WO2010145582A1 - Method, device and system for remote accessing to hardware thread in multi-core system - Google Patents

Method, device and system for remote accessing to hardware thread in multi-core system Download PDF

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Publication number
WO2010145582A1
WO2010145582A1 PCT/CN2010/074498 CN2010074498W WO2010145582A1 WO 2010145582 A1 WO2010145582 A1 WO 2010145582A1 CN 2010074498 W CN2010074498 W CN 2010074498W WO 2010145582 A1 WO2010145582 A1 WO 2010145582A1
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WIPO (PCT)
Prior art keywords
vcp
terminal
tcp
arp
address
Prior art date
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PCT/CN2010/074498
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French (fr)
Chinese (zh)
Inventor
朱名恩
Original Assignee
中兴通讯股份有限公司
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Publication of WO2010145582A1 publication Critical patent/WO2010145582A1/en

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Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L69/00—Network arrangements, protocols or services independent of the application payload and not provided for in the other groups of this subclass
    • H04L69/16—Implementation or adaptation of Internet protocol [IP], of transmission control protocol [TCP] or of user datagram protocol [UDP]
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L69/00—Network arrangements, protocols or services independent of the application payload and not provided for in the other groups of this subclass
    • H04L69/12—Protocol engines
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L69/00—Network arrangements, protocols or services independent of the application payload and not provided for in the other groups of this subclass
    • H04L69/16—Implementation or adaptation of Internet protocol [IP], of transmission control protocol [TCP] or of user datagram protocol [UDP]
    • H04L69/161—Implementation details of TCP/IP or UDP/IP stack architecture; Specification of modified or new header fields

Definitions

  • the processor is increasingly used as a power tool.
  • the hardware can be different and different software versions. Therefore, from the software point of view, the hardware can be regarded as a similar central sheep (VCP, V a Ce a Poce g )
  • the multi-processor system in the middle of the system is also multi-functional, and it is provided by the outside of the system.
  • the only use of the extra-ether Ethernet is only the (P, he e ooco) address.
  • some operations such as mercury (e e ) or file (TP, eTa Pooco) are required to transfer mercury to a specific vCP.
  • the existing wood is a sheep machine and cannot be operated on a specific vCP.
  • Even with the multi-P address of the current multi-address it is possible to e- or TP-like mercury to a specific vCP, but in a way that will occupy a large amount of limited P resources.
  • the wood to be solved is a method, a device and a system for providing mercury multi-system hardware, and in the case where only the ether is provided outside the multi-system, Mercury to multiple vCPs of multiple systems.
  • the wood scheme used here is a method of mercury multi-system hardware, including
  • the address of the terminal to the multi-control (TCP) multi-speed engine will receive the TCP of the terminal.
  • vCP will TCP the purpose of vCP
  • the vCP speed engine will be the TCP address terminal.
  • the terminal and multi-connection mutual address includes the terminal to the multi-access control (AC) address and the multi-directional terminal AC address.
  • Terminal to multiple AC address includes
  • the multi-speed engine receives the ARP of the terminal,
  • Multi-directional terminal AC address includes
  • the terminal sends ARP with terminal AC address to the system.
  • the multi-speed engine receives the ARP of the terminal,
  • vCP ARP is divided into vCPs. CP and CP ARP, the method includes the terminal AC address to the vCP and vCP ARP ARP text with the terminal AC address.
  • the TCP of the terminal that will be received by the multi-speed engine is the TCP of the terminal that will be received by the multi-speed engine
  • the method includes the length of the main vCP P part is increased to the length of the P carrying the TCP, and the P-part and TCP packets are received on the encapsulation.
  • the method includes the vCP TCP packets in the vCP TCP text.
  • a device that provides near-mercury hardware including a speed engine, a first, a branch, and a second
  • the speed engine the TCP vCP of the receiving terminal, receives the TCP terminal of the destination vCP in the multi-system
  • the TCP branch received by the master vCP, in the vCP, the TCP received by the vCP
  • the speed engine will be the TCP address terminal.
  • the speed engine will have an ARP with a multi-standard AC address.
  • the AC address of the terminal in the terminal is sent to the local ARP.
  • the TCP executes the e e command or the TP command in the TCP file, and the speed engine will use the TCP terminal.
  • each of the TCP files in the branching step will be TCP.
  • the speed engine the TCP vCP of the receiving terminal, receives the TCP terminal of the destination vCP in the multi-system
  • the TCP branch received by the master vCP, in the vCP, the TCP received by the vCP
  • the speed engine will be the TCP address terminal.
  • the speed engine will have an ARP with a multi-standard AC address.
  • the AC address of the terminal with the mercury is sent to the local ARP server.
  • TCP executes his e command or TP command in the TCP file, and the speed engine will use the TCP terminal.
  • the wood plan this has at least the following
  • the method, device and system of the mercury multi-system hardware the TCP vCP of the terminal received by the multi-speed engine, the vCP of the vCP TCP, the destination vCP
  • the speed engine will be a TCP terminal.
  • the instinct can only provide the vCP of the mercury to the multi-system in the case of the multi-connection, so as to facilitate the positioning of each vCP and the obstacle.
  • Existing wood is still in
  • VxWo has excellent reliability and excellence in the fields of communication, aviation, high-altitude and high requirements.
  • V eW supports e e , has TCP / P , provides e e , and other functions , so this is the VxWo operating system
  • composition 1 of the multi-system and multi-system including vCP and vCP This is shown in the composition 1 of the multi-system and multi-system including vCP and vCP.
  • the method of user e e Mercury multi-method, the method of mercury multi-system hardware, 2, including the following steps, all vCP of the system, will be P
  • each of the vCPs of the multi-system is the processor of the vCP and the ee of each.
  • the ee on the vCP is different. Since the user also prioritizes all the vCP's methods, The user terminal to the multi-element ee e text, each in the main vCP ee will be the purpose of the vCP of mercury.
  • Step 1 2 Since e e is TCP/P, each communication requires a channel address, which is more than each AC address, so the terminal and the multi-system need to have mutual addresses. Step 1 2
  • the terminal is directed to the multiple AC address, as shown in 3, including
  • Step 2 The multi-speed engine receives the ARP and vCP of the terminal.
  • Step 3 The vCP speed engine sends the ARP with the multi-function AC address to the terminal.
