CN110659192B - Transaction data service condition tracking system - Google Patents
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- CN110659192B CN110659192B CN201910833344.3A CN201910833344A CN110659192B CN 110659192 B CN110659192 B CN 110659192B CN 201910833344 A CN201910833344 A CN 201910833344A CN 110659192 B CN110659192 B CN 110659192B
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Abstract
The invention provides a transaction data service condition tracking system, which belongs to the field of data transaction, and comprises a classification module for classifying transaction operations in a transaction system; the data tracking module is connected with the classification module and used for tracking the transaction data to obtain tracking data; the data tracking module comprises: each group of tracking units is respectively associated with one label, and consists of two tracking processors and is switched to the other after one tracking unit completes statistical processing; the progress unit is connected with each tracking unit respectively and is used for receiving the transaction progress information and the processing log sent by the tracking unit so as to provide the transaction progress information and the processing log for a manager to check; and the switching unit is respectively connected with each tracking unit and each progress unit and is used for acquiring the quantity information of all transaction operations from the classification module. The invention has the beneficial effects that: and the data tracking processing efficiency is improved.
Description
Technical Field
The invention relates to the technical field of data transaction, in particular to a transaction data service condition tracking system.
Background
Online transactions produce large amounts of transaction data that need to be tracked to keep track of the progress of the transaction. In the prior art, when the transaction operation is tracked, the tracking efficiency is low, and the actual use requirement cannot be met.
Disclosure of Invention
The invention relates to a transaction data use condition tracking system aiming at the problems in the prior art.
The invention adopts the following technical scheme:
a transaction data use condition tracking system is used for tracking transaction data generated by all transaction operations in a transaction system; comprising the following steps:
the classification module is used for classifying all the transaction operations stored in the transaction system according to a pre-stored classification strategy to obtain a plurality of transaction groups, and setting a label for each transaction group, wherein the classification strategy is used for classifying all the transaction operations based on a predefined dimension;
the data tracking module is connected with the classification module and used for tracking the transaction data to obtain tracking data; the data tracking module comprises:
the system comprises a plurality of groups of tracking units, wherein each group of tracking units is respectively associated with one tag, each tracking unit consists of two tracking processors, the two tracking processors are a main processor and a standby processor, after the tracking unit receives a triggering instruction for triggering the transaction operation by any transaction party associated with the transaction operation, the main processor performs statistical operation on data information generated when the transaction party executes the transaction operation;
the statistical operation comprises the steps of obtaining completed information corresponding to the transaction operation and target information after a preset transaction target is completed, comparing the completed information with the target information to obtain transaction progress information, and generating a processing log associated with the transaction operation;
the main processor performs statistics processing on a preset first number of transaction operations, then switches to an idle mode and sends an opening instruction to the standby processor, the standby processor performs statistics processing on data information generated when the transaction party performs the transaction operations, and the standby processor performs statistics processing on a preset second number of transaction operations, then switches to the idle mode and sends the opening instruction to the standby processor;
the tracking processor outputs the transaction progress information and the processing log in an idle state;
the progress unit is connected with each tracking unit respectively and is used for receiving the transaction progress information and the processing log so as to provide the transaction progress information and the processing log for a manager to view;
the switching unit is respectively connected with each tracking unit and the progress unit, and is used for acquiring the quantity information of all transaction operations from the classification module, judging the processing speed of each tracking unit through receiving the processing logs to obtain the tracking unit with the highest processing speed, defining the tracking unit as a first tracking unit, obtaining the tracking unit with the lowest processing speed, defining the tracking unit as a second tracking unit, sending a pause instruction to the second tracking unit after the first tracking unit completes the statistical processing of the transaction operations of the corresponding group, and associating the label of the second tracking unit with the first tracking unit, and carrying out the statistical processing on the corresponding transaction operations by the first tracking unit.
Preferably, the specific operations of the classification process for all the transaction operations based on predefined dimensions are:
and dividing the transaction operations corresponding to all the transaction sellers in the same area into the same group by taking the position of each transaction seller as a dimension, and setting the corresponding label.
Preferably, the specific operations of the classification process for all the transaction operations based on predefined dimensions are:
and dividing the transaction operations corresponding to all the data buyers in the same area into the same group by taking the area where each transaction buyer is located as a dimension, and setting the corresponding label.
