Rendering stream controller
A system is provided for a rendering stream distributor controller for use with a plurality of content sources, a HTML code repository, a plurality of video rendering engines and a distribution network. The rendering stream distributor controller includes an outbound IP address inventory system, a video rendering engine and network elements inventory system and a rendering stream controller. The rendering stream controller is able to provide a stream instruction, based on one of a plurality of outbound IP addresses, one of a plurality of HTML content identification data, and one of a plurality of sets of HTML code so as to instruct one of the plurality of video rendering engines to output an MPEG transport stream.
1. A rendering stream distributor controller for use with a plurality of content sources, a HTML code repository, a plurality of video rendering engines and a distribution network, the plurality of content sources being operable to provide a plurality of respective sets of HTML content data, the HTML code repository being operable to provide a plurality of sets of HTML code, each set operable to instruct a respective video rendering engine to encode at least one said respective set of HTML content data received from a respective one of the plurality of content sources into a MPEG transport stream, and in a desired visual arrangement in the MPEG transport stream independent of desired visual arrangements instructed by other ones of said plurality of sets of HTML code, each of the plurality of video rendering engines being operable to obtain a respective one of the plurality of sets of HTML content data, a respective one of the plurality of sets of HTML code and to output a respective MPEG transport stream onto the distribution network, said rendering stream distributor controller comprising:
an outbound IP address inventory system having a plurality of outbound IP addresses stored therein;
a video rendering engine and network elements inventory system having stored therein, a plurality of HTML content identification data associated with the respective plurality of respective sets of HTML content data; and
a rendering stream controller,
wherein said rendering stream controller is operable to provide a stream instruction, based on one of the plurality of outbound IP addresses, one of the plurality of HTML content identification data, and one of the plurality of sets of HTML code so as to instruct one of the plurality of video rendering engines to output an MPEG transport stream.
2. The rendering stream distributor controller of claim 1 , wherein said rendering stream controller is further operable to generate a second stream instruction based on a second one of the plurality of outbound IP addresses, a second one of the plurality of HTML content identification data and a second one of the plurality of HTML identification data so as to instruct a second one of the plurality of video rendering engines to output a second MPEG transport stream.
3. The rendering stream distributor controller of claim 2 , wherein said rendering stream controller comprises a life-cycle manager operable to generate a start stream instruction and to generate a stop stream instruction, the start stream instruction being operable to instruct the one of the plurality of video rendering engines to start outputting of the MPEG transport stream, the stop stream instruction being operable to instruct the one of the plurality of video rendering engines to stop outputting of the MPEG transport stream based on the stop stream instruction.
4. The rendering stream distributor controller of claim 3 , wherein said rendering stream controller further comprises a scheduled restart controller operable to generate a restart instruction that is operable to instruct the video rendering engine to restart outputting of a stopped MPEG transport stream.
5. The rendering stream distributor controller of claim 4 , wherein said rendering stream controller further comprises an alarm operable to provide notification of a status of any one of the plurality of video rendering engines.
6. The rendering stream controller of claim 1 , wherein said rendering stream controller comprises a life-cycle manager operable to generate a start stream instruction and to generate a stop stream instruction, the start stream instruction being operable to instruct the one of the plurality of video rendering engines to start outputting of the MPEG transport stream, the stop stream instruction being operable to instruct the one of the plurality of video rendering engines to stop outputting of the MPEG transport stream based on the stop stream instruction.
7. The rendering stream controller of claim 6 , wherein said rendering stream controller further comprises a scheduled restart controller operable to generate a restart instruction that is operable to instruct the video rendering engine to restart outputting of a stopped MPEG transport stream.
8. A method comprising:
providing, via a plurality of content sources, a plurality of respective sets of HTML content data;
providing, via a HTML code repository, a plurality of sets of HTML code;
storing, into an outbound IP address inventory system, a plurality of outbound IP addresses;
storing, into a video rendering engine and network elements inventory system, a plurality of HTML content identification data associated with the respective plurality of respective sets of HTML content data;
providing, via a rendering stream controller, a stream instruction based on one of the plurality of outbound IP addresses, one of the plurality of HTML content identification data, and one of the plurality of sets of HTML code so as to instruct one of the plurality of video rendering engines to encode at least one said respective set of HTML content data received from a respective one of the plurality of content sources into a MPEG transport stream, and in a desired visual arrangement in the MPEG transport stream instructed by respective one of the plurality of sets of HTML code, independent of desired visual arrangements instructed by other ones of said plurality of sets of HTML code;
obtaining, via the one of a plurality of video rendering engines, the one of the plurality of sets of HTML content data;
obtaining, via the one of the plurality of video rendering engines, the one of the plurality of sets of HTML code;
outputting, via the one of the plurality of video rendering engines, an MPEG transport stream onto the distribution network.