  • Multi-directional terminal AC address shown in 4, including
  • Step 4 All vCP speed engines in the system are directed to the terminal ARP.
  • Step 5 The terminal sends the ARP with the terminal AC address to the multi-system.
  • Step 6. The multi-speed engine receives the terminal's ARP, vCP, and vCP to send the terminal's AC address mercury to the local ARP.
  • Step 7. The context information of the vCP ARP is received, and the ARP file is received and encapsulated. The encapsulated ARP is divided into all vCPs, and all vCPs are used to send the terminal's AC address to the local ARP.
  • Step 1 3 The terminal address is to e e.
  • Step 1 4 The multi-speed engine AE receives the ee of the terminal.
  • Tongtong communication will ee vCP.
  • it is a fast communication method provided by a specific processor.
  • the fast message of R company's multiprocessor (ae ag g ewo )
  • Step 1 5 vCP e e analysis, each of the belts, if it is the body, special steps 1 6 Otherwise explain the core vCP each, special steps 107
  • Step 1 Direct e e , execute the e command in the e e text, and send the e e text communication to the speed engine, the speed engine terminal, and the flow.
  • Step 1 vCP carries the P of e e, increases the length of P to P, and then re-sums.
  • the reason for the step is that the existing wood in the PCP received by the vCP is the sum of the P parts of the P and the length of the P, the sum of the P parts is 0, and the length of the P is subtracted from the length of the P common part, and The needs received by vCP in this Ming Dynasty
  • vCP received the sum of the P part and the length of the P, so the original P that carries the e e, vCP received can be used.
  • Step 1 The vCP communicates with the encapsulated e e to each vCP of the band, and e e .
  • Step 9 The vCP receives the e e of the encapsulation, parses out the reception, e e , and the legitimacy of the reception and the length of the file, and receives the resources in the port.
  • each P is the same.
  • the vCPs of the multi-system are each of the vCP body and the TP of the multi-system. In the same system, since the physical organs of the vCP are unique, the TPs on the vCP are different. Since the user also prioritizes all the vCP modes, the user terminal sends the mercury to each of the TP texts in the main vCP TP. Step 22, because the TP is TCP/P, each communication Need the address, than the AC address, so first the terminal and the multi-system need the phase address, step 22
  • the terminal is directed to the multiple AC address, as shown in 3, including
  • Step 2 The multi-speed engine receives the ARP and vCP of the terminal.
  • Step 3 The vCP speed engine sends the ARP with the multi-function AC address to the terminal.
  • Multi-directional terminal AC address shown in 4, including
  • Step 4 All vCP speed engines in the system are directed to the terminal ARP.
  • Step 5 The terminal sends the ARP with the terminal AC address to the multicast.
  • the multi-speed speed engine receives the terminal's ARP, vCP, and vCP to transfer the terminal's AC address to the local ARP.
  • Step 7 The context information of the vCP ARP is received.
  • the ARP packet is received and encapsulated.
  • the encapsulated ARP is used to divide all vCPs. All vCPs will flood the terminal's AC address to the local ARP.
  • Step 23 The terminal address is to the TP.
  • Step 24 The multi-speed engine receives the TP of the terminal, and the common communication will be TP vCP.
  • Communication is a fast communication method provided by a specific processor. For example, R company's multi-processor quick message step 25, vCP TP analysis, each body of each band is near vCP, if it is each body, then Step 206 Otherwise, step 207
  • Step 206 Direct TP, execute the TP command in the TP text, and send the TP text communication to the speed engine, the speed engine terminal, and the flow.
  • Step 27 The vCP carries the P of the TP, increases the length of the P part to the length of the P, and then re-sums.
  • the reason for performing step 207 is that the existing wood is in the P phase of the VCP, and the length of the P portion of the P and the length of the P are different, the sum of the P parts is 0, and the length of the P is subtracted from the length of the P common part.
  • the vCP received the required vCP, and the vCP received the P.
  • the sum of the sum and the length of P is, however, so that the CP that carries the TP is not, the CP is received often.
  • Step 2 The vCP sends the encapsulated TP to each vCP of the band with the communication, and the TP is released.
  • Step 29 The vCP receives the encapsulated TP, parses out the receiving, TP, and the legitimacy of the receiving and the length of the file, and receives the resources in the port.
  • Step 21 The vCP executes the P command in the TP text, and sends the F P text communication directly to the speed engine, and the speed engine terminal.
  • the third, mercury-based hardware device, 6 is shown, the device includes
  • the Velocity Engine which receives the vCP of the terminal, receives all vCP terminals in the system.
  • the speedometer engine In the vCP, the ARP in the text received by the master vCP, the speedometer engine will have an ARP terminal with a multi-standard AC address.
  • each of the TCP packets can be in the destination vCP of the TCP.
  • Each is the physical and physical of the vCP in the multi-system.
  • both e e and P are on TCP, both e and TP are on TCP.
  • the Velocity Engine which receives the vCP of the terminal, receives all vCP terminals in the system.
  • the speedometer engine In the vCP, the ARP in the text received by the master vCP, the speedometer engine will have an ARP terminal with a multi-standard AC address.
  • each of the TCP packets can be in the destination vCP of the TCP.
  • Each is the physical and physical of the vCP in the multi-system.
  • the AC address of the terminal with the mercury is sent to the local ARP, and the e e command or the TP command in the TCP file is executed, and the speed engine will TCP.

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  • Engineering & Computer Science (AREA)
  • Computer Security & Cryptography (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Small-Scale Networks (AREA)
  • Data Exchanges In Wide-Area Networks (AREA)

Abstract

A method, device and system for remote accessing to a hardware thread in the multi-core system are provided. The method includes that the network acceleration engine in a multi-core system sends a TCP (Transfer Control Protocol) request message received from a terminal to a master virtual CPU (Central Processing Unit); the master virtual CPU sends the TCP request message to the corresponding target virtual CPU to process it; and the target virtual CPU sends the TCP response message to the terminal via the network acceleration engine. When the multi-core system only provides an external Ethernet port, each of the virtual CPUs in the multi-core system can be remote accessed to in the invention, so as to maintenance and locate a failure respectively for each of the virtual CPUs in the multi-core system. Compared with the multi-core system having many IP (internal protocol) addresses in the prior which is still in a running-in stage, although the specified virtual CPU can similarly be accessed to by way of telnet, FTP(File Transfer Protocol) and so on, the ways above in the invention don't need to largely occupy the limited IP resource.