Preferably, the specific operations of the classification process for all the transaction operations based on predefined dimensions are:
and dividing the transaction operations corresponding to all the commodities in the same value area into the same group by taking the value of the commodity used for transaction in the transaction operation as a dimension, and setting the corresponding label.
Preferably, obtaining the completed information corresponding to the transaction operation includes:
monitoring the operation performed by the user when executing the transaction operation;
counting the tracking objects generated based on the operation to obtain a counting result;
judging whether the task item is a new task or not;
if yes, taking the statistical result as the completed information;
otherwise, acquiring a history statistical result, and taking the sum of the history statistical result and the statistical result as the completed information.
Preferably, the calculating the task progress according to the completed information and the target information includes:
comparing the completed information with the target information to obtain incomplete information, and taking the incomplete information as the task progress; or alternatively
Comparing the completed information with the target information to obtain incomplete information; calculating an incomplete percentage according to the incomplete information and the target information, and taking the incomplete percentage as the task progress; or alternatively
And calculating the completed percentage according to the completed information and the target information, and taking the completed percentage as the task progress.
Preferably, the tracking unit receives a trigger instruction associated with the transaction operation, wherein the trigger instruction is used for triggering the transaction operation by any transaction party
If a trigger instruction for triggering the transaction operation by a user is not received, acquiring the current time and the starting time of the trigger instruction;
calculating a first time difference value between the current time and the planned starting time;
if the first time difference value is smaller than or equal to a first preset threshold value, generating first prompt information for starting the transaction operation;
the first prompt message includes the planned starting time and/or the first time difference value.
Preferably, the current time and the planned completion time of the transaction operation are obtained;
calculating a second time difference between the current time and the planned completion time;
if the second time difference value is smaller than or equal to a second preset threshold value, generating second prompt information;
the second prompt message includes the planned completion time and/or the second time difference value.
Preferably, the second tracking unit stops performing the statistical processing after receiving the suspension instruction, and sends the corresponding transaction progress information and the processing log to the progress unit.
Preferably, the tracking unit is further configured to switch to another tracking processor to continue the statistical processing and send an alarm message to the progress unit when any one of the two tracking processors of the tracking unit fails;
the progress unit is also used for providing the manager with the alarm information.
The invention has the beneficial effects that:
before tracking the transaction operation, classifying the transaction operation, dividing the transaction operation into different groups based on different dimensions, wherein each group is provided with a corresponding label, and the label is related to a tracking unit, so that the processing efficiency is effectively improved;
each group of tracking units is provided with a main processor and a standby processor, when one tracking processor performs statistical processing, the other tracking processor enters a rest state and outputs completed information and processing logs of completed transaction operation, so that the processing rate is improved;
and judging the processing speed of each tracking unit according to the processing log, and replacing the slowest tracking unit to complete the data tracking task after the tracking unit with the highest processing speed completes the data tracking task of the tracking unit, so that the processing speed is improved.
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FIG. 1 is a schematic diagram of functional blocks of a transaction data usage tracking system according to a preferred embodiment of the present invention;
fig. 2 is a schematic diagram of a data tracking module of a transaction data usage tracking system according to a preferred embodiment of the present invention.
Detailed Description
It should be noted that, under the condition of no conflict, the following technical schemes and technical features can be mutually combined.
