr_t;
288
289	typedef tvct_t TVCT;
290
291	/* Cable Virtual Channel Table (CVCT) */
292	typedef enum {
293	ps_path1 = 0,
294	ps_path2 = 1
295	} path_select_k;
296
297	typedef struct cvctChannel {
298	DS_U16 short_name[7];
299	DS_U16 major_channel_number;
300	DS_U16 minor_channel_number;
301	modulation_mode_k modulation_mode;
302	DS_U32 carrier_frequency;
303	DS_U16 channel_TSID;
304	DS_U16 program_number;
305	ETM_location_k ETM_location;
306	DS_BOOL access_controlled;
307	DS_BOOL hidden;
308	path_select_k path_select;
309	DS_BOOL out_of_band;
310	DS_BOOL show_guide;
311	service_type_k service_type;
312	DS_U16 source_id;
313	DS_U16 descriptor_length;
314	DS_U8* descriptors; /* un-parsed descriptors */
315	} cvctChannel_t, *cvctChannelPtr_t;
316
317	typedef struct cvctSection {
318	DS_U16 transport_stream_id;
319	DS_U8 version_number;
320	DS_U8 current_next_indicator;
321	DS_U8 section_number;
322	DS_U8 last_section_number;
323	DS_U8 num_channels_in_section;
324	cvctChannelPtr_t channel;
325	DS_U16 additional_descriptor_length;
326	DS_U8* additional_descriptors; /* un-parsed descriptors */
327	} cvctSection_t, *cvctSectionPtr_t;
328
329
330	typedef struct cvct {
331	DS_U16 transport_stream_id;
332	DS_U8 version_number;
333	DS_U8 numChannels;
334	cvctChannelPtr_t channel;
335	DS_U16 additional_descriptor_length;
336	DS_U8* additional_descriptors; /* un-parsed descriptors */
337	} cvct_t, *cvctPtr_t;
338
339	typedef cvct_t CVCT;
340
341	/* Rating Region Table (RRT) */
342	typedef enum {
343	rr_Forbidden = 0x00,
344	rr_United_States = 0x01
345	/* 0x02-0xFF reserved */
346	} rating_region_k;
347
348	typedef struct rrtValue {
349	DS_U16 abbrev_rating_value_length;
350	DS_U8 *abbrev_rating_value;
351	DS_U16 rating_value_length;
352	DS_U8 *rating_value;
353	} rrtValue_t, *rrtValuePtr_t;
354
355	typedef struct rrtDimension {
356	DS_U16 dimension_name_length;
357	DS_U8 *dimension_name;
358	DS_BOOL graduated_scale;
359	DS_U8 values_defined;
360	rrtValuePtr_t value; /* array of size 'values_defined' */
361	} rrtDimension_t, *rrtDimensionPtr_t;
362
363	typedef struct rrtSection {
364	rating_region_k rating_region;
365	DS_U8 version_number;
366	DS_U16 rating_region_name_length;
367	DS_U8 *rating_region_name;
368	DS_U8 dimensions_defined;
369	rrtDimensionPtr_t dimension; /* array of size 'dimensions_defined' */
370	DS_U16 descriptor_length;
371	DS_U8* descriptors; /* un-parsed descriptors */
372	} rrtSection_t, *rrtSectionPtr_t;
373
374
375	typedef rrtSection_t RRT;
376
377	/* Event Information Table (EIT) */
378	typedef struct eitEvent {
379	DS_U16 event_id;
380	DS_U32 start_time;
381	ETM_location_k ETM_location;
382	DS_U32 length_in_seconds;
383	DS_U16 title_length;
384	DS_U8 *title;
385	DS_U16 descriptor_length;
386	DS_U8* descriptors; /* un-parsed descriptors */
387	} eitEvent_t, *eitEventPtr_t;
388
389	typedef struct eitSection {
390	DS_U16 source_id;
391	DS_U8 version_number;
392	DS_U8 section_number;
393	DS_U8 last_section_number;
394	DS_U8 num_events_in_section;
395	eitEventPtr_t event; /* array of size 'num_events_in_section' */
396	} eitSection_t, *eitSectionPtr_t;
397
398	typedef struct eit {
399	DS_U16 source_id;
400	DS_U8 version_number;
401	DS_U8 numEvents;
402	eitEventPtr_t event; /* array of size 'numEvents' */
403	} eit_t, *eitPtr_t;
404
405	typedef eit_t EIT;
406
407	/* Extended Text Table (ETT) */
408	typedef struct ett {
409	DS_U8 version_number;
410	DS_U32 ETM_id;
411	DS_U16 extended_text_message_length;
412	DS_U8 *extended_text_message;
413	} ettSection_t, *ettSectionPtr_t;
414
415	typedef ettSection_t ETT;
416
417	/* Directed Channel Change */
418	typedef struct dcctTerm {
419	DS_U8 dcc_selection_type;
420	DS_U64 dcc_selection_id;
421	DS_U16 dcc_term_desc_length;
422	DS_U8 *term_descriptor;
423	}dcctTerm_t,*dcctTermPtr_t;
424
425	typedef struct dcctTest {
426	DS_U8 dcc_context;
427	DS_U16 dcc_from_major_channel;
428	DS_U16 dcc_from_minor_channel;
429	DS_U16 dcc_to_major_channel;
430	DS_U16 dcc_to_minor_channel;
431	DS_U32 dcc_start_time;
432	DS_U32 dcc_end_time;
433	DS_U8 dcc_term_count;
434	dcctTermPtr_t dcctTerm;
435	DS_U16 dcc_test_desc_length;
436	DS_U8 *test_descriptor;
437	}dcctTest_t, *dcctTestPtr_t;
438
439
440
441	typedef struct dcctSection {
442	DS_U8 dcc_subtype;
443	DS_U8 dcc_id;
444	DS_U8 version_number;
445	DS_U8 protocol_version;
446	DS_U8 dcc_test_count;
