CN107016482A - Service condition management method and system - Google Patents
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Abstract
The present invention relates to a kind of service condition management method and system, the service condition management method, which includes obtaining service order, undergoes the corresponding each service condition of each sub-process in operation flow；With reference to the packet of default service condition, each service condition is grouped respectively；A coding is exported to the service condition of the service order in each packet respectively, and coded combination is carried out according to the order of pre-set business status packet, the flow state coding of the service order is formed.In the present invention, service history state, the problem of enough service conditions being deposited in less memory space again can be expressed in a field by not only realizing.
Description
Technical field
The present invention relates to form ordering system technical field, more particularly to a kind of service condition management method and system.
Background technology
Power-up service business system in, the circulation rule of operation flow is extremely complex, it is this circulation be not it is linear,
The history service state and some other trigger conditions that are serviced according to the power-up is needed to need what is carried out to calculate next step
Operation task, and the circulation of service order is realized by service order process management system, during the circulation of service order
Need a field to identify service state, this usual field can be an enumerated value, there are two kinds of different value modes.
1. commonly enumerate
It is this enumerate mode and represented according to different values service current state.If necessary to obtain the history shape of service
State, then need to store a table in addition in database to record the Status Change each time of service, a service is in this table
It is central to have a plurality of record.
The operation flow of power-up service system be not linearly circulate, it is necessary to according to the historical operation state of order and
The operation task that some other trigger conditions are carried out to calculate next step to need, therefore, work flow each time is required for
Go to inquire about all historical records in historic state table, and the record that these are inquired is passed into responsible calculating next step behaviour
The regulation engine for making task is calculated.This processing mode not only needs to inquire about extra tables of data, and the data of transmission
Amount is larger, influences systematic function.
2. a mark is enumerated
This mode of enumerating is expressed with binary mode, a kind of state of each position correspondence, and 0 represents the state not
Occur, 1 represents that the state has occurred.It is this to enumerate all historic states that mode be serviced only using a field record.
But the number of states that this mode can be stored is extremely limited, on 32 machines, int types take 4 byte 32,
Also 32 kinds of states can only be just represented, when operation flow is extremely complex, when all possible state is very more, this mode is to storage
The utilization ratio in space is very low, and integer, long can not all meet demand.
Therefore, service history state can be expressed in a field, foot can be deposited in less memory space again
Enough service conditions, become urgent problem to be solved instantly.
The content of the invention
It has been to solve that service history shape can be expressed in a field to solve above mentioned problem of the prior art
State, the problem of enough service conditions being deposited in less memory space again, the invention provides a kind of business shape
State management method, methods described includes：
Obtain service order and undergo the corresponding each service condition of each sub-process in operation flow；
With reference to the packet of default service condition, each service condition is grouped respectively；
A coding is exported to the service condition of the service order in each packet respectively, and according to pre-set business
The order of status packet carries out coded combination, forms the flow state coding of the service order.
Preferably, the default service condition is grouped, and its service condition group technology is：For specific transactions, foundation
Principle of unity is divided to the service condition of all sub-processes for the specific transactions being sequentially arranged, and forms each service condition point
Group；
The principle of unity：It is sequentially arranged in all sub-processes of specific transactions, if the appearance of current traffic state must
Previous service condition is so undergone, then judges that current traffic state and previous service condition have unicity.
Preferably, in the default service condition packet, each service condition is grouped the service condition foundation of neutron flow
The sequencing of appearance is sequentially arranged, and each service condition packet is suitable according to the priority that the service condition of the sub-process included occurs
Sequence is sequentially arranged.
Preferably, described to be encoded to binary coding, each service condition is grouped binary-coded length and is based on correspondence
The quantity of service condition is determined in service condition packet.
Preferably, separated between service condition packet binary coding using separator.
Preferably, the service condition management method is applied in service order process management system.
