CN102750348A - Novel data processing method - Google Patents
Novel data processing method Download PDFInfo
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- CN102750348A CN102750348A CN2012101889470A CN201210188947A CN102750348A CN 102750348 A CN102750348 A CN 102750348A CN 2012101889470 A CN2012101889470 A CN 2012101889470A CN 201210188947 A CN201210188947 A CN 201210188947A CN 102750348 A CN102750348 A CN 102750348A
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Abstract
The invention belongs to the field of computer measurement and control technology and relates to a novel data processing method. The novel data processing method includes, during usage, constructing field parameter files capable of completing designated functions rapidly and conveniently, and gathering needed hardware drivers together to form a drive pool; after entry of a testing system, automatically extracting applied resource information, a data obtaining structure, a data formula structure, a data forwarding structure, a data display structure and a data storage structure from parameter files to achieve loading of the parameter files; and extracting data from an internal register and calling the data structure in the corresponding parameter file by a function module as required for top application. According to the novel data processing method, call of the function module is performed by utilizing fields of the parameter files through construction of the parameter files, data processing capacity is greatly simplified, and the method has the advantages of being simple in implement, high in execution efficiency, good in popularity and the like.
Description
Technical field
The invention belongs to the technique of computer measurement and control field, relate to a kind of new types of data disposal route.
Background technology
Be accompanied by the development of computer technology and sensor technology, aircraft system is also towards complicated, multi-functional, integrated development, and corresponding system test observing and controlling engineering field also is faced with new test, is mainly reflected in that 1. data are many, and communication is complicated; 2. classification is many, show complex; 3. function is many, realizes complicated.
In certain type aircraft fuel system ground simulation test, the back end that relates to has 8, traffic category to have 3 kinds, nearly 627 of data points, and also the observing and controlling hardware device of using is varied especially.
Therefore how to erect a system architecture, making it can either be at a high speed, flexibly, effectively accomplish set task, and can translate into computerese again easily becomes current TT&C system software development key of success.
Summary of the invention
The objective of the invention is, provide a kind of and can integrate the measuring and controlling equipment resource efficiently, accomplish the new types of data disposal route of types of applications neatly.
Technical solution of the present invention: a kind of new types of data disposal route, it comprises the steps:
Step 1: set up Parameter File and drive the pond
According to the data processing requirement, the concrete real data of using of statistics is counted, and constitutes row information;
Foundation can quick and convenient completion appointed function field; Constitute column information, this column information comprises following field: information such as the sequence number of data point, title, sign, lower limit, the upper limit, unit, receive mode, receiver address, receiving port, receiving cable, formula type, COEFFICIENT K 1, variable X 1, COEFFICIENT K 2, variable X 2, COEFFICIENT K 3, variable X 3, COEFFICIENT K 4, pass-through mode, forwarding address, forwarding port, forwarding passage, demonstration permission, display mode, display precision, control numbering, alarm type, threshold values X1, threshold values X2, storage allow, storage precision;
Gather above-mentioned capable information and column information, make up Parameter File;
The hardware drive program that needs are used gathers together to constitute and drives the pond;
Step 2: bottom calls
After getting into pilot system, from Parameter File, extract resource information, the data of this application automatically and obtain structure, data formula structure, data forwarding structure, data presentation structure and data store organisation, realize the loading of Parameter File;
Step 3: top layer is used
After initialization directive is sent; The function of initializing module is extracted from drive the pond according to resource information and is driven; And to computer system proposition resource bid; After the resource acquisition, data acquisition module is started working, and utilizes data to obtain structure and regularly collects data and deposit in the internal register from back end;
According to concrete needs, functional module is extracted data in the register internally, and call with its corresponding parameters file in data structure, carry out top layer and use.
The synchronous quadratic computing module regularly extracts data in the register internally, carries out secondary treating according to the data formula structure, after finishing dealing with data is returned in the internal register.
The synchrodata forwarding module regularly extracts data in the register internally, utilizes the data forwarding structure that data are distributed to back end.
The synchrodata display module regularly extracts data in the register internally, utilizes the data presentation structure to give the terminal user with data presentation.
After instruction data storage sent, data memory module was started working, and regularly extracted data in the register internally, utilized data store organisation that data are saved in the database.