Description

多 統硬件哉 的方法、 裝置及 統 木領域  Method, device and system of multi-system hardware
本 涉及 理器 木領域， 尤其涉及 汞多 統硬 件 的方法、 裝置及 統。 背景 木  This relates to the field of wood, especially to methods, devices and systems for mercury-based hardware. Background
在屯子技木的 中， 由于降低成本的需求， 統日益 地使用多 理器作力 理器。 多 理器內部有多 ， 內部 有多 硬件 ， 硬件 可以 行不同的且各 的軟件版 本， 所以 軟件的角度上看， 硬件 都可以看作是 介 似的中央 羊 (VCP , V a Ce a Poce g )  In the scorpion technology, due to the need to reduce costs, the processor is increasingly used as a power tool. There are many internals of the multi-processor, and there are many hardwares inside. The hardware can be different and different software versions. Therefore, from the software point of view, the hardware can be regarded as a similar central sheep (VCP, V a Ce a Poce g )
通常情況下， 介 中的多 理器 統也 多 統， 是作 力 介 休 外提供 各的， 介多 統只使用 介 外的以太 ， 只有 介 ( P, 他 e ooco )地址。 但是 了 于 多 統中的硬件 和 障定位， 需要通 汞 ( e e )或 文件 ( TP, eTa Pooco )等方式 汞到特定的vCP 上 某些操作。 而現有的 木都是 羊 理器 統的， 不能 汞到特定的vCP 上 操作。 即使是目前赴于 的多 P地址 的多 統， 然可以 e e 或 TP等方式 汞到特定的vCP , 但是在 方式將大量的占用有限的 P資源。 內容  Usually, the multi-processor system in the middle of the system is also multi-functional, and it is provided by the outside of the system. The only use of the extra-ether Ethernet is only the (P, he e ooco) address. However, in the hardware and barrier location of the multi-system, some operations such as mercury (e e ) or file (TP, eTa Pooco) are required to transfer mercury to a specific vCP. The existing wood is a sheep machine and cannot be operated on a specific vCP. Even with the multi-P address of the current multi-address, it is possible to e- or TP-like mercury to a specific vCP, but in a way that will occupy a large amount of limited P resources. Content
本 要解決的 木 是， 提供 汞多 統硬件 的 方法、 裝置及 統， 在多 統 外只提供 介以太 的情況下， 汞到多 統的各 vCP 。 The wood to be solved is a method, a device and a system for providing mercury multi-system hardware, and in the case where only the ether is provided outside the multi-system, Mercury to multiple vCPs of multiple systems.
本 用的 木方案是， 汞多 統硬件 的方法， 方法包括  The wood scheme used here is a method of mercury multi-system hardware, including
終端和多 統相互 地址  Terminal and multi-connection mutual address
終端 的 地址向多 統 控制 (TCP) 多 統的 速引擎將接收到的 終端的 TCP  The address of the terminal to the multi-control (TCP) multi-speed engine will receive the TCP of the terminal.
似的中央 羊 ( CP ) Central sheep (CP)
vCP 將 TCP 的目的vCP  vCP will TCP the purpose of vCP
目的 vCP 速引擎將TCP 地址 終 端。  Purpose The vCP speed engine will be the TCP address terminal.
終端和多 統相互 地址包括 終端向多 統 休接 控制 ( AC)地址和多 統向終端 AC地址。  The terminal and multi-connection mutual address includes the terminal to the multi-access control (AC) address and the multi-directional terminal AC address.
終端向多 統 AC地址包括  Terminal to multiple AC address includes
終端向多 統 A P  Terminal to ATP
多 統的 速引擎接收 終端的ARP ，  The multi-speed engine receives the ARP of the terminal,
vCP 。 vCP.
多 統向終端 AC地址包括  Multi-directional terminal AC address includes
多核 統中的vCP 速引擎向終端 ARP  vCP speed engine in multi-core system to terminal ARP
終端向多 統 送帶有終端 AC地址的ARP  The terminal sends ARP with terminal AC address to the system.
多 統的 速引擎接收 終端的ARP ，  The multi-speed engine receives the ARP of the terminal,
vCPvCP
vCP ARP 支分 各 vCP 。 CP 和 CP 理所 ARP ， 方法近包括 將終端的 AC地址 汞到 vCP 和 vCP 的ARP ARP 文中帶有終端 AC地址。 vCP ARP is divided into vCPs. CP and CP ARP, the method includes the terminal AC address to the vCP and vCP ARP ARP text with the terminal AC address.
在所 多 統的 速引擎將接收到的 終端的TCP The TCP of the terminal that will be received by the multi-speed engine
vCP ， vCP TCP 的目的 vCP 前， 方法近包括 主vCP P 部的長度增 到承載TCP 的 P 的長度 重新 P 部的 和 TCP 文 上接收 封裝。  vCP, vCP TCP The purpose of vCP before, the method includes the length of the main vCP P part is increased to the length of the P carrying the TCP, and the P-part and TCP packets are received on the encapsulation.
在所 多 統的 vCP 分別 各 的 各 的情況下， 方法近包括 所迷 vCP TCP 文中 帶的 各 將 TCP 的目的vCP 其中，  In the case of each of the various vCPs, the method includes the vCP TCP packets in the vCP TCP text.
各 多 統中的 vCP 身的 理器 和 的 汞 各 的 。  The vCP body and the mercury in each of the various systems.
本 近提供 汞多 統硬件 的裝置， 裝置包括 速引擎、 第 、 支分 和第二  A device that provides near-mercury hardware, including a speed engine, a first, a branch, and a second
其中， among them,
速引擎， 于接收 終端的TCP vCP , 接收 多 統中目的vCP 的TCP 終端  The speed engine, the TCP vCP of the receiving terminal, receives the TCP terminal of the destination vCP in the multi-system
第 ， 于 vCP 中， 于 理主 vCP 收到的 TCP 支分 ， 于 vCP 中， 于將 vCP 收到的TCP  In vCP, the TCP branch received by the master vCP, in the vCP, the TCP received by the vCP
的目的vCP  Purpose vCP
第二 ， 于目的 vCP TCP ， 通 速引擎將TCP 地址 終端。  Second, for the purpose of vCP TCP, the speed engine will be the TCP address terminal.
