CN101621420B - Method and system for establishing and releasing link in concurrent flow testing - Google Patents
Method and system for establishing and releasing link in concurrent flow testing Download PDFInfo
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- CN101621420B CN101621420B CN2008101160712A CN200810116071A CN101621420B CN 101621420 B CN101621420 B CN 101621420B CN 2008101160712 A CN2008101160712 A CN 2008101160712A CN 200810116071 A CN200810116071 A CN 200810116071A CN 101621420 B CN101621420 B CN 101621420B
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Abstract
The invention relates to the technical field of communication, in particular to a method and a system for establishing and releasing link in concurrent flow testing for solving the problem in the prior art that a testing entity needs to reestablish all links when a testing proposal changes during current concurrent flow testing. The method of the embodiment of the invention comprises the following steps that after receiving request mark information which contains a first network address and is sent from a testing entity, a management entity puts the first network address in a link establishment message and sends the message to a message dispatching entity; the message dispatching entity binds a second network address and the first network address and returns a response message containing the second network address to the management entity; the management entity puts the received second network address in a successful link establishment message and sends the message to the testing entity; and the testing entity binds the first network address and the second network address. The method of the embodiment of the invention improves the efficiency of concurrent flow testing.
Description
Technical field
The present invention relates to communication technical field, method, the system of link establishment and release in particularly a kind of concurrent flow testing.
Background technology
So-called concurrent flow process; Be meant between test suite and system under test (SUT), take place can instantiation a plurality of flow processs of carrying out simultaneously; As shown in Figure 1, in the composition sketch map of present concurrent flow testing, comprise a plurality of test entity 10, message distribution entity 11 and tested entity (or system under test (SUT)) 12.
Wherein, a VT (concurrent flow testing use-case, Virtual Tester) represents a test case among Fig. 1, and VT1...VTn representes a plurality of test cases in the concurrent flow testing.
The realization of each test case is accomplished with tested entity 12 by the test entity 10 of correspondence jointly.
Comprise a plurality of test modules 100 (Simulator_1...Simulator_n) and the modules at lower layers 101 that implementation of test cases is required in each test entity 10.
Message distribution entity 11 has been distributed a link for each test entity 10, and the link that distributes is connected with modules at lower layers 101.
Concrete,
1) each test module 100 implementation of test cases generate the message that comprises the test sign and send to modules at lower layers 101.
2) test post of modules at lower layers 101 modules of self-test in the future 100 sends to message distribution entity 11 through the link of setting up.
3) after message distribution entity 11 is received this test post,, confirm corresponding measured data sign, place this test post to send to tested entity 12 the measured data sign according to test module sign of setting up in advance and measured data sign.
4) tested entity 12 is handled the test post of receiving according to the sign of the measured data in the test post, and the response message that will comprise the measured data sign sends to message distribution entity 11.
5) after message distribution entity 11 is received this response message; According to test module sign of setting up in advance and measured data sign; Confirm corresponding test module sign, the test module sign is placed this response message, send to test entity 10 through link corresponding.
6) after the modules at lower layers 101 in the test entity 10 is received response message, this response message is sent to corresponding test module 100 according to the sign of the test module in the response message.
If test module 100 also has message to need to send, then repeat above-mentioned 1～6.
Owing to there are a plurality of test entities 10 can carry out different test cases simultaneously, so each function that concurrent flow testing can the tested entity 12 of fast detecting.
In the present concurrent flow testing; Need in the static configuration file, manual configuration test the link relation between entity 10 and the message distribution entity 11; Test entity 10 need read the static configuration file with message distribution entity 11 before test, thereby sets up link corresponding.
But because concurrent flow testing, each test entity is not quite similar, and its life cycle is also uncertain; And the test physical quantities also might be according to the corresponding increase of test needs; This is to be configured the static configuration file again, and test entity 10 is not sure of the content of revising in the static configuration file with message distribution entity 11, so all links before test entity 10 and the 11 necessary deletions of message distribution entity; Again read the static configuration file, set up link corresponding.
In sum, in the present concurrent flow testing, if testing scheme needs to change, the entity in the test must rebulid all links, thereby has increased the difficulty and the time of concurrent flow testing, has reduced the efficient of concurrent flow testing.