The advantageous effect that the present invention has; New types of data disposal route of the present invention utilizes the field of Parameter File to carry out calling of functional module, significantly the reduced data treatment capacity through the structure of Parameter File; Engineering practice proves that the present invention has the characteristics such as simple, that execution efficient is high, versatility is good that realize.
Description of drawings
Fig. 1 is the composition diagram of new types of data disposal route architectural framework of the present invention,
Fig. 2 is a new types of data disposal route fundamental diagram of the present invention;
Embodiment
Please consult Fig. 1 and Fig. 2 simultaneously, wherein, the composition diagram of Fig. 1 new types of data disposal route of the present invention architectural framework, Fig. 2 is a new types of data disposal route fundamental diagram of the present invention.
New types of data disposal route architectural framework of the present invention comprises Parameter File, drives pond and functional module.Wherein, Parameter File and driving pond are that the bottom of test macro framework calls, and are used for background process.Functional module is that the top layer of test macro framework is used, and utilizes bottom to call and accomplishes various functions.
Wherein, said Parameter File comprises information such as sequence number, title, sign, lower limit, the upper limit, unit, receive mode, receiver address, receiving port, receiving cable, formula type, COEFFICIENT K 1, variable X 1, COEFFICIENT K 2, variable X 2, COEFFICIENT K 3, variable X 3, COEFFICIENT K 4, pass-through mode, forwarding address, forwarding port, forwarding passage, demonstration permission, display mode, display precision, control numbering, alarm type, threshold values X1, threshold values X2, the storage of data point allow, storage precision.
According to actual testing requirement, extract above-mentioned information, configuration information resource information, data are obtained structure, data formula structure, data forwarding structure, data presentation structure, data store organisation.
As shown in Figure 2; Data are obtained structure and are made up of receive mode, receiver address, receiving port, receiving cable; The data formula structure is made up of formula type, COEFFICIENT K 1, variable X 1, COEFFICIENT K 2, variable X 2, COEFFICIENT K 3, variable X 3, COEFFICIENT K 4, variable X 4; The data forwarding structure is made up of send mode, transmission address, transmit port, sendaisle; The data presentation structure is made up of title, sign, unit, display precision, sequence number, display mode, control numbering, alarm type, threshold values X1, threshold values X2, and data store organisation is made up of title, sign, unit, storage precision, sequence number.
Said driving pond is the set of the needed hardware drive program that can obtain at present, and provides the driver of new acquisition to add window, when using with top layer, and driving testing hardware equipment.
Said functional module is the program block that software is accomplished concrete function, comprises that initialization, data are obtained, secondary calculating, data forwarding, data presentation and data storage.Wherein function of initializing is triggered by system directive control; Data are obtained, secondary calculating, data forwarding, data presentation function are the module of after function of initializing is accomplished, calling automatically, and respectively by cycle data and display cycle control triggering; Data storage function is triggered by system directive and common control of memory cycle.
When real data of the present invention was handled, its detailed process was following:
Step 1: set up Parameter File and drive the pond
According to the data processing requirement, the concrete real data of using of statistics is counted, and constitutes row information;
Foundation can quick and convenient completion appointed function field; Constitute column information, this column information comprises following field: information such as the sequence number of data point, title, sign, lower limit, the upper limit, unit, receive mode, receiver address, receiving port, receiving cable, formula type, COEFFICIENT K 1, variable X 1, COEFFICIENT K 2, variable X 2, COEFFICIENT K 3, variable X 3, COEFFICIENT K 4, pass-through mode, forwarding address, forwarding port, forwarding passage, demonstration permission, display mode, display precision, control numbering, alarm type, threshold values X1, threshold values X2, storage allow, storage precision;
Gather above-mentioned capable information and column information, make up Parameter File;
The hardware drive program that needs are used gathers together to constitute and drives the pond, conveniently to call;
Step 2: bottom calls
After getting into pilot system; Automatically resource information, the data of from Parameter File, extracting this application are obtained structure, data formula structure, data forwarding structure, data presentation structure and data store organisation; Realize the loading of Parameter File, with calling of convenient follow-up each functional module;
Step 3: top layer is used
After initialization directive was sent, the function of initializing module was extracted from drive the pond according to resource information and is driven, and proposes resource bid to computer system, after the resource acquisition, used according to each functional module, and in conjunction with corresponding data structure, carry out top layer and use,
Data acquisition module is started working, and utilizes data to obtain structure and regularly collects data and deposit in the internal register from back end;
The synchronous quadratic computing module regularly extracts data in the register internally, carries out secondary treating according to the data formula structure, after finishing dealing with data is returned in the internal register;
The synchrodata forwarding module regularly extracts data in the register internally, utilizes the data forwarding structure that data are distributed to back end;
The synchrodata display module regularly extracts data in the register internally, utilizes the data presentation structure to give the terminal user with data presentation;
After instruction data storage sent, data memory module was started working, and regularly extracted data in the register internally, utilized data store organisation that data are saved in the database.