Present invention also offers a kind of service condition management system, the system includes：
Acquisition module, the corresponding each service condition of each sub-process in operation flow is undergone for obtaining service order；
First processing module, for combining the service condition packet in pre-set business status packet data storehouse, to described each
Service condition is grouped respectively；
Second processing module, for exporting a volume to the service condition of the service order in each packet respectively
Code, and coded combination is carried out according to the order of pre-set business status packet, form the flow state coding of the service order.
Preferably,
The first processing module, it is specific to what is be sequentially arranged according to principle of unity specifically for for specific transactions
The service condition of all sub-processes of business is divided, and forms each service condition packet；
The principle of unity：It is sequentially arranged in all sub-processes of specific transactions, if the appearance of current traffic state must
Previous service condition is so undergone, then judges that current traffic state and previous service condition have unicity.
Preferably, in the default service condition packet, each service condition is grouped the service condition foundation of neutron flow
The sequencing of appearance is sequentially arranged, and each service condition packet is suitable according to the priority that the service condition of the sub-process included occurs
Sequence is sequentially arranged.
Preferably, described to be encoded to binary coding, each service condition is grouped binary-coded length and is based on correspondence
The quantity of service condition is determined in service condition packet.
Preferably, separated between each service condition packet binary coding using separator.
Preferably, the service condition management system application is in service order process management system.
Compared with prior art, the present invention at least has advantages below：
By the present invention design, service history state can be expressed in a field by not only realizing, again can compared with
The problem of enough service conditions are deposited in few memory space.
Scheme 1, a kind of service condition management method, it is characterised in that methods described includes：
Obtain service order and undergo the corresponding each service condition of each sub-process in operation flow；
With reference to the packet of default service condition, each service condition is grouped respectively；
A coding is exported to the service condition of the service order in each packet respectively, and according to pre-set business state
The order of packet carries out coded combination, forms the flow state coding of the service order.
Scheme 2, the service condition management method according to scheme 1, it is characterised in that the default service condition packet,
Its service condition group technology is：For specific transactions, according to principle of unity to all sons for the specific transactions being sequentially arranged
The service condition of flow is divided, and forms each service condition packet；
The principle of unity：It is sequentially arranged in all sub-processes of specific transactions, if the appearance of current traffic state is necessarily passed through
Previous service condition is gone through, then judges that current traffic state and previous service condition have unicity.
Scheme 3, the service condition management method according to scheme 2, it is characterised in that the default service condition packet
In, the service condition of each service condition packet neutron flow is sequentially arranged according to the sequencing occurred, each service condition packet
The sequencing that service condition according to the sub-process included occurs is sequentially arranged.
Scheme 4, the service condition management method according to scheme 1, it is characterised in that described is encoded to binary coding,
Each service condition is grouped quantity of the binary-coded length based on service condition in correspondence service condition packet and determined.
Scheme 5, the service condition management method according to scheme 4, it is characterised in that each service condition is grouped binary coding
Between separated using separator.
Scheme 6, the service condition management method according to any one of scheme 1-5, it is characterised in that the service condition pipe
Reason method is applied in service order process management system.
Scheme 7, a kind of service condition management system, it is characterised in that the system includes：
Acquisition module, the corresponding each service condition of each sub-process in operation flow is undergone for obtaining service order；
First processing module, for combining the service condition packet in pre-set business status packet data storehouse, to each business
State is grouped respectively；
Second processing module, for exporting a coding to the service condition of the service order in each packet respectively,
And coded combination is carried out according to the order of pre-set business status packet, form the flow state coding of the service order.
Scheme 8, the service condition management system according to scheme 7, it is characterised in that
The first processing module, specifically for for specific transactions, according to principle of unity to the specific transactions that are sequentially arranged
The service conditions of all sub-processes divided, form each service condition packet；
The principle of unity：It is sequentially arranged in all sub-processes of specific transactions, if the appearance of current traffic state is necessarily passed through
Previous service condition is gone through, then judges that current traffic state and previous service condition have unicity.
Scheme 9, the service condition management system according to scheme 8, it is characterised in that the default service condition packet
In, the service condition of each service condition packet neutron flow is sequentially arranged according to the sequencing occurred, each service condition packet
The sequencing that service condition according to the sub-process included occurs is sequentially arranged.