447	dcctTestPtr_t dcctTest;
448	DS_U8 add_desc_length;
449	DS_U8 *add_descriptor;
450	}dcctSection_t, *dcctSectionPtr_t;
451
452	typedef dcctSection_t DCCT;
453
454	/* Directed Channel Change Selection Code Table */
455	typedef enum {
456	reserved = 0x00,
457	new_genre_category = 0x01,
458	new_state = 0x02,
459	new_county = 0x03
460	} dccsct_update_type ;
461	typedef struct dccsctUpdate {
462	DS_U8 updateType;
463	DS_U8 updateDataLength;
464	DS_U8 genre_cat_code;
465	DS_U8 *genre_cat_name_text;
466	DS_U8 dcc_state_locat_code;
467	DS_U8 *dcc_state_locat_code_text;
468	DS_U8 state_code;
469	DS_U16 dcc_county_locat_code;
470	DS_U8 *dcc_county_locat_code_text;
471	DS_U16 dccsct_desc_length;
472	DS_U8 *dccsct_desc;
473	}dccsctUpdate_t,*dccsctUpdatePtr_t;
474
475	typedef struct dccsctSection {
476	DS_U8 dccsct_type;
477	DS_U8 version_number;
478	DS_U8 protocol_version;
479	DS_U8 update_defined;
480	dccsctUpdatePtr_t dccsctUpdate;
481	DS_U8 add_desc_length;
482	DS_U8 *add_desc;
483	}dccsctSection_t, *dccsctSectionPtr_t;
484
485	typedef dccsctSection_t DCCSCT;
486
487
488
489
490	typedef enum alertPriority {
491	AP_TestMessage, /discarded by terminal devices/
492	AP_LowPriority, /*disregarded if processing the alert would interrupt viewing of an
493	access-controlled service*/
494	AP_MediumPriority, /*disregarded if processing the alert would interrupt viewing of a
495	pay-per-view event*/
496	AP_HightPriority, /*processed unconditionally, but can involve text-only display if no
497	audio is available*/
498	AP_MaximumPriority /processed unconditionally...with audio service./
499	} alertPriority;
500
501
502	typedef enum countrySubDivision {
503	CSD_AllorUnspecified,
504	CSD_Northwest,
505	CSD_NortCentral,
506	CSD_NorthEast,
507	CSD_WestCentral,
508	CSD_Central,
509	CSD_EastCentral,
510	CSD_SouthWest,
511	CSD_SouthCentral,
512	CSD_SouthEast
513	} countrySubDivision;
514
515	typedef struct locationCode {
516	DS_U8 state_code; /8bits : 0...99/
517	DS_U8 county_subdivision; /4bits : 0...9/
518	DS_U16 county_code; /10bits : 0...999/
519	} locatioinCode_t , *locationCodePtr_t;
520
521	typedef struct _exception {
522	DS_U8 in_band_reference; /1bit/
523	DS_U16 exception_major_channel_number; /10bits/
524	DS_U16 exception_minor_channel_number; /10bits/
525	DS_U16 exception_OOB_source_ID; /10bits/
526	} exception_t , exceptionPtr_t;
527
528	typedef struct cableEmergencyAlertSection {
529	DS_U8 sequence_number; /5bits/
530	DS_U8 protocol_version;
531	DS_U16 EAS_Event_ID;
532	DS_U32 EAS_originator_code; /24bits. ASCII characters/
533	DS_U8 EAS_event_code_length;
534	DS_U8* EAS_event_code;
535	DS_U8 nature_of_activation_text_length;
536	DS_U8* nature_of_activation_text ;
537	DS_U8 alert_message_time_remaining; /seconds range 0...120/
538	DS_U32 event_start_time;
539	DS_U16 event_duration; /seconds range 0...120/
540	DS_U8 alert_priority; /4 bits/
541	DS_U16 details_OOB_source_ID;
542	DS_U16 details_major_channel_number; /10 bits/
543	DS_U16 details_minor_channel_number; /10 bits/
544	DS_U16 audio_OOB_source_ID; /16 bits/
545
546	DS_U16 alert_text_length; /16 bits/
547	DS_U8 alert_text; /multiple string structure*/
548
549	DS_U8 location_code_count;
550	locatioinCode_t *location_code;
551
552	DS_U8 exception_count;
553	exception_t *exception;
554
555	DS_U16 descriptors_length; /10bits/
556	DS_U8* descriptor;
557
558	} ceaSection_t, *ceaSectionPtr_t;
559
560	typedef ceaSection_t CEA;
561
562
563
564	/*==============================================================================
565	PSIP Descriptors
566	==============================================================================*/
567
568	/* AC-3 Audio Descriptor */
569	typedef enum {
570	sr_48kHz = 0x0,
571	sr_44kHz = 0x1,
572	sr_32kHz = 0x2,
573	/* 0x3 reserved */
574	sr_48kHz_or_44kHz = 0x4,
575	sr_48kHz_or_32kHz = 0x5,
576	sr_44kHz_or_32kHz = 0x6,
577	sr_48kHz_or_44kHz_or_32kHz = 0x7
578	} sample_rate_code_k;
579
580	typedef enum {
581	br_32kbps = 0x00, br_le_32kbps = 0x20,
582	br_40kbps = 0x01, br_le_40kbps = 0x21,
583	br_48kbps = 0x02, br_le_48kbps = 0x22,
584	br_56kbps = 0x03, br_le_56kbps = 0x23,
585	br_64kbps = 0x04, br_le_64kbps = 0x24,
586	br_80kbps = 0x05, br_le_80kbps = 0x25,
587	br_96kbps = 0x06, br_le_96kbps = 0x26,
588	br_112kbps = 0x07, br_le_112kbps = 0x27,
589	br_128kbps = 0x08, br_le_128kbps = 0x28,
