CN102300118B - Testing system and testing method for monitoring system - Google Patents
Testing system and testing method for monitoring system Download PDFInfo
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- CN102300118B CN102300118B CN201110262084.2A CN201110262084A CN102300118B CN 102300118 B CN102300118 B CN 102300118B CN 201110262084 A CN201110262084 A CN 201110262084A CN 102300118 B CN102300118 B CN 102300118B
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Abstract
The invention discloses a testing system and a testing method for a monitoring system. The testing system comprises a first monitoring platform and local monitoring equipment, wherein the local monitoring equipment is connected with the first monitoring platform. Therefore, the problems of complex testing structure, high cost and the like of the monitoring system in the prior art are solved. Moreover, the testing system for the monitoring system also has the characteristics of simple structure, low cost, maneuverability and the like.
Description
Technical field
The present invention relates to monitoring technique field, particularly a kind of test macro of supervisory control system and method for testing.
Background technology
Supervisory control system applies one of maximum system in safety-protection system, and supervisory control system is generally made up of front-end camera and back-end software system.In the whole nation, each large, medium and small city has and applies comparatively widely current supervisory control system.Video monitoring system has developed short twenties years, from simulation monitoring the earliest to the Network Video Surveillance in the ascendant till now again of burning hot digital supervision a few years ago, there occurs earth-shaking change.
As shown in Figure 1, the supervisory control system of prior art comprises the first monitor supervision platform 200, central server 100 and at least one local monitoring device 300; Described first monitor supervision platform 200 is connected with central server 100 by network, and described local monitoring device 300 is connected with the first monitor supervision platform 200.
When testing, described first monitor supervision platform 200 is by Ethernet, mode such as wireless (wired) cat, note etc., long-rangely keep being connected with central server 100, in time local module or information of remote equipment are reported to central server 100, accept the relevant configuration that central server 100 issues simultaneously.In addition, the module configuration information that central server 100 issues, by local 485 buses, is transmitted to the first monitor supervision platform 200 by described first monitor supervision platform 200, initiatively completes by the data acquisition of the first monitor supervision platform 200, to complete whole test process simultaneously.
In addition, under the first monitor supervision platform 200 also can be operated in master and slave mode: namely described supervisory control system comprises the second monitor supervision platform 400 further, described second monitor supervision platform 400 connects the first monitor supervision platform 200 and local monitoring device 300.The data that central server 100 is sent by the first monitor supervision platform 200 directly pass through the second monitor supervision platform 400, second monitor supervision platform 400 by after data processing partition, and the local monitoring device 300 be connected with it is given in configuration; Meanwhile, the second monitor supervision platform 400 sends to the first monitor supervision platform 200 after the information processing that collection comes being completed passively, passes through central server 100 by the first monitor supervision platform 200 by network connection.
In the method for testing of the supervisory control system of prior art, must by central server 100 come into.Progressively unify the today in the whole world in IP technology, its test framework can not meet the needs of growing monitoring technique.In view of this, the measuring technology that a kind of new supervisory control system is provided is needed.
Summary of the invention
In view of above-mentioned the deficiencies in the prior art part, the object of the present invention is to provide a kind of test macro and method of testing of supervisory control system, high in cost of production problem complicated with the test macro framework solving supervisory control system of the prior art.