Summary of the invention
The embodiment of the invention provides method, the system of link establishment and release in a kind of concurrent flow testing; In order to solve in the present concurrent flow testing that exists in the prior art; If testing scheme needs to change; Entity in the test must rebulid all links, thereby has increased the difficulty and the time of concurrent flow testing, has reduced the problem of concurrent flow testing efficient.
The method of setting up link in a kind of concurrent flow testing that the embodiment of the invention provides comprises:
After management entity receives the request mark message that comprises first network address of self-test entity, said first network address placed set up chain circuit message and send to the message distribution entity, network address of entity is tested for this in said first network address;
Said message distribution entity is bound second network address and said first network address of receiving, returns the response message that comprises said second network address to said management entity, and said second network address is the network address of this message distribution entity;
Said second network address that said management entity will be received places sets up the link success message, sends to said test entity;
Said test entity is bound said first network address and said second network address of receiving.
The method that discharges link in a kind of concurrent flow testing that the embodiment of the invention provides comprises:
Management entity places the release chain circuit message to send to the message distribution entity said first network address after receiving the request release message that comprises first network address of self-test entity, and said first network address is network address of this test entity;
Said message distribution entity delete second network address and said first network address of receiving between binding relationship, said second network address is the network address of this message distribution entity.
The method that discharges link in the another kind of concurrent flow testing that the embodiment of the invention provides comprises:
After management entity receives the request mark message that comprises first network address of self-test entity; For this test entity distributes a sign; Said first network address and said sign placed set up chain circuit message and send to the message distribution entity, network address of entity is tested for this in said first network address;
Said message distribution entity is bound second network address, the said sign of receiving and said first network address; Return the response message that comprises the said sign and said second network address to said management entity, said second network address is the network address of this message distribution entity;
Send to said test entity the said sign that said management entity will be received and said second network address;
Said test entity is bound said first network address, said second network address and the said sign received;
Said management entity places the release chain circuit message to send to said message distribution entity said sign behind the request release message of receiving from said test entity that comprises said sign;
Said message distribution entity is deleted the binding relationship between said first network address corresponding with the said sign of receiving, said second network address.
The system that sets up link in a kind of concurrent flow testing that the embodiment of the invention provides comprises:
Management entity; Be used for after receiving the request mark message that comprises first network address of self-test entity, said first network address placed set up chain circuit message to the transmission of message distribution entity, after receiving the response message that comprises second network address; Address, said second networking placed set up the link success message; Send to said test entity, said first network address is the network address of this test entity, and said second network address is the network address of this message distribution entity;
The message distribution entity is used for said second network address and said first network address of receiving are bound, and returns said response message to said management entity;
The test entity is used for said first network address and said second network address of receiving are bound.
The system that discharges link in a kind of concurrent flow testing that the embodiment of the invention provides comprises:
Management entity; Be used for after receiving the request release message that comprises first network address of self-test entity; Place the release chain circuit message to send to the message distribution entity said first network address, said first network address is network address of this test entity;
The message distribution entity, be used to delete second network address and said first network address of receiving between binding relationship, said second network address is the network address of this message distribution entity.
The system that discharges link in the another kind of concurrent flow testing that the embodiment of the invention provides comprises:
Management entity; Be used for after receiving the request mark message that comprises first network address of self-test entity, said first network address placed set up chain circuit message to the transmission of message distribution entity, after receiving the response message that comprises second network address; Address, said second networking placed set up the link success message; Send to said test entity, behind the request release message of receiving from said test entity that comprises sign, place the release chain circuit message to send said sign to said message distribution entity; Said first network address is the network address of this test entity, and said second network address is the network address of this message distribution entity;
The message distribution entity; Be used for receive said set up chain circuit message after; Said second network address and said first network address of receiving are bound; Return said response message to said management entity, after receiving said release chain circuit message, delete the binding relationship between said first network address corresponding, said second network address with the said sign of receiving;
The test entity is used for said first network address and said second network address of receiving are bound.
After embodiment of the invention management entity receives the request mark message that comprises first network address of self-test entity; Said first network address placed set up chain circuit message and send to the message distribution entity, network address of entity is tested for this in said first network address; Said message distribution entity is bound second network address and said first network address of receiving, returns the response message that comprises said second network address to said management entity, and said second network address is the network address of this message distribution entity; Said second network address that said management entity will be received places sets up the link success message, sends to said test entity; Said test entity is bound said first network address and said second network address of receiving; Owing to can dynamically set up and discharge link; When testing scheme need change, need not read the static configuration file, thereby need the deletion scheme not change preceding all links of setting up; Reduce the difficulty and the time of concurrent flow testing, improved the efficient of concurrent flow testing.