速引擎， 步 于接收 多 統中各 vCP 的 終端 Speed engine, step by step to receive each vCP in the multiplex Terminal
第 ， 步 于 理主 CP 收到的 文中的ARP ， 通 速引擎將 帶有多 統 AC地址的 ARP  First, the ARP in the text received by the master CP, the speed engine will have an ARP with a multi-standard AC address.
終端  Terminal
支分 ， 步 于將 vCP 收到的 文中的ARP 支 分 各 vCP  Branching, stepping on the ARP branch of the text received by the vCP, each vCP
第二 ， 于各 vCP 中， 于收到ARP ， 將其中 帶的終端的 AC地址 汞到本地的ARP 中 理所 TCP 執行TCP 文中的 e e 命令或者 TP命令， 通 速 引擎將TCP 終端。  Second, in each vCP, after receiving the ARP, the AC address of the terminal in the terminal is sent to the local ARP. The TCP executes the e e command or the TP command in the TCP file, and the speed engine will use the TCP terminal.
在多 統的 vCP 分別 各 的 各 的情況下， 支分 步 TCP 文中 帶的 各 將 TCP  In the case of each of the vCPs of the multi-system, each of the TCP files in the branching step will be TCP.
的目的vCP 中的第二 其中，  The second of the purpose of vCP
各 多 統中的 vCP 身的 理器 和 的 汞 各 的 。  The vCP body and the mercury in each of the various systems.
本 近提供 汞多 統硬件 的 統， 終端  The system of providing mercury multi-system hardware, terminal
多 統相連， 統近包括 速引擎、 第 、 支分 和第二 其中，  Connected to multiple systems, including the speed engine, the first, the branch, and the second.
速引擎， 于接收 終端的TCP vCP , 接收 多 統中目的vCP 的TCP 終端  The speed engine, the TCP vCP of the receiving terminal, receives the TCP terminal of the destination vCP in the multi-system
第 ， 于 vCP 中， 于 理主 vCP 收到的 TCP 支分 ， 于 vCP 中， 于將 vCP 收到的TCP  In vCP, the TCP branch received by the master vCP, in the vCP, the TCP received by the vCP
的目的vCP  Purpose vCP
第二 ， 于目的 vCP TCP ， 通 速引擎將TCP 地址 終端。 Second, in the purpose of vCP TCP, pass The speed engine will be the TCP address terminal.
速引擎， 步 于接收 多 統中各 CP 的 終端  Speed engine, stepping on receiving the terminals of each CP in the system
第 ， 步 于 理主 CP 收到的 文中的ARP ， 通 速引擎將 帶有多 統 AC地址的 ARP  First, the ARP in the text received by the master CP, the speed engine will have an ARP with a multi-standard AC address.
終端  Terminal
支分 ， 步 于將 vCP 收到的 文中的ARP 支 分 各 vCP  Branching, stepping on the ARP branch of the text received by the vCP, each vCP
第二 ， 于各 vCP 中， 于收到ARP ， 將其中 帶的終端的 AC地址 汞到本地的ARP 理所 TCP 執行TCP 文中的他 e 命令或者 TP命令， 通 速 引擎將TCP 終端。  Second, in each vCP, after receiving the ARP, the AC address of the terminal with the mercury is sent to the local ARP server. TCP executes his e command or TP command in the TCP file, and the speed engine will use the TCP terminal.
上 木方案， 本 至少具有下列  The wood plan, this has at least the following
本 汞多 統硬件 的方法、 裝置及 統， 多 統的 速引擎將接收到的 終端的 TCP vCP , vCP TCP 的目的vCP ， 目的vCP  The method, device and system of the mercury multi-system hardware, the TCP vCP of the terminal received by the multi-speed engine, the vCP of the vCP TCP, the destination vCP
速引擎將TCP 終端。 本 能在多 統 外只提 供 介以太 的情況下， 汞到多 統的各 vCP ， 以便于分別 多 統的各 vCP 和 障定位。 現有 木中尚 于  The speed engine will be a TCP terminal. The instinct can only provide the vCP of the mercury to the multi-system in the case of the multi-connection, so as to facilitate the positioning of each vCP and the obstacle. Existing wood is still in
的多 P地址的多 統相比， 然都可以 e e 或 TP等方式 汞到特定的vCP ， 但是本 須方式大量的占用有限的 P資源。 說明 Compared with the multi-P address multi-system, it is possible to e- or TP-like mercury to a specific vCP, but this mode requires a large amount of limited P resources. Description
1力本 第 、 中多 統的組成示意 1 The composition of the first and middle multi-systems
2力本 第 汞多 統硬件 的方法流程 3 終端向多 統 AC地址流程2 method of the third mercury multi-system hardware 3 terminal to multi-process AC address process
4 多 統向終端 AC地址流程 4 multiple unified terminal AC address flow
5 力本 第二 汞多 統硬件 的方法流程 6力本 第三 汞多 統硬件 裝置示意 7力本 第 汞多 統硬件 統示意 。 休 方式  5 The method of the second mercury multi-system hardware process 6 The third mercury multi-system hardware device diagram 7 The power of the first mercury multi-system hardware. Hugh way
力更 步 本 預定目的 的 木手段及功效以下 結合 因及較佳 ， 本 提出的 汞多 統硬件 的方法、 裝置及 統， 細說明 。  The method and device of the mercury multi-layer hardware proposed in the present invention are described in detail below.
在嵌 操作 統方面， VxWo 以 良好的可靠性和卓越的 在通信、 、 航空、 等高 木及 要求 高的領域中。 VxWo 支持 的 e e ， 有TCP/P ， 提 供 e e、 等功能， 所以本 于VxWo 操作 統  In terms of embedded systems, VxWo has excellent reliability and excellence in the fields of communication, aviation, high-altitude and high requirements. V eW supports e e , has TCP / P , provides e e , and other functions , so this is the VxWo operating system
。  .