In order to achieve the above object, this invention takes following technical scheme:
A test macro for supervisory control system, wherein, described test macro comprises: the first monitor supervision platform and local monitoring device; Described local monitoring device is connected with the first monitor supervision platform;
Described first monitor supervision platform comprises: network data Transmit-Receive Unit, local monitor Transmit-Receive Unit and test case dispatch service unit; Described test case dispatch service unit is interconnection network data transceiving unit, local monitor Transmit-Receive Unit respectively;
Network data Transmit-Receive Unit completes network side data bag and receives, and to the decoding data operation received, by data by the packing of inside story structure, sends to test case dispatch service unit; And network data Transmit-Receive Unit also receives internal data bag from message queue, carry out encoding operation by protocol requirement, complete the transmit operation of network side data bag; Local monitor Transmit-Receive Unit completes the coding and decoding operation of local monitor module data, by Packet Generation to port or test case dispatch service unit, completes the transmitting-receiving process of monitoring module data; Test case dispatch service unit completes the scheduling of test row, and process internal data bag, safeguards test mode, result and judge;
Described local monitoring device simulation webmaster and monitoring module message, interacting message is carried out by network and serial ports and the first monitor supervision platform, according to protocol test, all test datas require that simulation produces by local monitoring device, issue the first monitor supervision platform or according to monitor supervision platform request, respond corresponding test data, these data are after by the first monitor supervision platform process, to pass back, validation testing sends to local monitoring device, finally by local monitoring device according to transceiving data and condition adjudgement these by the correctness of monitor supervision platform request, response or acknowledge message;
Described system also comprises the memory cell be connected with described test case dispatch service unit, described memory cell is in each test case implementation, record all successful system configuration datas, and constantly update to remain synchronous regime with tested entity;
In described test case dispatch service unit, the form of test case code is registration table form; Carry out registration step by step by test case, testing procedure, message, process function to use; Test case scheduling is according to current test state, receipt message, in test case registration table, testing procedure table, search corresponding message registration table, according to the message received in message registration table, find respective function registration table, finally find alignment processing function, complete the process of message, according to the result refresh test state of Message Processing, complete the execution of this test case, take out next test case simultaneously.
The test macro of described supervisory control system, wherein, described local monitoring device is connected by 485 buses with the first monitor supervision platform.
The test macro of described supervisory control system, wherein, under described test case code is arranged on same catalogue.
A method of testing for the test macro of above-mentioned supervisory control system, wherein, said method comprising the steps of:
S1, local monitoring device simulation webmaster and monitoring module message, send to the first monitor supervision platform by network by test data;
After test data described in S2, the first monitor supervision platform process, passback is sent to described local monitoring device;
S3, local monitoring device according to the data of transmitting-receiving and condition adjudgement by the first monitor supervision platform request, response or confirmation message whether;
Described first monitor supervision platform comprises: network data Transmit-Receive Unit, local monitor Transmit-Receive Unit and test case dispatch service unit; Described test case dispatch service unit is interconnection network data transceiving unit, local monitor Transmit-Receive Unit respectively;
Described step S2 is further comprising the steps:
S21, the first monitor supervision platform receive network side data bag, and to the decoding data operation received, by data by the packing of inside story structure, and send to test case dispatch service unit;
S22, carry out local monitoring device test data coding and decoding operation, by Packet Generation to test case dispatch service unit;
S23, test case dispatch service unit carry out the scheduling of test case, process corresponding packet, safeguard test mode, result and judge;
Also comprise in above-mentioned steps S21: network data Transmit-Receive Unit receives internal data bag from message queue, carry out encoding operation by protocol requirement, complete the transmit operation of network side data bag;
In described step S23, the code of test case is with the form of registration table, carries out registration step by step use by test case, testing procedure, message, process function; Test case scheduling is according to current test state, receipt message, in test case registration table, testing procedure table, search corresponding message registration table, according to the message received in message registration table, find respective function registration table, finally find alignment processing function, complete the process of message, according to the result refresh test state of Message Processing, complete the execution of this test case, take out next test case simultaneously.
The test macro of supervisory control system provided by the invention and method of testing.Wherein, described test macro comprises: the first monitor supervision platform and local monitoring device; Described local monitoring device is connected with the first monitor supervision platform.Thus the test framework solving supervisory control system of the prior art is complicated, high in cost of production problem, and the test macro of supervisory control system of the present invention also has that framework is simple, cost is low, can the feature such as mobility.
Accompanying drawing explanation
Fig. 1 is the structural representation of the test macro of the supervisory control system of prior art.
