CN102243489B - Cross-platform data processing system and method - Google Patents
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Abstract
The invention provides a system and method used for cross-platform data processing. An interface unit, an operation object and an operating mode can be selected to be one or combination of data tracking function, interface simulation function and data modifying function, and the aim of processing data of a cross-platform system can be better achieved; the data tracking function, the interface simulation function and the data modifying function can be independently configured, thus being convenient to operate, having strong pertinence and low system overhead and solving the problem that the traditional data processing system can not independently configure data tracking, interface simulation and data modifying modes.
Description
Technical field
The present invention relates to for the computer program that cross platform system is carried out the data processing.
Background technology
Cross platform system is very complicated system, and generally host computer and a plurality of subsystem by master control forms, and the operating system of moving on host computer and the subsystem often is not quite similar.Moving a plurality of data tracking objects on each subsystem, described data tracking object can be random component, there are a large amount of complicated cooperation call relations between the data tracking object, and the development progress of data tracking object is often different on each subsystem, so extremely complicated and difficult to test and the integrated debugging of cross platform system software.
Prior art is by writing simulation softward some data tracking object interfaces of driving piles, with the disabled interface between software and hardware of emulation.In the different phase of integrated debugging, the object of the continuous modification of simulation softward needs emulation and the degree of depth of simulation are to adapt to the variation of interface simulation demand.Work loaded down with trivial details and workload is huge, when integrated debugging, be difficult to implement inapplicable large-scale cross platform system software development.When integrated debugging, if certain subsystem operation makes mistakes, prior art increases the method location mistakes such as many type informations by connecting debug machine to subsystem in this subsystem code inside, follows the tracks of running software situation difficulty, operates very complicated.When integration testing, prior art is by connecting debug machine to tested subsystem, and the test program that operation is write specially is to carry out the black box white-box testing, and workload is large and loaded down with trivial details, tests abundant not.
Therefore, be necessary that cross platform system is carried out technology that data process to be improved and improve.
Summary of the invention
Purpose of the present invention is for solving in the prior art, and the data tracking of cross-platform data handling system, interface simulation and data change function cannot separate configurations, thereby cause the problems such as complicated operation, specific aim is low, overhead is large.
For addressing the above problem, the invention provides a kind of cross-platform data handling system, be used for that operand is carried out cross-platform data and process, comprise: host computer, described host computer comprises: the interface operation unit is used for man-machine interaction configuration operation object and operator scheme; The assemble mode administrative unit that is connected with described interface operation unit is for the pattern configurations information that receives described interface operation unit;
At least one subsystem, be connected with described host computer respectively, moving at least one assembly on each described subsystem, each described subsystem comprises: the local mode administrative unit that is connected with described assemble mode administrative unit, be responsible for receiving the pattern configurations information from described assemble mode administrative unit; The interface unit that is connected with described local mode administrative unit, described interface unit comprises the schema management interface unit, described schema management interface unit directly offers described component call, be used for transmiting a request to described local mode administrative unit, to obtain the operator scheme of described assembly, thereby being carried out data, processes by described assembly; Described assembly can be by the pattern configurations information of described schema management interface unit renewal itself, the pattern configurations information that described schema management interface unit sending assembly upgrades is to described local mode administrative unit, described local mode administrative unit is upgraded the pattern configurations buffer memory of place subsystem, and the pattern configurations information that described assembly is upgraded sends to the assemble mode administrative unit, and the local mode administrative unit that the pattern configurations information that described assemble mode administrative unit is upgraded described assembly again sends on all subsystems is carried out synchronously.
Optionally, in the described cross-platform data handling system, described interface unit is the data tracking interface unit, is used for tracking data and sends to the data tracking unit of host computer.
Further, in the above-mentioned cross-platform data handling system, described host computer also comprises: data tracking unit, described data tracking unit respectively with described interface operation unit be connected the data tracking interface unit and be connected.
Further, in the described cross-platform data handling system, described data tracking unit is used for the maintenance trail destination information, receives tracking data and print to follow the tracks of the destination.
Optionally, in the described cross-platform data handling system, described tracking destination is screen, printer or file.
Optionally, in the described cross-platform data handling system, described interface unit is the schema management interface unit, is used for receiving and transmission interface emulation, data tracking and data change pattern configurations information.
Optionally, in the described cross-platform data handling system, described interface unit comprises: data tracking interface unit, schema management interface unit and data change interface unit.
Optionally, in the above-mentioned cross-platform data handling system, described interface unit is the data change interface unit, is used for receive data change request, the change data, and issue data value.
Optionally, in the above-mentioned cross-platform data handling system, described host computer also comprises: the data change unit, described data change unit respectively with described interface operation unit be connected the data change interface unit and be connected, be used for the receive data changed information, and the data changed information processed to obtain the data value of change, and the data value of change is sent to described data change interface unit.
