CN106708518B - Reconstruction method during operation of stainer driver - Google Patents
Reconstruction method during operation of stainer driver Download PDFInfo
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- CN106708518B CN106708518B CN201611139560.0A CN201611139560A CN106708518B CN 106708518 B CN106708518 B CN 106708518B CN 201611139560 A CN201611139560 A CN 201611139560A CN 106708518 B CN106708518 B CN 106708518B
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Abstract
The invention belongs to the field of computer graphics, and particularly relates to a reconstruction method during the driving operation of a stainer. The method comprises the following steps: the stainer attribute collection module (1) sends the collected stainer running attributes to the stainer running attribute buffer module (3); the stainer data collection module (2) sends the collected stainer running data to the stainer running data buffer module (4); the stainer running attribute buffer module (3) records the stainer running attribute information sent by the stainer attribute collection module (1) and provides stainer running attribute information support for the stainer driving reconstruction module (7). The method has targeted optimization by monitoring the attribute parameters of the stainer, the data type of the stainer and the operation control condition of the stainer in the application and operation process of the stainer, and improves the stainer drive, so that the stainer drive can be reconstructed in the operation process, and the purpose of accelerating the operation of the stainer application is achieved.
Description
Technical Field
The invention belongs to the field of computer software, and particularly relates to a reconstruction method during the driving operation of a stainer.
Background
The stainer driving software directly controls the operation of stainer hardware, functions and performances directly determine the exertion of stainer processing capacity, the prior published research is directed to the stainer test and stainer programming, and no research is found on the reconstruction of stainer driving operation.
Disclosure of Invention
The purpose of the invention is:
the invention mainly provides a reconstruction method during the running of a stainer driver, which optimizes stainer driver software during the running.
The solution of the invention is:
a stainer drive runtime reconstruction method, comprising:
step 1, a stainer attribute collection module (1) collects stainer running attributes related to a stainer application running process, and sends the collected stainer running attributes to a stainer running attribute buffer module (3);
step 2, a stainer data collection module (2) collects stainer operation data applied to the operation process of the stainer, and sends the collected stainer operation data to a stainer operation data buffer module (4);
step 3, the stainer running attribute buffer module (3) records the stainer running attribute information sent by the stainer attribute collection module (1) and provides stainer running attribute information support for the stainer driving reconstruction module (7);
step 4, the stainer running data buffer module (4) records stainer running data information sent by the stainer data collection module (2), and provides stainer running data information support for the stainer driving reconstruction module (7);
step 5, the stainer operation control module (5) receives stainer operation control information applied by the stainer and provides triggering condition support for the stainer driving reconstruction module (7);
step 6, the stainer driving decomposition module (6) receives stainer driving software applied by the stainer and decomposes the stainer driving software into independent software blocks and calling marks of the software blocks; the decomposed software blocks are provided for a stainer function library module (8); providing the invocation flag to a stainer drive reconstruction module (7);
step 7, a stainer driving reconstruction module (7) acquires a trigger condition provided by a stainer operation control module (5), receives stainer operation attribute information provided by a stainer operation attribute buffer module (3), stainer operation data information provided by a stainer operation data buffer module (4), software blocks call mark information after stainer driving decomposition provided by a stainer driving decomposition module (6), judges whether the operation of the stainer needs reconstructing a stainer driver or not according to the stainer operation attribute information, the stainer operation data information and the software block call mark information after the stainer driving decomposition, and terminates the operation if the operation is not needed; if the information is needed, the marking information is called according to the stainer operation attribute information and the stainer driving software block, the corresponding function software block is obtained from the stainer function library module (8) and is reconstructed into new stainer driving software, and the new stainer driving software is sent to a stainer driving optimization module (9);
step 8, the stainer function library module (8) receives the software blocks after the stainer drive decomposition provided by the stainer drive decomposition module (6), updates the software blocks into the stainer function software library, and provides the software blocks for the stainer drive reconstruction module (7);
9, receiving the reconstructed stainer drive generated by the stainer drive reconstruction module (7) by the stainer drive optimization module (9), performing optimization processing, and sending the optimized stainer drive to a stainer drive executable file generation module (10);
step 10, the stainer driver executable file generation module (10) receives the stainer driver optimized by the stainer driver optimization module (9), generates an executable file, and sends the executable file to the stainer driver loading module (11);
in step 11, the stainer driver loading module (11) receives the stainer executable file generated by the stainer driver executable file generating module (10) and loads the stainer executable file into the stainer program space, so that the stainer can directly run the software.