Description of drawings
Fig. 1 is the composition sketch map of the concurrent flow testing system configuration of prior art;
Fig. 2 is that the system of link establishment in the concurrent flow testing of the embodiment of the invention forms sketch map;
Fig. 3 is that the system that link discharges in first kind of concurrent flow testing of the embodiment of the invention forms sketch map;
Fig. 4 is that the system that link discharges in second kind of concurrent flow testing of the embodiment of the invention forms sketch map;
Fig. 5 is the method flow sketch map of link establishment in the concurrent flow testing of the embodiment of the invention;
Fig. 6 is the method flow sketch map that link discharges in first kind of concurrent flow testing of the embodiment of the invention;
Fig. 7 is the method flow sketch map that link discharges in second kind of concurrent flow testing of the embodiment of the invention.
Embodiment
Embodiment of the invention message distribution entity can be received first network address of test entity through management entity; Same test entity can be received second network address of message distribution entity through management entity; Realized dynamically setting up link; Need not read the static configuration file, thereby need the deletion scheme not change preceding all links of setting up.
Wherein, first network address is the network address of this test entity, and second network address is the network address of this message distribution entity.
Content according to the heterogeneous networks address of test case is also inequality; Such as: IP carries if desired, and then the network address is the IP address, if desired asynchronous transfer mode (Asynchronous Transfer Mode; ATM) carry, then the network address is link port (PATHID).If there is not specified otherwise, all embodiment of the present invention meet above-mentioned requirements.
Below in conjunction with Figure of description the embodiment of the invention is described in further detail.
As shown in Figure 2, the system of link establishment comprises in the concurrent flow testing of the embodiment of the invention: management entity 20, message distribution entity 21 and a plurality of test entity 22.
Management entity 20; Be used for after receiving the request mark message that comprises first network address of self-test entity 22; First network address placed set up chain circuit message and send to message distribution entity 21; Behind the response message of receiving from message distribution entity 21 that comprises second network address, address, second networking placed set up the link success message and send to test entity 22.
Wherein, management entity 20 can further include: first forwarding module 200 and second forwarding module 201.
First forwarding module 200 is used for after receiving the request mark message that comprises first network address of self-test entity 22, first network address is placed set up chain circuit message and send to the message distribution entity.
Second forwarding module 201 is used for behind the response message of receiving from message distribution entity 21 that comprises second network address, address, second networking is placed set up the link success message, sends to the test entity.
Wherein, management entity 20 can further include: first sets up module 202.
First sets up module 202, is used for after second forwarding module 201 is received the response message that comprises second network address, in relation list, setting up the corresponding relation of first network address and second network address.
Wherein, message distribution entity 21 can further include: first binding module 210 and first respond module 211.
First binding module 210 is used for second network address and first network address of receiving are bound.
First respond module 211 is used for after first binding module 210 is bound, returning the response message that comprises second network address to management entity.
The test entity 22, be used for receive comprise address, second networking set up the link success message after, first network address and second network address are bound.
Wherein, test entity 22 can further include: first receiver module 220 and second binding module 221.
First receiver module 220, be used to receive comprise address, second networking set up the link success message.
Second binding module 221 is used for second network address that first network address and first receiver module 220 are received is bound.
Wherein, management entity 20 can further include: distribution module 203 and processing module 204.
Can also be according to different test cases with special code as sign, such as: to TD-SCDMA (Time Division Synchronized Code Division Multiple Access; The time-division synchronous CDMA system) in the multi-user test environment, can use IMSI (International Mobile Subscriber Idernity; International mobile subscriber identification code), TMSI (Temporary Mobile Station Identity; Temporary mobile subscriber identity) etc. as sign;
Can also generate a numeral at random as sign or the like.
Then first binding module 210 in the message distribution entity 21 is bound second network address, the sign of receiving and first network address;
First respond module 211 in the message distribution entity 21 is returned the response message that comprises the sign and second network address to management entity after first binding module 210 is bound;
Second binding module of test in the entity 22 bound first network address, second network address and the sign received.