Optionally, in the above-mentioned cross-platform data handling system, described host computer possesses human-computer interaction function, is SUN work station or PC.
Optionally, in the above-mentioned cross-platform data handling system, described subsystem is powerpc board card or industrial computer.
Optionally, in the above-mentioned cross-platform data handling system, described interface operation unit is human-computer interaction interface or command file, is used for man-machine interaction, data demonstration, and inquiry and the setting of data tracking pattern, interface simulation pattern, data change pattern and tracking destination.
Optionally, in the above-mentioned cross-platform data handling system, described pattern configurations buffer memory is shared drive or file.
Optionally, in the above-mentioned cross-platform data handling system, the communication mode between host computer and each subsystem is to communicate by network, serial ports or optical fiber mode.
Another object of the present invention is for solving in the prior art, the problem that the data tracking of cross-platform data processing method, interface simulation and data change function can not separate configurations, thereby complicated operation, problem that specific aim is not strong.
For achieving the above object, the invention provides the cross-platform data processing method according to above-mentioned cross-platform data handling system, comprise following steps:
After subsystem started, the local mode administrative unit of subsystem sent ready message to the assemble mode administrative unit of host computer;
The assemble mode administrative unit is handed down to each assembly present mode configuration information the local mode administrative unit of subsystem;
The interface operation unit from the assemble mode administrative unit, reads and shows each assembly present mode configuration information;
By described interface operation cell location operand and corresponding operator scheme, perhaps, operand is by the pattern configurations information of described schema management interface unit renewal itself, the pattern configurations information that described schema management interface unit transmit operation object upgrades is to described local mode administrative unit, and described operand is one or more in described each assembly;
Described assemble mode administrative unit receives the operator scheme of described operand and described correspondence;
Described local mode administrative unit, operator scheme according to described operand and described correspondence, upgrade the pattern configurations buffer memory of place subsystem, and the pattern configurations information that described operand is upgraded sends to the assemble mode administrative unit, and the local mode administrative unit that the pattern configurations information that described assemble mode administrative unit is upgraded described operand again sends on all subsystems is carried out synchronously;
Described interface unit transmit a request to described local mode administrative unit, to obtain the operator scheme of described assembly;
If the operator scheme of described assembly is shutoff operation, namely described assembly is not operand, then abandons the operation to described assembly; Otherwise described assembly is operand, processes the data of described assembly.
Optionally, in the described cross-platform data processing method, described operand is the data tracking object, and described operator scheme is the data tracking pattern, and described interface unit is the data tracking interface unit.
Optionally, in the described cross-platform data processing method, described data tracking pattern is for closing data tracking, external interface tracking or built-in function interface tracking.
Optionally, in the described cross-platform data processing method, if the data tracking pattern of described assembly for closing data tracking, namely described assembly is not the data tracking object, then abandons the tracking to described data tracking assembly; Otherwise described assembly is the data tracking object, according to the data of the described data tracking object of described data tracking mode tracking.
Optionally, in the described cross-platform data processing method, described operand is the interface simulation object, and described operator scheme is the interface simulation pattern, and described interface unit is the schema management interface unit.
Optionally, in the described cross-platform data processing method, described interface simulation pattern is down interface emulation, external interface emulation, internal interface emulation or hardware interface emulation.
Optionally, in the described cross-platform data processing method, if the interface simulation pattern of described assembly is down interface emulation, namely described assembly is not the interface simulation object, then abandons the emulation to described interface simulation object, carries out real interface code; Otherwise described assembly is the interface simulation object, shields the interface between software and hardware of described interface simulation object according to described interface simulation pattern, carries out corresponding emulation interface.
Optionally, in the described cross-platform data processing method, described operand is the data change object, and described operator scheme is the data change pattern, and described interface unit is the data change interface unit.
Optionally, in the described cross-platform data processing method, described data change pattern is for closing data change, inner input data change, inner output data change, inner input data change, inner output data change, outer input data change, external data output change, the change of outside inputoutput data, internal-external input data change, the change of inner input external data output, the change of inner output outer input data, internal-external output data change or the change of internal-external inputoutput data.
Optionally, in the described cross-platform data processing method, if the data change pattern of described assembly for closing data change, namely described assembly is not the data change object, then abandons the change to described data change object place assembly; Otherwise described assembly is not the data change object, changes the data of described data change object according to described data change pattern.
Optionally, in the described cross-platform data processing method, described operand comprises data tracking object, data change object, interface simulation object, described operator scheme comprises data tracking pattern, data simulation pattern, data change pattern, described interface unit comprises data tracking amount of money mouth unit, schema management interface unit, data change interface unit, and described shutoff operation comprises closes data tracking, down interface emulation, closes data change.