590	br_160kbps = 0x09, br_le_160kbps = 0x29,
591	br_192kbps = 0x0A, br_le_192kbps = 0x2A,
592	br_224kbps = 0x0B, br_le_224kbps = 0x2B,
593	br_256kbps = 0x0C, br_le_256kbps = 0x2C,
594	br_320kbps = 0x0D, br_le_320kbps = 0x2D,
595	br_384kbps = 0x0E, br_le_384kbps = 0x2E,
596	br_448kbps = 0x0F, br_le_448kbps = 0x2F,
597	br_512kbps = 0x10, br_le_512kbps = 0x30,
598	br_576kbps = 0x11, br_le_576kbps = 0x31,
599	br_640kbps = 0x12, br_le_640kbps = 0x32
600	} bit_rate_code_k;
601
602	typedef enum {
603	sm_not_indicated = 0x0,
604	sm_not_Dolby_Surround = 0x1,
605	sm_Dolby_Surround = 0x2
606	/* 0x3 reserved */
607	} surround_mode_k;
608
609	typedef enum {
610	bm_main_audio_serv_CM = 0x0, /* Complete Main */
611	bm_main_audio_serv_ME = 0x1, /* Music and Effects */
612	bm_associated_serv_VI = 0x2, /* Visually Impaired */
613	bm_associated_serv_HI = 0x3, /* Hearing Impaired */
614	bm_associated_serv_D = 0x4, /* Dialog */
615	bm_associated_serv_C = 0x5, /* Commentary */
616	bm_associated_serv_E = 0x6, /* Emergency */
617	bm_as_VO_or_ma_K = 0x7 /* Voice Over (acmod=001) or Karaoke (acmod=010-111) */
618	} bit_stream_mode_k;
619
620	typedef enum {
621	nc_acmod_1_1 = 0x0,
622	nc_acmod_1_0 = 0x1,
623	nc_acmod_2_0 = 0x2,
624	nc_acmod_3_0 = 0x3,
625	nc_acmod_2_1 = 0x4,
626	nc_acmod_3_1 = 0x5,
627	nc_acmod_2_2 = 0x6,
628	nc_acmod_3_2 = 0x7,
629	nc_encoded_1 = 0x8,
630	nc_encoded_le_2 = 0x9,
631	nc_encoded_le_3 = 0xA,
632	nc_encoded_le_4 = 0xB,
633	nc_encoded_le_5 = 0xC,
634	nc_encoded_le_6 = 0xD
635	/* 0xE-0xF reserved */
636	} num_channels_k;
637
638	typedef enum {
639	lc_unknown = 0x00, lc_Polish = 0x20, lc_background = 0x40, lc_Moldavian = 0x60,
640	lc_Albanian = 0x01, lc_Portuguese = 0x21, lc_Malaysian = 0x61,
641	lc_Breton = 0x02, lc_Romanian = 0x22, lc_Malagasay = 0x62,
642	lc_Catalan = 0x03, lc_Romansh = 0x23, lc_Macedonian = 0x63,
643	lc_Croatian = 0x04, lc_Serbian = 0x24, lc_Laotian = 0x64,
644	lc_Welsh = 0x05, lc_Slovak = 0x25, lc_Zulu = 0x45, lc_Korean = 0x65,
645	lc_Czech = 0x06, lc_Slovene = 0x26, lc_Vietnamese = 0x46, lc_Khmer = 0x66,
646	lc_Danish = 0x07, lc_Finnish = 0x27, lc_Uzbek = 0x47, lc_Kazakh = 0x67,
647	lc_German = 0x08, lc_Swedish = 0x28, lc_Urdu = 0x48, lc_Kannada = 0x68,
648	lc_English = 0x09, lc_Turkish = 0x29, lc_Ukrainian = 0x49, lc_Japanese = 0x69,
649	lc_Spanish = 0x0A, lc_Flemish = 0x2A, lc_Thai = 0x4A, lc_Indonesian = 0x6A,
650	lc_Esperanto = 0x0B, lc_Walloon = 0x2B, lc_Telugu = 0x4B, lc_Hindi = 0x6B,
651	lc_Estonian = 0x0C, lc_Tatar = 0x4C, lc_Hebrew = 0x6C,
652	lc_Basque = 0x0D, lc_Tamil = 0x4D, lc_Hausa = 0x6D,
653	lc_Faroese = 0x0E, lc_Tadzhik = 0x4E, lc_Gurani = 0x6E,
654	lc_French = 0x0F, lc_Swahili = 0x4F, lc_Gujurati = 0x6F,
655	lc_Frisian = 0x10, lc_Sranan_Tongo = 0x50, lc_Greek = 0x70,
656	lc_Irish = 0x11, lc_Somali = 0x51, lc_Georgian = 0x71,
657	lc_Gaelic = 0x12, lc_Sinhalese = 0x52, lc_Fulani = 0x72,
658	lc_Galician = 0x13, lc_Shona = 0x53, lc_Dari = 0x73,
659	lc_Icelandic = 0x14, lc_Serbo_Croat = 0x54, lc_Churash = 0x74,
660	lc_Italian = 0x15, lc_Ruthenian = 0x55, lc_Chinese = 0x75,
661	lc_Lappish = 0x16, lc_Russian = 0x56, lc_Burmese = 0x76,
662	lc_Latin = 0x17, lc_Quechua = 0x57, lc_Bulgarian = 0x77,
663	lc_Latvian = 0x18, lc_Pustu = 0x58, lc_Bengali = 0x78,
664	lc_Luxembourgian = 0x19, lc_Punjabi = 0x59, lc_Belorussian = 0x79,
665	lc_Lithuanian = 0x1A, lc_Persian = 0x5A, lc_Bambora = 0x7A,
666	lc_Hungarian = 0x1B, lc_Papamiento = 0x5B, lc_Azerbijani = 0x7B,
667	lc_Maltese = 0x1C, lc_Oriya = 0x5C, lc_Assamese = 0x7C,
668	lc_Dutch = 0x1D, lc_Nepali = 0x5D, lc_Armenian = 0x7D,
669	lc_Norwegian = 0x1E, lc_Ndebele = 0x5E, lc_Arabic = 0x7E,
670	lc_Occitan = 0x1F, lc_Marathi = 0x5F, lc_Amharic = 0x7F
671	} language_code_k;
672
673	typedef enum {
674	tc_UNICODE_2_Byte = 0,
675	tc_ISO8859_1 = 1
676	} text_code_k;
677
678	typedef struct ac3AudioStreamDescriptor {
679	sample_rate_code_k sample_rate_code;
680	DS_U8 bsid;
681	bit_rate_code_k bit_rate_code;
682	surround_mode_k surround_mode;
683	bit_stream_mode_k bsmod;
684	num_channels_k num_channels;
685	DS_BOOL full_svc;
686	DS_BOOL additional_elements1; /* indicates that more elements are present */
687	language_code_k langcod;
688	language_code_k langcod2; /* present if 1+1 mode */
689	DS_BOOL additional_elements2; /* indicates that more elements are present */
690	union {
691	DS_U8 mainid;
692	DS_U8 asvcflags;
