TWI272500B - System and method for communicating between servers using a multi-server platform - Google Patents

Abstract

Aspects of the invention may include receiving a packet from a first of a plurality of blade servers coupled via a common bus. An identifier associated with a second blade server may be determined based on at least a portion of the received packet and at least a portion of the received packet may be routed to at least the second blade server. At least a portion of the received packet may be transferred to at least the second blade server via the common bus. Routing of at least a portion of the received packet may be controlled by a switch blade which may also be coupled to the common bus. In order to route information in the server, an identifier of the first blade server, the second blade server and the switch blade may be determined. Exemplary identifiers may be a MAC address and/or IP address.

Description

1272503⁄4 ) ........: IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a communication of a kind of feeding service, and particularly to a method and system for the communication of the blade carrier H riding in a public floor. . [Prior Art] The feeding device can be a network system, which can be used for computing and access. The device can provide access to information (such as text) and access to services (such as n chat or other _ network services). In the case of a f, the special network operating system (10) can operate on a dedicated server, for example, in a large network. Personal computers can run on a non-professional server, such as running a scale network software. Compared with a typical single-user workstation or personal computer, a server can have one or more higher-level or more powerful central processing single two (10), larger capacity memory, more volume Cache and more storage space. For example, the vessel may be configured with multiple processors to be dedicated to the business or to provide special services such as email processing, mailing or communication. Feeding devices can also be equipped with technologies such as Great God Face, Side Wei Wei, such as Unclear Power (UPS), and multiple fault tolerant or redundant _±, u (RAID) technologies. A single ship can be placed in a separate enclosure and can be used by one or more sidewalks. Wei_Read He Wei placed in the central unit 127250·····'-,-·.··.,,,*·...,..AM.. 乂νΛ,·Λ&gt;·ι^ί^- .3.· .rUm»·Poor:::, each individual box is powered by its own _ to the network. For each _ 2 knives, the specific data transfer rate (10) is the same as the Ethernet, and the same is about 1 Gigabit/s. For 1G he butterfly (four) gigabits / sec) It can be seen that 'independent money single side service ^ low efficiency _ a lot of empty or energy ϋ each single copper called by their respective cables t to the network' - full _ _ _ _, may need a complex line, see the picture, and the production of the job _ often time-consuming and blame. In addition, in the event of a failure, especially a complex failure, a single feeder in an independent environment is less likely to be replaced. As a result, conventional orders in separate boxes may end up suffering from a huge total cost of ownership. SUMMARY OF THE INVENTION Some embodiments of the present invention provide a method and system for transmitting information on a multi-server platform. The method of transmitting information under the multi-feeder platform includes receiving at least one data packet from a plurality of blade-of-the-blade-knifes. At least some of the blade cutters can be connected to a common busbar. One or more of the identifiers associated with the - second blade can be considered by at least the received data packet. At least a portion of the received data packets may be routed to at least the second blade feeder by a public ship stream and/or transmitted less than the second blade. At least - the routing of partially received packets can be controlled by the switching blade. Ι 272_..·:::—two s one “recognition,,.. i. In order to route information in the feeding device, the first blade feeding device, the second blade value H and the exchange blade edge can be It is confirmed that the identifiers of the first blade server, the second blade feeder, and the exchange blade may be, for example, an -MC address and/or an IP address. At least the identifier of the first blade server is at least - Can be surfaced and/or transmitted by the scale exchange blade and/or other blade servers. At least a portion of the received data packets can be transmitted to any of the blade feeders and/or exchange blades on a common bus. In another aspect of the invention, one or more received data &amp; the broadcast may be received by a public bus. At least one data packet may be connected from the second blade server (four) and at least - part of this A data packet can be transmitted to the first blade server and/or a third blade server. Another embodiment of the present invention provides a machine readable storage device having stored thereon a computer program Computer program includes The lesser one is used to carry out the communication domain code segment in a server. The code is woven, so that the machine performs the above steps to transmit information in a multi-server platform. The system of information in the server platform includes a switching blade 'for receiving at least one data packet from one of the plurality of blade servers. At least a portion of the blade server and the switching blade are connectable to a common a bus bar. Based on at least a portion of the received data packets, one or more identification words associated with a second blade server can be confirmed by the switching blade. At least a portion of the received data packets can be exchanged - - - i I27250ff The blade is routed to at least the second blade server. The switching blade can control at least a portion of the received data packet to at least the brother-in-law feeder by the common bus To route information to the server, the first blade server, the second blade server, and any other blade servers The identification word can be confirmed by