The data handling system that the present invention is cross-platform, selectable by operand is one of data tracking object, interface simulation object, data change object or combination, corresponding, described operator scheme can be one of data tracking pattern, interface simulation pattern, data change pattern or combination, described interface unit is one of data tracking interface unit, schema management interface unit, data change interface unit or combination, and described shutoff operation is for closing data tracking, down interface emulation, closing one of data change or combination; Cross-platform data processing method, selectable by described interface unit is one of data tracking interface unit, schema management interface unit, data change interface unit or combination; All reached preferably the purpose of the data processing of cross platform system: the independence of data tracking, interface simulation and data change function is configurable, easy to operate, and with strong points, and overhead is low.
The data tracking function can be checked easily at host computer the running software situation of any subsystem, improve prior art and can only add the deficiency that print statement comes tracking data to subsystem by connecting debug machine, be convenient to the analysis optimization software flow, the location mistake is beneficial to the system integration and product maintenance fast.The interface simulation function can shield easily by the interface simulation pattern configurations interface between software and hardware of different levels, and having improved prior art needs constantly to revise the shortcoming that simulation softward is driven piles.The data change function can be changed the data value of arbitrary data tracing object interface easily on host computer, be convenient to carry out black box and white-box testing use-case, has improved the deficiency of prior art aspect integration testing, is beneficial to integrated debugging, software test.
Description of drawings
Fig. 1 is the structural representation of the cross-platform data treatment system of one embodiment of the invention;
Fig. 2 is the overall structure schematic diagram of the mask aligner cross-platform data treatment system of one embodiment of the invention;
Fig. 3 is the example schematic of the cross-platform data processing method of one embodiment of the invention.
Embodiment
Below in conjunction with accompanying drawing content of the present invention is explained in detail, so that the content of claim of the present invention obtains explaining.
Embodiment 1
Fig. 1 is the structural representation of the cross-platform data treatment system of one embodiment of the invention, and in the present embodiment, described cross-platform data treatment system is used for that operand is carried out cross-platform data and processes, and comprising:
At least one subsystem 200, be connected with described host computer 100 respectively, moving at least one assembly (not shown) on each described subsystem 200, each described subsystem 200 comprises: the local mode administrative unit 5 that is connected with described assemble mode administrative unit 3, be responsible for receiving the pattern configurations information from described assemble mode administrative unit 3, wherein, described pattern configurations buffer memory is shared drive or file; The interface unit 300 that is connected with described local mode administrative unit 5, described interface unit 300 comprises schema management interface unit 7, described schema management interface unit 7 directly offers described component call, be used for transmiting a request to described local mode administrative unit 5, to obtain the operator scheme of described assembly, thereby being carried out data, processes by described assembly; Described assembly can be by the pattern configurations information of described schema management interface unit 7 renewals itself, the pattern configurations information that described schema management interface unit 7 sending assemblies upgrade is to described local mode administrative unit 5, described local mode administrative unit 5 is upgraded the pattern configurations buffer memory of place subsystem 200, and the pattern configurations information that described assembly is upgraded sends to assemble mode administrative unit 3, and the local mode administrative unit 5 that the pattern configurations information that described assemble mode administrative unit 3 is upgraded described assembly again sends on all subsystems 200 is carried out synchronously.
Utilize described cross-platform data treatment system, can reach preferably the purpose of the data processing of cross platform system.And can realize the separate configurations of data tracking, interface simulation and data change function for different situations, easy to operate, and with strong points, overhead is low.
Concrete, take the mask aligner cross platform system as example, cross-platform data handling system of the present invention is described.
Fig. 2 is the overall structure schematic diagram of the mask aligner cross-platform data treatment system of one embodiment of the invention, and referring to Fig. 2, the home position of host computer and subsystem concerns and annexation as can be known.In the present embodiment, described host computer is the SPARC work station of SUN, and the operating system of operation is Solaris; Described subsystem can be aimed at subsystem, mask alignment subsystem or chip transmission subsystem for work stage mask platform subsystem, exposure subsystem, silicon chip, and still, Optical Coatings for Photolithography can comprise a lot of subsystems, is not limited among Fig. 2 cited.In the present embodiment, work stage mask platform subsystem, exposure subsystem, silicon chip are aimed at subsystem, mask alignment subsystem etc. and are operated on the powerpc board card, and operating system is VxWorks; Chip transmission subsystem etc. operates on the industrial computer, and operating system is Windows.The mode that communication mode between described each subsystem and the host computer adopts those skilled in the art to be easy to expect communicates such as network connection, serial communication, optical fiber communication etc.