693	} bsmod_ext;
694	DS_U8 textlen; /* always zero for ATSC */
695	text_code_k text_code;
696	DS_U8* text;
697	} ac3AudioStreamDescriptor_t, *ac3AudioStreamDescriptorPtr_t;
698
699
700	/* Caption Service Descriptor */
701	typedef enum {
702	cct_line21 = 0,
703	cct_advanced = 1
704	} cc_type_k;
705
706	typedef enum {
707	l21f_field1 = 0,
708	l21f_field2 = 1
709	} line21_field_k;
710
711	typedef struct captionService {
712	DS_U32 language;
713	cc_type_k cc_type;
714	union {
715	line21_field_k line21_field;
716	DS_U8 caption_service_number;
717	} cc_id;
718	DS_BOOL easy_reader;
719	DS_BOOL wide_aspect_ratio;
720	DS_BOOL korean_code;
721	} captionService_t, *captionServicePtr_t;
722
723	typedef struct captionServiceDescriptor {
724	DS_U8 number_of_services;
725	captionServicePtr_t service; /* array of size 'number_of_services' */
726	} captionServiceDescriptor_t, *captionServiceDescriptorPtr_t;
727
728
729	/* Content Advisory Descriptor */
730	typedef struct ratingDimension {
731	DS_U8 rating_dimension_j;
732	DS_U8 rating_value;
733	} ratingDimension_t, *ratingDimensionPtr_t;
734
735	typedef struct ratingRegion {
736	DS_U8 rating_region;
737	DS_U8 rated_dimensions;
738	ratingDimensionPtr_t dimension; /* array of size 'rated_dimensions' */
739	DS_U16 rating_description_length;
740	DS_U8 *rating_description;
741	} ratingRegion_t, *ratingRegionPtr_t;
742
743	typedef struct contentAdvisoryDescriptor {
744	DS_U8 rating_region_count;
745	ratingRegionPtr_t rating_region; /* array of size 'rating_region_count' */
746	} contentAdvisoryDescriptor_t, *contentAdvisoryDescriptorPtr_t;
747
748
749	/* Extended Channel Name Descriptor */
750	typedef struct extendedChannelNameDescriptor {
751	DS_U16 long_channel_name_length;
752	DS_U8 *long_channel_name;
753	} extendedChannelNameDescriptor_t, *extendedChannelNameDescriptorPtr_t;
754
755
756	/* Service Location Descriptor */
757	typedef struct slElement {
758	DS_U8 stream_type;
759	DS_U16 elementary_PID;
760	DS_U32 ISO639_language_code;
761	} slElement_t, *slElementPtr_t;
762
763	typedef struct serviceLocationDescriptor {
764	DS_U16 PCR_PID;
765	DS_U8 number_elements;
766	slElementPtr_t element; /* array of size 'number_elements' */
767	} serviceLocationDescriptor_t, *serviceLocationDescriptorPtr_t;
768
769
770	/* Time Shifted Service Descriptor */
771	typedef struct tsService {
772	DS_U16 time_shift;
773	DS_U16 major_channel_number;
774	DS_U16 minor_channel_number;
775	} tsService_t, *tsServicePtr_t;
776
777	typedef struct timeShiftedServiceDescriptor {
778	DS_U8 number_of_services;
779	tsServicePtr_t service; /* array of size 'number_of_services' */
780	} timeShiftedServiceDescriptor_t, *timeShiftedServiceDescriptorPtr_t;
781
782
783	/* Component Name Descriptor */
784	typedef struct componentNameDescriptor {
785	DS_U16 component_name_length;
786	DS_U8 *component_name;
787	} componentNameDescriptor_t, *componentNameDescriptorPtr_t;
788
789	/* DCC Departing Request Descriptor */
790	typedef struct dccDRDescriptor {
791	DS_U8 dcc_dep_type;
792	DS_U8 dcc_dep_text_length;
793	DS_U8 *dcc_dep_text;
794	} *dccDRDescriptorPtr_t,dccDRDescriptor_t;
795
796	/* DCC Arriving Request Descriptor */
797	typedef struct dccARDescriptor {
798	DS_U8 dcc_arr_type;
799	DS_U8 dcc_arr_text_length;
800	DS_U8 *dcc_arr_text;
801	} *dccARDescriptorPtr_t,dccARDescriptor_t;
802
803	/* Redistribution Control Descriptor */
804	typedef struct rcDescriptor {
805	DS_U8 *rc_information;
806	} *rcDescriptorPtr_t,rcDescriptor_t;
807
808	/* Emergency Information Descriptor */
809	typedef enum {
810	ac_dummy_1 = 0x00, ac_dummy_2 = 0x01, ac_dummy_3 = 0x02,
811	ac_dummy_4 = 0x03, ac_dummy_5 = 0x04, ac_dummy_6 = 0x05,
812	ac_dummy_7 = 0x06, ac_dummy_8 = 0x07, ac_dummy_9 = 0x08
813	} area_code_k;
814
815	typedef struct areaElement {
816	area_code_k code;
817	} areaElement_t, *areaElementPtr_t;
818
819	typedef struct emergencyService {
820	DS_U16 service_id;
821	DS_U8 start_end_flag;
822	DS_U8 signal_level;
823	DS_U8 area_code_length;
824	areaElementPtr_t area_code;
825	} emergencyService_t, *emergencyServicePtr_t;
826
827	typedef struct eiDescriptor {
828	DS_U16 num_services;
829	emergencyServicePtr_t services;
830	} *eiDescriptorPtr_t,eiDescriptor_t;
831
832
833
834
835
836
837
838
839	typedef struct privateSection {
840	DS_U8 section_syntax_indicator; /1bit/
841