Fig. 2 is the structural representation of the test macro of supervisory control system of the present invention.
Fig. 3 is the structural representation of the monitor supervision platform of the embodiment of the present invention.
Fig. 4 is the flow chart of the method for testing of supervisory control system of the present invention.
Embodiment
The invention provides a kind of test macro and method of testing of supervisory control system.For making object of the present invention, technical scheme and effect clearly, clearly, referring to accompanying drawing examples, the present invention is described in more detail.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
Refer to Fig. 1, it is the structural representation of the supervisory control system of the embodiment of the present invention.As shown in the figure, the test macro of described supervisory control system comprises: the first monitor supervision platform 10 and local monitoring device 20; Described local monitoring device 20 is connected with the first monitor supervision platform 10.
Particularly, described local monitoring device 20 can connect the first monitor supervision platform 10 by local 485 buses, completes by the data acquisition of the first monitor supervision platform 10 simultaneously initiatively; In addition, under the first monitor supervision platform 10 also can be operated in master and slave mode: namely the test macro of described supervisory control system comprises the second monitor supervision platform 30 further, described second monitor supervision platform 30 connects the first monitor supervision platform 10 and local monitoring device 20.The data that local monitoring device 20 is sent by the first monitor supervision platform 10 directly pass through the second monitor supervision platform 30, second monitor supervision platform 30 by after data processing partition, and the local monitoring device 330 be connected with it is given in configuration; Meanwhile, the second monitor supervision platform 30 sends to the first monitor supervision platform 10 after the information processing that collection comes being completed passively, passes through local monitoring device 20 by the first monitor supervision platform 10 by network (or 485 buses) connection.In a word, first, second monitor supervision platform major function described is exactly by various communication interface, converts network management monitoring protocol to local monitor data, realizes the configuration to relevant information, data acquisition and reporting functions.
In the present invention, while described local monitoring device 20 has general function again, also there is the function (referring in test macro) of described central server of the prior art.Particularly, do not changing under monitor supervision platform application model, by local monitoring device 20(in the present embodiment, can be PC) simulate webmaster and monitoring module message, the second monitor supervision platform 30 can be comprised further by network and serial ports and the first monitor supervision platform 10() carry out interacting message, according to protocol test, all test datas are even requires that simulation produces by PC, issue the first monitor supervision platform or according to monitor supervision platform request, respond corresponding test data, these data are after by the first monitor supervision platform process, with passback, validation testing sends to PC, finally by PC according to transceiving data and condition adjudgement these by monitor supervision platform request, the correctness of response or acknowledge message.Monitor supervision platform according to cascade test request, by polylith monitor board by master-slave mode series connection, can realize master-slave cascade test under the prerequisite not changing test frame in addition.
Further, the framework of test macro of the present invention and the development platform of test case can be: windows operating system and VC developing instrument.Described VC has good code commissioning ability, is convenient to instrument and use-case code commissioning; Based on windows multitasking framework, playing good supporting role for realizing testing tool, being convenient to the realization of each functions of modules; The test structure developed on this platform in addition and use-case, as long as increase the process at interface, just externally can use as testing tool, this development platform supports upper, subsequent extension exploitation to personnel requirement, function and safeguards in addition, all has more advantage than present test macro.
In addition, as shown in Figure 3, the first monitor supervision platform provided by the invention comprises: network data Transmit-Receive Unit 210, local monitor Transmit-Receive Unit 220 and test case dispatch service unit 230; Described test case dispatch service unit 230 is interconnection network data transceiving unit 210, local monitor Transmit-Receive Unit 220 respectively.