Further, in the described cross-platform data treatment system, described interface unit 300 can be one of data tracking interface unit 6, schema management interface unit 7, data change interface unit 8 or combination; When described subsystem 200 comprises data tracking interface unit 6, described host computer 100 also comprises data tracking unit 2, described data tracking unit 2 connects respectively described interface operation unit 1 and described data tracking interface unit 6, described data tracking interface unit 6 is used for carrying out data tracking according to the operator scheme of current data tracing mode, and tracking data is sent to the data tracking unit of host computer; When described subsystem 200 comprises data change interface unit 8, described host computer 100 also comprises data change unit 4, described data change unit 4 connects respectively described interface operation unit and described data change interface unit, be used for the receive data changed information, and the data changed information processed to obtain the data value of change, and the data value of change is sent to described data change interface unit.
When described subsystem comprises data tracking interface unit 6, schema management interface unit 7, data change interface unit 8 simultaneously, the interface operation unit, be used for man-machine interaction, data show and inquiry and the setting of data tracking, interface simulation, data change pattern and tracking destination.
Fig. 3 is the example schematic of the cross-platform data processing method of one embodiment of the invention.Below in conjunction with Fig. 3 embodiment 2-6 is described.
With reference to shown in Figure 3, described cross-platform data processing method may further comprise the steps:
After subsystem 200 started, the local mode administrative unit 5 of subsystem 200 sent ready message 11 to the assemble mode administrative unit 3 of host computer 100;
Assemble mode administrative unit 3 is handed down to each assembly present mode configuration information the local mode administrative unit 5 of subsystem 200;
Interface operation unit 1 from assemble mode administrative unit 3, reads and shows each assembly present mode configuration information;
Operating personnel, by described interface operation unit 1 configuration operation object and corresponding operator scheme, perhaps, operand is by the pattern configurations information of described schema management interface unit 7 renewals itself, the pattern configurations information that described schema management interface unit 7 transmit operation objects upgrade is to described local mode administrative unit 5, and described operand can be one or more in described each assembly;
Described assemble mode administrative unit 3 receives the operator scheme of described operand and described correspondence;
Described local mode administrative unit 5, operator scheme according to described operand and described correspondence, upgrade the pattern configurations buffer memory of place subsystem 200, and the pattern configurations information that described operand is upgraded sends to assemble mode administrative unit 3, and the local mode administrative unit 5 that the pattern configurations information that described assemble mode administrative unit 3 is upgraded described operand again sends on all subsystems 200 is carried out synchronously;
Described interface unit 300 transmit a request to described local mode administrative unit 5, to obtain the operator scheme of described assembly;
If the operator scheme of described assembly is shutoff operation, namely described assembly is not operand, then abandons the operation to described assembly; Otherwise described assembly is operand, processes the data of described assembly.
In the described cross-platform data processing method, described operand can be one of data tracking object, interface simulation object, data change object or combination, corresponding, described operator scheme can be one of data tracking pattern, interface simulation pattern, data change pattern or combination, described interface unit is one of data tracking interface unit, schema management interface unit, data change interface unit or combination, and described shutoff operation is for closing data tracking, down interface emulation, closing one of data change or combination.
When described operand was the data tracking object, described cross-platform data processing method was:
After subsystem 200 started, the local mode administrative unit 5 of subsystem 200 sent ready message 11 to the assemble mode administrative unit 3 of host computer 100;
Assemble mode administrative unit 3 is handed down to the present mode configuration information of each assembly the local mode administrative unit 5 of subsystem 200;
Interface operation unit 1 from assemble mode administrative unit 3, reads and shows the current data tracing mode configuration information of each assembly;
Operating personnel, by described interface operation unit 1 configuration data tracing object and corresponding data tracking pattern, perhaps, operand is by the data tracking pattern configurations information of described schema management interface unit 7 renewals itself, the pattern configurations information that described schema management interface unit 7 transmit operation objects upgrade is to described local mode administrative unit 5, and described data tracking object can be one or more in described each assembly;
Described assemble mode administrative unit 3 receives the data tracking pattern of described data tracking object and described correspondence;
Described local mode administrative unit 5, data tracking pattern according to described data tracking object and described correspondence, upgrade the pattern configurations buffer memory of place subsystem 200, and the data tracking pattern configurations information that described operand is upgraded sends to assemble mode administrative unit 3, and the local mode administrative unit 5 that the data tracking pattern configurations information that described assemble mode administrative unit 3 is upgraded described operand again sends on all subsystems 200 is carried out synchronously;
Data tracking interface unit 6 transmit a request to described local mode administrative unit 5, to obtain the data tracking pattern of described assembly;
If the data tracking pattern of described assembly is for closing data tracking, namely described assembly is not the data tracking object, then abandons the tracking to described assembly; Otherwise described assembly is the data tracking object, according to the data of the described data tracking object of described data tracking mode tracking.