In step 7, the judgment standard for judging whether the operation of the stainer needs to be reconstructed according to the stainer operation attribute information, the stainer operation data information and the marker information called by the software block after the stainer drive is decomposed is as follows:
and if the stainer operation attribute information, the stainer operation data information and the software calling mark information of the current time are consistent with the stainer operation attribute information, the stainer operation data information and the software calling mark information called last time, the stainer driving reconstruction is not carried out if the stainer operation attribute information, the stainer operation data information and the software calling mark information are consistent, and otherwise, the stainer driving reconstruction is required.
The stainer function library module (8) contains default stainer function functions.
The stainer operation control information in step 5 includes: and starting and stopping.
The invention has the advantages that: according to the method for reconstructing the dyer during driving operation, provided by the invention, the dyer attribute information, the dyer processing data information, the dyer operation management information and the dyer driving software which are contained in the dyer application operation are collected, and then the dyer is operated with the targeted optimized dyer driving software, so that the dyer is operated with high performance under the condition of ensuring the correct function.
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FIG. 1 is a block diagram of the method of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail with reference to the following embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
The technical solution of the present invention is further described in detail with reference to the accompanying drawings and specific embodiments.
As shown in fig. 1, a reconstruction method during a stainer driver operation according to an embodiment of the present invention includes:
step 1, a stainer attribute collection module (1) collects stainer running attributes related to a stainer application running process, and sends the collected stainer running attributes to a stainer running attribute buffer module (3);
step 2, a stainer data collection module (2) collects stainer operation data applied to the operation process of the stainer, and sends the collected stainer operation data to a stainer operation data buffer module (4);
step 3, the stainer running attribute buffer module (3) records the stainer running attribute information sent by the stainer attribute collection module (1) and provides stainer running attribute information support for the stainer driving reconstruction module (7);
step 4, the stainer running data buffer module (4) records stainer running data information sent by the stainer data collection module (2), and provides stainer running data information support for the stainer driving reconstruction module (7);
step 5, the stainer operation control module (5) receives stainer operation control information applied by the stainer and provides triggering condition support for the stainer driving reconstruction module (7);
step 6, the stainer driving decomposition module (6) receives stainer driving software applied by the stainer and decomposes the stainer driving software into independent software blocks and calling marks of the software blocks; the decomposed software blocks are provided for a stainer function library module (8); providing the invocation flag to a stainer drive reconstruction module (7);
step 7, a stainer driving reconstruction module (7) acquires a trigger condition provided by a stainer operation control module (5), receives stainer operation attribute information provided by a stainer operation attribute buffer module (3), stainer operation data information provided by a stainer operation data buffer module (4), software blocks call mark information after stainer driving decomposition provided by a stainer driving decomposition module (6), judges whether the operation of the stainer needs reconstructing a stainer driver or not according to the stainer operation attribute information, the stainer operation data information and the software block call mark information after the stainer driving decomposition, and terminates the operation if the operation is not needed; if the information is needed, the marking information is called according to the stainer operation attribute information and the stainer driving software block, the corresponding function software block is obtained from the stainer function library module (8) and is reconstructed into new stainer driving software, and the new stainer driving software is sent to a stainer driving optimization module (9);
step 8, the stainer function library module (8) receives the software blocks after the stainer drive decomposition provided by the stainer drive decomposition module (6), updates the software blocks into the stainer function software library, and provides the software blocks for the stainer drive reconstruction module (7);
9, receiving the reconstructed stainer drive generated by the stainer drive reconstruction module (7) by the stainer drive optimization module (9), performing optimization processing, and sending the optimized stainer drive to a stainer drive executable file generation module (10);
step 10, the stainer driver executable file generation module (10) receives the stainer driver optimized by the stainer driver optimization module (9), generates an executable file, and sends the executable file to the stainer driver loading module (11);
in step 11, the stainer driver loading module (11) receives the stainer executable file generated by the stainer driver executable file generating module (10) and loads the stainer executable file into the stainer program space, so that the stainer can directly run the software.