Particularly, described network data Transmit-Receive Unit 210, local monitor Transmit-Receive Unit 220 and test case dispatch service unit 230 are even is complete respective task process using message as driving.First network of network data transceiving unit 210 completes the reception of network side data bag, and to the decoding data operation received, by data by the packing of inside story structure, sends to test case dispatch service unit 230; And network data Transmit-Receive Unit 210 also receives internal data bag from message queue, carry out encoding operation by protocol requirement, complete the transmit operation of network side data bag; Local monitor Transmit-Receive Unit 220 sample completes the coding and decoding operation of local monitor module data, by Packet Generation to port or test case dispatch service unit 230, completes the transmitting-receiving process of monitoring module data; Test case dispatch service unit 230 completes the scheduling of test row, and process internal data bag, safeguards test mode, result and judge.
Can automatic test designs execution by automatic test cases one by one, and it is exactly a series of data configuration, proof procedure that each use-case performs, and whether each step successful operation, be related to test automatically and obtain final expected results.So automatic test case design process, performing with test case, need execute in steps toggle to configure, operate and confirm each step correctness.Automatic test course is exactly by a large amount of test code, performs in an orderly manner according to contractual requirements, therefore needs good dispatching management mechanism.
For the problems referred to above, in the test macro of supervisory control system provided by the invention, in described test case dispatch service unit, the form of test case code is registration table form.Namely carry out registration step by step by test case, testing procedure, message, process function to use.Test case scheduling is according to current test state, receipt message, in test case registration table, testing procedure table, search corresponding message registration table, according to the message received in message registration table, find respective function registration table, finally find alignment processing function, complete the process of message, according to the result refresh test state of Message Processing, complete the execution of this test case, take out next test case simultaneously.
Further, under described test case code can also be arranged on same catalogue.Particularly, for ease of test code management, safeguard, test case code and instrument framework code administration, when framework is considered, are isolated by testing tool.Namely testing tool provides a set of test case login mechanism, use-case design time, as long as consider register by this mechanism, just can implementation tool to the scheduling of test case.So by all test cases all under same large catalogue, each test case creation administrative directory of controlling oneself is for depositing this use row code as " .. TestCase TestXXX ".Such instrumentation code and test case, and just can be completely achieved between test case and store classifiedly, manage.And subdirectory TestXXX comprises two category code files, one be case designing code as: Xxx.c/h, another is registration code XxxReg.c/h, and the former realizes test process, and the latter completes the registration of test code to instrument.Meanwhile, uniform registration mechanism.First, XxxReg.c/h function has two, one be by test code by testing procedure, corresponding message and process function registration in local use-case table; Two is the interfaces externally providing local use-case registration table.Secondly instrument .. provide local use-case to tool registers interface, as long as case designing person will complete the registration of use-case name and local use-case interface in instrument use-case table under Fsm catalogue.
In addition, in general automatic test course, each test case needs to carry out initialization or null clear operation to test environment before performing, so that next use-case is not subject to the impact of a use-case when operating tested entity, although such operation is convenient, often destroy the environment being in problem critical condition.If test case can know current device state, according to the configuration of equipment state selectivity or change environment, to meet use-case execution requirements, so just the actual conditions of the at utmost tested entity of simulation can test, be convenient to exposure problem.Meanwhile, carry out the tested entity internal state of mirror image by such synchronization mechanism, according to the result of its internal state and backspace, study and judge the result that test case performs.
For this reason, the test macro of supervisory control system of the present invention further comprises the memory cell 240 be connected with described test case dispatch service unit 230, as shown in Figure 2.Described memory cell 240, in each test case implementation, records all successful system configuration datas, and constantly updates to remain synchronous regime with tested entity.Automated test tool, can refer to the preservation mechanism of platform software to parameter, configuration data, at the internal memory that internal mirror images one is such, all can be recorded in memory cell 240 the successful configuration operation of platform at every turn, the regime theory of tested like this entity just be mirrored onto test environment and has suffered.Tested physical memory administrative mechanism used for reference by testing tool, by agreement and product requirement monitoring parameter, the same with tested entity, adopts approximate configuration file to read in memory cell 240.To successful configuration operation or query manipulation, operating result is set to read in corresponding monitoring parameter body or from corresponding monitoring parameter body and checks with message content, thus confirm whether this operating result or test are passed through, and realize the mirror image to tested entity internal state simultaneously.