Wherein, the step of the data of the described data tracking object of described tracking can for: described data tracking interface unit 6 sends the data tracking information to data tracking unit 2, described data tracking unit 2 is positioned at described host computer 100, respectively with described interface operation unit 1 be connected data tracking interface unit 6 and be connected, described data tracking unit 2 receives described data tracking information, and described data tracking information is printed to the tracking destination of appointment.Wherein, described tracking destination can be any output equipment that those skilled in the art can learn, such as file, screen, printer etc.
Wherein, described data tracking pattern can be but be not limited to, and closes data tracking, external interface tracking, built-in function interface tracking.
In the present embodiment, reached preferably the purpose of the data processing of cross platform system, the data tracking function, can check easily at host computer the running software situation of any subsystem, improve prior art and can only add the deficiency that print statement comes tracking data to subsystem by connecting debug machine, be convenient to the analysis optimization software flow, locate fast mistake, be beneficial to the system integration and product maintenance.
Embodiment 4
When described operand was the interface simulation object, described cross-platform data processing method was:
After subsystem 200 started, the local mode administrative unit 5 of subsystem 200 sent ready message 11 to the assemble mode administrative unit 3 of host computer 100;
Assemble mode administrative unit 3 is handed down to the present mode configuration information of each assembly the local mode administrative unit 5 of subsystem 200;
Interface operation unit 1 from assemble mode administrative unit 3, reads and shows the current interface simulation pattern configurations information of each assembly;
Operating personnel, by described interface operation unit 1 configuration interface simulation object and corresponding interface simulation pattern, perhaps, operand is by the interface simulation pattern configurations information of described schema management interface unit 7 renewals itself, the interface simulation pattern configurations information that described schema management interface unit 7 transmit operation objects upgrade is to described local mode administrative unit 5, and described interface simulation object can be one or more in described each assembly;
Described assemble mode administrative unit 3 receives the interface simulation pattern of described interface simulation object and described correspondence;
Described local mode administrative unit 5, interface simulation pattern according to described interface simulation object and described correspondence, upgrade the pattern configurations buffer memory of place subsystem 200, and the interface simulation pattern configurations information that described operand is upgraded sends to assemble mode administrative unit 3, and the local mode administrative unit 5 that the interface simulation pattern configurations information that described assemble mode administrative unit 3 is upgraded described operand again sends on all subsystems 200 is carried out synchronously;
Schema management interface unit 7 transmit a request to described local mode administrative unit 5, to obtain the interface simulation pattern of described assembly;
If the interface simulation pattern of described assembly is down interface emulation, namely described assembly is not the interface simulation object, then abandons the emulation to described interface simulation object, carries out real interface code; Otherwise described assembly is the interface simulation object, shields the interface between software and hardware of described interface simulation object according to described simulation model, carries out corresponding emulation interface.
Any interface simulation rank that described interface simulation pattern can be learnt for those skilled in the art is such as down interface simulation model, external interface simulation model, internal interface simulation model, hardware interface simulation model etc.
In the present embodiment, reached preferably the purpose of the data processing of cross platform system, the interface simulation function can shield easily by the interface simulation pattern configurations interface between software and hardware of different levels, and having improved prior art needs constantly to revise the shortcoming that simulation softward is driven piles.
Embodiment 5
When described operand was the data change object, described cross-platform data processing method was:
After subsystem 200 started, the local mode administrative unit 5 of subsystem 200 sent ready message 11 to the assemble mode administrative unit 3 of host computer 100;
Assemble mode administrative unit 3 is handed down to the present mode configuration information of each assembly the local mode administrative unit 5 of subsystem 200;
Interface operation unit 1 from assemble mode administrative unit 3, reads and shows the current data change pattern configurations information of each assembly;
Operating personnel, by described interface operation unit 1 configuration data change object and corresponding data change pattern, perhaps, operand is by the data change pattern configurations information of described schema management interface unit 7 renewals itself, the data change pattern configurations information that described schema management interface unit 7 transmit operation objects upgrade is to described local mode administrative unit 5, and described data change object can be one or more in described each assembly;
Described assemble mode administrative unit 3 receives the data change pattern of described data change object and described correspondence;
Described local mode administrative unit 5, data change pattern according to described data change object and described correspondence, upgrade the pattern configurations buffer memory of place subsystem 200, and the data change pattern configurations information that described operand is upgraded sends to assemble mode administrative unit 3, and the local mode administrative unit 5 that the data change pattern configurations information that described assemble mode administrative unit 3 is upgraded described operand again sends on all subsystems 200 is carried out synchronously;
Data change interface unit 8 transmit a request to described local mode administrative unit 5, to obtain the data change pattern of described assembly;
If the data change pattern of described assembly is for closing data change, namely described assembly is not the data change object, then abandons the change to described data change object place assembly; Otherwise described assembly is the data change object, changes the data of described data change object according to described data change pattern.