本 第 ，以包含 介 vCP 和 vCP 的多 統 ， 多 統的組成 1所示。 用戶 e e 的方式 汞多 統， 汞多 統硬件 的方法， 2所示， 包括 下步驟 步驟 、 多 統的所有vCP ， ， 將 P  This is shown in the composition 1 of the multi-system and multi-system including vCP and vCP. The method of user e e Mercury multi-method, the method of mercury multi-system hardware, 2, including the following steps, all vCP of the system, will be P
到 ， P。 由于多 統只 外提供 介統 的 P， 所以 各 的 P都是相同的。 多 統的 vCP 分別 各 的 各 ， 各 是 多 統中的 vCP 身的 理器 和 的 e e 各 的。在同 介多 統中， 由于 vCP 身的 理器 都是唯 的， vCP 上的 e e 各 也 不相同。 由于用戶事先也 道所有 vCP 的 各 的 定方式， 因此 用戶 終端向多 統 的 ee e 文中 各 ， 各 在主vCP e e 將 汞的目的vCP 。 To, P. Since the multi-system only provides the P of the system, the Ps are the same. Each of the vCPs of the multi-system is the processor of the vCP and the ee of each. In the same system, since the physical organs of the vCP are unique, the ee on the vCP is different. Since the user also prioritizes all the vCP's methods, The user terminal to the multi-element ee e text, each in the main vCP ee will be the purpose of the vCP of mercury.
步驟 1 2、 由于 e e 是 于TCP/P 的， 各同通信 需要 道 地址， 比 各的 AC地址， 所以終端和多 統需要相互 地址， 步驟 1 2 休包括 下  Step 1 2. Since e e is TCP/P, each communication requires a channel address, which is more than each AC address, so the terminal and the multi-system need to have mutual addresses. Step 1 2
1)終端向多 統 AC地址， 3所示， 包括  1) The terminal is directed to the multiple AC address, as shown in 3, including
步驟 、 終端向多 統 ARP 。  Steps: The terminal goes to the ARP.
步驟 2、 多 統的 速引擎接收 終端的ARP ， vCP 。  Step 2. The multi-speed engine receives the ARP and vCP of the terminal.
步驟 3、 vCP 速引擎向終端 送帶有多 統 AC 地址的ARP 。  Step 3. The vCP speed engine sends the ARP with the multi-function AC address to the terminal.
2) 多 統向終端 AC地址， 4所示， 包括  2) Multi-directional terminal AC address, shown in 4, including
步驟 4、 多 統中的所有vCP 速引擎向終端 ARP 。  Step 4. All vCP speed engines in the system are directed to the terminal ARP.
步驟 5、 終端向多 統 送帶有終端 AC地址的ARP 。 步驟 6、 多 統的 速引擎接收 終端的ARP ， vCP ， vCP 將終端的 AC地址 汞到本地的ARP 中。 步驟 7、 vCP ARP 的上下文信息得 接收 ， 將ARP 文 上接收 封裝， 然 將封裝 的 ARP 支分 所有的 vCP ， 所有的 vCP 將終端的 AC地址 汞到本 地的ARP 中。  Step 5: The terminal sends the ARP with the terminal AC address to the multi-system. Step 6. The multi-speed engine receives the terminal's ARP, vCP, and vCP to send the terminal's AC address mercury to the local ARP. Step 7. The context information of the vCP ARP is received, and the ARP file is received and encapsulated. The encapsulated ARP is divided into all vCPs, and all vCPs are used to send the terminal's AC address to the local ARP.
需要說明的是， 上 1)終端向多 統 AC地址、 以及2) 多 統向終端 AC地址 沒有先 順序， 可以同 。 步驟 1 3、 終端 地址向多 統 e e 。  It should be noted that the above 1) the terminal to the multi-processor AC address, and 2) the multi-ordinate to the terminal AC address have no prior order, and may be the same. Step 1 3. The terminal address is to e e.
步驟 1 4、 多 統的 速引擎 AE收到終端 的 e e ， 通 同通信將 e e vCP 。 同通信 般都是 特定 理器內部提供的快速通信方式， 例 R 公司的多 理器的快速 消息 ( a e ag g ewo ) Step 1 4. The multi-speed engine AE receives the ee of the terminal. , Tongtong communication will ee vCP. As with communication, it is a fast communication method provided by a specific processor. For example, the fast message of R company's multiprocessor (ae ag g ewo )
步驟 1 5、 vCP e e 分析， 帶的 各 是否 身的 各 ， 若是 身的 各 ， 特步驟 1 6 否則說明核 各 vCP 的 各 ， 特步驟 107  Step 1 5, vCP e e analysis, each of the belts, if it is the body, special steps 1 6 Otherwise explain the core vCP each, special steps 107
步驟 1 6、直接 e e ，執行 e e 文中的他 e 命令， 且將 e e 文通 同通信 送到 速引擎， 由 速引擎 終端， 流程 。  Step 1 6. Direct e e , execute the e command in the e e text, and send the e e text communication to the speed engine, the speed engine terminal, and the flow.
步驟 1 7、 vCP 于承載 e e 的 P ， 將 P 部的 長度增 到 P 的 中，然 重新 和。 步的原因是， 現有 木在vCP 接到 的 P 理中 P 的 P 部的 和 以及 P 的長度有所 ， P 部的 和 賦值 0， 且將 P 的長度減去了 P共部的長度， 而本 明中 vCP 收到的 需要 Step 1 7. vCP carries the P of e e, increases the length of P to P, and then re-sums. The reason for the step is that the existing wood in the PCP received by the vCP is the sum of the P parts of the P and the length of the P, the sum of the P parts is 0, and the length of the P is subtracted from the length of the P common part, and The needs received by vCP in this Ming Dynasty
vCP ， vCP 收到 了 P 部的 和以及 P 的長度的 是 而 ，所以在 將 了的承載 e e 的 P 原狀， vCP 收到 才能 常 。  vCP, vCP received the sum of the P part and the length of the P, so the original P that carries the e e, vCP received can be used.
步驟 1 8、 vCP 同通信將封裝 的 e e 送到 帶的 各 的 vCP ， 且 e e 。 步驟 9、 vCP 收到封裝 的 e e ， 中解析出接收 、 e e ， 且 接收 、 文長度等 行合法性 ， 接收 口中 資源。  Step 1 8. The vCP communicates with the encapsulated e e to each vCP of the band, and e e . Step 9. The vCP receives the e e of the encapsulation, parses out the reception, e e , and the legitimacy of the reception and the length of the file, and receives the resources in the port.