842	/in case of (section_syntax_indicator == '1')/
843	DS_U16 table_id_extension; /16bits/
844	DS_U8 version_number; /5bits/
845	DS_U8 current_next_indicator; /1bit/
846	DS_U8 section_number; /8bits/
847	DS_U8 last_section_number; /8bits/
848
849	DS_U32 private_data_length; /12bits/
850	DS_U8* private_data_byte;
851
852	} prvtSection_t, *prvtSectionPtr_t;
853
854
855	typedef struct privateTable {
856	DS_U8 version_number; /5bits/
857	DS_U16 table_id_extension; /16bits/
858	DS_U32 private_data_length; /12bits/
859	DS_U8 *private_data_byte;
860
861	} prvt_t , *prvtPtr_t;
862
863	typedef prvt_t PRVT;
864
865
866	/*==============================================================================
867	API Functions
868	==============================================================================*/
869
870	/* Section Parsing functions */
871	/*------------------------------------------------------------------------------
872	The section parsing functions take an unparsed section (as an array of bytes)
873	and parses it into a structure representing the fields as defined in the PSIP
874	specification. These section structures are found in this header file before
875	the API functions. For the STT, MGT, RRT, and ETT tables the parsed section
876	represents the complete table because these are specified to be contained
877	entirely in a single section. For the multi-section TVCT, CVCT, and EIT tables,
878	corresponding table parsing functions (below) exist to offer the option of
879	parsing complete tables.
880
881	The FreeAtscSection() function frees the memory associated with a PARSED section
882	structure. It is the responsibility of the ParseXxxSection() caller to free
883	the resulting parsed section structure.
884	------------------------------------------------------------------------------*/
885	DHL_RESULT DHL_PSI_ParseSTTSection (DS_U8 section, sttSectionPtr_t sttSectionPtr);
886	DHL_RESULT DHL_PSI_ParseMGTSection (DS_U8 section, mgtSectionPtr_t mgtSectionPtr);
887	DHL_RESULT DHL_PSI_ParseTVCTSection (DS_U8 section, tvctSectionPtr_t tvctSectionPtr);
888	DHL_RESULT DHL_PSI_ParseCVCTSection (DS_U8 section, cvctSectionPtr_t cvctSectionPtr);
889	DHL_RESULT DHL_PSI_ParseRRTSection (DS_U8 section, rrtSectionPtr_t rrtSectionPtr);
890	DHL_RESULT DHL_PSI_ParseEITSection (DS_U8 section, eitSectionPtr_t eitSectionPtr);
891	DHL_RESULT DHL_PSI_ParseETTSection (DS_U8 section, ettSectionPtr_t ettSectionPtr);
892	DHL_RESULT DHL_PSI_ParseDCCTSection (DS_U8 section, dcctSectionPtr_t dccSectionPtr);
893	DHL_RESULT DHL_PSI_ParseDCCSCTSection (DS_U8 section, dccsctSectionPtr_t dccsctSectionPtr);
894	DHL_RESULT DHL_PSI_ParseCEASection(DS_U8 section , ceaSectionPtr_t cesSectionPtr );
895
896	/* Table Parsing functions */
897	/*------------------------------------------------------------------------------
898	The table parsing functions take an array of unparsed sections (as an array of bytes)
899	and parses it into a structure representing the fields as defined in the PSIP
900	specification. These table structures are found in this header file before
901	the API functions. Table parsing function exist only for the multi-section
902	Tvct, Cvct, and Eit tables. For the single-section Stt, Mgt, Rrt, and Ett tables,
903	the section parsing function should be used.
904
905	The FreeAtscTable() function frees the memory associated with a PARSED table
906	structure. It is the responsibility of the ParseXxx() caller to free
907	the resulting parsed table structure.
908	------------------------------------------------------------------------------*/
909	DHL_RESULT DHL_PSI_ParseTVCT (DS_U8 *sectionArr, tvctPtr_t tvctPtr);
910	DHL_RESULT DHL_PSI_ParseCVCT (DS_U8 *sectionArr, cvctPtr_t cvctPtr);
911	DHL_RESULT DHL_PSI_ParseEIT (DS_U8 *sectionArr, eitPtr_t eitPtr);
912	DHL_RESULT DHL_PSI_ParsePRVT (DS_U8 *sectionArr, prvtPtr_t prvtPtr);
913	DHL_RESULT DHL_PSI_ParsePRVTSection (DS_U8 section, prvtSectionPtr_t prvtSectionPtr);
914
915	/* Descriptor Parsing functions */
916	/*------------------------------------------------------------------------------
917	The descriptor parsing functions take an unparsed descriptor (as an array of bytes)
918	and parses it into a structure representing the fields as defined in the PSIP
919	specification. These descriptor structures are found in this header file before
920	the API functions.