Wherein, the step of the data of the described data change object of described change can send the data change information to data change unit 4 for: data change interface unit 6, described data change unit 4 is positioned at host computer, respectively with described interface operation unit be connected the data change interface unit and be connected, described data change unit 4 receives described data change information, and according to the data change mode, the data of described data change object are changed.
Wherein, described data change mode can be but be not limited to, man-machine interaction mode or batch processing mode.Described man-machine interaction mode is: show successively data, and prompting operation person provides new value to its data of wanting to change.Described batch processing mode is: the data change unit is from the new value of the catalogue file reading out data of appointment, and sends to the data change interface unit.If the data change mode is man-machine interaction mode, the data change unit will send to the interface operation unit to data change information and show, prompting operation person gives the value of making new advances and will newly be worth and sends to the data change interface unit.If the data change mode is batch processing mode, the data change unit will be from the new value of the catalogue file reading out data of appointment, and sends to the data change unit, and the data change unit receives newly to be worth and to be delivered to interface function and carries out.
Wherein, described data change pattern can for but be not limited to, close data change, inner input data change, inner output data change, the change of inner input/output data, outer input data change, external data output, the change of outside input/output data, inside/outside section input data change, the change of inner input external data output, the change of inner output outer input data, inside/outside section and export data change, the input/output data change of inside/outside section etc.
In the present embodiment, reached preferably the purpose of the data processing of cross platform system, the data change function can be changed the data value of arbitrary data tracing object interface easily on host computer, be convenient to carry out black box and white-box testing use-case, improve the deficiency of prior art aspect integration testing, be beneficial to integrated debugging, software test.
Embodiment 6
When described operand was the combination of data tracking object, data change object, interface simulation object, described cross-platform data processing method was:
After subsystem 200 started, the local mode administrative unit 5 of subsystem 200 sent ready message 11 to the assemble mode administrative unit 3 of host computer 100;
Assemble mode administrative unit 3 is handed down to the present mode configuration information of each assembly the local mode administrative unit 5 of subsystem 200;
Interface operation unit 1 from assemble mode administrative unit 3, reads and shows current data tracking, interface simulation, the data change pattern configurations information of each assembly;
Operating personnel, by the 1 configuration data tracking of described interface operation unit, interface simulation, data change object and corresponding data tracking, interface simulation, data change pattern, perhaps, operand is by the pattern configurations information of described schema management interface unit 7 renewals itself, the pattern configurations information that described schema management interface unit 7 transmit operation objects upgrade is to described local mode administrative unit 5, and described data tracking, interface simulation, data change object can be one or more in described each assembly;
Described assemble mode administrative unit 3 receives data tracking, interface simulation, the data change pattern of described data tracking, interface simulation, data change object and described correspondence;
Described local mode administrative unit 5, data tracking, interface simulation, data change pattern according to described data tracking, interface simulation, data change object and described correspondence, upgrade the pattern configurations buffer memory of place subsystem 200, and the pattern configurations information that described operand is upgraded sends to assemble mode administrative unit 3, and the local mode administrative unit 5 that the pattern configurations information that described assemble mode administrative unit 3 is upgraded described operand again sends on all subsystems 200 is carried out synchronously;
Data tracking interface unit 6, schema management interface unit 7, data change interface unit 8 transmit a request to described local mode administrative unit 5, with data tracking, interface simulation, the data change pattern of obtaining described assembly;
If the data tracking pattern of described assembly is for closing data tracking, then abandon the tracking to described data tracking object place assembly, otherwise, the data tracking rank of the interface function of described data tracking pattern and assembly sign is compared, follow the tracks of the interface executing data that described data tracking pattern allows, and send tracking data information to data tracking unit 2, data tracking unit 2 receives described data tracking information, and it is printed to the tracking destination of appointment, wherein, the content of described data tracking information can be all available informations in the running software, such as function name, the timestamp of function turnover, function calling relationship, the inputoutput data value of function and return value etc.;
If the data tracking pattern of described assembly is down interface emulation, be that described assembly is not the interface simulation object, then abandon the emulation to described interface simulation object, carry out real interface code, do not have the interface conductively-closed, otherwise, described assembly is the interface simulation object, the interface simulation rank of interface simulation pattern and described component interface function identification is compared, shield the interface between software and hardware of described interface simulation object, carry out the code branches of corresponding emulation interface;
If the data change pattern of described assembly is for closing data change, be that described assembly is not the data change object, then abandon the change to described data change object, otherwise, described assembly is the data change object, and the data change rank of the interface function of data change pattern and described assembly sign is compared data change interface unit blocking data change interface process, and send data change information to the data change unit, change the data of described data change object.If employing man-machine interaction mode, data change unit 4 sends to interface operation unit 1 with data change information, described interface operation unit 1 shows data successively, prompting operation person inputs new value, and will newly be worth and send to the data change unit, the described new value that the data change unit will receive sends to the data change interface unit; If employing batch processing mode, 4 of data change unit send to the data change interface unit with the new value in the specified file, the data change interface unit receives new value, and transmits new value and carry out to interface function.