Present invention also offers a kind of method of testing of above-mentioned supervisory control system, wherein, as shown in Figure 3, said method comprising the steps of:
S1, local monitoring device simulation webmaster and monitoring module message, send to the first monitor supervision platform by network by test data;
After test data described in S2, the first monitor supervision platform process, passback is sent to described local monitoring device;
S3, local monitoring device are according to the data of transmitting-receiving and the condition adjudgement message correctness by the first monitor supervision platform request, response or confirmation.
Further, described step S2 is further comprising the steps:
S21, the first monitor supervision platform receive network side data bag, and to the decoding data operation received, by data by the packing of inside story structure, and send to test case dispatch service unit;
S22, carry out local monitoring device test data coding and decoding operation, by Packet Generation to test case dispatch service unit;
S23, test case dispatch service unit carry out the scheduling of test case, process corresponding packet, safeguard test mode, result and judge.
Further, in described step S23, the code of test case is with the form of registration table, carries out registration step by step use by test case, testing procedure, message, process function.
In addition, be that the code of test case is with the form of registration table in described step S23 with being to be understood that, carrying out registration step by step by test case, testing procedure, message, process function and use.Test case scheduling is according to current test state, receipt message, in test case registration table, testing procedure table, search corresponding message registration table, according to the message received in message registration table, find respective function registration table, finally find alignment processing function, complete the process of message, according to the result refresh test state of Message Processing, complete the execution of this test case, take out next test case simultaneously.
In sum, the test macro of supervisory control system provided by the invention and method of testing.Wherein, described test macro comprises: the first monitor supervision platform and local monitoring device; Described local monitoring device is connected with the first monitor supervision platform.Thus the test framework solving supervisory control system of the prior art is complicated, high in cost of production problem, and the test macro of supervisory control system of the present invention also has that framework is simple, cost is low, can the feature such as mobility.
Be understandable that, for those of ordinary skills, can be equal to according to technical scheme of the present invention and inventive concept thereof and replace or change, and all these change or replace the protection range that all should belong to the claim appended by the present invention.
Claims (4)
1. a test macro for supervisory control system, is characterized in that, described test macro comprises: the first monitor supervision platform and local monitoring device; Described local monitoring device is connected with the first monitor supervision platform;
Described first monitor supervision platform comprises: network data Transmit-Receive Unit, local monitor Transmit-Receive Unit and test case dispatch service unit; Described test case dispatch service unit is interconnection network data transceiving unit, local monitor Transmit-Receive Unit respectively;
Described system also comprises the second monitor supervision platform, and described second monitor supervision platform connects the first monitor supervision platform and local monitoring device;
Network data Transmit-Receive Unit completes network side data bag and receives, and to the decoding data operation received, by data by the packing of inside story structure, sends to test case dispatch service unit; And network data Transmit-Receive Unit also receives internal data bag from message queue, carry out encoding operation by protocol requirement, complete the transmit operation of network side data bag; Local monitor Transmit-Receive Unit completes the coding and decoding operation of local monitor module data, by Packet Generation to port or test case dispatch service unit, completes the transmitting-receiving process of monitoring module data; Test case dispatch service unit completes the scheduling of test row, and process internal data bag, safeguards test mode, result and judge;
Described local monitoring device simulation webmaster and monitoring module message; interacting message is carried out by network and serial ports and the first monitor supervision platform; according to protocol test, all test datas require that simulation produces by local monitoring device; issue the first monitor supervision platform or according to monitor supervision platform request; respond corresponding test data; these data are after by the first monitor supervision platform process; to pass back, validation testing sends to local monitoring device, finally by local monitoring device according to transceiving data and condition adjudgement these by the correctness of monitor supervision platform request, response or acknowledge message;
Described system also comprises the memory cell be connected with described test case dispatch service unit, described memory cell is in each test case implementation, record all successful system configuration datas, and constantly update to remain synchronous regime with tested entity;
In described test case dispatch service unit, the form of test case code is registration table form; Carry out registration step by step by test case, testing procedure, message, process function to use;
Test case scheduling is according to current test state, receipt message, in test case registration table, testing procedure table, search corresponding message registration table, according to the message received in message registration table, find respective function registration table, finally find alignment processing function, complete the process of message, according to the result refresh test state of Message Processing, complete the execution of this test case, take out next test case simultaneously.
