CN105718291A - Multi-level cache acceleration method for mixing desktop applications - Google Patents
Multi-level cache acceleration method for mixing desktop applications Download PDFInfo
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Abstract
The invention discloses a multi-level cache acceleration method for mixing desktop applications.A three-layer framework mode is adopted in the multi-level cache acceleration method, and a three-layer framework comprises an interaction logic layer, an original framework and a data access layer.The multi-level cache acceleration method includes the step that operation is conducted by a client, and when a data source data of a server is changed, cache updating is conducted in real time.The method has the advantages that loads are reduced, the use amount of bandwidths is reduced, access speed is increased, and user experience is improved.
Description
Technical field
The present invention relates to a kind of multi-level buffer accelerated method mixing desktop application, belong to field of computer technology.
Background technology
Instantly, most desktop application clients are all save the data in data base, service server read data from data base, and show in the application.But it is as the increase of data volume, accesses and increase, arise that application display delay, and take substantial amounts of bandwidth, the problems such as system response is slow, response speed is proposed higher requirement.
Summary of the invention
The technical problem to be solved in the present invention is for above-mentioned deficiency, it is provided that a kind of multi-level buffer accelerated method mixing desktop application, has and reduces load, reduces the consumption that makes of bandwidth, accelerates access speed, the advantage improving Consumer's Experience.
For solve problem above, the present invention by the following technical solutions: a kind of multi-level buffer accelerated method mixing desktop application, described multi-level buffer accelerated method adopt three-tier architecture pattern.
Further, described three-tier architecture includes interaction logic layer, primary framework and data access layer.
Further, described multi-level buffer accelerated method includes client operation step, client and interaction logic layer, encapsulates service logic and sets up internal memory Cache when user logs in, the content that storage user is browsed, discharges resource after exiting.
Further, described client operation step comprises the following steps:
Start from step S101, trigger interaction logic layer data more new events, after completing, enter step S102；
Step S102, receives interaction logic layer data and updates after Event trigger, and interaction logic layer is loading data refresh presentation layer from the internal memory Cache of self first, enters step S103 after completing；
Step S103, refreshing presentation layer, simultaneously to initiate data to primary framework more newly requested, primary framework receive more newly requested after, first similar more newly requested merging is carried out, guaranteeing in regular hour interval, Exactly-once updates operation, enters step S104 after completing.
Further, described client operation step is further comprising the steps of:
Step S104, primary framework, when performing to update operation, first obtains data from local data source and compares, performing step S105, sends data to remote data source agency more newly requested simultaneously, enters step S107 after completing；
The data of change are returned to interaction logic layer by step S105, enter step S106 after completing；
Step S106, interaction logic layer updates the internal memory Cache of self and refreshes presentation layer, enters step S109 after completing.
Further, described client operation step is further comprising the steps of:
Step S107, remote data source agency receive more newly requested after, the change data in the internal memory Cache of self are returned to mutual primary framework, after after complete, enter step S108；
Step S108, primary framework, after receiving the change data that remote data source agency returns, is first updated to local data source, then performs step S105, these change data are returned to interaction logic layer.
Step S109, client operation step terminates.
Further, when the servers' data source data that also includes described multi-level buffer accelerated method changes, carry out the step of buffer update, service end and data access layer in real time, application data source agency replaces local data source and the primary framework of client to carry out communication, deposits in service server.
Further, the described step carrying out buffer update in real time comprises the following steps:
Start from step S201, complete to enter step S202；
Step S202, remote data source is changed and carries out monitor in real time by remote data source agency, enters step S203 after completing；
Step S203, checks whether remote data source occurs data to change, if occurring data to change, then performing step S204, otherwise returning and performing step S202.
Further, the described step carrying out buffer update in real time is further comprising the steps of:
Step S204, remote data source agency is updated to the internal memory Cache of self by changing data, and performs step S202 after labelling agent update state, will change data simultaneously and send to primary framework, and enter step S205 after completing；
Step S205, checks that whether client is online, and performs step S202 after labelling client more new state, if client is online, then performs step S206, if client is not online, returns and perform step S202.
Further, the described step carrying out buffer update in real time is further comprising the steps of:
Step S206, change data, after receiving change request of data, are updated in the internal memory Cache of self, change data are sent to interaction logic layer simultaneously, perform step S207 after completing by primary framework.
Step S207, change data, after receiving change request of data, are updated in the internal memory Cache of self by interaction logic layer.