Scheme 10, the service condition management system according to scheme 7, it is characterised in that described is encoded to binary coding,
Each service condition is grouped quantity of the binary-coded length based on service condition in correspondence service condition packet and determined.
Scheme 11, the service condition management system according to scheme 10, it is characterised in that each service condition packet binary system is compiled
Separated between code using separator.
Scheme 12, the service condition management system according to any one of scheme 7-11, it is characterised in that the service condition
Management system application is in service order process management system.
Brief description of the drawings
Fig. 1 is the step flow chart of service condition management method proposed by the invention.
Embodiment
The preferred embodiment of the present invention described with reference to the accompanying drawings.It will be apparent to a skilled person that this
A little embodiments are used only for explaining the technical principle of the present invention, it is not intended that limit the scope of the invention.
The present invention proposes a kind of service condition management method, by the way that the service condition management method is applied into service order
In process management system so that table of the service order process management system for the service condition in the circulation of wherein service order
Up to more succinct, so that taking less memory space carrys out storage service state, below in conjunction with the accompanying drawings, to present invention specific implementation
Mode is described in detail.
As shown in figure 1, service condition management method specifically includes following steps：
Step 101, obtain service order and undergo the corresponding each service condition of each sub-process in operation flow.
Step 102, it is grouped with reference to default service condition, each service condition is grouped respectively.
Wherein, the default service condition is grouped, and its service condition group technology is：For specific transactions, according to single
One property principle is divided to the service condition of all sub-processes for the specific transactions being sequentially arranged, and forms each service condition point
Group.
The principle of unity：It is sequentially arranged in all sub-processes of specific transactions, if the appearance of current traffic state must
Previous service condition is so undergone, then judges that current traffic state and previous service condition have unicity.
Further, in the default service condition packet, the service condition of each service condition packet neutron flow according to
It is sequentially arranged according to the sequencing of appearance, the priority that each service condition packet occurs according to the service condition of the sub-process included
Order is sequentially arranged.
Step 103, one coding of service condition output respectively to the service order in each packet, and according to
The order of pre-set business status packet carries out coded combination, forms the flow state coding of the service order.
Specifically, described is encoded to binary coding, each service condition is grouped binary-coded length and is based on correspondence
The quantity of service condition is determined in service condition packet；Wherein, separator is utilized between each service condition packet binary coding
Separate.It can certainly be encoded using other coded systems.
Further, it is described each binary coding result is sequentially combined after store, specifically include：
Each binary coding result is sequentially combined as to store after a sequence, and in the sequence, each binary coding
As a result separated between using separator.
This method is using binary system+segmentation+realizes that service can be expressed in a field goes through by the way of commonly enumerating
History state, can only take up the need of less memory space in the case where the extremely complex service condition quantity of business very more again
Ask, so that power-up service business circulates, relied on data volume is reduced, and improves computational efficiency.
In a set of operation flow, the change for having some flow states be with dependence, if to institute it is stateful enter
Row packet, will have dependence, (regular unicity refers to regular unicity, if service condition status1~status10 has
Regular unicity, then if current order status be status10, then this order necessarily live through status1~
Status9 state) is divided into a group, and all positions of mode field are divided into multistage, and one group of every section of correspondence, each section is used
The binary mode commonly enumerated records the state value in correspondence group, can be achieved with all going through with the storage of less memory length
The purpose of history state.
The method that the invention described above is provided is specifically described with an embodiment below.