The following describes the embodiments of the present invention further with reference to the accompanying drawings:
1-2, a transaction data usage tracking system for tracking transaction data generated by all transaction operations in a transaction system; comprising the following steps:
the classification module 1 is configured to classify all the transaction operations stored in the transaction system according to a pre-stored classification policy to obtain a plurality of transaction groups, and set a tag for each transaction group, where the classification policy is to perform the classification processing on all the transaction operations based on a predefined dimension;
the data tracking module 2 is connected with the classification module 1 and is used for tracking the transaction data to obtain tracking data; the data tracking module 2 includes:
the plurality of sets of tracking units 21, each set of tracking units 21 is respectively associated with one tag, the tracking unit 21 is used for tracking all transaction operations of the transaction group corresponding to the tag, the tracking unit 21 is composed of two tracking processors, the two tracking processors are a main processor and a standby processor, after the tracking unit 21 receives a trigger instruction for triggering the transaction operation by any transaction party associated with the transaction operation, the issuing instruction can be an instruction about any operation of a data transaction sent by a data seller or an instruction about any operation of a data transaction sent by a data requester, and the main processor performs a statistical operation on data information generated when the transaction party executes the transaction operation;
the statistics operation comprises the steps of obtaining completed information corresponding to the transaction operation and target information after a preset transaction target is completed, comparing the completed information with the target information to obtain transaction progress information, and generating a processing log associated with the transaction operation, wherein the processing log is used for recording all operations in the transaction operation;
the main processor performs statistics processing on a preset first number of transaction operations (the first number can be set by a tracking system manager), then switches to an idle mode, and sends an opening instruction to the standby processor, the standby processor continues statistics processing on data information generated when the transaction party performs the transaction operations, and the standby processor performs statistics processing on a preset second number of transaction operations (the second number can be set by the tracking system manager), then switches to the idle mode, and sends the opening instruction to the main processor;
the tracking processor outputs the transaction progress information and the processing log in an idle state, when the main processor is switched to a working state to track transaction operations, the standby processor in the idle state outputs the transaction progress information and the log, after the main processor finishes tracking the transaction operations with a preset first quantity, the main processor is switched to the idle state to output the transaction progress information and the log, the standby processor tracks the transaction operations, after the standby processor finishes tracking the transaction operations with a preset second quantity, the standby processor is switched to the idle state, an opening instruction is sent to the main processor to continue tracking by the main controller, and thus the cycle is performed, and one tracking processor tracks data at any time, and the other tracking processor outputs the transaction progress information and the log; in addition, transaction progress information and logs can be mutually exchanged between the main processor and the standby processor;
a progress unit 22 connected to each of the tracking units 21, for receiving the transaction progress information and the processing log, and providing the transaction progress information and the processing log to a manager for viewing;
and a switching unit 23 connected to each of the tracking units 21 and the progress unit 22, respectively, for acquiring the number information of all the transaction operations from the classification module 1, determining the processing speed of each of the tracking units 21 by receiving the processing log, obtaining the tracking unit 21 with the highest processing speed, defining it as a first tracking unit 21, obtaining the tracking unit 21 with the lowest processing speed, defining it as a second tracking unit 21, sending a pause instruction to the second tracking unit 21 after the first tracking unit 21 completes the statistical processing of the corresponding group of the transaction operations, and associating the label of the second tracking unit 21 with the first tracking unit 21, and performing the statistical processing of the corresponding transaction operations by the first tracking unit 21.
In this embodiment, before tracking the transaction operation, the transaction operation is classified first, and the transaction operation is divided into different groups based on different dimensions, each group has a corresponding tag, and the tag is associated to the tracking unit 21, so that the processing efficiency is effectively improved;
each group of tracking units 21 is provided with a main processor and a standby processor, when one tracking processor performs statistical processing, the other tracking processor enters a rest state and outputs completed information and processing logs of completed transaction operation, so that the processing rate is improved;
the processing speed of each tracking unit 21 is judged according to the processing log level, and after the tracking unit 21 with the highest processing speed completes the data tracking task of itself, the slowest tracking unit 21 is replaced to complete the data tracking task, so that the processing speed is improved.
In a preferred embodiment, the specific operation of performing the classification process on all the transaction operations based on predefined dimensions is:
and dividing the transaction operations corresponding to all the transaction sellers in the same area into the same group by taking the position of each transaction seller as a dimension, and setting the corresponding tag.
In a preferred embodiment, the specific operation of performing the classification process on all the transaction operations based on predefined dimensions is:
and dividing the transaction operations corresponding to all the data buyers in the same area into the same group by taking the area where each transaction buyer is located as a dimension, and setting the corresponding tags.
In a preferred embodiment, the specific operation of performing the classification process on all the transaction operations based on predefined dimensions is:
and dividing the transaction operations corresponding to all the commodities in the same value area into the same group by taking the value of the commodity used for transaction in the transaction operations as a dimension, and setting the corresponding labels.