9. The method of claim 8 , further comprising generating, via the rendering stream controller, a second stream instruction based on a second one of the plurality of outbound IP addresses, a second one of the plurality of HTML content identification data and a second one of the plurality of HTML identification data so as to instruct a second one of the plurality of video rendering engines to output a second MPEG transport stream.
10. The method of claim 9 , further comprising:
generating, via a life-cycle manager, a start stream instruction; and
generating, via the live-cycle manager, a stop stream instruction,
wherein the start stream instruction is operable to instruct the one of the plurality of video rendering engines to start outputting of the MPEG transport stream, and
wherein the stop stream instruction is operable to instruct the one of the plurality of video rendering engines to stop outputting of the MPEG transport stream based on the stop stream instruction.
11. The method of claim 10 , further comprising generating, via a scheduled restart controller, a restart instruction that is operable to instruct the video rendering engine to restart outputting of a stopped MPEG transport stream.
12. The method of claim 11 , wherein said rendering stream controller further comprises an alarm operable to provide notification of a status of any one of the plurality of video rendering engines.
13. The method of claim 8 , wherein said rendering stream controller comprises a life-cycle manager operable to generate a start stream instruction and to generate a stop stream instruction, the start stream instruction being operable to instruct the one of the plurality of video rendering engines to start outputting of the MPEG transport stream, the stop stream instruction being operable to instruct the one of the plurality of video rendering engines to stop outputting of the MPEG transport stream based on the stop stream instruction.
14. The method of claim 13 , wherein said rendering stream controller further comprises a scheduled restart controller operable to generate a restart instruction that is operable to instruct the video rendering engine to restart outputting of a stopped MPEG transport stream.
15. A non-transitory, tangible, computer-readable media having computer-readable instructions stored thereon, the computer-readable instructions being capable of being read by a computer and being capable of instructing the computer to perform the method comprising:
providing, via a plurality of content sources, a plurality of respective sets of HTML content data;
providing, via a HTML code repository, a plurality of sets of HTML code;
storing, into an outbound IP address inventory system, a plurality of outbound IP addresses;
storing, into a video rendering engine and network elements inventory system, a plurality of HTML content identification data associated with the respective plurality of respective sets of HTML content data;
providing, via a rendering stream controller, a stream instruction based on one of the plurality of outbound IP addresses, one of the plurality of HTML content identification data, and one of the plurality of sets of HTML code so as to instruct one of the plurality of video rendering engines to encode at least one said respective set of HTML content data received from a respective one of the plurality of content sources into a MPEG transport stream, and in a desired visual arrangement in the MPEG transport stream instructed by respective one of the plurality of sets of HTML code, independent of desired visual arrangements instructed by other ones of said plurality of sets of HTML code;
obtaining, via the one of a plurality of video rendering engines, the one of the plurality of sets of HTML content data;
obtaining, via the one of the plurality of video rendering engines, the one of the plurality of sets of HTML code;
outputting, via the one of the plurality of video rendering engines, an MPEG transport stream onto the distribution network.
16. The non-transitory, tangible, computer-readable media of claim 15 , the computer-readable instructions being capable of instructing the computer to perform the method further comprising generating, via the rendering stream controller, a second stream instruction based on a second one of the plurality of outbound IP addresses, a second one of the plurality of HTML content identification data and a second one of the plurality of HTML identification data so as to instruct a second one of the plurality of video rendering engines to output a second MPEG transport stream.
17. The non-transitory, tangible, computer-readable media of claim 16 , the computer-readable instructions being capable of instructing the computer to perform the method further comprising:
generating, via a life-cycle manager, a start stream instruction; and
generating, via the live-cycle manager, a stop stream instruction,
wherein the start stream instruction is operable to instruct the one of the plurality of video rendering engines to start outputting of the MPEG transport stream, and
wherein the stop stream instruction is operable to instruct the one of the plurality of video rendering engines to stop outputting of the MPEG transport stream based on the stop stream instruction.
18. The non-transitory, tangible, computer-readable media of claim 17 , the computer-readable instructions being capable of instructing the computer to perform the method further comprising generating, via a scheduled restart controller, a restart instruction that is operable to instruct the video rendering engine to restart outputting of a stopped MPEG transport stream.
19. The non-transitory, tangible, computer-readable media of claim 18 , the computer-readable instructions being capable of instructing the computer to perform the method further comprising providing, via an alarm, notification of a status of any one of the plurality of video rendering engines.
20. The non-transitory, tangible, computer-readable media of claim 15 , the computer-readable instructions being capable of instructing the computer to perform the method further comprising:
generating, via a life-cycle manager, a start stream instruction; and
generating, via the live-cycle manager, a stop stream instruction,
wherein the start stream instruction is operable to instruct the one of the plurality of video rendering engines to start outputting of the MPEG transport stream, and wherein the stop stream instruction is operable to instruct the one of the plurality of video rendering engines to stop outputting of the MPEG transport stream based on the stop stream instruction.