In step 7, the judgment standard for judging whether the operation of the stainer needs to be reconstructed according to the stainer operation attribute information, the stainer operation data information and the marker information called by the software block after the stainer drive is decomposed is as follows:
and if the stainer operation attribute information, the stainer operation data information and the software calling mark information are consistent with the stainer operation attribute information, the stainer operation data information and the mark information called last time, the stainer driving reconstruction is not carried out if the stainer operation attribute information, the stainer operation data information and the mark information are consistent, otherwise, the stainer driving reconstruction is required.
The stainer function library module (8) contains default stainer function functions.
The stainer operation control information in step 5 includes: and starting and stopping.
Finally, it should be noted that: the above examples are only intended to illustrate the technical solution of the present invention, but not to limit it; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and such modifications or substitutions do not depart from the spirit and scope of the corresponding technical solutions of the embodiments of the present invention.
Claims (4)
1. A stainer drive runtime reconstruction method, comprising:
step 1, a stainer attribute collection module (1) collects stainer running attributes related to a stainer application running process, and sends the collected stainer running attributes to a stainer running attribute buffer module (3);
step 2, a stainer data collection module (2) collects stainer operation data applied to the operation process of the stainer, and sends the collected stainer operation data to a stainer operation data buffer module (4);
step 3, the stainer running attribute buffer module (3) records the stainer running attribute information sent by the stainer attribute collection module (1) and provides stainer running attribute information support for the stainer driving reconstruction module (7);
step 4, the stainer running data buffer module (4) records stainer running data information sent by the stainer data collection module (2), and provides stainer running data information support for the stainer driving reconstruction module (7);
step 5, the stainer operation control module (5) receives stainer operation control information applied by the stainer and provides triggering condition support for the stainer driving reconstruction module (7);
step 6, the stainer driving decomposition module (6) receives stainer driving software applied by the stainer and decomposes the stainer driving software into independent software blocks and calling marks of the software blocks; the decomposed software blocks are provided for a stainer function library module (8); providing the invocation flag to a stainer drive reconstruction module (7);
step 7, a stainer driving reconstruction module (7) acquires a trigger condition provided by a stainer operation control module (5), receives stainer operation attribute information provided by a stainer operation attribute buffer module (3), stainer operation data information provided by a stainer operation data buffer module (4), software blocks call mark information after stainer driving decomposition provided by a stainer driving decomposition module (6), judges whether the operation of the stainer needs reconstructing a stainer driver or not according to the stainer operation attribute information, the stainer operation data information and the software block call mark information after the stainer driving decomposition, and terminates the operation if the operation is not needed; if the information is needed, the marking information is called according to the stainer operation attribute information and the stainer driving software block, the corresponding function software block is obtained from the stainer function library module (8) and is reconstructed into new stainer driving software, and the new stainer driving software is sent to a stainer driving optimization module (9);
step 8, the stainer function library module (8) receives the software blocks after the stainer drive decomposition provided by the stainer drive decomposition module (6), updates the software blocks into the stainer function software library, and provides the software blocks for the stainer drive reconstruction module (7);
9, receiving the reconstructed stainer drive generated by the stainer drive reconstruction module (7) by the stainer drive optimization module (9), performing optimization processing, and sending the optimized stainer drive to a stainer drive executable file generation module (10);
step 10, the stainer driver executable file generation module (10) receives the stainer driver optimized by the stainer driver optimization module (9), generates an executable file, and sends the executable file to the stainer driver loading module (11);
in step 11, the stainer driver loading module (11) receives the stainer executable file generated by the stainer driver executable file generating module (10) and loads the stainer executable file into the stainer program space, so that the stainer can directly run the software.
2. The reconstruction method in the operation of the stainer driver according to claim 1, wherein the determination criteria in step 7 for determining whether the stainer driver needs to be reconstructed in the operation of the stainer according to the stainer operation attribute information, the stainer operation data information, and the software block calling mark information after the stainer driver is decomposed are as follows:
and if the stainer operation attribute information, the stainer operation data information and the software calling mark information of the current time are consistent with the stainer operation attribute information, the stainer operation data information and the software calling mark information called last time, the stainer driving reconstruction is not carried out if the stainer operation attribute information, the stainer operation data information and the software calling mark information are consistent, and otherwise, the stainer driving reconstruction is required.
3. The stainer drive runtime reconstruction method of claim 1,
the stainer function library module (8) contains default stainer function functions.
4. The stainer drive runtime reconstruction method of claim 1,
the stainer operation control information in step 5 includes: and starting and stopping.
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