The technical scheme of present embodiment is considered the data processing technique of cross platform system from the angle of machine system, mainly comprises the content of pattern configurations, data tracking, interface simulation and data change four aspects.But pattern configurations is so that the equal separate configurations of the object of data tracking, interface simulation and data change and scope.Data tracking can be followed the tracks of at host computer the operation information of data tracking object on any subsystem.Interface simulation can be carried out corresponding code branches according to configuration, shields current disabled or do not need the interface between software and hardware that moves.Data change can be made amendment to the arbitrary data values of arbitrary data tracing object on host computer.
In sum, described pattern configurations comprises the configuration of data tracking pattern, interface simulation pattern and three kinds of patterns of data change pattern, and two lines are arranged.One, the operator can be configured by the 1 pair of three kinds of pattern in interface operation unit, and the pattern configurations information exchange is crossed assemble mode administrative unit 3 and is sent to local mode administrative unit on all subsystems.They are two years old, schema management interface unit 7 on the subsystem 200 also can be configured three kinds of patterns when carrying out, the pattern configurations information exchange is crossed local mode administrative unit 5 and is sent to assemble mode administrative unit 3 on the host computer 100, and the local mode administrative unit 5 that assemble mode administrative unit 3 sends to pattern configurations information on all subsystems 200 is again carried out synchronously.Solve prior art and need to could carry out to subsystem by connecting debug machine the technical problem of data tracking, interface simulation, data change, avoid frequent modification simulation softward, got involved internal data tracing object code, and the defective of writing a large amount of testing softwares, on host computer 100, just can conveniently be configured, mutual and check.The present invention is beneficial to the software test of cross platform system, promotes the system integration, shortens the cycle of integrated debugging and product maintenance, guarantees the quality of systems soft ware.
Above-mentioned each scheme comprises following mechanism: the total interface function of subsystem data tracing object is in the data tracking rank of data tracking interface unit sign oneself.Generally speaking, the data tracking rank can following setting but is not limited only to this: external interface is followed the tracks of and the built-in function interface tracking.The total interface function of subsystem data tracing object is in the interface simulation rank of schema management interface unit sign oneself.The interface simulation rank can following setting but is not limited only to this generally speaking: external interface emulation, internal interface emulation, hardware interface emulation, wherein data tracking object external interface is designated external interface emulation, data tracking object built-in function interface identifier is internal interface emulation, and data tracking object interior hardware interface is designated hardware interface emulation.The total interface function of subsystem data tracing object is in the data rank of data change interface unit sign oneself.Generally speaking, the data rank can following setting but is not limited only to this: inner input data, inner output data, outer input data and external data output.
The present invention has reached the purpose of the data processing of cross platform system preferably.The independence of data tracking, interface simulation and data change function is configurable, easy to operate, and with strong points, and overhead is low.That more than introduces only is based on preferred embodiment of the present invention, can not limit scope of the present invention with this.Any mechanism of the present invention is done replacement, the combination, discrete of parts well know in the art, and the invention process step is done well know in the art being equal to change or replace and all do not exceed exposure of the present invention and protection range.
Claims (17)
1. a cross-platform data handling system is used for that operand is carried out cross-platform data and processes, and it is characterized in that, comprises:
Host computer, described host computer comprises:
The interface operation unit is used for man-machine interaction configuration operation object and operator scheme; The assemble mode administrative unit that is connected with described interface operation unit is for the pattern configurations information that receives described interface operation unit;
The maintenance trail destination information is responsible in the data tracking unit, receives tracking data and print to follow the tracks of the destination;
The data change unit is used for the receive data changed information, and the data changed information is processed to obtain the data value of change, and the data value of change is sent to the data change interface unit;
At least one subsystem is connected with described host computer respectively, is moving at least one assembly on each described subsystem, and each described subsystem comprises:
The local mode administrative unit that is connected with described assemble mode administrative unit is responsible for receiving the pattern configurations information from described assemble mode administrative unit;
With the interface unit that described local mode administrative unit is connected, described interface unit comprises:
The schema management interface unit is used for receiving and transmission interface emulation, data tracking and data change pattern configurations information; Described schema management interface unit directly offers described component call, is used for transmiting a request to described local mode administrative unit, to obtain the operator scheme of described assembly, processes thereby described assembly is carried out data; Described assembly can be by the pattern configurations information of described schema management interface unit renewal itself, the pattern configurations information that described schema management interface unit sending assembly upgrades is to described local mode administrative unit, described local mode administrative unit is upgraded the pattern configurations buffer memory of place subsystem, and the pattern configurations information that described assembly is upgraded sends to the assemble mode administrative unit, and the local mode administrative unit that the pattern configurations information that described assemble mode administrative unit is upgraded described assembly again sends on all subsystems is carried out synchronously;
The data tracking interface unit is used for tracking data and sends to the data tracking unit of host computer;
The data change interface unit is used for receive data change request, the change data, and issue data value;
Described data tracking unit is connected with the data tracking interface unit with described interface operation unit respectively;
Described data change unit is connected with the data change interface unit with described interface operation unit respectively.