The present invention adopts above technical scheme, and prior art ratio, has the advantage that
1, can accelerating the response speed of data object operation request, average amount 20MBytes, when not using this method, average loading and response time are 40s, and after using this method, average loading with response time is 2s, and speed promotes 20 times.
2, reducing application occupied bandwidth as far as possible, and access the frequency of disk, when not using this method bright, each event update all can trigger disk access and network communication；After using this method, after data change, only trigger disk access and network communication.
3, improving systematic function, after using this method, event update postpones to be reduced to 0.5s by 5s, improves 10 times.
4, following various mixing desktop application system is met to system response time and the requirement reducing bandwidth.
Below in conjunction with drawings and Examples, the present invention will be further described.
Accompanying drawing explanation
The operation workflow figure of system when accompanying drawing 1 is user operation client in the embodiment of the present invention；
When accompanying drawing 2 is that in the embodiment of the present invention, servers' data source data changes, the present invention carries out the flow chart of buffer update in real time.
Detailed description of the invention
Embodiment, as shown in Figure 1 and Figure 2, a kind of multi-level buffer accelerated method mixing desktop application, this method adopts three-tier architecture pattern: interaction logic layer, primary framework and data access layer.
Client: interaction logic layer, encapsulates service logic and sets up internal memory Cache when user logs in, the content that storage user is browsed, discharges resource after exiting.
Primary framework, sets up local data source, locates reason interaction logic layer request data, provides data buffer storage simultaneously, accelerates data reading speed.
Service end: data access layer, application data source agency replaces local data source and the primary framework of client to carry out communication, deposits in service server.
Described multi-level buffer accelerated method includes client operation step, and client operation step is as follows:
Start from step S101, trigger interaction logic layer data more new events, after completing, enter step S102；
Step S102, receives interaction logic layer data and updates after Event trigger, and interaction logic layer is loading data refresh presentation layer from the internal memory Cache of self first, enters step S103 after completing；
Step S103, refreshing presentation layer, simultaneously to initiate data to primary framework more newly requested, primary framework receive more newly requested after, first similar more newly requested merging is carried out, guaranteeing in regular hour interval, Exactly-once updates operation, enters step S104 after completing；
Step S104, primary framework, when performing to update operation, first obtains data from local data source and compares, performing step S105, sends data to remote data source agency more newly requested simultaneously, enters step S107 after completing；
The data of change are returned to interaction logic layer by step S105, enter step S106 after completing；
Step S106, interaction logic layer updates the internal memory Cache of self and refreshes presentation layer, enters step S109 after completing；
Step S107, remote data source agency receive more newly requested after, the change data in the internal memory Cache of self are returned to mutual primary framework, after after complete, enter step S108；
Step S108, primary framework, after receiving the change data that remote data source agency returns, is first updated to local data source, then performs step S105, these change data are returned to interaction logic layer.
Step S109, client operation step terminates.
When the servers' data source data that also includes described multi-level buffer accelerated method changes, carrying out the step of buffer update in real time, the step carrying out buffer update in real time is as follows:
Start from step S201, complete to enter step S202；
Step S202, remote data source is changed and carries out monitor in real time by remote data source agency, enters step S203 after completing；
Step S203, checks whether remote data source occurs data to change, if occurring data to change, then performing step S204, otherwise returning and performing step S202；
Step S204, remote data source agency is updated to the internal memory Cache of self by changing data, and performs step S202 after labelling agent update state, will change data simultaneously and send to primary framework, and enter step S205 after completing；
Step S205, checks that whether client is online, and performs step S202 after labelling client more new state, if client is online, then performs step S206, if client is not online, returns and perform step S202；
Step S206, change data, after receiving change request of data, are updated in the internal memory Cache of self, change data are sent to interaction logic layer simultaneously, perform step S207 after completing by primary framework.
Step S207, change data, after receiving change request of data, are updated in the internal memory Cache of self by interaction logic layer.
The above is the citing of best mode for carrying out the invention, and the part wherein do not addressed in detail is the known general knowledge of those of ordinary skill in the art.Protection scope of the present invention is as the criterion with the content of claim, and the equivalent transformation that any technology based on the present invention is enlightened and carried out, also within protection scope of the present invention.
Claims (10)
1. the multi-level buffer accelerated method mixing desktop application, it is characterised in that: described multi-level buffer accelerated method adopts three-tier architecture pattern.