步驟 、 vCP 執行 e e 文中的 e e命令， 且將 e e 文通 同通信直接 送到 速引擎， 由 速引擎 終端。 本 第二 ，以包含 介 CP 和 CP 的多 統 ， 多 統的組成 1所示。 用戶 TP 的方式 汞多 統， 汞多 統硬件 的方法， 5所示， 包括 下步驟 步驟 2 1、 多 統的所有vCP ， ， 將 P Steps: The vCP executes the ee command in the ee text, and sends the ee text communication directly to the speed engine, and the speed engine terminal. This second is shown in composition 1 with multiple systems including CP and CP. User TP's method of mercury multi-system, mercury multi-system hardware method, shown in 5, including the next step 2 1 , all vCP of the multi-system, will be P
到 ， P。 由于多 統只 外提供 介統 的 P， 所以 各 的 P都是相同的。 多 統的 vCP 分別 各 的 各 ， 各 是 多 統中的 vCP 身的 理器 和 的 TP 各 的。 在同 介多 統中， 由于 vCP 身的 理器 都是唯 的， vCP 上的 TP 各 也不 相同。 由于用戶事先也 道所有 vCP 的 各 的 定方式， 因此用 戶 終端向多 統 的 TP 文中 各 ， 各 在主vCP TP 將 汞的目的v P 步驟 22、 由于 TP是 于TCP/P 的， 各同通信 需要 道 地址， 比 各的 AC地址， 所以首先終端和多 統需要相 地址， 步驟 22 休的包括 下  To , P. Since the multi-system only provides the P of the system, each P is the same. The vCPs of the multi-system are each of the vCP body and the TP of the multi-system. In the same system, since the physical organs of the vCP are unique, the TPs on the vCP are different. Since the user also prioritizes all the vCP modes, the user terminal sends the mercury to each of the TP texts in the main vCP TP. Step 22, because the TP is TCP/P, each communication Need the address, than the AC address, so first the terminal and the multi-system need the phase address, step 22
1)終端向多 統 AC地址， 3所示， 包括  1) The terminal is directed to the multiple AC address, as shown in 3, including
步驟 、 終端向多 統 ARP 。  Steps: The terminal goes to the ARP.
步驟 2、 多 統的 速引擎接收 終端的ARP ， vCP 。  Step 2. The multi-speed engine receives the ARP and vCP of the terminal.
步驟 3、 vCP 速引擎向終端 送帶有多 統 AC 地址的ARP 。  Step 3. The vCP speed engine sends the ARP with the multi-function AC address to the terminal.
2) 多 統向終端 AC地址， 4所示， 包括  2) Multi-directional terminal AC address, shown in 4, including
步驟 4、 多 統中的所有vCP 速引擎向終端 ARP 。  Step 4. All vCP speed engines in the system are directed to the terminal ARP.
步驟 5、 終端向多 統 送帶有終端 AC地址的ARP 。 步驟 6、 多 統的 速引擎接收 終端的ARP ， vCP ， vCP 將終端的 AC地址 汞到本地的ARP 中。 步驟 7、 vCP ARP 的上下文信息得 接收 ， 將ARP 文 上接收 封裝， 然 將封裝 的 ARP 支分 所有的 vCP ， 所有的 vCP 將終端的 AC地址 汞到本 地的ARP 中。 Step 5: The terminal sends the ARP with the terminal AC address to the multicast. Step 6. The multi-speed speed engine receives the terminal's ARP, vCP, and vCP to transfer the terminal's AC address to the local ARP. Step 7. The context information of the vCP ARP is received. The ARP packet is received and encapsulated. The encapsulated ARP is used to divide all vCPs. All vCPs will flood the terminal's AC address to the local ARP.
需要說明的是， 上 1)終端向多 統 AC地址， 以及2) 多 統向終端 AC地址 的沒有先 順序， 可以同 。 步驟 23、 終端 地址向多 統 TP 。  It should be noted that the above 1) the terminal to the multi-processor AC address, and 2) the multi-ordinate to the terminal AC address have no prior order, and may be the same. Step 23. The terminal address is to the TP.
步驟 24、 多 統的 速引擎收到終端 的 TP ， 通 同通信將 TP vCP 。 通信 般都是特定 理器內部提供的快速通信方式， 例 R 公司的多 理器的快速消息 步驟 25、 vCP TP 分析， 帶的 各 身的 各 近是 vCP 的 各 ， 若是 身的 各 ， 則 特步驟 206 否則 特步驟 207  Step 24. The multi-speed engine receives the TP of the terminal, and the common communication will be TP vCP. Communication is a fast communication method provided by a specific processor. For example, R company's multi-processor quick message step 25, vCP TP analysis, each body of each band is near vCP, if it is each body, then Step 206 Otherwise, step 207
步驟 206、 直接 TP ， 執行 TP 文中的 TP 命令， 且將 TP 文通 同通信 送到 速引擎， 由 速引擎 終端， 流程 。  Step 206: Direct TP, execute the TP command in the TP text, and send the TP text communication to the speed engine, the speed engine terminal, and the flow.
步驟 27、 vCP 于承載 TP 的 P ， 將 P 部的 長度增 到 P 的長度中， 然 重新 和。  Step 27: The vCP carries the P of the TP, increases the length of the P part to the length of the P, and then re-sums.
執行步驟 207的原因是 現有 木在vCP 接到 的 P 理中 P 的 P 部的 和以及 P 的長度有所 ， P 部的 和 賦值 0， 且將 P 的長度減去了 P共部的長度， 而本 明中 vCP 收到的 需要 vCP ， vCP 收到 了 P 的 和以及 P 的長度的 是 而 ， 所以在 將 了的承載 TP 的 P 原狀， CP 收到 才 能 常 。 The reason for performing step 207 is that the existing wood is in the P phase of the VCP, and the length of the P portion of the P and the length of the P are different, the sum of the P parts is 0, and the length of the P is subtracted from the length of the P common part. In the present, the vCP received the required vCP, and the vCP received the P. The sum of the sum and the length of P is, however, so that the CP that carries the TP is not, the CP is received often.
步驟 2 8、 vCP 同通信將封裝 的 TP 送到 帶的 各 的 vCP ， 且 TP 釋 。 步驟 29、 vCP 收到封裝 的 TP ， 中解析出接收 、 TP ， 且 接收 、 文長度等 行合法性 ， 接收 口中 資源。  Step 2 8. The vCP sends the encapsulated TP to each vCP of the band with the communication, and the TP is released. Step 29: The vCP receives the encapsulated TP, parses out the receiving, TP, and the legitimacy of the receiving and the length of the file, and receives the resources in the port.