the parent changing blade. The identification characters of the first blade feeding device, the second blade feeding device and the exchange blade can be such as a MAC address and/or a ϊρ address. At least one identification word of the server may be obtained and/or transmitted to the exchange blade and/or the bladeless feeder by the parent blade change. The exchange blade is also adapted to be secret on the common row. Transmitting at least a portion of any of the packets. In another aspect of the invention, a broadcast containing one or more received data packets may be received by the switching blade by the common bus. ν data packets may be received from the second blade feeder and at least a portion of such received data packets may be transmitted to the first blade server and/or a third blade server. Another aspect, a method of transmitting information in a server, the method comprising: receiving at least one data packet from a first knife front of a plurality of blade feeders, at least - part of the blade feed Is connected to the common bus, based on at least · - determining at least one blade and at least one second server associated with the identified word Que packets - reception of at least the portion. 1272500 According to another aspect of the present invention, a method for transmitting information in a server, the method comprising: receiving at least one data packet from at least a plurality of blade servo visors, at least a portion of said blade The feeder is connected to the public bus; determining at least one identification word associated with the at least one second blade server based on at least - part of the received at least one data packet; - routing at least - part of the at least - receiving The packet is sent to at least a second blade server. The method further includes transmitting, by the common bus, the at least one portion of the at least one received data packet to the at least one of the second blade servers. The method further includes controlling, by the exchange blade connected to the common bus, the routing of the miscellaneous packets that are less obsessed. The method further includes determining at least one identification word of the exchange blade. The method further includes determining at least one identifiable word of the first blade server. The identification word of the first blade server, the identification word of the second blade server, and the identification word of the exchange blade are at least one of a MAC address and an IP address. The method further includes: obtaining at least one identification word of the first blade server; and Π 72500 transmitting the at least one identification word of the obtained first blade server to at least the second blade server. The method further includes broadcasting at least a portion of the at least one received data packet on the public bus. The method further includes receiving a broadcast including the at least-received data packet. The method further includes receiving at least one data packet from the second blade server and transmitting the at least - part of the at least - the data packet received from the second blade word processor to at least The first-knife edge and a third blade server. - According to another aspect of the invention, a fine readable storage device comprising a computer program stored thereon, the program having at least - a code segment for transmitting information in the feeder; the code segment being n Execute the call to perform the following steps: · Receive at least one data packet from the first blade server of the plurality of blade feeders. At least - part of the blade feeder is connected to the public bus; based on at least part of the receiving At least one of the data packets determines at least one identification word associated with at least the second blade server; routing at least - part of said at least - the received data packet to at least said second blade server. The escaping storage device further includes transmitting, by the public bus, the at least one received data packet to the at least the 1272 Τ ΓΓ · · · 一. ... 'one one, · [...^ wide, '', -''..1 .~~ one'., one one" The code of the second blade server. The machine Jaeger storage device further includes controlling the routing code of the at least a portion of the received data packets by connecting to a parent blade of the public sink. &quot; The megaphone is a readable storage device further comprising at least one identification word code for determining the exchange blade. The machine readable storage device further includes at least one of the identification word codes of the first blade server. The identifier of the daughter blade server, the identification word of the second blade server, and the identification word of the exchange blade are at least one of a MAC address and an IP address. The machine readable storage device further includes: obtaining at least one identification word code of the first blade server; and transmitting the at least one identification word of the first blade feeder to at least the second blade Server code. The machine readable storage device further includes code for broadcasting at least a portion of the at least one received data packet on the public bus. The machine readable storage device further includes a broadcast code for the received data comprising the at least one received data packet. The machine readable storage device further includes receiving, from the second blade feed, at least - she is wrapped and said at least - partially from said second knife: 11 Ι 2725 Θ 0 接收 接收 接收At least - the package - the first - the blade servo cry and at least one of the third blade server. According to another aspect of the present invention, the system includes: /'&quot;, and the server receives at least a plurality of blade servos from the first blade server. a data packet, at least a portion of the knives 2 being connected to the public bus; at least - part of the receiving at least - according to the package, the at least one = the feeding device is less red - and at least - the second blade The identifier associated with the at