2. the test macro of supervisory control system according to claim 1, is characterized in that, described local monitoring device is connected by 485 buses with the first monitor supervision platform.
3. the test macro of supervisory control system according to claim 2, is characterized in that, under described test case code is arranged on same catalogue.
4. a method of testing for the test macro of supervisory control system according to claim 1, is characterized in that, said method comprising the steps of:
S1, local monitoring device simulation webmaster and monitoring module message, send to the first monitor supervision platform by network by test data;
After test data described in S2, the first monitor supervision platform process, passback is sent to described local monitoring device;
S3, local monitoring device are according to the data of transmitting-receiving and the condition adjudgement message correctness by the first monitor supervision platform request, response or confirmation;
Described first monitor supervision platform comprises: network data Transmit-Receive Unit, local monitor Transmit-Receive Unit and test case dispatch service unit; Described test case dispatch service unit is interconnection network data transceiving unit, local monitor Transmit-Receive Unit respectively;
Described step S2 is further comprising the steps:
S21, the first monitor supervision platform receive network side data bag, and to the decoding data operation received, by data by the packing of inside story structure, and send to test case dispatch service unit;
S22, carry out local monitoring device test data coding and decoding operation, by Packet Generation to test case dispatch service unit;
S23, test case dispatch service unit carry out the scheduling of test case, process corresponding packet, safeguard test mode, result and judge;
Also comprise in above-mentioned steps S21: network data Transmit-Receive Unit receives internal data bag from message queue, carry out encoding operation by protocol requirement, complete the transmit operation of network side data bag;
In described step S23, the code of test case is with the form of registration table, carries out registration step by step use by test case, testing procedure, message, process function; Test case scheduling is according to current test state, receipt message, in test case registration table, testing procedure table, search corresponding message registration table, according to the message received in message registration table, find respective function registration table, finally find alignment processing function, complete the process of message, according to the result refresh test state of Message Processing, complete the execution of this test case, take out next test case simultaneously.
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| CN104378254B (en) * | 2014-10-10 | 2017-08-04 | 中国电子科技集团公司第四十一研究所 | The many test node condition monitoring systems and method of component production line |
| CN105490876A (en) * | 2015-11-26 | 2016-04-13 | 上海斐讯数据通信技术有限公司 | Method for automatic testing of server performance through packet sending linkage and concurrent monitoring |
| CN105357578B (en) * | 2015-12-24 | 2018-07-24 | 深圳市九洲电器有限公司 | A kind of set-top box test method and device |
| CN107391404B (en) * | 2016-05-16 | 2021-12-28 | 深圳市中兴微电子技术有限公司 | Data transmission method and device based on hardware port |
| CN110418101B (en) * | 2018-04-26 | 2021-06-11 | 视联动力信息技术股份有限公司 | Information sharing method and device |
| CN110618943B (en) * | 2019-09-20 | 2022-08-19 | 重庆紫光华山智安科技有限公司 | Security service test method and device, electronic equipment and readable storage medium |
| CN111031279A (en) * | 2019-11-29 | 2020-04-17 | 武汉烽火众智数字技术有限责任公司 | Monitoring platform-based simulation front-end equipment point location construction method and system |
| CN114727100B (en) * | 2022-04-28 | 2022-08-23 | 景网技术有限公司 | Joint debugging method and device for monitoring equipment |
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