步驟 21 、 vCP 執行 TP 文中的 P命令， 且將F P 文通 同通信直接 送到 速引擎， 由 速引擎 終 端。  Step 21: The vCP executes the P command in the TP text, and sends the F P text communication directly to the speed engine, and the speed engine terminal.
本 第三 ， 汞多 統硬件 的裝置， 6 所示， 裝置包括  The third, mercury-based hardware device, 6 is shown, the device includes
岡絡 速引擎， 于接收 終端的 vCP ，接收 多 統中所有vCP 的 終端。  The Velocity Engine, which receives the vCP of the terminal, receives all vCP terminals in the system.
第 ， 于 vCP 中， 于 理主vCP 收到的 文中 的ARP ， 通 塔 速引擎將 帶有多 統 AC地址的ARP 終端。  In the vCP, the ARP in the text received by the master vCP, the speedometer engine will have an ARP terminal with a multi-standard AC address.
支分 ， 于 vCP 中， 于將 vCP 收到的 文中的ARP 支分 所有的 vCP 的 。在多 統的 vCP 分別 各 的 各 的情況下， 可以 TCP 文中 帶的 各 將 TCP 的目的vCP 中的  Branch, in the vCP, the ARP in the text received by the vCP is divided into all vCPs. In the case of each of the vCPs of the multi-system, each of the TCP packets can be in the destination vCP of the TCP.
各 是 多 統中的 vCP 身的 理器 和 的 汞 各 的。  Each is the physical and physical of the vCP in the multi-system.
第二 ， 于所有vCP 中， 于收到ARP ， 將其中 帶的終端的 AC地址 汞到本地的ARP 中， 執行TCP 文中的他 e命令或者 TP命令， 通 速引擎將TCP Second, in all vCPs, after receiving the ARP, Put the AC address of the terminal with the mercury into the local ARP, execute his e command or TP command in the TCP text, and the speed engine will TCP.
終端。  terminal.
由于 e e 和 P 都是TCP 上 的 ， 他 e 文和 TP 都 于TCP 。  Since both e e and P are on TCP, both e and TP are on TCP.
本 第 ， 7 所示， 汞多 統硬件 的 統， 終端 P 多 統相連， 統近包括  In this section, 7 shows the system of mercury multi-system hardware, the terminal P is connected in multiple systems, and the system includes
岡絡 速引擎， 于接收 終端的 vCP ，接收 多 統中所有vCP 的 終端。  The Velocity Engine, which receives the vCP of the terminal, receives all vCP terminals in the system.
第 ， 于 vCP 中， 于 理主vCP 收到的 文中 的ARP ， 通 塔 速引擎將 帶有多 統 AC地址的ARP 終端。  In the vCP, the ARP in the text received by the master vCP, the speedometer engine will have an ARP terminal with a multi-standard AC address.
支分 ， 于 vCP 中， 于將 vCP 收到的 文中的ARP 支分 所有的 vCP 的 。在多 統的 vCP 分別 各 的 各 的情況下， 可以 TCP 文中 帶的 各 將 TCP 的目的vCP 中的  Branch, in the vCP, the ARP in the text received by the vCP is divided into all vCPs. In the case of each of the vCPs of the multi-system, each of the TCP packets can be in the destination vCP of the TCP.
各 是 多 統中的 vCP 身的 理器 和 的 汞 各 的。  Each is the physical and physical of the vCP in the multi-system.
第二 ， 于所有vCP 中， 于收到ARP ， 將其中 帶的終端的 AC地址 汞到本地的ARP 中， 執行TCP 文中的 e e命令或者 TP命令， 通 速引擎將TCP  Second, in all vCPs, after receiving the ARP, the AC address of the terminal with the mercury is sent to the local ARP, and the e e command or the TP command in the TCP file is executed, and the speed engine will TCP.
終端。  terminal.
休 方式的說明， 可 本 預定目的 的 木手段及功效得以更 深 且 休的了解， 然而 是提供參考 說明 用， 非 本 以限制。  The explanation of the mode of rest can be understood by the wood means and function of the intended purpose, but it is provided for reference and is not limited.

Claims

要求 Claim
1、 汞多 統硬件 的方法，其特 在于， 方法包括 終端和多 統相互 地址  1. A method of mercury multi-system hardware, the method comprising: a terminal and a multi-connection mutual address
終端 的 地址向多 統 控制 (TCP)  Terminal address to multi-control (TCP)
似的中央 羊 ( CP )Central sheep (CP)
vCP 將 TCP 的目的vCP  vCP will TCP the purpose of vCP
目的 vCP 速引擎將TCP 地址 終端。  Purpose The vCP speed engine will be the TCP address terminal.
2、 要求 1 的 汞多 統硬件 的方法， 其特 在于， 終端和多 統相互 地址包括 終端向多 統 休接 控制 ( AC)地址 多 統向終端 AC地址。  2. The method of claim 1, wherein the terminal and the multi-homed address comprise a terminal to the multi-access control (AC) address to the terminal AC address.
3、 要求2 的 汞多 統硬件 的方法， 其特 在于， 終端向多 統 AC地址包括  3. The method of claim 2 for mercury multi-system hardware, characterized in that the terminal includes a multi-party AC address
終端向多 統 ARP  Terminal to ARP
多 統的 速引擎接收 終端的ARP ，  The multi-speed engine receives the ARP of the terminal,
vCP ARP 。 vCP ARP.
4、 要求2或3 的 汞多 統硬件 的方法， 其 特 在于， 多 統向終端 AC地址包括  4. A method of requiring 2 or 3 mercury-based hardware, in particular, the multi-directional terminal AC address includes
多核 統中的vCP 速引擎向終端 ARP  vCP speed engine in multi-core system to terminal ARP
終端向多 統 送帶有終端 AC地址的ARP  The terminal sends ARP with terminal AC address to the system.
多 統的 速引擎接收 終端的ARP ， CPThe multi-speed engine receives the ARP of the terminal. CP
CP ARP 支分 各 vCP 。  CP ARP branches each vCP.