least one blade servo I! routes at least a portion of the at least one received data packet to at least the second blade server. The y-blade servo field transmits the at least one of the at least one received data packet to the at least the second blade feeder by a common bus. The at least one blade server and the at least one bus controller are routed by the data packet received by the connection to the public stream. The at least one of the at least one blade 11 determines that at least one of the exchange blades identifies the at least one blade device to determine at least 12 I2725Q0 an identification word of the first blade feeder. The identification word of the first blade feeding device, the second blade server == Langzi and the exchange blade are at least one of the address of the hall and the address of the sweat. The at least one blade server: obtaining at least -1⁄4 characters of the first blade server; and transmitting the obtained at least one identification word of the first blade feeder to the second Blade server. The at least one blade miner broadcasts at least a portion of the at least one received data packet on the public bus. The data of the at least - blade Wei H (4) includes a broadcast of the received data packet. The at least-blade servo receives at least one data packet from the second blade feeder and transmits less - part of the at least one data packet received from the second blade feeder Said at least one of a blade server and a third blade server. The various gamma and difficult transitions of the present invention, as well as the details of the embodiments with the accompanying drawings, will be more fully understood in the <RTIgt; [Embodiment] Some of the rewards of the present invention provide a method for transmitting information on a multi-servo (four) platform. The method includes the first feeder from a plurality of 13 blade servers connected by a common random connection. Received packets. Based on at least a portion of the received data packet, an identification word associated with the second blade feeder can be confirmed 'at the same time, at least - part of the received data packet can be routed to at least the second blade router. In another aspect of the invention, at least some of said received data packets may be transmitted to another blade server (e.g., a second blade server) by said common bus. In addition, at least a portion of the routing may be connected to one of the common bus exchanges for blade control. To route information in the server, the identification words of the first blade server, the second blade, and the exchange blade can be confirmed. Typical identifiers include MAC addresses and/or IP addresses. The identifier of the first blade server can be obtained and/or transmitted to the exchange blade and/or other blade servers. At least a portion of any received data packets can be transmitted on the public airliner bank to any blade server including the switching blade. In another aspect of the invention, a broadcast containing one or more received data packets can be received by the public bus. Additionally, at least one data packet can be received from the second blade server and at least a portion of such received data packets can be transmitted to the first blade server and/or a third blade server. The first figure is a block diagram of a multi-server platform 100 in accordance with an embodiment of the present invention. The multi-server platform 100 includes a chassis 110, a bottom plate 130, an exchange blade 14 〇, 14 nnsm jf " ^... one: a blade server interface 150 and a plurality of blade servers · a first blade server, a second blade server... The Nth blade server, collectively labeled 120. The chassis 110 includes a bottom plate 130. However, although only one bottom plate 13A is shown, the present invention is not limited thereto, and a plurality of bottom plates may be provided in the chassis 11A. In this case, one or more of the base plates can be connected together. In the case where the chassis 110 includes a bottom plate, the bottom plate can be regarded as a common bottom plate, which can provide connectivity for the blade servos 120. The chassis 11 is a separate equipment machine. In one portion of the housing, the device housing includes a plurality of blade servo slots adapted to receive one or more blade servers 12A. The base plate 130 includes one or more blade server interfaces, the common domain age On the _, the chassis ιι〇 includes a plurality of blade servo slots, which are suitable for the connection between the blade and the blade cutter interface. In other words, the blade (4) provides a channel for connecting the blade server 120 to the blade server interface 15. The substrate 130 includes one or more interfaces such as a network interface (10). The network interface (10) is called a network interconnection. The exchange blade 140 can be part of the bottom plate 13. From this point, the exchange blade 140 is wrapped (10), or the card is inserted into the base plate 130. The blade carrier 120 is connected by the blade server interface 150. To the bottom plate 130. Thus the _ knife_ job (10) is connected to - the corresponding ship interface 15 1272500 wide two such as 'every egg side 12 ° can be difficult - or can be embedded in U0 - the corresponding blade server slot 'Therefore, it corresponds to the - facet connection. From this point, the blade feeder 12g can be connected to the bottom plate. Once the blade server 12G is embedded or inserted into the chassis 110, the blade feeds crying 12 times. The blade feeder interface 15 is connected to the exchange blade 14 of the bottom plate 13. The bottom plate 130 can be adapted to provide connectivity between two or more bribe servers 120. In addition, the bottom plate 13 and/or the exchange blade 14〇 can provide one or more knives The interconnect between the 12G and the network m. The network interface 160 realizes the interconnection between the backplane 130 and the network 17. From this point of view, the network interface 16G can be connected to the backplane (10) and/or Or a plurality of switching blades 140 to the network 170. The first figure is a block diagram of an embodiment of a communication system according to various aspects of the present invention, the communication system including a multi-server platform 2〇1 and an external network 2〇 6. The multi-feeder platform 201 includes: a chassis with a common bottom plate 211, a common exchange blade 202 and a plurality of blade servers, including a first blade server 2〇3, a second blade server 204, ..., N blade server 2〇5, N can be any integer. Each of the first, second, ... Nth blade servers has been integrated into a single plug-in card or server on the blade, which can be inserted into the blade server with the chassis of the common backplane 211 groove. With a common backplane 16