Assuming that power-up service business flow has this 50 kinds of service conditions of status1~status50, according to each business shape
Regular single sexual intercourse between state is divided into 7 groups, without regular unicity wherein between group and group, and specific packet situation is such as
Following table 1：
1 five ten kinds of service condition packet situations of form
| Group number | Service condition |
| 1 | Status1~status10 |
| 2 | status11 |
| 3 | Status12, status13, status14 |
| 4 | Status15, status16 |
| 5 | Status17~status30 |
| 6 | Status31~status35 |
| 7 | Status36~status50 |
Service condition in each group has regular unicity, without regular unicity between group and group, therefore, entirely
Status of service field is divided into seven sections：Wherein first paragraph has ten kinds of states (status1~status10), it is necessary to four binary systems
Bits of coded records the common enumerated value of ten kinds of service conditions (wherein, for the industry in regular monistic sub-process
Business state can use metric numeral to represent that each digitized representation experienced a kind of service condition, such as and status1~
10,1 representatives experienced status1, and 2 representatives experienced status1~2,3 representatives and experienced state status1~3......10
Representative experienced status1~10, and this metric numeral is represented with binary-coded notation, then need 4 two to enter
Bits of coded processed, such as 0001=1 (experienced status1), and 0010=2 (experienced status1~2), and 0011=3 (experienced
Status1~3) ... 1010=10 (experienced status1~10), therefore for including the sub-process of 10 kinds of service conditions,
Only need to 4 binary coding positions and just can record all service conditions)；Second group has a kind of state, it is necessary to which a binary system is compiled
(it is 0 not suffer from status11 bits of coded to code bit, and 1) experience status11 bits of coded is；3rd group has three kinds of states, it is necessary to two
Binary coding position (is represented using ten's digit 1 and experienced status12,2 representatives experienced status12~13,3 representatives
It experienced status12~14, it is therefore desirable to which 2 binary codings positions records this 3 kinds of service conditions, and 00=0 (does not suffer from this
Any service condition of group), 01=1 (experienced status12), and 10=2 (experienced status12~13), and 11=3 (experienced
Status12~14))；4th group has two states, it is necessary to two binary coding positions；5th group have 14 kinds of states, it is necessary to
Four binary coding positions；6th group has five kinds of states, it is necessary to three binary coding positions；7th group has 15 kinds of states, needs
Want four binary coding positions；Only needed altogether under this kind of representation 20 binary coding bit lengths can just store this five
Ten kinds of states.
Specifically, assume that certain order experienced status1~status7, status12, status15, status16,
Status17, status18, status19, status20, status31, status32, according to the packet of above table 1,
Each service condition that the order is flowed through is grouped when being stored after sequentially coded combination, then in order status field
Storage content be：0111|0|01|10|0100|010|0000.
Based on the design of method identical is provided with the invention described above, it is present invention also offers a kind of management of service condition
System, likewise, by the way that the service condition management method is realized into the service condition management system application being based on is ordered in the business
In single process management system, to realize the service condition in the service order circulation for the service order process management system
Expression is more succinct, so that taking less memory space carrys out storage service state, the system includes：
Acquisition module, the corresponding each service condition of each sub-process in operation flow is undergone for obtaining service order；
First processing module, for combining the service condition packet in pre-set business status packet data storehouse, to described each
Service condition is grouped respectively；
Second processing module, for exporting a volume to the service condition of the service order in each packet respectively
Code, and coded combination is carried out according to the order of pre-set business status packet, form the flow state coding of the service order.
Preferably, the first processing module, specifically for for specific transactions, according to principle of unity to being sequentially arranged
The service conditions of all sub-processes of specific transactions divided, form each service condition packet；
The principle of unity：It is sequentially arranged in all sub-processes of specific transactions, if the appearance of current traffic state must
Previous service condition is so undergone, then judges that current traffic state and previous service condition have unicity.
Preferably, in the default service condition packet, each service condition is grouped the service condition foundation of neutron flow
The sequencing of appearance is sequentially arranged, and each service condition packet is suitable according to the priority that the service condition of the sub-process included occurs
Sequence is sequentially arranged.
Preferably, described to be encoded to binary coding, each service condition is grouped binary-coded length and is based on correspondence
The quantity of service condition is determined in service condition packet.
Preferably, separated between each service condition packet binary coding using separator.