921
922	The FreeMpegDescriptor() function (part of the MPEG_SI API) frees the memory
923	associated with a PARSED descriptor structure. It is the responsibility of the
924	ParseXxxDescriptor() caller to free the resulting parsed descriptor structure.
925	------------------------------------------------------------------------------*/
926	DHL_RESULT DHL_PSI_ParseAc3AudioStreamDescriptor (DS_U8* p,
927	ac3AudioStreamDescriptorPtr_t *descripPtr);
928	DHL_RESULT DHL_PSI_ParseCaptionServiceDescriptor (DS_U8* p,
929	captionServiceDescriptorPtr_t *descripPtr);
930	DHL_RESULT DHL_PSI_ParseContentAdvisoryDescriptor (DS_U8* p,
931	contentAdvisoryDescriptorPtr_t *descripPtr);
932	DHL_RESULT DHL_PSI_ParseExtendedChannelNameDescriptor (DS_U8* p,
933	extendedChannelNameDescriptorPtr_t *descripPtr);
934	DHL_RESULT DHL_PSI_ParseServiceLocationDescriptor (DS_U8* p,
935	serviceLocationDescriptorPtr_t *descripPtr);
936	DHL_RESULT DHL_PSI_ParseTimeShiftedServiceDescriptor (DS_U8* p,
937	timeShiftedServiceDescriptorPtr_t *descripPtr);
938	DHL_RESULT DHL_PSI_ParseComponentNameDescriptor (DS_U8* p,
939	componentNameDescriptorPtr_t *descripPtr);
940	DHL_RESULT DHL_PSI_ParseDccDepartingRequestDescriptor (DS_U8* p,
941	dccDRDescriptorPtr_t *descripPtr);
942	DHL_RESULT DHL_PSI_ParseDccArrivingRequestDescriptor (DS_U8* p,
943	dccARDescriptorPtr_t *descripPtr);
944	DHL_RESULT DHL_PSI_ParseRedistributionControlDescriptor (DS_U8* p,
945	rcDescriptorPtr_t *descripPtr);
946	DHL_RESULT DHL_PSI_ParseConditionalAccessDescriptor ( DS_U8* p,
947	CA_descriptor **desc);
948	DHL_RESULT DHL_PSI_ParseEmergencyInformationDescriptorAlter (DS_U8* p,
949	eiDescriptorPtr_t *descripPtr);
950
951	/* Multiple String Parsing */
952	/*------------------------------------------------------------------------------
953	The ParseMultipleString() function is used to parse a MultipleString byte array.
954
955	The FreeMultipleString() function frees the memory associated with a PARSED
956	MultipleString structure. It is the responsibility of the ParseMultipleString()
957	caller to free the parsed MultipleString structure.
958	------------------------------------------------------------------------------*/
959	DHL_RESULT DHL_PSI_ParseMultipleString (DS_U8 buffer, DS_U16 len, multipleStringPtr_t mStringPtr);
960	void DHL_PSI_FreeMultipleString (multipleStringPtr_t multipleStringPtr);
961
962
963	/* Huffman Decoding */
964	/*------------------------------------------------------------------------------
965	The DecodeHuffmanString() function is used to decode a Huffman-compressed string
966	found in the Multiple String Structure. The Huffman coding supports both types
967	as defined in the PSIP A/65 document (Title and Description type strings). The
968	compression type using to encode the string (as specified in the Multiple String
969	Structure) should be passed to this function.
970
971	The text buffer is supplied by the caller of this function. The length of the
972	buffer is specified by the 'textlen' parameter. A decompressed string that is
973	shorter than 'textlen' is terminated with a null character. A decompressed
974	string that is longer than 'textlen' is truncated to 'textlen-1' and terminated
975	with a null character.
976	------------------------------------------------------------------------------*/
977	DHL_RESULT DHL_PSI_DecodeHuffmanString (DS_U8 *compressedStr, DS_U32 length, compress_type_k type,
978	char *text, DS_U32 textlen);
979
980
981	/* Asynchronous Monitor calls */
982	/*------------------------------------------------------------------------------
983	The set of asynchronous monitor functions allow continuous or one-time monitoring
984	of ATSC PSIP sections and/or tables. For a detailed description of these
985	parameters, see the explanation in PSI.h.
986
987	Parameter Description
988	---------------------
989	tsd - Specifies from which Transport Stream Demultiplexor the monitored stream is coming
990	psiMode - Specifies the notification type for PSIP sections. For PSIP
991	applications, one of the following PSIMode options should be
992	used:
993	sectionMode: Event triggered for each section received.
994	tableMode: Event triggered when a complete table received.
995	eagerTableMode: Event triggered for each new section of a
996	table as well as an event when the table is
997	complete.
998
999	For the Stt, Mgt, Rrt, and Ett tables, the PSIMode is internally set to sectionMode
1000	because these tables reside within a single section.
1001
1002	updateMode - Specifies the update frequency of the monitor. For PSIP applications,
1003	one of the following PSIUpdateMode options should be used:
1004	psiOneShot: Section or table event triggered only once.
1005	psiVersionChange:Table trigger reset when version changes.
1006	psiContinuous: Sections/Tables continously trigger events.
1007
1008	eventProc - The callback function to receive monitor events.
1009
1010	userParam - A user-specified field which is sent to the eventProc callback
1011	function with events.
1012
1013	**psiCtl - Returns a pointer to the Monitor descriptor to the caller. This identifies the
1014	specific PSI monitor and can be used to cancel a set monitor.