The chassis of I 1272500 211 can be the first, second, ...., the Nth blade feeder provides a single device housing. The chassis with π a /, bottom plate 211 can provide a common interface between each blade feeder 203, 204 205 and A common blade. For example, the common floor 211 provides a common floor at the first blade feeder 203 and the common exchange blade 202 f曰1; The common backplane 211 provides a common backplane interface 2〇9 between the second blade server 2〇4 and the common switching blade 202. Finally, the common backplane 211 provides a common backplane interface between the Nth blade server 2〇5 and the common exchange blade 2〇2. The common backplane interface 208, 209, 21 is part of the common backplane 211. In accordance with an embodiment of the present invention, the public exchange blade 202 includes N+1 interfaces, at least one of which is adapted to perform packet exchange between the N blade servers and the external camera 206. The public exchange blade includes a signal that can communicate and distribute the body communication to the corresponding first, second, and Nth blade servers. The parent blade 202 is connected to each of the n blade servers by the common backplane 211. The public exchange blade 2〇2 is also connected to the external interface 2〇6, thus forming _ into N+1 interfaces. In accordance with an embodiment of the present invention, the external network 2〇6 includes a 1 Gigabit Ethernet connection and interface. The external interface 207 between the public exchange blade 202 and the external network 206 includes a 1 Gigabit Ethernet interface operating at a data rate of 1 Gigabit per second. Two-way network communication capability is provided between the external network 206 and the public exchange blade 2〇2. In order to achieve ten Gigabit Ethernet communication, the public backplane 2ΐι can include 17 1272500 including a plurality of Gigabit Ethernet interfaces. The swap blade 202 can communicate separately on the common backplane 211 at a data rate of 1 Gigabit per second and each of the N blade servers. For example, the first blade server 203 communicates with the common parent blade 202 in a two-way manner via the common backplane interface 2〇8. The second blade server 204 communicates with the common switching blade 2() 2 in a bidirectional manner via the common backplane interface 2G9. Finally, the Nth blade server 205 communicates with the common switching blade 202 in a bidirectional manner via the common backplane interface 21〇. According to the present invention, the public exchange blade 2() 2 has the ability to simultaneously communicate with a plurality of blade servers and communicate with 205. The public knife 祠 祠 裔 202 can achieve the simultaneous transmission of any blade server 2 〇 3, and 2 〇 5 information. The third diagram is a flow chart 3〇〇^•工叫, which shows a practical example according to the present invention, using the multi-server platform in the third figure to provide a reference to the inter-peak-to-peak communication. 'In step 3〇1 towel, the first blade server is on the single bottom plate by the public exchange blade to transmit the first packet to the second blade in the step 302 +, the third blade is in the single bottom plate The second packet is transmitted by the public exchange blade to the four-blade server. In the step period, the second knife_server is on the single-base board by transmitting the third data packet to the first blade at the public exchange blade. In the step of deleting, the fourth blade miner responds to the second packet and transmits the fourth packet to the third blade feeder on the single backplane by transmitting the fourth packet on the common backplane. 18 t^r t^r

I2725D0 In one aspect of the invention, at least one of the service blades can be configured to provide a switching function. Accordingly, the service blade that is set to provide the switching function is called the parent blade. A public exchange blade, also known as a swap blade, includes appropriate hardware and/or software that can be used to exchange packets and/or between two or more blade servers that wish to communicate. connection. Therefore, the blade server has the ability to function as a softswitch and/or hardswitch. In any case, the exchange blade and other server blades can be connected to at least one of the base plates so that the signals associated with each blade service can be accessed by the exchange blade, and the blade server is also associated with the base plate. Therefore, the bottom plate is called a common bottom plate. The fourth diagram is a common block diagram of a plurality of blade server interconnects in accordance with an embodiment of the present invention. Referring to the fourth figure, it is shown that the plurality of casings or chassis 4'2, the bottom plate 404, and the n blade cutters are collectively referred to as 4〇6, the exchange blade 408, and the bus bar 411. Busbar transceivers 41, 412, 414, 416 and controller 418 are also shown. Each of the bus transceivers 41, 412, 414, 41 includes at least one transmitter that transmits electrical signals to the bus bars 411 in the bottom plate 4A4. Each of the bus transceivers 41, 412, 414, and 416 includes at least one receiver that receives an electrical signal to the bus bar 411 in the backplane 4A4. The bus bar 411 can be a Time Divisi 〇 Multiple Multiplexed bus, a Frequency Division