2. cross-platform data handling system as claimed in claim 1 is characterized in that, described tracking destination is screen, printer or file.
3. cross-platform data handling system as claimed in claim 1 is characterized in that, described host computer possesses human-computer interaction function, is SUN work station or PC.
4. cross-platform data handling system as claimed in claim 1 is characterized in that, described subsystem is powerpc board card or industrial computer.
5. cross-platform data handling system as claimed in claim 1, it is characterized in that, described interface operation unit is human-computer interaction interface or command file, be used for man-machine interaction, data demonstration, and inquiry and the setting of data tracking pattern, interface simulation pattern, data change pattern and tracking destination.
6. cross-platform data handling system as claimed in claim 1 is characterized in that, described pattern configurations buffer memory is shared drive or file.
7. cross-platform data handling system as claimed in claim 1 is characterized in that, the communication mode between host computer and each subsystem is to communicate by network, serial ports or optical fiber mode.
8. the cross-platform data processing method of cross-platform data handling system according to claim 1 is characterized in that, comprises following steps:
After subsystem started, the local mode administrative unit of subsystem sent ready message to the assemble mode administrative unit of host computer;
The assemble mode administrative unit is handed down to each assembly present mode configuration information the local mode administrative unit of subsystem;
The interface operation unit from the assemble mode administrative unit, reads and shows each assembly present mode configuration information;
By described interface operation cell location operand and corresponding operator scheme, perhaps, operand is by the pattern configurations information of described schema management interface unit renewal itself, the pattern configurations information that described schema management interface unit transmit operation object upgrades is to described local mode administrative unit, and described operand is one or more in described each assembly;
If the operator scheme of described assembly is shutoff operation, then abandon the operation to described assembly; Otherwise, process the data of described assembly.
9. cross-platform data processing method as claimed in claim 8 is characterized in that, when described operand was the data tracking object, described operator scheme was the data tracking pattern.
10. cross-platform data processing method as claimed in claim 9 is characterized in that, described data tracking pattern is for closing data tracking, external interface tracking or built-in function interface tracking.
11. cross-platform data processing method as claimed in claim 10 is characterized in that, if the data tracking pattern of described assembly is then abandoned the tracking to described assembly for closing data tracking; Otherwise described assembly is the data tracking object, according to the data of the described data tracking object of described data tracking mode tracking.
12. cross-platform data processing method as claimed in claim 8 is characterized in that, when described operand was the interface simulation object, described operator scheme was the interface simulation pattern.
13. cross-platform data processing method as claimed in claim 12 is characterized in that, described interface simulation pattern is down interface emulation, external interface emulation, internal interface emulation or hardware interface emulation.
14. cross-platform data processing method as claimed in claim 13 is characterized in that, if the interface simulation pattern of described assembly is down interface emulation, then abandons the emulation to described interface simulation object, carries out real interface code; Otherwise described assembly is the interface simulation object, shields the interface between software and hardware of described interface simulation object according to described interface simulation pattern, carries out corresponding emulation interface.
15. cross-platform data processing method as claimed in claim 8 is characterized in that, when described operand was the data change object, described operator scheme was the data change pattern.
16. cross-platform data processing method as claimed in claim 15, it is characterized in that described data change pattern is for closing data change, inner input data change, inner output data change, outer input data change, external data output change, the change of outside inputoutput data, internal-external input data change, the change of inner input external data output, the change of inner output outer input data, internal-external output data change or the change of internal-external inputoutput data.
17. cross-platform data processing method as claimed in claim 16 is characterized in that, if the data change pattern of described assembly, is then abandoned the change to described data change object place assembly for closing data change; Otherwise described assembly is the data change object, changes the data of described data change object according to described data change pattern.
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| CN106254335B (en) * | 2016-07-29 | 2019-03-29 | 北京赛佰特科技有限公司 | Cross-platform program interface call method based on Internet of Things |
| CN114356785B (en) * | 2022-03-11 | 2022-05-20 | 中航信移动科技有限公司 | Data processing method and device, electronic equipment and storage medium |
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