In a preferred embodiment, obtaining the completed information corresponding to the transaction operation includes:
monitoring the operation performed by the user when executing the transaction operation;
counting the tracking objects generated based on the operation to obtain a counting result;
judging whether the task item is a new task or not;
if yes, the statistical result is used as the completed information;
otherwise, obtaining a history statistical result, and taking the sum of the history statistical result and the statistical result as the completed information.
In a preferred embodiment, the calculating the task progress according to the completed information and the target information includes:
comparing the completed information with the target information to obtain incomplete information, and taking the incomplete information as the task progress; or alternatively
Comparing the completed information with the target information to obtain incomplete information; calculating an incomplete percentage according to the incomplete information and the target information, and taking the incomplete percentage as the task progress; or alternatively
Calculating a completed percentage according to the completed information and the target information, and taking the completed percentage as the task progress.
In a preferred embodiment, the tracking unit 21 receives a trigger command associated with the transaction operation from any transaction party to trigger the transaction operation
If a trigger instruction for triggering the transaction operation by a user is not received, acquiring the current time and the starting time of the trigger instruction;
calculating a first time difference between the current time and the planned starting time;
if the first time difference value is smaller than or equal to a first preset threshold value, generating first prompt information for starting the transaction operation;
the first prompt message includes the planned starting time and/or the first time difference.
In a preferred embodiment, the current time and the planned completion time of the transaction operation are obtained;
calculating a second time difference between the current time and the planned completion time;
if the second time difference value is smaller than or equal to a second preset threshold value, generating second prompt information;
the second prompt message includes the planned completion time and/or the second time difference.
In a preferred embodiment, the second tracking unit 21 stops the statistical process after receiving the suspension command, and sends the corresponding transaction progress information and the process log to the progress unit 22.
In a preferred embodiment, the tracking unit 21 is further configured to switch to another tracking processor to continue the statistical processing and send an alarm message to the progress unit 22 when any one of the two tracking processors of the tracking unit 21 fails;
the progress unit 22 is also used for providing the manager with a view to the alarm information.
By way of illustration and the accompanying drawings, there is shown exemplary examples of specific structures of the embodiments and other variations may be made based on the spirit of the invention. While the above invention is directed to the presently preferred embodiments, such disclosure is not intended to be limiting.
Various alterations and modifications will no doubt become apparent to those skilled in the art after having read the above description. Therefore, the appended claims should be construed to cover all such variations and modifications as fall within the true spirit and scope of the invention. Any and all equivalents and alternatives falling within the scope of the claims are intended to be embraced therein.
Claims (9)
1. A transaction data use condition tracking system is used for tracking transaction data generated by all transaction operations in a transaction system; characterized by comprising the following steps:
the classification module is used for classifying all the transaction operations stored in the transaction system according to a pre-stored classification strategy to obtain a plurality of transaction groups, and setting a label for each transaction group, wherein the classification strategy is used for classifying all the transaction operations based on a predefined dimension;
the data tracking module is connected with the classification module and used for tracking the transaction data to obtain tracking data; the data tracking module comprises:
the system comprises a plurality of groups of tracking units, wherein each group of tracking units is respectively associated with one tag, each tracking unit consists of two tracking processors, the two tracking processors are a main processor and a standby processor, after the tracking unit receives a triggering instruction of any transaction party associated with the transaction operation to trigger the transaction operation, the main processor performs statistical operation on data information generated when the transaction party executes the transaction operation;
the statistical operation comprises the steps of obtaining completed information corresponding to the transaction operation and target information after a preset transaction target is completed, comparing the completed information with the target information to obtain transaction progress information, and generating a processing log associated with the transaction operation;
the main processor performs statistics processing on a preset first number of transaction operations, then switches to an idle mode and sends an opening instruction to the standby processor, the standby processor performs statistics processing on data information generated when the transaction party performs the transaction operations, and the standby processor performs statistics processing on a preset second number of transaction operations, then switches to the idle mode and sends the opening instruction to the main processor;
the tracking processor outputs the transaction progress information and the processing log in an idle state;
the progress unit is connected with each tracking unit respectively and is used for receiving the transaction progress information and the processing log so as to provide the transaction progress information and the processing log for a manager to view;
the switching unit is respectively connected with each tracking unit and the progress unit, and is used for acquiring the quantity information of all transaction operations from the classification module, judging the processing speed of each tracking unit through receiving the processing logs to obtain the tracking unit with the highest processing speed, defining the tracking unit as a first tracking unit, obtaining the tracking unit with the lowest processing speed, defining the tracking unit as a second tracking unit, sending a pause instruction to the second tracking unit after the first tracking unit completes the statistical processing of the transaction operations of the corresponding group, and associating the label of the second tracking unit with the first tracking unit, and carrying out the statistical processing on the corresponding transaction operations by the first tracking unit.