Multiplexed Bus (Frequency Divisi 〇 Multiplexed) or any suitable type of bus. Therefore, the bus transceivers 410, 412, 414 and 416 can be suitable, such as a time division multiplex bus transceiver 1272500 ί '· · · , ί , - ... " | . Jay and / or frequency division multiplex bus transceiver. Each blade server 406 and switching blade 408 includes a bus bar transceiver connectable to bus bar 411. The first blade includes a bus bar transceiver 410, the first blade server includes a bus bar transceiver 412, and the nth blade servo includes a bus bar transceiver 414. The exchange blade also includes a bus bar transceiver 416 and a bus bar controller 418. Although the bus bar controller Mg is illustrated as a separate entity within the parent change blade 408, the invention is not limited thereto. Subtraction, one or more functions provided by the squadron 418 may also be exchanged by φ Blade 408. In the event that all of the functionality provided by the bus controller can be provided by the switching blade, it will reduce the need for additional bus processing entities such as bus controller 418. Nonetheless, bus bar controller 418 and/or switching blade 408 are adapted to control message transmission between server 406 and switch blade 408. Bus bar controller 418 can handle, for example, bus access and bus bar decisions. The bus controller and/or the parent blade 4〇8 also provide a switching function that allows the message φ to be transmitted between the blade servers 4〇6 by the parent blade and from external sources such as '周路17〇( The first picture) is transmitted to any one or a plurality of blade servers 406. For example, one or more messages received from the network 170 based on the type of message and one or more of the blade server sheds are controlled by the blade to control one or more blade server injuries. The US patent application filed on August 26, 2003 is a method and system for selective control of data flow of different data types to a functional dedicated blade server. This application is hereby incorporated by reference in its entirety in its entirety in its entirety in the the the the the the the the the the the the the the the the the the the the the The bus is judged and/or exchanged between the blade server 4〇6 and the exchange blade 4〇8, so that the hardware and/or software can receive and transmit, route or switch information from the first blade server by switching the blade 408. The manner to the second blade server. The fifth figure discloses a typical message format according to an embodiment of the present invention, which can be used by the exchange blade to transmit information. Referring to the fifth figure, it has at least one message header 504. And a message 502 of a message body 506. The message header 504 is further subdivided into at least one initial destination address 5 〇 8 portion, a final destination address 510 portion, and a source address 512 portion. The initial destination address 5〇8 contains the blade address, which performs the exchange for the blade server 406 (as in the fourth figure). The final destination address 510 portion contains the message 502 being transmitted to the device or server blade address. Source address Section 512 includes the device or server blade address that is transmitting message 502. According to one aspect of the invention, the source address, the initial destination address, and the final destination address may be, for example, media access control (mac) bit meta-elements and / or Internet Protocol (IP) address. The message body contains real data, which can be used to transfer information between the blade server 406 (such as the fourth picture). 21 1272500 ι In the "work" can become necessary The message is transmitted from the first blade server to the first blade feeder. Accordingly, the first blade feeder generates appropriate information for transmission. Fig. 6A is a typical message 6〇2 according to an embodiment of the present invention, The message can be used to transfer information from the 帛 锋 饲 。 to the second blade feeder. Referring to the sixth ® A, the message generated by the first blade server includes the initial destination address 604 The final destination address 606, the source address 6〇8, and the message body 61. The initial destination address 604 includes the exchange blade address. The final destination address 6〇6 includes the second blade server address, and the source address 6〇8 includes the first blade servo. Once the first blade server generates message 602, the transceiver 410 transmits a message 602 on the bus 411, and the switching blade 408 receives the message from the bus 411. According to one aspect of the invention, the message 〇2 can Stored in a special time slot such as bus bar 4H, the bus bar is reserved for the first blade server. The switching blade 408 monitors at least a portion of the time on the bus bar 411. The switching blade 408 can monitor the bus bar 411. All time slots. According to another aspect of the invention, the message 602 can be broadcast on the bus 411 and received by the exchange blade 408. The transceiver 416 of the exchange blade 408 is set by the exchange blade controller 418 to listen for messages on the bus, which may be stored in the bus 411, the location of which is in the initial destination address portion 604 of the message 602. Once the swap blade 408 determines that its own address is stored in the initial destination address portion 604, its transceiver 416 can obtain the message 602 from the bus 411 (as in the fourth diagram). After receiving the message 602, the exchange blade 408 is based on the final item 22 _ If Ί .-· "· '· &gt;:&quot;··· ! 1272^00. h ) a, ν . : /- . 1 . &gt; -. One.--- One / ';