Step 4: the top layer after the cycle repeating data is obtained is used, and accomplishes the concrete application of each functional module.
Claims (5)
1. a new types of data disposal route is characterized in that, comprises the steps:
Step 1: set up Parameter File and drive the pond
According to the data processing requirement, the concrete real data of using of statistics is counted, and constitutes row information;
Foundation can quick and convenient completion appointed function field; Constitute column information, this column information comprises following field: information such as the sequence number of data point, title, sign, lower limit, the upper limit, unit, receive mode, receiver address, receiving port, receiving cable, formula type, COEFFICIENT K 1, variable X 1, COEFFICIENT K 2, variable X 2, COEFFICIENT K 3, variable X 3, COEFFICIENT K 4, pass-through mode, forwarding address, forwarding port, forwarding passage, demonstration permission, display mode, display precision, control numbering, alarm type, threshold values X1, threshold values X2, storage allow, storage precision;
Gather above-mentioned capable information and column information, make up Parameter File;
The hardware drive program that needs are used gathers together to constitute and drives the pond;
Step 2: bottom calls
After getting into pilot system, from Parameter File, extract resource information, the data of this application automatically and obtain structure, data formula structure, data forwarding structure, data presentation structure and data store organisation, realize the loading of Parameter File;
Step 3: top layer is used
After initialization directive is sent; The function of initializing module is extracted from drive the pond according to resource information and is driven; And to computer system proposition resource bid; After the resource acquisition, data acquisition module is started working, and utilizes data to obtain structure and regularly collects data and deposit in the internal register from back end;
According to concrete needs, functional module is extracted data in the register internally, and call with its corresponding parameters file in data structure, carry out top layer and use.
2. new types of data disposal route according to claim 1 is characterized in that: the synchronous quadratic computing module regularly extracts data in the register internally, carries out secondary treating according to the data formula structure, after finishing dealing with data is returned in the internal register.
3. new types of data disposal route according to claim 1 is characterized in that: the synchrodata forwarding module regularly extracts data in the register internally, utilizes the data forwarding structure that data are distributed to back end.
4. new types of data disposal route according to claim 1 is characterized in that: the synchrodata display module regularly extracts data in the register internally, utilizes the data presentation structure to give the terminal user with data presentation.
5. new types of data disposal route according to claim 1 is characterized in that: after instruction data storage sent, data memory module was started working, and regularly extracted data in the register internally, utilized data store organisation that data are saved in the database.
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| CN2012101889470A CN102750348A (en) | 2012-06-08 | 2012-06-08 | Novel data processing method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107203545B (en) * | 2016-03-17 | 2021-01-26 | 创新先进技术有限公司 | Data processing method and device |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1181141A (en) * | 1995-04-07 | 1998-05-06 | 软体未来设计股份有限公司 | Data processing system and method, and computer program architecture |
| CN101082677A (en) * | 2007-07-06 | 2007-12-05 | 福州华虹智能科技开发有限公司 | Device of mine tunnel advanced sounders software architecture based on built-in Linux |
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1181141A (en) * | 1995-04-07 | 1998-05-06 | 软体未来设计股份有限公司 | Data processing system and method, and computer program architecture |
| CN101082677A (en) * | 2007-07-06 | 2007-12-05 | 福州华虹智能科技开发有限公司 | Device of mine tunnel advanced sounders software architecture based on built-in Linux |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107203545B (en) * | 2016-03-17 | 2021-01-26 | 创新先进技术有限公司 | Data processing method and device |
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Application publication date: 20121024 |