1015	------------------------------------------------------------------------------*/
1016	DHL_RESULT DHL_PSI_MonitorSTT (DHL_PSI_HANDLE sysInfo, PSIUpdateMode updateMode, PSIEventProc_f eventProc,
1017	DS_U32 userData, DHL_TBL_HANDLE *psiCtl);
1018	DHL_RESULT DHL_PSI_MonitorMGT (DHL_PSI_HANDLE sysInfo, PSIUpdateMode updateMode, PSIEventProc_f eventProc,
1019	DS_U32 userData, DHL_TBL_HANDLE *psiCtl);
1020	DHL_RESULT DHL_PSI_MonitorTVCT (DHL_PSI_HANDLE sysInfo, PSIMode psiMode, PSIUpdateMode updateMode, PSIEventProc_f eventProc,
1021	DS_U32 userParam, DHL_TBL_HANDLE *psiCtl);
1022	DHL_RESULT DHL_PSI_MonitorCVCT (DHL_PSI_HANDLE sysInfo, PSIMode psiMode, PSIUpdateMode updateMode, PSIEventProc_f eventProc,
1023	DS_U32 userParam, DHL_TBL_HANDLE *psiCtl);
1024	DHL_RESULT DHL_PSI_MonitorRRT (DHL_PSI_HANDLE sysInfo, DS_U8 region, PSIUpdateMode updateMode, PSIEventProc_f eventProc, DS_U32 userData,
1025	DHL_TBL_HANDLE *psiCtl);
1026	DHL_RESULT DHL_PSI_MonitorEIT (DHL_PSI_HANDLE sysInfo, DS_U16 PID, DS_U16 source_id, PSIMode psiMode, PSIUpdateMode updateMode,
1027	PSIEventProc_f eventProc,DS_U32 userParam, DHL_TBL_HANDLE *psiCtl);
1028	DHL_RESULT DHL_PSI_MonitorETT (DHL_PSI_HANDLE sysInfo, DS_U16 PID, DS_U32 ETM_id, PSIUpdateMode updateMode, PSIEventProc_f eventProc,
1029	DS_U32 userData, DHL_TBL_HANDLE *psiCtl);
1030	DHL_RESULT DHL_PSI_MonitorDCCT (DHL_PSI_HANDLE sysInfo, PSIUpdateMode updateMode, PSIEventProc_f eventProc,
1031	DS_U32 userData, DHL_TBL_HANDLE *psiCtl);
1032	DHL_RESULT DHL_PSI_MonitorDCCSCT (DHL_PSI_HANDLE sysInfo , PSIUpdateMode updateMode, PSIEventProc_f eventProc,
1033	DS_U32 userData, DHL_TBL_HANDLE *psiCtl);
1034	DHL_RESULT DHL_PSI_MonitorCEA( DHL_PSI_HANDLE sysInfo ,
1035	PSIUpdateMode updateMode,
1036	PSIEventProc_f eventProc,
1037	DS_U32 userParam,
1038	DHL_TBL_HANDLE *returnPSICtl);
1039	DHL_RESULT DHL_PSI_MonitorPRVT ( DHL_PSI_HANDLE sysInfo ,
1040	DS_U16 pid,
1041	DS_U8 tableId,
1042	PSIMode psiMode,
1043	PSIUpdateMode updateMode,
1044	PSIEventProc_f eventProc,
1045	DS_U32 userParam,
1046	DS_BOOL bNeedBigSi,
1047	DHL_TBL_HANDLE *returnPSICtl);
1048	DHL_RESULT DHL_PSI_MonitorPRVTEx( DHL_PSI_HANDLE sysInfo ,
1049	DS_U16 pid ,
1050	DS_U8 tableId ,
1051	DS_U16 groupNumber ,
1052	PSIMode psiMode ,
1053	PSIUpdateMode updateMode,
1054	PSIEventProc_f eventProc,
1055	DS_U32 userParam ,
1056	DS_BOOL bNeedBigSi,
1057	DHL_TBL_HANDLE *returnPSICtl);
1058
1059	/* Synchronous calls */
1060	/*------------------------------------------------------------------------------
1061	The set of synchronous monitor functions allow one-time retrieval of a PSIP
1062	section or table. The function suspends until the data is retrieved from the
1063	Transport Stream or until the timeOut period expires. For the Stt, Mgt, Rrt,
1064	and Ett a section is returned. For the Tvct, Cvct, and Eit, a table is returned.
1065
1066	The timeout period 'timeOut' is specified in milliseconds.
1067
1068	The parsed section/table must be freed using FreeAtscSection()/FreeAtscTable().
1069	------------------------------------------------------------------------------*/
1070	DHL_RESULT DHL_PSI_GetSTTSection (DHL_PSI_HANDLE sysInfo, sttSectionPtr_t *sttSectPtr, int timeOut);
1071	DHL_RESULT DHL_PSI_GetMGTSection (DHL_PSI_HANDLE sysInfo, mgtSectionPtr_t *mgtSectPtr, int timeOut);
1072	DHL_RESULT DHL_PSI_GetRRTSection (DHL_PSI_HANDLE sysInfo, DS_U8 region, rrtSectionPtr_t *rrtSectPtr, int timeOut);
1073	DHL_RESULT DHL_PSI_GetETTSection (DHL_PSI_HANDLE sysInfo, DS_U16 PID, DS_U32 ETM_id, ettSectionPtr_t *ettSectPtr, int timeOut);
1074	DHL_RESULT DHL_PSI_GetDCCTSection (DHL_PSI_HANDLE sysInfo, dcctSectionPtr_t *dcctSectPtr, int timeOut);
1075	DHL_RESULT DHL_PSI_GetDCCSCTSection (DHL_PSI_HANDLE sysInfo, dccsctSectionPtr_t *dccsctSectPtr, int timeOut);
1076
1077	DHL_RESULT DHL_PSI_GetTVCT (DHL_PSI_HANDLE sysInfo, tvctPtr_t *tvctPtr, int timeOut);
1078	DHL_RESULT DHL_PSI_GetCVCT (DHL_PSI_HANDLE sysInfo, cvctPtr_t *cvctPtr, int timeOut);
1079	DHL_RESULT DHL_PSI_GetEIT (DHL_PSI_HANDLE sysInfo, DS_U16 PID, DS_U16 source_id, eitPtr_t *eitPtr, int timeOut);