Wherein, management entity 20 can further include: second sets up module 205.
Second sets up module 205; Be used for after second forwarding module 201 is received the response message that comprises the sign and second network address; (sign and second network address are in the response message to the corresponding relation of foundation sign, first network address and second network address in relation list; First network address is in the request mark message received of first forwarding module 200) owing to there is sign to exist in the corresponding relation, like this can convenient administrative staff to the management of parallel flow process.
As shown in Figure 3, the system that link discharges in first kind of concurrent flow testing of the embodiment of the invention comprises: management entity 30, message distribution entity 31 and a plurality of test entity 32.
Management entity 30 is used for after receiving the request release message that comprises first network address of self-test entity 32, first network address is placed discharge chain circuit message to 31 transmissions of message distribution entity.
Wherein, management entity 30 can further include: request release message receiver module 300 and the 3rd forwarding module 301.
Ask release message receiver module 300, be used to receive the request release message that comprises first network address of self-test entity 32.
The 3rd forwarding module 301 is used for after request release message receiver module 300 is received the request release message that comprises first network address, first network address is placed discharge chain circuit message to 31 transmissions of message distribution entity.
Wherein, message distribution entity 31 can further include: discharge the chain circuit message receiver module 310 and first release module 311.
Discharge chain circuit message receiver module 310, be used to receive the release chain circuit message that comprises first network address from management entity 30.
First release module 311 is used for after release chain circuit message receiver module 310 is received the release chain circuit message that comprises first network address, deleting the binding relationship between second network address and first network address.
Wherein, message distribution entity 31 can further include: second respond module 312.
Second respond module 312 is used for behind first release module, 311 deletion binding relationships, returning response message to management entity.
Then management entity 30 can further include and comprises: the 4th forwarding module 302.
The 4th forwarding module 302 after being used to receive the response message from message distribution entity 31, sends the release success message to the test entity.
Then test entity 32 after receiving the release success message, delete the binding relationship between first network address and second network address.
Wherein, management entity 30 can further include: first removing module 303.
First removing module 303 is used for after the 4th forwarding module 302 is received response message, the corresponding relation of deletion first network address and second network address from relation list.
Need to prove that the system that the link of present embodiment discharges can discharge the link that system shown in Figure 2 sets up, and also can discharge the link of setting up in the concurrent flow process of prior art.
As shown in Figure 4, the system that link discharges in second kind of concurrent flow testing of the embodiment of the invention comprises: management entity 40, message distribution entity 41 and a plurality of test entity 42.
Wherein, management entity 40 can further include: the 5th forwarding module 400, the 6th forwarding module 401 and the 7th forwarding module 402.
The 5th forwarding module 400 and the 6th forwarding module 401 respectively with Fig. 2 in first forwarding module 200 identical with second forwarding module, 201 functions, repeat no more.
The 7th forwarding module 402 is used for after receiving the request release message that comprises sign of self-test entity 42, sign is placed discharge chain circuit message to 41 transmissions of message distribution entity.
Message distribution entity 41; Be used for receive comprise first network address set up chain circuit message after; Second network address and first network address are bound; Return response message to management entity 40, after receiving the release chain circuit message that comprises sign, delete the binding relationship between first network address corresponding, second network address with sign.
Wherein, message distribution entity 41 can further include: second binding module 410, the 3rd respond module 411 and second release module 412.
Second binding module 410 and the 3rd respond module 411 respectively with Fig. 2 in first binding module, 210 first respond module, 211 functions identical, repeat no more.
Second release module 412 is used for after receiving the release chain circuit message that comprises sign, deletes the binding relationship between first network address corresponding with sign, second network address.
Wherein, test entity 42 can further include: second receiver module 420 and the 3rd binding module 421.
Second receiver module 420 and the 3rd binding module 421 respectively with Fig. 2 in first receiver module 220 identical with second binding module, 221 functions, repeat no more.
Wherein, message distribution entity 41 can further include: the 4th respond module 413.
The 4th respond module 413 is used for behind second release module, 412 deletion binding relationships, returning response message to management entity 40.
Then management entity 40 can further include: the 8th forwarding module 403.
The 8th forwarding module 403 after being used to receive the response message from message distribution entity 41, sends the release success message to test entity 42.
The 3rd release module 422 is used for after receiving the release success message, deleting the binding relationship between first network address and second network address.