2. Transaction data usage tracking system according to claim 1, in which the specific operation of said sorting of all said transaction operations based on predefined dimensions is:
and dividing the transaction operations corresponding to all the transaction sellers in the same area into the same group by taking the position of each transaction seller as a dimension, and setting the corresponding label.
3. Transaction data usage tracking system according to claim 1, in which the specific operation of said sorting of all said transaction operations based on predefined dimensions is:
and dividing the transaction operations corresponding to all the transaction buyers in the same area into the same group by taking the area where each transaction buyer is located as a dimension, and setting the corresponding label.
4. Transaction data usage tracking system according to claim 1, in which the specific operation of said sorting of all said transaction operations based on predefined dimensions is:
and dividing the transaction operations corresponding to all the commodities in the same value area into the same group by taking the value of the commodity used for transaction in the transaction operation as a dimension, and setting the corresponding label.
5. The transaction data usage tracking system of claim 1, wherein said comparing said completed information with said target information to obtain transaction progress information, comprises:
comparing the completed information with the target information to obtain incomplete information, and taking the incomplete information as the transaction progress information; or alternatively
Comparing the completed information with the target information to obtain incomplete information; calculating an incomplete percentage according to the incomplete information and the target information, and taking the incomplete percentage as the transaction progress information; or alternatively
Calculating a completed percentage according to the completed information and the target information, and taking the completed percentage as the transaction progress information.
6. The transaction data usage tracking system of claim 1, wherein the tracking unit receives a trigger instruction associated with the transaction operation that triggers the transaction operation by any party to the transaction operation:
if a trigger instruction of triggering the transaction operation by a user is not received, acquiring the current time and the planned starting time of the trigger instruction;
calculating a first time difference value between the current time and the planned starting time;
if the first time difference value is smaller than or equal to a first preset threshold value, generating first prompt information for starting the transaction operation;
the first prompt message includes the planned starting time and/or the first time difference value.
7. The transaction data usage tracking system of claim 6, wherein a current time and a planned completion time of the transaction operation are obtained;
calculating a second time difference between the current time and the planned completion time;
if the second time difference value is smaller than or equal to a second preset threshold value, generating second prompt information;
the second prompt message includes the planned completion time and/or the second time difference value.
8. The transaction data usage tracking system according to claim 1, wherein the second tracking unit stops the statistical processing after receiving the suspension instruction, and transmits the corresponding transaction progress information and the processing log to the progress unit.
9. The transaction data usage tracking system according to claim 1, wherein the tracking unit is further configured to switch to the other tracking processor to continue the statistical processing and send an alarm message to the progress unit when any one of the two tracking processors of the tracking unit fails;
the progress unit is also used for providing the manager with the alarm information.
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| CN112992302A (en) * | 2019-12-12 | 2021-06-18 | 阿里巴巴集团控股有限公司 | Data processing method, device, equipment and storage medium |
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| JP6434188B2 (en) * | 2015-07-27 | 2018-12-05 | マスターカード インターナシヨナル インコーポレーテツド | System and method for tracking data using a data tag provided by a user |
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|---|---|---|---|---|
| CN106056359A (en) * | 2016-05-31 | 2016-10-26 | 乐视控股（北京）有限公司 | Note task progress tracking method, device and terminal |
| CN109377275A (en) * | 2018-10-15 | 2019-02-22 | 中国平安人寿保险股份有限公司 | Data tracing method, device, computer equipment and storage medium |
| CN112992302A (en) * | 2019-12-12 | 2021-06-18 | 阿里巴巴集团控股有限公司 | Data processing method, device, equipment and storage medium |
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