1080	DHL_RESULT DHL_PSI_GetPRVTEx(DHL_PSI_HANDLE sysInfo, DS_U16 pid, DS_U8 tableId , DS_U16 groupNumber , prvtPtr_t *prvtPtr, int timeOut , DS_BOOL bNeedBigSi );
1081	DHL_RESULT DHL_PSI_GetPRVT(DHL_PSI_HANDLE sysInfo, DS_U16 pid, DS_U8 tableId , prvtPtr_t *prvtPtr, int timeOut , DS_BOOL bNeedBigSi );
1082	DHL_RESULT DHL_PSI_GetCEASection ( DHL_PSI_HANDLE sysInfo,
1083	ceaSectionPtr_t *ceaSectPtr,
1084	int timeOut);
1085	/Print function for each table./
1086	void DHL_PSI_PrintTVCT (tvctPtr_t tvctPtr);
1087	void DHL_PSI_PrintCVCT(cvctPtr_t cvctPtr);
1088	void DHL_PSI_PrintMGTSection (mgtSectionPtr_t mgtPtr);
1089	void DHL_PSI_PrintSTTSection (sttSectionPtr_t sttPtr);
1090	void DHL_PSI_PrintEIT (eitPtr_t eitPtr);
1091	void DHL_PSI_PrintETTSection (ettSectionPtr_t ettPtr);
1092	void DHL_PSI_PrintDCCTSection(dcctSectionPtr_t dcctPtr);
1093	void DHL_PSI_PrintDCCSCTSection(dccsctSectionPtr_t dccsctPtr );
1094	void DHL_PSI_PrintMultipleString (DS_U8 *buffer, DS_U16 len);
1095	void DHL_PSI_PrintPRVT (prvtPtr_t prvtPtr);
1096	void DHL_PSI_PrintAc3AudioStreamDescriptor (ac3AudioStreamDescriptorPtr_t descrip);
1097	void DHL_PSI_PrintServiceLocationDescriptor (serviceLocationDescriptorPtr_t descrip);
1098	void DHL_PSI_PrintExtendedChannelNameDescriptor (extendedChannelNameDescriptorPtr_t descrip);
1099	void DHL_PSI_PrintCaptionServiceDescriptor (captionServiceDescriptorPtr_t descrip);
1100	void DHL_PSI_PrintContentAdvisoryDescriptor (contentAdvisoryDescriptorPtr_t descrip);
1101	void DHL_PSI_PrintDccArrivingRequestDescriptor (dccARDescriptorPtr_t descrip);
1102	void DHL_PSI_PrintTimeShiftedServiceDescriptor (timeShiftedServiceDescriptorPtr_t descrip);
1103	void DHL_PSI_PrintCEASection( ceaSectionPtr_t ceaPtr );
1104	void DHL_PSI_PrintConditionalAccessDescriptor(CA_descriptor *d);
1105	void DHL_PSI_PrintEmergencyInformationDescriptorAlter (eiDescriptorPtr_t descrip);
1106
1107	//void DHL_PSI_Print
1108
1109	DHL_RESULT DHL_PSI_ReadPSIData( DHL_TBL_HANDLE hTblHandle , struct PSIDataArray_t **returnPsi);
1110	void DHL_PSI_FreeMpegSection (void *sectionPtr);
1111	void DHL_PSI_FreeMpegDescriptor (void *descriptorPtr);
1112	void DHL_PSI_FreePSIData( PSIDataArray_t *desc );
1113
1114
1115	DHL_RESULT RFU_GetImageSections ( unsigned int pid , unsigned char tableId );
1116
1117	#define DHL_PSI_FreeTVCT(x) DHL_PSI_FreeMpegSection(x)
1118	#define DHL_PSI_FreeCVCT(x) DHL_PSI_FreeMpegSection(x)
1119	#define DHL_PSI_FreeRRT(x) DHL_PSI_FreeMpegSection(x)
1120	#define DHL_PSI_FreeEIT(x) DHL_PSI_FreeMpegSection(x)
1121	#define DHL_PSI_FreeMGT(x) DHL_PSI_FreeMpegSection(x)
1122	#define DHL_PSI_FreeETT(x) DHL_PSI_FreeMpegSection(x)
1123	#define DHL_PSI_FreeSTT(x) DHL_PSI_FreeMpegSection(x)
1124	#define DHL_PSI_FreeDCCT(x) DHL_PSI_FreeMpegSection(x)
1125	#define DHL_PSI_FreeDCCSCT(x) DHL_PSI_FreeMpegSection(x)
1126	#define DHL_PSI_FreeCEA(x) DHL_PSI_FreeMpegSection(x)
1127	#define DHL_PSI_FreeAtscTable(x) DHL_PSI_FreeMpegSection(x)
1128	#define DHL_PSI_FreeAtscSection(x) DHL_PSI_FreeMpegSection(x)
1129	#define DHL_PSI_FreePRVT(x) DHL_PSI_FreeMpegSection(x)
1130	#define DHL_PSI_FreeECMEMM(x) DHL_PSI_FreeMpegSection(x)
1131
1132	DHL_RESULT DHL_PSI_GetDsmccPIDs( MPEG_PMT pmt, DS_U32 returnDsmccPID, int *returnDsmccPIDLen );
1133
1134	#ifdef __cplusplus
1135	}
1136	#endif
1137
1138	#include "dsthalPsiDsmcc.h"
1139
1140
1141	#endif /* DST_ATSC_PSIP_H */
1142
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1163
1164	/***************************************************************************
1165	*
1166	* Modified Version. PSI_AtscPsip.h Revision.1.0 2004/05/28 jina
1167	* #Add CEA table defintions.
1168	*
1169	*
1170	* ORIGINAL API Definitions from TL8xx ATSC_PSIP.h Revision.1.3 2002/12/24.
1171	*
1172	**************************************************************************/

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source: svn/trunk/zas_dstar/hal/include/dsthalPsiAtscPsip.h @ 2

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