Those skilled in the art should be able to recognize that, the mould of each example described with reference to the embodiments described herein
Block and method and step, can be realized with electronic hardware, computer software or the combination of the two, in order to clearly demonstrate electricity
The interchangeability of sub- hardware and software, generally describes the composition and step of each example according to function in the above description
Suddenly.These functions are performed with electronic hardware or software mode actually, depending on technical scheme application-specific and design about
Beam condition.Those skilled in the art can realize described function to each specific application using distinct methods, but
It is this realization it is not considered that beyond the scope of this invention.
So far, combined preferred embodiment shown in the drawings describes technical scheme, still, this area
Technical staff is it is easily understood that protection scope of the present invention is expressly not limited to these embodiments.Without departing from this
On the premise of the principle of invention, those skilled in the art can make equivalent change or replacement to correlation technique feature, these
Technical scheme after changing or replacing it is fallen within protection scope of the present invention.
Claims (10)
1. a kind of service condition management method, it is characterised in that methods described includes：
Obtain service order and undergo the corresponding each service condition of each sub-process in operation flow；
With reference to the packet of default service condition, each service condition is grouped respectively；
A coding is exported to the service condition of the service order in each packet respectively, and according to pre-set business state
The order of packet carries out coded combination, forms the flow state coding of the service order.
2. service condition management method according to claim 1, it is characterised in that the default service condition packet,
Its service condition group technology is：For specific transactions, according to principle of unity to all sons for the specific transactions being sequentially arranged
The service condition of flow is divided, and forms each service condition packet；
The principle of unity：It is sequentially arranged in all sub-processes of specific transactions, if the appearance of current traffic state is necessarily passed through
Previous service condition is gone through, then judges that current traffic state and previous service condition have unicity.
3. service condition management method according to claim 2, it is characterised in that the default service condition packet
In, the service condition of each service condition packet neutron flow is sequentially arranged according to the sequencing occurred, each service condition packet
The sequencing that service condition according to the sub-process included occurs is sequentially arranged.
4. service condition management method according to claim 1, it is characterised in that described is encoded to binary coding,
Each service condition is grouped quantity of the binary-coded length based on service condition in correspondence service condition packet and determined.
5. service condition management method according to claim 4, it is characterised in that each service condition is grouped binary coding
Between separated using separator.
6. the service condition management method according to any one of claim 1-5, it is characterised in that the service condition pipe
Reason method is applied in service order process management system.
7. a kind of service condition management system, it is characterised in that the system includes：
Acquisition module, the corresponding each service condition of each sub-process in operation flow is undergone for obtaining service order；
First processing module, for combining the service condition packet in pre-set business status packet data storehouse, to each business
State is grouped respectively；
Second processing module, for exporting a coding to the service condition of the service order in each packet respectively,
And coded combination is carried out according to the order of pre-set business status packet, form the flow state coding of the service order.
8. service condition management system according to claim 7, it is characterised in that
The first processing module, specifically for for specific transactions, according to principle of unity to the specific transactions that are sequentially arranged
The service conditions of all sub-processes divided, form each service condition packet；
The principle of unity：It is sequentially arranged in all sub-processes of specific transactions, if the appearance of current traffic state is necessarily passed through
Previous service condition is gone through, then judges that current traffic state and previous service condition have unicity.
9. service condition management system according to claim 8, it is characterised in that the default service condition packet
In, the service condition of each service condition packet neutron flow is sequentially arranged according to the sequencing occurred, each service condition packet
The sequencing that service condition according to the sub-process included occurs is sequentially arranged.
10. service condition management system according to claim 7, it is characterised in that described is encoded to binary coding,
Each service condition is grouped quantity of the binary-coded length based on service condition in correspondence service condition packet and determined.
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| CN111210234A (en) * | 2020-01-03 | 2020-05-29 | 北京三快在线科技有限公司 | Method and device for recording product condition state, electronic equipment and storage medium |
| CN111494956A (en) * | 2020-04-13 | 2020-08-07 | 北京字节跳动网络技术有限公司 | Task data acquisition method and device and electronic equipment |
| CN111494956B (en) * | 2020-04-13 | 2022-03-04 | 北京字节跳动网络技术有限公司 | Task data acquisition method and device and electronic equipment |
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