I I tuLjr-v - 'Λ.-.-'---:------ address field 606 to determine the final destination address. The exchange blade 408 then routes or exchanges the message 602 to the second blade server, which is designated in the final destination address portion 606 of the message 602. Prior to storing the message 602 by the busbar in the bus transceiver 410, the controller 418 may overwrite the initial destination address 604 with the final destination address, in which case the final destination address is the second blade server address. The initial destination address 6〇4 and the final destination address 606 of the modified message 6〇2 will be the same address. The transceiver 416 of the exchange blade 408 transmits the modified message 6〇2 on the bus 411. Figure 6B is a typical message 622 in accordance with an embodiment of the present invention, which is a modified version of message 620 in Figure 6A, which can be used to transmit information from the first blade server to the second blade server. Referring to the sixth figure β, the initial destination address 624 and the final destination address 626 are the same and contain the address of the second blade server. The second blade server can be configured to listen to the message on the bus 411, the message including its bit address in the initial destination address 624 portion of the message 622 of the sixth figure or the initial message 622 as in the sixth figure β. Destination address 624 and final destination address 626. After determining that the bit address of the message is stored in the initial destination address 624 and the final destination address 626 or in the initial destination address 624 portion of the message 64, the transceiver 412 of the second blade feeder receives from the bus bar 411. Message 622 (as in the fourth figure). Correspondingly, the second blade feeder processes the information contained in the message body 630 portion of the message 622. When the second blade server is required to send a response to the first blade server, the blade server is ready to respond to the message. The source of the received message can be determined by the source address 628 portion, which in this case is the first blade servo. Figure 7A is a typical response message 7〇2 in accordance with an embodiment of the present invention that can be used to transmit information from a first blade server to a second blade server. Referring to Figure 7A, the message 7〇2 generated by the second blade server includes an initial destination address 704, a final destination address 706, a source address 708, and a message body 710. The initial destination address 704 includes the address of the swap blade 4〇8. The final destination address 706 includes the first blade server address and the source address 7〇8 includes the second blade server address. Once the response message 7〇2 is generated by the second blade server, the transceiver 412 transmits a message 702 on the bus 411 from which the switching blade 408 receives the message. The transceiver 416 of the exchange blade 408 can be set by the exchange blade controller 418 to listen for messages on the bus, the message being stored on the bus 411 and containing its bit address in the initial destination address portion 704 of the message 702. Once the switching blade 408 determines that its own address is stored in the initial destination address portion 704, its transceiver 416 can obtain the message 702 from the bus 411. After receiving the message 702, the swap blade 408 is based on the final destination address field 706 to determine the final destination address. The blade routing or exchange message 702 is then exchanged to the first blade server, which is specified in the final destination address portion 706 of the message 702. Before the message 702 is stored in the bus transceiver 41 by the bus bar, the controller 418 can overwrite the initial destination address 7〇4 with the final destination address. In the case of the 24 1272500, the final destination address is the first blade servo. Address. The initial destination address 704 and the final destination address 706 of the modified message 702 will be the same address. The transceiver 416 of the exchange blade 408 transmits the modified message 702 on the bus 411. Figure 7B is a typical message 722 in accordance with an embodiment of the present invention, which is a modified version of message 720 in Figure 7A, which can be used to transfer information from the first blade server to the second blade server. Referring to Figure 7B, the initial destination address 724 and the final destination address 726 are the same and contain the address of the second blade server. Source address 728 can be the same as source address 708. The message body 730 can be similar to the message body 71A. The first blade server can be configured to listen to a message on the bus bar 4, the message including its bit address in the initial destination address 724 portion of message 722 of Figure 7B or the initial message 722 as in Figure 7 Destination address 724 and final destination address 726. After determining that the bit meta-address of the message is stored in the initial destination address 724 and the final destination address 726 or in the initial destination address 724 portion of the message 722, the transceiver 412 of the second blade server is from the bus 411. Receive message 722 (as in the fourth figure). Accordingly, the second blade server processes the information contained in the message body 730 portion of the message 722. The present invention is not limited to the typical messages disclosed in the sixth drawing, the sixth drawing, the seventh drawing, and the seventh drawing B. Other communication schemes may also be used without departing from the different features of inter-server communication within the kitchen of the feeder according to the present invention. For example, according to 25 1272500, the different time slot management schemes and packet schemes of the present invention can be used for communication between servers in a multi-server platform. In another aspect of the invention, the message is broadcast on the public bus 411 from at least one of the blades (e.g., Figure 4). For example, the broadcast address can be stored in at least the initial destination address 5〇8 portion or the final bit address 51 51 portion of the message 510. For example, one or more messages are broadcast on the public bus 411 by the exchange blade. The broadcast message can be used to indicate any one of the blade servers 4〇6 or the exchange blade 4〇8 to enter the special mode of operation or to perform special functions. In another aspect of the invention, the message is broadcast on the bus _ 'the bus bar indicates that at least a portion of the blade server is connected to the common bus 411 to listen for special time slots, eg, to obtain maintenance and/or provide instructions And / or run parameters. In another aspect of the present invention, according to the plurality of embodiments of the present invention, the data communication rate between any blade servers 2G3, 2G4, ..., 2G5 and the public money blade 2G2 may be any standard or non-standard. The data rate. According to a plurality of embodiments of the present invention, the public exchange blade (10) and any blade feeding machine network, Lu 2〇4 '...' 