Wherein, management entity 40 can further include: second removing module 404.
Second removing module 404 is used for after the 8th forwarding module 403 is received response message, the corresponding relation of deletion sign, first network address and second network address from relation list.
As shown in Figure 5, the method for link establishment comprises the following steps: in the concurrent flow testing of the embodiment of the invention
After step 500, management entity receive the request mark message that comprises first network address of self-test entity, first network address placed set up chain circuit message and send to the message distribution entity.
Step 501, message distribution entity receive comprise first network address set up chain circuit message after, second network address and first network address are bound, return the response message that comprises second network address to management entity.
After step 502, management entity are received the response message that comprises second network address, second network address placed set up the link success message, send to the test entity.
Wherein, can further include between step 502 and the step 503:
Management entity is set up the corresponding relation of first network address and second network address in relation list.
Relation list has been preserved the corresponding relation of all concurrent testing one-port addresses, thereby administrative staff can be managed parallel flow process in needs.
Step 503, the test entity receive comprise second network address set up the link success message after, first network address and second network address are bound.
Wherein, In the step 500; After management entity receives the request mark message that comprises first network address of self-test entity, can also test entity for this and distribute a sign, first network address and sign placed set up chain circuit message and send to the message distribution entity.
In the practical implementation process; Management entity can check in the relation list whether the sign of distribution has been arranged, if having after having distributed a sign; Then need to be again sign of this test entity distribution, can guarantee that like this each test entity all has a unique sign.
Management entity can be through predefined algorithm assigns sign;
Can also be according to different test cases with special code as sign, such as: in TD-SCDMA multi-user test environment, can use IMSI, TMSI etc. as sign;
Can also generate a numeral at random as sign or the like.
Then in the step 501, the message distribution entity is bound second network address, the sign of receiving and first network address, will identify with second network address and place response message.
In the step 502, the sign that management entity will be received and second network address place sets up the link success message to a test entity transmission.
In the step 503, the test entity is bound first network address, second network address and the sign received.
Wherein, if in the step 500, management entity then can further include between step 502 and the step 503 for the test entity distributes a sign:
Management entity in relation list, set up sign, first network address and second network address corresponding relation (sign and second network address be in the response message; First network address is in the request mark message of receiving); Owing to there is in the corresponding relation sign to exist, like this can convenient administrative staff to the management of parallel flow process.
As shown in Figure 6, the method that link discharges in first kind of concurrent flow testing of the embodiment of the invention comprises the following steps:
Step 600, management entity place the release chain circuit message to send to the message distribution entity first network address after receiving the request release message that comprises first network address of self-test entity.
Wherein, the test entity sends the request release message that comprises first network address to management entity after test is accomplished.
After step 601, message distribution entity are received the release chain circuit message that comprises first network address, delete the binding relationship between second network address and first network address.
Wherein, can further include after the step 601:
Step 602, message distribution entity are returned response message to management entity after binding relationship is successfully deleted.
After step 603, management entity are received response message, send the release success message to the test entity.
Step 604, test entity are deleted the binding relationship between first network address and second network address after receiving the release success message.
Wherein, can further include after the step 602:
The message distribution entity is deleted the corresponding relation of first network address and second network address from relation list.
Need to prove that the method that the link of present embodiment discharges can discharge the link that method shown in Figure 5 is set up, and also can discharge the link of setting up in the concurrent flow process of prior art.
As shown in Figure 7, the method that link discharges in second kind of concurrent flow testing of the embodiment of the invention comprises the following steps:
After step 700, management entity receive the request mark message that comprises first network address of self-test entity, be that this test entity distributes a sign, first network address and sign placed set up chain circuit message and send to the message distribution entity.
Step 701, message distribution entity receive comprise first network address and sign set up chain circuit message after, second network address, sign and first network address are bound, return to management entity and comprise the sign and the response message of second network address.
Send to the test entity sign that step 702, management entity will be received and second network address.
Step 703, test entity are bound first network address, second network address and sign.
Step 704, management entity place the release chain circuit message to send to the message distribution entity sign after receiving the request release message that comprises sign of self-test entity.
Wherein, the test entity comprises the request release message of sign to management entity after test is accomplished.
Step 705, message distribution entity are deleted the binding relationship between first network address corresponding with sign, second network address after comprising the release chain circuit message of sign.
Wherein, can further include after the step 705:
Step 706, message distribution entity are returned response message to management entity after successfully deleting binding relationship.
After step 707, management entity are received response message, send the release success message to the test entity.
Step 708, test entity are deleted the binding relationship between first network address and second network address after receiving the release success message.
Wherein, after step 707, can also advance one comprises:
Management entity is deleted the corresponding relation of sign, first network address and second network address from relation list.
Obviously, it is apparent to those skilled in the art that above-mentioned each module of the present invention or each step can realize with the general calculation device; They can concentrate on the single calculation element; Perhaps be distributed on the network that a plurality of calculation element forms, alternatively, they can be realized with the executable program code of calculation element; Thereby; Can they be stored in the storage device and carry out, perhaps they are made into each integrated circuit modules respectively, perhaps a plurality of modules in them or step are made into the single integrated circuit module and realize by calculation element.Like this, the present invention is not restricted to any specific hardware and software combination.Should be understood that the variation in these practical implementations is conspicuous for a person skilled in the art, do not break away from spiritual protection range of the present invention.
From the foregoing description, can find out: after embodiment of the invention management entity receives the request mark message that comprises first network address of self-test entity; Said first network address placed set up chain circuit message and send to the message distribution entity, network address of entity is tested for this in said first network address; Said message distribution entity is bound second network address and said first network address of receiving, returns the response message that comprises said second network address to said management entity, and said second network address is the network address of this message distribution entity; Said second network address that said management entity will be received places sets up the link success message, sends to said test entity; Said test entity is bound said first network address and said second network address of receiving; Owing to can dynamically set up and discharge link; When testing scheme need change, need not read the static configuration file, thereby need the deletion scheme not change preceding all links of setting up; Reduce the difficulty and the time of concurrent flow testing, improved the efficient of concurrent flow testing.
Obviously, those skilled in the art can carry out various changes and modification to the present invention and not break away from the spirit and scope of the present invention.Like this, belong within the scope of claim of the present invention and equivalent technologies thereof if of the present invention these are revised with modification, then the present invention also is intended to comprise these changes and modification interior.
Claims (25)
1. set up the method for link in the concurrent flow testing, it is characterized in that this method comprises:
After management entity receives the request mark message that comprises first network address of self-test entity, said first network address placed set up chain circuit message and send to the message distribution entity, network address of entity is tested for this in said first network address;
Said message distribution entity is bound second network address and said first network address of receiving, returns the response message that comprises said second network address to said management entity, and said second network address is the network address of this message distribution entity;
Said second network address that said management entity will be received places sets up the link success message, sends to said test entity;
Said test entity is bound said first network address and said second network address of receiving.
2. the method for claim 1 is characterized in that, said management entity also comprises after receiving the response message that comprises said second network address:
In relation list, set up the corresponding relation of said first network address and said second network address.
3. the method for claim 1 is characterized in that, after said management entity is received the described request identification message, before chain circuit message is set up in the transmission of message distribution entity, also comprises:
Said management entity is that this test entity distributes a sign, said first network address and said sign is placed set up chain circuit message;
Said message distribution entity comprised before said management entity sends response message:
Said message distribution entity is bound second network address, the said sign of receiving and said first network address, and the said sign and said second network address are placed said response message;
Said management entity comprises before sending and setting up the link success message:
The said sign that said management entity will be received and said second network address place the said link success message of setting up;
Said test entity is bound and is comprised:
Said test entity is bound said first network address, said second network address and the said sign received.
4. method as claimed in claim 3 is characterized in that, said management entity also comprises after receiving said response message:
In relation list, set up the corresponding relation of said sign, said first network address and said second network address.
5. method as claimed in claim 4 is characterized in that, said management entity also comprised before chain circuit message is set up in the transmission of message distribution entity:
When the sign of distribution is arranged, distribute a sign for this test entity again in said relation list.
6. discharge the method for link in the concurrent flow testing, it is characterized in that this method comprises:
Management entity places the release chain circuit message to send to the message distribution entity said first network address after receiving the request release message that comprises first network address of self-test entity, and said first network address is network address of this test entity;
Said message distribution entity delete second network address and said first network address of receiving between binding relationship, said second network address is the network address of this message distribution entity.