2. a kind of multi-level buffer accelerated method mixing desktop application as claimed in claim 1, it is characterised in that: described three-tier architecture includes interaction logic layer, primary framework and data access layer.
3. a kind of multi-level buffer accelerated method mixing desktop application as claimed in claim 2, it is characterized in that: described multi-level buffer accelerated method includes client operation step, client and interaction logic layer, encapsulate service logic and set up internal memory Cache when user logs in, the content that storage user is browsed, discharges resource after exiting.
4. a kind of multi-level buffer accelerated method mixing desktop application as claimed in claim 3, it is characterised in that: described client operation step comprises the following steps:
Start from step S101, trigger interaction logic layer data more new events, after completing, enter step S102；
Step S102, receives interaction logic layer data and updates after Event trigger, and interaction logic layer is loading data refresh presentation layer from the internal memory Cache of self first, enters step S103 after completing；
Step S103, refreshing presentation layer, simultaneously to initiate data to primary framework more newly requested, primary framework receive more newly requested after, first similar more newly requested merging is carried out, guaranteeing in regular hour interval, Exactly-once updates operation, enters step S104 after completing.
5. a kind of multi-level buffer accelerated method mixing desktop application as claimed in claim 3, it is characterised in that: described client operation step is further comprising the steps of:
Step S104, primary framework, when performing to update operation, first obtains data from local data source and compares, performing step S105, sends data to remote data source agency more newly requested simultaneously, enters step S107 after completing；
The data of change are returned to interaction logic layer by step S105, enter step S106 after completing；
Step S106, interaction logic layer updates the internal memory Cache of self and refreshes presentation layer, enters step S109 after completing.
6. a kind of multi-level buffer accelerated method mixing desktop application as claimed in claim 3, it is characterised in that: described client operation step is further comprising the steps of:
Step S107, remote data source agency receive more newly requested after, the change data in the internal memory Cache of self are returned to mutual primary framework, after after complete, enter step S108；
Step S108, primary framework, after receiving the change data that remote data source agency returns, is first updated to local data source, then performs step S105, these change data are returned to interaction logic layer；
Step S109, client operation step terminates.
7. a kind of multi-level buffer accelerated method mixing desktop application as claimed in claim 2, it is characterized in that: when described multi-level buffer accelerated method also includes the change of servers' data source data, carry out the step of buffer update in real time, service end and data access layer, application data source agency replaces local data source and the primary framework of client to carry out communication, deposits in service server.
8. a kind of multi-level buffer accelerated method mixing desktop application as claimed in claim 7, it is characterised in that: the described step carrying out buffer update in real time comprises the following steps:
Start from step S201, complete to enter step S202；
Step S202, remote data source is changed and carries out monitor in real time by remote data source agency, enters step S203 after completing；
Step S203, checks whether remote data source occurs data to change, if occurring data to change, then performing step S204, otherwise returning and performing step S202.
9. a kind of multi-level buffer accelerated method mixing desktop application as claimed in claim 7, it is characterised in that: the described step carrying out buffer update in real time is further comprising the steps of:
Step S204, remote data source agency is updated to the internal memory Cache of self by changing data, and performs step S202 after labelling agent update state, will change data simultaneously and send to primary framework, and enter step S205 after completing；
Step S205, checks that whether client is online, and performs step S202 after labelling client more new state, if client is online, then performs step S206, if client is not online, returns and perform step S202.
10. a kind of multi-level buffer accelerated method mixing desktop application as claimed in claim 7, it is characterised in that: the described step carrying out buffer update in real time is further comprising the steps of:
Step S206, change data, after receiving change request of data, are updated in the internal memory Cache of self, change data are sent to interaction logic layer simultaneously, perform step S207 after completing by primary framework；
Step S207, change data, after receiving change request of data, are updated in the internal memory Cache of self by interaction logic layer.
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| CN110321298A (en) * | 2019-06-21 | 2019-10-11 | 北京奇艺世纪科技有限公司 | A kind of time interval determines method, apparatus, electronic equipment and medium |
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Address after: 261061 second floor, No.155, hatching Er lane, Weifang High tech Zone, Weifang City, Shandong Province Patentee after: SHANDONG CONTINUOUS INNOVATION NETWORK TECHNOLOGY Co.,Ltd. Address before: 261061, Shandong, Weifang province hi tech Zone, Kim Road, North First incubator, two lane, the first accelerator 2 floor, Room 215 Patentee before: SHANDONG LANCHUANG NETWORK TECHNOLOGY Co.,Ltd. |