2〇5 (as shown in the first figure), the data communication rate can be any standard f non-standard data rate . In accordance with an embodiment of the present invention, each multi-blade-feeding device - 203 204 ... '205) provides a plurality of functions. Alternatively, one or more blade servers 203, ..., ..... can be used to provide * same and special functions. Multi-blade feeding machine integrated into the multi-server platform (10) can provide higher feeding service 26 I27250ti&quot; a I year: ι &quot;; ^·: .. :;';-·;: ν;'.^Π ^ density and It's much simpler, because all the clothes are placed in the early-equipment casing. The addition of a multi-blade boring machine provides a more reliable and scalable system. For scalability, it is easy to add, supply, or use more servers for higher throughput, and it is easy to remove the server for lower traffic. The integration of multiple servers in a single chassis makes it easy to achieve fault tolerance and several f&lt;lt; Correspondingly, redundancy ultimately leads to a significant reduction in reliability and downtime.

In accordance with another embodiment of the present invention, at least a portion of the blade server 12A includes one or a plurality of features as described below. The blade tipper (10) is a mold, and is chemically and independently&apos; and includes, for example, a card feeder or a single board computer (fox). The knife feed device 12G includes built-in cards such as ultra-dense (...gasbags) or board computers. Ultra-mild cards include, but are not limited to, a central processing unit (10), memory, hard disk, and 70 pieces. The blade ship H 12() cannot be exchanged, heat reduced and/or used for plug and play. The chassis 11G is shared between the power supply, the cooling fan, and one or more of the storage networks (10) or storage. In summary, the present invention provides a method and system for using a common exchange blade in a multi-feeding device to achieve a cross-at-bottom (four) blade-to-blade servo a, and a blade-changing blade in a multi-servo (four) multiple blade servos. The ability to communicate. In particular, the system for processing messages in a multi-server platform includes an exchange blade that can receive at least one data packet from a plurality of knives. At least - part of the blade ship and the money blade are connected to the public 27 1272500 bus. However, based on at least a portion of the received data packets, one or more of the identification words associated with the second blade servo can be routed by the blade exchange at least a second blade servo by exchanging at least a portion of the received packets. Device. The exchange blade controls the transmission of at least a portion of the received data packets to the second blade server via the public bus. To route information to the server, the first blade servo, the second blade servo, and any other blade gauges can be confirmed by swapping the blade. The identification words of the first blade server, the second blade server and the exchange blade may be such as a MAC address and/or an IP address. At least the identification of the first blade server can be obtained and/or transmitted to the switching blade and/or other blade servers by the exchange blade. The exchange blade is also suitable for transmitting at least a portion of any received data packets on a common bus. In another aspect of the invention, the inclusion of one or more of the received packets can be received by the exchange blade by the common bus. The "changing blade can also receive at least one packet from the second blade feeder" and transmit at least a portion of the received packet to the first blade server and/or more blade servers. Therefore, the present invention can be realized by a combination of a hard body, a soft body, or a combination of hard and soft bodies. This month can be achieved in a concentrated manner from the system in the month; or in a distributed manner, in the form of a knife cloth, the different components are distributed in some interconnected computer systems. Any type of computer system or other device that implements the method. A typical combination of hardware and software is a multi-purpose computer system with a computer program. When the 28 Π 72500 &quot; T. .1 program is loaded and executed, the computer is controlled to implement the method interspersed herein. The present invention is also applicable to a computer program product which includes all of the features enabling the described method to be implemented when the hard type is loaded in the computer system. In this content, the computer program refers to any set of instructional expressions in any language, code or symbol. The system can be used by the system to perform special functions after completing any of the following __ fields. (1) Transform into another language, code or symbol; (2) copy of different material forms. 'In summary, the invention complies with the invention patent requirements, and loves to file a patent application according to law. The above description is only the preferred embodiment of the present invention, and equivalent modifications or variations made by those skilled in the art will be included in the following claims. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a block diagram of an embodiment of a multi-server platform of the present invention; the second drawing is a block diagram of an embodiment of a communication system in accordance with various aspects of the present invention, the communication system including Multi-server platform and external network; the second figure is an embodiment of the present invention using the second graph multi-server platform to provide the inter-peak-to-peak server communication step; the fourth figure is to provide a plurality of blade servers A block diagram of an embodiment of a public tablet; FIG. 5 is an embodiment of a message format of the present invention, which may be handed over to 29