5、 要求4 的 汞多 統硬件 的方法， 其特 在于， vCP 和 vCP 理所 ARP ， 方法近包括 將終端的 AC地址 汞到 vCP 和 vCP 的ARP ARP 文中帶有終端 AC地址。  5. A method for requiring a multi-homed hardware of 4, characterized in that the vCP and the vCP are managed by the ARP, and the method includes the terminal AC address of the terminal's AC address to the vCP and vCP ARP ARP text with the terminal AC address.
6、 要求 1、 2、 3或5 的 汞多 統硬件 的方 法， 其特 在于， 在所 多 統的 速引擎將接收到的 終端的 TCP vCP ， vCP TCP  6. A method of requiring 1, 2, 3, or 5 mercury multi-system hardware, which is characterized in that the TCP vCP, vCP TCP of the terminal will be received by the multi-speed engine.
的目的 vCP 前， 方法近包括 主vCP P 部的長度增 到 承載TCP 的 P 的長度 重新 P 部的 和 TCP 文 上接收 封裝。 The purpose of the vCP before the method includes the length of the main vCP P part is increased to the length of the P carrying the TCP re-part of the P and the TCP packet on the receive.
7、 要求 1 的 汞多 統硬件 的方法， 其特 在于， 在所 多 統的 vCP 分別 各 的 各 的情況下， 方法近包括 所迷 vCP TCP 文中 帶的 各 將 TCP 的目的vCP 其中，  7. A method for requesting a mercury multi-system hardware, wherein, in the case of each of the multi-system vCPs, the method includes the vCP TCP text in each of the vCP TCP texts,
各 多 統中的 vCP 身的 理器 和 的 汞 各 的 。  The vCP body and the mercury in each of the various systems.
8、 汞多 統硬件 的裝置， 其特 在于， 裝置包括 岡 速引擎、 第 、 支分 和第二  8. A device for mercury multi-system hardware, the device comprising: a speed engine, a first branch, a second branch, and a second
其中， among them,
速引擎， 于接收 終端的TCP vCP , 接收 多 統中目的vCP 的TCP 終端  The speed engine, the TCP vCP of the receiving terminal, receives the TCP terminal of the destination vCP in the multi-system
第 ， 于 vCP 中， 于 理主 vCP 收到的 TCP 支分 ， 于 CP 中， 于將 CP 收到的TCP In the vCP, the TCP received by the host vCP Branch, in the CP, the TCP received by the CP
的目的vCP  Purpose vCP
第二 ， 于目的 vCP TCP ， 通 速引擎將TCP 地址 終端。 Second, for the purpose of vCP TCP, the speed engine will be the TCP address terminal.
9、 要求8 的 汞多 統硬件 的裝置， 其特 在于， 速引擎， 步 于接收 多 統中各 vCP 的 終端  9. A device requiring a multi-homed hardware of 8th, characterized in that the speed engine is stepped on receiving a terminal of each vCP in the multi-system
第 ， 步 于 理主vCP 收到的 文中的ARP ， 通 速引擎將 帶有多 統 AC地址的 ARP  First, the ARP in the text received by the master vCP, the speed engine will have an ARP with a multi-standard AC address.
終端  Terminal
支分 ， 步 于將 vCP 收到的 文中的ARP 支 分 各 vCP  Branching, stepping on the ARP branch of the text received by the vCP, each vCP
第二 ， 于各 vCP 中， 于收到ARP ， 將其中 帶的終端的 AC地址 汞到本地的ARP 理所 TCP 執行TCP 文中的 e e 命令或者 TP命令， 通 速 引擎將TCP 終端。  Second, in each vCP, after receiving the ARP, the AC address of the terminal with the mercury is sent to the local ARP server. TCP executes the e e command or the TP command in the TCP file, and the speed engine will use the TCP terminal.
10、 要求 9 的 汞多 統硬件 的裝置， 其特 在于， 在多 統的 vCP 分別 各 的 各 的情況下， 支分 步 TCP 文中 帶的 各 將 TCP 的目的vCP 中的第二 其中， 各 多 統中的 vCP 身的 理器 和 的 汞 各 的 。  10. The device of the mercury multi-system hardware of claim 9, which is characterized in that, in the case of each of the vCPs of the multi-system, the second of the destination vCPs of the TCP packets in the branching TCP text are respectively The vCP body of the system is the same as the mercury.
11、 汞多 統硬件 的 統， 其特 在于， 終端  11. The system of mercury multi-system hardware, which is characterized by
多 統相連， 統近包括 速引擎、 第 、 支分 和第二 其中， 速引擎， 于接收 終端的TCP CP , 接收 多 統中的目的 CP 的TCP 終端 Multi-connected, including speed engine, first, branch and second, The speed engine, the TCP CP of the receiving terminal, and the TCP terminal of the destination CP in the multi-system
第 ， 于 vCP 中， 于 理主 vCP 收到的 TCP 支分 ， 于 vCP 中， 于將 vCP 收到的TCP  In vCP, the TCP branch received by the master vCP, in the vCP, the TCP received by the vCP
的目的vCP  Purpose vCP
第二 ， 于目的 vCP TCP ， 通 速引擎將TCP 地址 終端。  Second, for the purpose of vCP TCP, the speed engine will be the TCP address terminal.
12、 要求 11 的 汞多 統硬件 的 統， 其特 在于，  12. The system of requirements for mercury multi-system hardware, characterized in that
速引擎， 步 于接收 多 統中各 vCP 的 終端  Speed engine, stepping on receiving the terminals of each vCP in the system
第 ， 步 于 理主vCP 收到的 文中的ARP ， 通 速引擎將 帶有多 統 AC地址的 ARP  First, the ARP in the text received by the master vCP, the speed engine will have an ARP with a multi-standard AC address.
終端  Terminal
支分 ， 步 于將 vCP 收到的 文中的ARP 支 分 各 vCP  Branching, stepping on the ARP branch of the text received by the vCP, each vCP
第二 ， 于各 vCP 中， 于收到ARP ， 將其中 帶的終端的 AC地址 汞到本地的ARP 中 理所 TCP 執行TCP 文中的他 e 命令或者 TP命令， 通 速 引擎將TCP 終端。  Second, in each vCP, after receiving the ARP, the AC address of the terminal in the terminal is sent to the local ARP. The TCP executes the e command or the TP command in the TCP file, and the speed engine will use the TCP terminal.
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