7. method as claimed in claim 6 is characterized in that, said message distribution entity also comprises after discharging the resource link:
Said message distribution entity is returned response message to said management entity;
After said management entity is received said response message, send the release success message to said test entity;
Said test entity is deleted the binding relationship between said first network address and said second network address after receiving said release success message.
8. method as claimed in claim 7 is characterized in that, said management entity also comprises after receiving said response message:
The corresponding relation of said first network address of deletion and said second network address from relation list.
9. discharge the method for link in the concurrent flow testing, it is characterized in that this method comprises:
After management entity receives the request mark message that comprises first network address of self-test entity; For this test entity distributes a sign; Said first network address and said sign placed set up chain circuit message and send to the message distribution entity, network address of entity is tested for this in said first network address;
Said message distribution entity is bound second network address, the said sign of receiving and said first network address; Return the response message that comprises the said sign and said second network address to said management entity, said second network address is the network address of this message distribution entity;
Send to said test entity the said sign that said management entity will be received and said second network address;
Said test entity is bound said first network address, said second network address and the said sign received;
Said management entity places the release chain circuit message to send to said message distribution entity said sign behind the request release message of receiving from said test entity that comprises said sign;
Said message distribution entity is deleted the binding relationship between said first network address corresponding with the said sign of receiving, said second network address.
10. method as claimed in claim 9 is characterized in that, said message distribution entity also comprises after discharging the resource link:
Said message distribution entity is returned response message to said management entity;
After said management entity is received said response message, send the release success message to said test entity;
Said test entity is deleted the binding relationship between said first network address and said second network address after receiving said release success message.
11. method as claimed in claim 10 is characterized in that, said management entity also comprises after receiving the said response message that sends behind the said message distribution entity release resource link:
The corresponding relation of deletion said sign, said first network address and said second network address from relation list.
12. set up the system of link in the concurrent flow testing, it is characterized in that this system comprises:
Management entity; Be used for after receiving the request mark message that comprises first network address of self-test entity, said first network address placed set up chain circuit message to the transmission of message distribution entity, after receiving the response message that comprises second network address; Address, said second networking placed set up the link success message; Send to said test entity, said first network address is the network address of this test entity, and said second network address is the network address of this message distribution entity;
The message distribution entity is used for said second network address and said first network address of receiving are bound, and returns said response message to said management entity;
The test entity is used for said first network address and said second network address of receiving are bound.
13. system as claimed in claim 12 is characterized in that, said management entity comprises:
First forwarding module is used for after receiving the request mark message that comprises first network address of self-test entity, said first network address is placed set up chain circuit message and send to the message distribution entity;
Second forwarding module is used for after receiving the response message that comprises second network address, address, said second networking is placed set up the link success message, sends to said test entity;
Said message distribution entity comprises:
First binding module is used for said second network address and said first network address of receiving are bound;
First respond module is used for after binding, and returns the said response message that comprises said second network address to said management entity;
Said test entity comprises:
First receiver module is used to receive the said link success message of setting up that comprises address, said second networking;
Second binding module is used for said first network address and said second network address of receiving are bound.
14. system as claimed in claim 13 is characterized in that, said management entity also comprises:
First sets up module, is used for after said second forwarding module is received the response message that comprises said second network address, in relation list, setting up the corresponding relation of said first network address and said second network address.
15. system as claimed in claim 13 is characterized in that, said management entity also comprises:
Distribution module was used at said first forwarding module before chain circuit message is set up in said message distribution entity transmission, was that said test entity distributes a sign;
Processing module is used for said first network address and said sign placed and sets up chain circuit message, and the said sign of receiving is placed said link success message;
Then said first binding module is used for:
Said second network address, the said sign of receiving and said first network address are bound;
Said first respond module is used for:
After binding, return the said response message that comprises the said sign and said second network address to said management entity;
Said second binding module is used for:
Said first network address, said second network address and the said sign received are bound.
16. system as claimed in claim 15 is characterized in that, said management entity also comprises:
Second sets up module, is used for after said second forwarding module is received the response message that comprises the said sign and said second network address, in relation list, setting up the corresponding relation of said sign, said first network address and said second network address.
17. system as claimed in claim 16 is characterized in that, said distribution module also is used for:
When the sign of distribution is arranged, distribute a sign for this test entity again in said relation list.
18. discharge the system of link in the concurrent flow testing, it is characterized in that this system comprises:
Management entity; Be used for after receiving the request release message that comprises first network address of self-test entity; Place the release chain circuit message to send to the message distribution entity said first network address, said first network address is network address of this test entity;
The message distribution entity, be used to delete second network address and said first network address of receiving between binding relationship, said second network address is the network address of this message distribution entity.
19. system as claimed in claim 18 is characterized in that, said management entity comprises:
Ask the release message receiver module, be used to receive the request release message that comprises first network address of self-test entity;
The 3rd forwarding module is used for after receiving the request release message that comprises first network address of self-test entity, places the release chain circuit message to send to the message distribution entity said first network address;
Said message distribution entity comprises:
Discharge the chain circuit message receiver module, be used to receive said release chain circuit message from said management entity;
First release module, be used to delete second network address and said first network address of receiving between binding relationship.
20. system as claimed in claim 19 is characterized in that, said message distribution entity also comprises:
Second respond module is used for behind said first release module deletion binding relationship, returning response message to said management entity;
Said management entity also comprises:
The 4th forwarding module, be used to receive said response message after, send to said test entity and to discharge success message;
Said system also comprises:
The test entity is used for after receiving said release success message, deletes the binding relationship between said first network address and said second network address.
21. system as claimed in claim 20 is characterized in that, said management entity also comprises:
First removing module is used for after said the 4th forwarding module is received said response message, the corresponding relation of said first network address of deletion and said second network address from relation list.
22. discharge the system of link in the concurrent flow testing, it is characterized in that this system comprises:
Management entity; Be used for after receiving the request mark message that comprises first network address of self-test entity, said first network address placed set up chain circuit message to the transmission of message distribution entity, after receiving the response message that comprises second network address; Address, said second networking placed set up the link success message; Send to said test entity, behind the request release message of receiving from said test entity that comprises sign, place the release chain circuit message to send said sign to said message distribution entity; Said first network address is the network address of this test entity, and said second network address is the network address of this message distribution entity;
The message distribution entity; Be used for receive said set up chain circuit message after; Said second network address and said first network address of receiving are bound; Return said response message to said management entity, after receiving said release chain circuit message, delete the binding relationship between said first network address corresponding, said second network address with the said sign of receiving;
The test entity is used for said first network address and said second network address of receiving are bound.
23. the system of claim 22 is characterized in that, said management entity comprises:
The 5th forwarding module is used for after receiving the request mark message that comprises first network address of self-test entity, said first network address is placed set up chain circuit message and send to the message distribution entity;
The 6th forwarding module is used for after receiving the response message that comprises second network address, address, said second networking is placed set up the link success message, sends to said test entity;
The 7th forwarding module is used for behind the request release message of receiving from said test entity that comprises said sign, places the release chain circuit message to send to said message distribution entity said sign;
Said message distribution entity comprises:
Second binding module is used for said second network address and said first network address of receiving are bound;
The 3rd respond module is used for after binding, and returns the said response message that comprises said second network address to said management entity;
Second release module is used for after receiving the said release chain circuit message that comprises said sign, deletes the binding relationship between said first network address corresponding with said sign, said second network address;
Said test entity comprises:
Second receiver module is used to receive the said link success message of setting up that comprises address, said second networking;
The 3rd binding module is used for said first network address and said second network address of receiving are bound.
24. system as claimed in claim 23 is characterized in that, said message distribution entity also comprises:
The 4th respond module is used for behind said second release module deletion binding relationship, returning response message to said management entity;
Said management entity also comprises:
The 8th forwarding module, be used to receive said response message after, send to said test entity and to discharge success message;
Said test entity also comprises:
The 3rd release module is used for after receiving said release success message, deletes the binding relationship between said first network address and said second network address.
25. system as claimed in claim 24 is characterized in that, said management entity also comprises:
Second removing module is used for after said the 8th forwarding module is received said response message, the corresponding relation of deletion said sign, said first network address and said second network address from relation list.
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| CN2008101160712A CN101621420B (en) | 2008-07-02 | 2008-07-02 | Method and system for establishing and releasing link in concurrent flow testing |
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| CN2008101160712A CN101621420B (en) | 2008-07-02 | 2008-07-02 | Method and system for establishing and releasing link in concurrent flow testing |
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| CN101621420B true CN101621420B (en) | 2012-03-28 |
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