I27250C is used to change the blade to transmit the capital. Figure A is a typical message according to an embodiment of the present invention, and the message can be used to transmit information from the first blade server to the second blade server;

Figure 6B is a typical message according to an embodiment of the present invention. The message is a modified version of the AI message of the sixth figure, and can be used to transmit information from the first blade to the second blade server; According to a typical response message according to an embodiment of the present invention, the message can be used to transmit information from the first blade server to the second blade server; FIG. 7B is a typical message according to an embodiment of the present invention, the message is Figure 7 ★ The revised version of the message 'can be used to transfer information from the first blade server to the second blade server. [Main component symbol description] Multi-server platform 100 Chassis 110 Blade server 120 Backplane 130 Exchange blade 140 Blade server interface 150 Network interface 160 Network 170 System 200 Multi-server platform 201 Common exchange blade 202 First Blade Server 203 苐 锋 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 204 206 206 206 206 206 206 206 206 206 206 206 206 206 206 206 206 206 206 206 206 206 204 204 204 204 204 Server bus transceiver transceiver bus message header message body

406 Exchange Blades 408 410, 412, 414, 416 411 Controllers 418 502, 620, 720, 722 504 506, 610, 630, 710, 730 Initial Destination Address Final Destination Address Source Address Typical Message Typical Response Messages 508, 604, 624 , 704, 724 510, 606, 626, 706, 726 512, 608, 628, 708, 728 602, 622 702

31

Claims (1)

1272500 X. Applying for a patent garden: 1. A method for transmitting information in a server, comprising: receiving at least one data packet from at least one of the plurality of blade feeders, at least a part of the complex ride The miner is arbitrarily arranged; at least one identification word associated with at least one second blade server is determined based on at least a portion of said received at least one data packet. 2. The method for transmitting information in a server as described in the scope of the patent application, the method further comprising routing at least a portion of the at least one received data packet to at least the second blade servo Device. 3. The method for transmitting information in a feeding device as described in the item of claim </RTI> </ RTI> wherein the method further comprises transmitting, by the whistle, the at least a portion of the received data packet to the office Said at least said second blade feeding device. 4. If you apply for a patent scope! The method for transmitting information in a server, the method further comprising controlling the material of the inspection packet by an exchange blade connected to the common bus. 5, as described in claim 4, for transmitting information in the server, the method further comprising determining at least one identification word of the exchange blade. 6 The method for transmitting information in a server as described in claim 5, wherein the method further comprises determining at least one identifiable word of the first blade server. 7 · The method for transmitting information in the server as described in item 6 of the scope of the patent application 32 1272500 method described in the above-mentioned - the word of the paste, the word == the word and the said run Soil == one of the IP addresses. a method of transmitting information for a long time, the method further comprising: obtaining at least one identification word of the first blade server; At least the second blade server is identified as described in transmitting the first blade. 9. - a machine-readable storage device comprising a computer-private storage device on the storage device, the program having at least one code segment for transmitting information in the server; the code segment being executed by the machine to cause the machine Performing the following steps: receiving at least one data packet from the first blade server of the plurality of blade servers, at least a part of the plurality of blade servers being connected to the common bus bar; Determining at least one identification word associated with the at least one second blade server based on at least a portion of the received at least one data packet; routing at least a portion of the at least one received data packet to at least the first blade feeder . 10 - a system for transmitting information in a server, comprising: at least one blade server, the server receiving at least one data packet from at least one of a plurality of blade servers - at least a portion of said plurality The blade server is connected to the public busbar; 33 10; 111 1272500 95 ' . &quot; : / soil; at least one of the blade feeders received by the parent portion determines at least one and at least I' said at least One of the identification words; the brother received a blade related to the server 34 .&gt; VI (1) The representative representative of the case is: (1). (2) Simple description of the symbol of the representative figure: Multi-server platform 100 Chassis 110 Blade server 120 Backplane 130 Exchange blade 140 Blade server interface 150 Network interface 160 Network 170 8. If there is a chemical formula in this case, please reveal The chemical formula that best shows the characteristics of the invention: