CN101217413A - A centralized debugging system and centralized debugging method of extensible unit in the extensible system - Google Patents

A centralized debugging system and centralized debugging method of extensible unit in the extensible system Download PDF

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Publication number
CN101217413A
CN101217413A CNA2008100559960A CN200810055996A CN101217413A CN 101217413 A CN101217413 A CN 101217413A CN A2008100559960 A CNA2008100559960 A CN A2008100559960A CN 200810055996 A CN200810055996 A CN 200810055996A CN 101217413 A CN101217413 A CN 101217413A
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debug
debugging
expanding element
command
unit
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焦建兵
侯叶飞
邹旭东
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Hangzhou H3C Technologies Co Ltd
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Hangzhou H3C Technologies Co Ltd
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Abstract

The invention discloses a centralized debugging system of an extensible units in an extensible system, comprising an analytical agent module arranged in a main control unit of the extensible system and an executing agent module arranged in each extensible unit; the analytical agent module utilizes an existed business net port in the system to get a command-debugging message and determine the extensible unit to be debugged, and analyzes the regulating command from the command-debugging message and send the command to the executing agent module in the extensible unit to be debugged, and the executing agent module sends the received debugging command to the business-processing module for executing in the relevant extensible units and sends the executing results out after being sealed by the analytical agent module. The invention has the advantages of providing a centralized debugging method, and completing the regulation of a plurality of extensible units on the basis of reducing the regulating and implementing cost and complication.

Description

But but the concentrated debug system of expanding element reaches concentrated adjustment method in the expanding system
Technical field
The present invention relates to debugging technique, but but be specifically related to the concentrated debug system and the concentrated adjustment method thereof of expanding element in a kind of expanding system.
Background technology
In network equipment exploitation and later stage breakdown maintenance process thereof, debug the step that is absolutely necessary.In the prior art, the development kit that adopts chip producer to provide is usually debugged the respective chip in the equipment.Fig. 1 is the structural representation of debug system in the prior art.As shown in Figure 1, this system comprises PC 110 and Target Board 120.Wherein, the integrated exploitation debugging enironment that PC 110 operation producers provide is used for sending debug command by self network interface 111 to Target Board 120.Target Board 120 specifically comprises network interface 121, Agent operation module 122 and objective chip 123.Wherein, the debugging command message that Agent operation module 122 receives from PC 110 by network interface 121, from the debugging command message that is received, parse real debug command, and be handed down to objective chip 123 and carry out, the debug command execution result that objective chip 123 is returned is encoded into the debugging message again, returns to PC 110 by network interface 121.Objective chip 123 is the debugged object in the chip debug system, carries out the debug command that receives and returns the debug command execution result.
Along with development of internet technology, more and more higher to the handling property requirement of Network Security Device L4～L7 layer, but therefore engendered a kind of high-performance extended flow treatment system framework.But Fig. 2 is the structural representation of a kind of high-performance extended flow treatment system in the prior art.As shown in Figure 2, but this is a kind of typical expanding system, and this system comprises main control unit 210, linkage unit 220 and a plurality of business unit 230.Wherein, but business unit 230 is expanding elements.During this system works, main control unit 210 receives message from the traffic streams of outside by self service network port (not shown among Fig. 2), the message that is received is carried out preliminary treatment, send in the business unit 230 that is connected one by linkage unit 220 then, carry out respective handling by business unit 230 then.Wherein, business unit 230 mainly comprises stream processing module 231, finishes the Business Processing work of business unit, quickens to handle as stream, and this stream processing module is realized by network processing unit (NP, Nerwork Processor).Various session control processing such as the certain flow control module that business unit 230 can also comprise and stream processing module 231 links to each other, the newly-built and transmission control protocol (TCP) that is used to finish session partly are connected.
In exploitation of the stream processing system shown in Fig. 2 and maintenance process, need debug each system and each component units, especially to debug the stream processing module 231 in the unit 230 of can activating business.Stream processing system comprises a plurality of stream processing modules 231, therefore needs one by one each stream processing module 231 to be debugged separately, to locate the guilty culprit of whole stream processing system.But, have following shortcoming but adopt the debug system shown in Fig. 1 that the stream processing module 231 in the extended flow treatment system is debugged.
At first, must in each business unit, additionally be provided for the debugging serial interface debugged, be used for and run between the integrated exploitation debugging enironment of NP on the PC carrying out packet sending and receiving, thereby increased the device hardware cost, prolong the construction cycle.And business unit is again the extendible key of realization system, and quantity is very big, and equipment is produced this problem of back in batches and will be highlighted more.
Secondly, carry out communication by debugging serial interface and need on each business unit, all realize independently TCP (TCP/IP) protocol stack and Socket port, carry out communication with the supporting business unit by debugging serial interface and PC, realize cost and software design difficulty and implementation complexity thereby increased software.
In addition, this stream processing system in maintenance process, need be set up the link that is specifically designed to debugging separately after dropping into the real network operation in real network, makes the debugging message to arrive the corresponding business unit by this special link that is provided with.But stream processing system has had the passage of a service network port as message turnover system, if additionally increase other network interface for system, to change the legacy network topological structure, and cause same system to have a plurality of message access ways, this networking mode is difficult to carry out in practice.
Summary of the invention
In view of this, but but the invention provides the concentrated debug system of expanding element in a kind of expanding system, can reduce debugging implementation cost and complexity.
But this system comprises main control unit, linkage unit and n expanding element, and wherein n is the integer more than or equal to 2, and described main control unit comprises service network port and resolves proxy module, carries out proxy module and Service Processing Module but described expanding element comprises, wherein,
Described service network port is used to receive from debugging initiator's debugging command message and sends to the parsing proxy module, returns the debug results message to described debugging initiator;
Resolve proxy module, be used for parsing debug command from the debugging command message that is received, but and determine to wait to debug expanding element, but the debug command that parses is sent to the determined expanding element of waiting to debug by described linkage unit according to described debugging command message; But be encoded into the debug results message with waiting to debug the debugging execution result that expanding element returns, return to described debugging initiator by described service network port;
But described linkage unit is used to described main control unit and described expanding element that information interaction passage is provided;
Described execution proxy module, the debug command that is used for being received send to Service Processing Module and carry out, and obtain the debugging execution result that Service Processing Module returns;
Described Service Processing Module is used to carry out the debug command that is received, and returns the debugging execution result.
Wherein, described parsing proxy module comprises sub module stored and analyzing sub-module, wherein,
Described sub module stored, but be used to store corresponding relation between n unit distinctive mark setting in advance and described n the expanding element;
Described analyzing sub-module, be used to receive the debugging command message of carrying described unit distinctive mark, the described corresponding relation that provides according to described sub module stored, but but the expanding element of the unit distinctive mark correspondence in the debugging command message is defined as the described expansion module of waiting to debug.
Wherein, but but described expanding system is a high-performance extended flow treatment system; But described expanding element is a business unit; Described Service Processing Module is the stream processing module in the business unit.
Wherein, the stream accelerating module of described stream processing module for adopting network processing unit NP to realize.
But but the present invention also provides the concentrated adjustment method of expanding element in a kind of expanding system, can reduce debugging implementation cost and complexity.
This method comprises: but the main control unit in the described expanding system parses debug command from the debug command that is received from the debugging initiator, but determine to wait to debug expanding element according to described debugging command message, but the debug command that parses is sent to the determined expanding element of waiting to debug;
But wait to debug expanding element and carry out described debug command, will debug execution result and return to described main control unit;
Described main control unit will be debugged execution result and be encapsulated as the debug results message and return to described debugging initiator.
Preferably, but the parsing proxy module is set in the main control unit of described expanding system, but the execution proxy module is set in each expanding element;
But the main control unit in the described expanding system parses debug command from the debug command that is received from the debugging initiator, but determine to wait to debug expanding element according to described debugging command message, determinedly wait to debug expanding element and be but the debug command that parses sent to: described parsing proxy module receives the debugging command message from the debugging initiator by existing service network port; From the debugging command message that is received, parse debug command, but and determine to wait to debug expanding element according to described debugging command message; But the debug command that parses is sent to the determined execution proxy module of waiting to debug in the expanding element;
But wait to debug expanding element and carry out described debug command, and return the debugging execution result to described main control unit and be: described execution proxy module treats that to the place Service Processing Module in the debugging unit sends described debug command, and will debug execution result and return to described parsing proxy module;
Described main control unit will be debugged execution result and be encapsulated as the debug results message and return to described debugging initiator and be: resolve proxy module described debugging execution result is packaged into the debug results message, return by described service network port.
Wherein, this method further comprises: but the corresponding relation of expanding element and unit distinctive mark is set in described parsing proxy module in advance;
Describedly determine to wait that but debugging expanding element is: receive the debugging command message of carrying the unit distinctive mark according to described debugging command message, according to described corresponding relation, but, but be defined as the described expanding element of waiting to debug with the expanding element of the unit distinctive mark correspondence in the reception debugging command message.
Wherein, but the difference of described unit is designated the identify label ID of expanding element, but perhaps is that expanding element receives the employed Socket port numbers of network message.
Wherein, the described debug command that parses is sent to determinedly waits that but debugging expanding element is: but by communication mechanism between the existing soleplate between main control unit and the expanding element, but the debug command that parses is sent to the determined expanding element of waiting to debug;
The described execution result of will debugging returns to described main control unit and is: but by communication mechanism between the existing soleplate between main control unit and the expanding element, will debug execution result and return to described main control unit.
Wherein, but but described expanding system is a high-performance extended flow treatment system; But described expanding element is a business unit; Described Service Processing Module is the stream processing module in the business unit.
Wherein, the stream accelerating module of described stream processing module for adopting NP to realize.
According to above technical scheme as seen, use the present invention and can reduce debugging implementation cost and complexity.
Specifically, have following beneficial effect:
1) but the design feature of concentrated debugging scheme utilization expanding element of the present invention, but the execution proxy module is set in expanding element, be used for concrete control and carry out debug command, parsing module is set in main control unit, be used to receive debugging command message and resolve, the message that parses is sent to respectively carry out proxy module and specifically carry out.So, but each expanding element needn't receive the debugging message respectively, need not to be provided with the debugging serial interface that is specifically designed to debugging, have service network port in the main control unit as debugging serial interface but utilize, for command message and debug results message provide transmission channel, thereby simplified the hardware realization, reduced the realization cost.
2) on software, resolve proxy module and utilize original ICP/IP protocol stack transmitting-receiving debugging message in the main control unit, but utilize communication mechanism between the soleplate between main control unit and the expanding element again, but the debugging message is sent to the execution proxy module of waiting to debug in the expanding element, like this, but expanding element needn't directly be communicated by letter with the integrated debugging environment, realizes the ICP/IP protocol stack on each expanding element respectively but therefore not be used in, thereby has reduced the complexity that software is realized.
3) in addition,, need in existing networking structure, not increase the link that additionally is used to debug the message transmission, therefore can in actual network environment, implement the present invention easily by existing service network port transmitting-receiving debugging command message.
Description of drawings
Fig. 1 is the structural representation of debug system in the prior art.
But Fig. 2 is the structural representation of a kind of high-performance extended flow treatment system in the prior art.
Fig. 3 is the concentrated debug system structural representation of stream processing module in the embodiment of the invention stream processing system.
The concentrated adjustment method flow chart that Fig. 4 carries out on the concentrated debug system shown in Fig. 3 for the embodiment of the invention.
Embodiment
By the described adjustment method of background technology is analyzed discovery, Agent is the core of debugging technique, and it mainly comprises two functions: resolve debugging command message and carry out debug command.Wherein, the prerequisite of resolving the debugging message is to receive the debugging message by network interface, need use network interface, do not need to use network interface and carry out debug command, therefore, as long as but expanding system has an external network interface, be used to receive debugging command message, but then the debugging command message that is received is sent to each expanding element, carry out debug command separately by it, just can avoid but network interface additionally being set on each expanding element and realizing ICP/IP protocol, thereby reduce debugging implementation cost and complexity.
Therefore, but but the invention provides the concentrated debugging scheme of expanding element in a kind of expanding system, its basic thought is: but the parsing proxy module is set in the main control unit in expanding system, but the execution proxy module is set in each expanding element; But resolving proxy module utilizes the existing service network port of system to obtain debugging command message and determine to wait to debug expanding element, from debugging command message, parse debug command, but and send to the execution proxy module of waiting to debug in the expanding element, but this execution proxy module is carried out the Service Processing Module that the debug command that is received is handed down in the expanding element of place, and execution result sent via the encapsulation of resolving proxy module, thereby on the basis that reduces debugging implementation cost and complexity, but finished debugging to a plurality of expanding elements.
Below be example with stream processing system shown in Figure 2, reach specific embodiment in conjunction with the accompanying drawings and realize that to adopting the present invention the realization of stream processing module debugging in the stream processing system is explained in further detail.
Fig. 3 is the concentrated debug system structural representation that flows processing module in the embodiment of the invention in the stream processing system.As shown in Figure 3, this system comprises main control unit 310, linkage unit 320 and n business unit 330, and wherein n is the integer more than or equal to 2.
Wherein, main control unit 310 specifically comprises service network port 311 and resolves proxy module 312.
Service network port 311 is the original network interfaces that are used to receive clear text of stream processing system, and this network interface has been realized the ICP/IP protocol stack.In debugging, this service network port 311 as debugging serial interface, is received from the debugging initiator, promptly move the PC that the integrated exploitation debugging enironment of NP is arranged in the present embodiment, the debugging command message of sending sends to and resolves proxy module 312; Reception sends to PC from resolving the debug results message that proxy module 312 returns.
Resolve proxy module 312, be used to receive from the debugging command message of service network port 311 and obtain and wait to debug business unit information, from the debugging command message that is received, parse real debug command, the debug command that parses sent to by linkage unit 320 wait to debug business unit 330, the debug command execution result that is received from linkage unit 320 is encoded into the debug results message, sends to PC by service network port 311.
This parsing proxy module 312 needs differentiation to which business unit 330 to send on earth when waiting that debugging business unit 330 sends message, therefore can be by the differentiation corresponding to the unit distinctive mark realization business unit of business unit is set.Wherein, the unit distinctive mark can be business unit identify label (ID) number, perhaps is that business unit receives the employed Socket port numbers of network message.The Socket port numbers is by three layers of IP address and four layers of class address that port numbers is formed.When adopting Socket port numbers differentiated service unit, it is embodied as:
Resolve proxy module 312 and specifically comprise sub module stored and analyzing sub-module, wherein, adopt different Socket port numbers sign different business unit 330, be respectively n business unit 330 in advance corresponding Socket port numbers is set, the corresponding relation of business unit 330 with the Socket port numbers is recorded in the sub module stored.Analyzing sub-module, receive the debugging message commands, the corresponding relation that provides according to sub module stored, but the expanding element of the Socket port numbers correspondence in the debugging command message is defined as business unit to be debugged, debugging command message is sent to the execution proxy module of waiting to debug in the business unit 331; The command execution results that execution proxy module 331 is returned is packaged into the debug results message, issues PC.The function of this parsing proxy module 312 can adopt the master cpu in the main control unit 310 to realize.
Utilize the Socket port numbers realize to connect and message transmissions is the common technology means that connect between the server and client side in the prior art with data communication, in the present embodiment, resolve proxy module 312 as server, PC is as client, PC carries the connection request that remains to be debugged business unit Socket port numbers to resolving proxy module 312 transmissions, after parsing proxy module 312 receives this connection request, utilize the Socket port numbers and the PC that therefrom obtain to connect, and with the binding of this Socket port numbers and corresponding service unit, thereby fixedly connected with waiting to debug to set up between the business unit at PC.So, the PC connection debugging corresponding service unit that just can pass through to be set up.
Linkage unit 320 is used to main control unit 310 and each business unit 330 that communication port is provided.This unit is according to communication mechanism between existing soleplate, send to the execution proxy module of waiting to debug in the business unit 331 with being received from the debug command of resolving proxy module 312, the debug results that execution proxy module 331 is returned sends to parsing proxy module 312.Wherein, communication mechanism comprises communication between plates hardware and software protocol stack between soleplate.
But business unit 330 is the expanding elements in the system, and each business unit 330 comprises carries out proxy module 331 and stream processing module 332.
Wherein, carry out the debug command that proxy module 331 receives from linkage unit 320, this debug command is sent to stream processing module 332 carry out, obtain the execution result of stream processing module 332, return to by linkage unit 320 and resolve proxy module 312.This execution proxy module 331 can adopt the CPU in the business unit 330 to realize that as the CPU of stream control unit, this stream control unit is not shown in Fig. 3.
In practice, after execution proxy module 331 receives debug command, therefrom extract tuning parameter, in the api function that the parameter substitution of being extracted is corresponding with debug command, to realize calling to api function.The execution of api function promptly is the process that corresponding debug command is translated as the command sequence that can discern of stream processing module 332, then the command sequence through translation is sent to stream processing module 332, is specifically carried out by stream processing module 332.
Stream processing module 332 is carried out the debug command that receives, and returns debug results.In the present embodiment, stream processing module 332 is debugged objects real in the business unit 330, and in practice, stream processing module 332 may be the stream accelerating module, the api function that stream accelerating module employing NP realization, so the api function that is called at present provides for NP manufacturer.
The stream processing module is Service Processing Module in the business unit, adopts concentrated debugging scheme of the present invention to debug other Service Processing Modules in the business unit.Certainly, the chip difference that Service Processing Module adopts, the also corresponding difference of moving on the PC of integrated exploitation debugging enironment.
From the description of present embodiment as can be seen, when adopting concentrated debug system of the present invention that but the extended flow treatment system is debugged, an existing service network port on the shared main control unit of all business unit is as debugging serial interface, avoided on each business unit hardware, debugging serial interface being set, thereby simplified the hardware realization, reduced cost.Simultaneously, need on each business unit, all not realize respectively having reduced the software implementation complexity by the ICP/IP protocol stack.In addition, by existing service network port transmitting-receiving debugging command message, need in existing networking structure,, the business unit debugging not debug the link that message transmits for increasing extra being used to, therefore, can in various actual network environments, implement concentrated debugging scheme of the present invention.
The present invention also provides a kind of concentrated adjustment method, this method receives debugging command message by the main control unit in the system from the debugging initiator, and parse debug command, but the debug command that parses sent to wait to debug expanding element, by waiting that but debugging expanding element specifically carries out debug command and return the debugging execution result, main control unit will return to the debugging initiator after will debugging the execution result encapsulation, thereby finish the concentrated debugging of business unit.
The concentrated adjustment method flow chart of Fig. 4 on the concentrated debug system shown in Fig. 3, carrying out in the embodiment of the invention.As shown in Figure 4, this method may further comprise the steps:
Step 400: but the parsing proxy module is set in the main control unit of expanding system in advance, the execution proxy module is set in each business unit.
In this step, a plurality of Socket port numbers of configuration in resolving proxy module, the corresponding business unit of each Socket port numbers then can be distinguished different business unit by the Socket port numbers.The corresponding relation of Socket port numbers and business unit also is arranged on the PC simultaneously.
After the concentrated debugging enironment that step 401:PC upward moves is received debug command from user interface, it is encapsulated as the network message that carries debug command, i.e. debugging command message.IP address in this debugging command message is the IP address of debugged business unit place system, and the Socket port numbers in this debugging command message is the Socket port numbers of debugged business unit correspondence.
Step 402: the service network port of resolving proxy module place system receives debugging command message, according to the default business unit and the corresponding relation of Socket port numbers, Socket port numbers corresponding service unit with in the reception debugging command message is defined as business unit to be debugged.
Step 403: resolve proxy module and resolve the debugging command message that is received, the debug command that parses is sent to the execution proxy module of waiting to debug in the business unit by communication mechanism between existing soleplate.
Step 404: the execution proxy module that receives debug command is handed down to the stream processing module of place business unit with the debug command that is received, and is carried out by the stream processing module.
Step 405: carry out the execution result that proxy module obtains the stream processing module, send to the parsing proxy module by communication mechanism between soleplate.
Step 406: resolve proxy module command execution results is carried in the network message, promptly the debug results message returns to the PC that moves the integrated exploitation debugging enironment of PC by service network port.
The integrated exploitation debugging enironment of the NP that moves on the step 407:PC machine parses debug results from the debug results message, be presented on the user interface.
So far, this flow process finishes.
Need to prove, concentrated adjustment method of the present invention is not limited to carry out in the debug system shown in Fig. 3, so long as be responsible for transmitting-receiving and parsing/encapsulation debugging command message by main control unit, by waiting that debugging business unit specifically carries out debug command, can realize concentrated debugging of the present invention.Whether the concrete module of carrying out transmitting-receiving and parsing/encapsulation action is to resolve proxy module in the main control unit, and waits to debug whether the module that concrete fill order is carried out in the business unit is to carry out proxy module, does not do strict restriction.
By the above as can be seen, concentrated debugging scheme provided by the present invention can be simplified the hardware of debug system and realize, thereby has reduced implementation cost and implemented complexity, and this scheme can conveniently realize in existing networking under the situation that does not increase additional chain circuit.
In sum, more than be preferred embodiment of the present invention only, be not to be used to limit protection scope of the present invention.Within the spirit and principles in the present invention all, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.

Claims (11)

  1. But but the 1. concentrated debug system of expanding element in the expanding system, but this system comprises main control unit, linkage unit and n expanding element, wherein n is the integer more than or equal to 2, it is characterized in that, described main control unit comprises service network port and resolves proxy module, but comprising, described expanding element carries out proxy module and Service Processing Module, wherein
    Described service network port is used to receive from debugging initiator's debugging command message and sends to the parsing proxy module, returns the debug results message to described debugging initiator;
    Resolve proxy module, be used for parsing debug command from the debugging command message that is received, but and determine to wait to debug expanding element, but the debug command that parses is sent to the determined expanding element of waiting to debug by described linkage unit according to described debugging command message; But be encoded into the debug results message with waiting to debug the debugging execution result that expanding element returns, return to described debugging initiator by described service network port;
    But described linkage unit is used to described main control unit and described expanding element that information interaction passage is provided;
    Described execution proxy module, the debug command that is used for being received send to Service Processing Module and carry out, and obtain the debugging execution result that Service Processing Module returns;
    Described Service Processing Module is used to carry out the debug command that is received, and returns the debugging execution result.
  2. 2. system according to claim 1 is characterized in that described parsing proxy module comprises sub module stored and analyzing sub-module, wherein,
    Described sub module stored, but be used to store corresponding relation between n unit distinctive mark setting in advance and described n the expanding element;
    Described analyzing sub-module, be used to receive the debugging command message of carrying described unit distinctive mark, the described corresponding relation that provides according to described sub module stored, but but the expanding element of the unit distinctive mark correspondence in the debugging command message is defined as the described expansion module of waiting to debug.
  3. 3. system as claimed in claim 1 or 2 is characterized in that, but but described expanding system is a high-performance extended flow treatment system; But described expanding element is a business unit; Described Service Processing Module is the stream processing module in the business unit.
  4. 4. system as claimed in claim 3 is characterized in that, the stream accelerating module of described stream processing module for adopting network processing unit NP to realize.
  5. But but the 5. concentrated adjustment method of expanding element in the expanding system is characterized in that this method comprises:
    But the main control unit in the described expanding system parses debug command from the debug command that is received from the debugging initiator, but determine to wait to debug expanding element according to described debugging command message, but the debug command that parses is sent to the determined expanding element of waiting to debug;
    But wait to debug expanding element and carry out described debug command, will debug execution result and return to described main control unit;
    Described main control unit will be debugged execution result and be encapsulated as the debug results message and return to described debugging initiator.
  6. 6. method as claimed in claim 5 is characterized in that, but in advance the parsing proxy module is set in the main control unit of described expanding system, but the execution proxy module is set in each expanding element;
    But the main control unit in the described expanding system parses debug command from the debug command that is received from the debugging initiator, but determine to wait to debug expanding element according to described debugging command message, determinedly wait to debug expanding element and be but the debug command that parses sent to: described parsing proxy module receives the debugging command message from the debugging initiator by existing service network port; From the debugging command message that is received, parse debug command, but and determine to wait to debug expanding element according to described debugging command message; But the debug command that parses is sent to the determined execution proxy module of waiting to debug in the expanding element;
    But wait to debug expanding element and carry out described debug command, and return the debugging execution result to described main control unit and be: described execution proxy module treats that to the place Service Processing Module in the debugging unit sends described debug command, and will debug execution result and return to described parsing proxy module;
    Described main control unit will be debugged execution result and be encapsulated as the debug results message and return to described debugging initiator and be: resolve proxy module described debugging execution result is packaged into the debug results message, return by described service network port.
  7. 7. method as claimed in claim 6 is characterized in that, this method further comprises: but the corresponding relation of expanding element and unit distinctive mark is set in described parsing proxy module in advance;
    Describedly determine to wait that but debugging expanding element is: receive the debugging command message of carrying the unit distinctive mark according to described debugging command message, according to described corresponding relation, but, but be defined as the described expanding element of waiting to debug with the expanding element of the unit distinctive mark correspondence in the reception debugging command message.
  8. 8. method as claimed in claim 7 is characterized in that, but the difference of described unit is designated the identify label ID of expanding element, but perhaps is that expanding element receives the employed Socket port numbers of network message.
  9. 9. method as claimed in claim 5, it is characterized in that, the described debug command that parses is sent to determinedly waits that but debugging expanding element is: but by communication mechanism between the existing soleplate between main control unit and the expanding element, but the debug command that parses is sent to the determined expanding element of waiting to debug;
    The described execution result of will debugging returns to described main control unit and is: but by communication mechanism between the existing soleplate between main control unit and the expanding element, will debug execution result and return to described main control unit.
  10. 10. as any described method in the claim 6 to 9, it is characterized in that, but but described expanding system is a high-performance extended flow treatment system; But described expanding element is a business unit; Described Service Processing Module is the stream processing module in the business unit.
  11. 11. method as claimed in claim 10 is characterized in that, the stream accelerating module of described stream processing module for adopting NP to realize.
CNA2008100559960A 2008-01-03 2008-01-03 A centralized debugging system and centralized debugging method of extensible unit in the extensible system Pending CN101217413A (en)

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102075389A (en) * 2011-01-27 2011-05-25 大唐移动通信设备有限公司 Debugging method and equipment
CN103596645A (en) * 2012-12-26 2014-02-19 华为技术有限公司 Method, device and equipment for terminal debugging
CN104539561A (en) * 2014-12-29 2015-04-22 盛科网络（苏州）有限公司 Chip debugging method and device based on message processing information
CN106506644A (en) * 2016-11-07 2017-03-15 深圳市共进电子股份有限公司 Terminal Debugging message collection method and system

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102075389A (en) * 2011-01-27 2011-05-25 大唐移动通信设备有限公司 Debugging method and equipment
CN103596645A (en) * 2012-12-26 2014-02-19 华为技术有限公司 Method, device and equipment for terminal debugging
CN103596645B (en) * 2012-12-26 2017-04-19 华为技术有限公司 Method, device and equipment for terminal debugging
CN104539561A (en) * 2014-12-29 2015-04-22 盛科网络（苏州）有限公司 Chip debugging method and device based on message processing information
CN106506644A (en) * 2016-11-07 2017-03-15 深圳市共进电子股份有限公司 Terminal Debugging message collection method and system

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