CN104715349A - Method and system for calculating e-commerce freight - Google Patents
Method and system for calculating e-commerce freight Download PDFInfo
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- CN104715349A CN104715349A CN201310673631.5A CN201310673631A CN104715349A CN 104715349 A CN104715349 A CN 104715349A CN 201310673631 A CN201310673631 A CN 201310673631A CN 104715349 A CN104715349 A CN 104715349A
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Abstract
The invention provides a method and system for e-commerce platform freight services, and relates to the field of international logistics calculation. Freight calculation independently exists in the system mode, and the services are provided for other systems in an API mode; the calculation of the interiors of the services is achieved in the mode that cache in a progress is sufficiently used for providing the execution efficiency is achieved in calculation of the interiors of the services. By means of the method and system, accurate and precise freight calculation is achieved, rapid calculation is achieved, and the working efficiency is guaranteed.
Description
Technical field
The present invention relates to international logistics and calculate field.
Background technology
The diversity of the carrier of international logistics, different logistics company has different pricing rules, and the dispensing country that different logistics company is supported is inconsistent.Electricity business platform needs an efficient standard freight charges system accurately, and this system can provide freight charges calculation services to other system.
Application number be 201110191695.2 a kind of network logistics data processing method of patent and device in, although be referred to receiving parameter, carry out the step processed, there is no the complete requirement according to serviceization interface, accomplish independence existence completely.And the algorithmic technique etc. adopted, precisely efficient not.And in the performance calculated, use localized buffer memory because employ localized buffer memory, thus many clusters of machines and basic data variation time, the configuration information of different machines buffer memory may be inconsistent, causes calculation of price result inconsistent.
Summary of the invention
The diversity of the carrier of international logistics, there is different pricing rules in different company, and the dispensing country that different company supports is inconsistent.Analyze these general character according to these differences, take out a set of general computation rule, provide external logistics freight charges to calculate; In the performance calculated, the use localization buffer memory of height, improves execution efficiency because employ localized buffer memory, so many clusters of machines and basic data variation time, the configuration information of different machines buffer memory may be inconsistent, causes calculation of price result inconsistent.
For these weak points of prior art, the invention provides the method for a kind of e-commerce platform freight charges service, it is characterized in that, the method comprises the following steps successively,
A, in conjunction with platform service, determine the border of platform freight charges related system, the service of platform freight charges is divided into two systems: freight calculation system and freight charges template system;
B, calculate according to freight charges the list structure that described freight calculation system set up by dependency structure model;
C, run described freight calculation system;
D, described freight calculation system is calculated acquired results provide calculation services in the mode of api far call to other system.
Preferably, in described steps A, described freight calculation system is for realizing the efficient accurate calculation of the standard freight charges of each logistics company.
In above-mentioned either a program preferably, in described steps A, described freight charges template system becomes described freight charges template for realizing each logistics company to combine, and arranges user-dependent option information in described freight charges template.
In above-mentioned either a program preferably, described option information comprises and sends to country, freight rebate.
In above-mentioned either a program preferably, described freight calculation system and described freight charges template system provide service by the mode at serviceization interface.
In above-mentioned either a program preferably, in described step C, the operation of described freight charges system comprises the following steps successively,
C1, input commodity volume, commodity gross weight, commodity amount, country;
C2, screen available freight charges mode;
C3, judge whether support express delivery, if support, forward C4 to, if support sea-freight and air transport, forward C5 to;
C4, by platform present circumstances run, forward C7 to after carrying out freight charges conversion;
The harbour that C5, inquiry are supported and common carrier, and list the acquiescence harbour of this country;
C6, inquiry common carrier object port charges calculate harbour dues;
C7, calculating insurance, the detailed list of composition freight quotation.
In above-mentioned either a program preferably, the method for described e-commerce platform freight charges service adopts the redis buffer memory of the key-value mode of in-process buffer memory ehcache and nosql.
The system that the present invention also provides a kind of e-commerce platform freight charges to serve, this system comprises two subsystems, freight calculation system and freight charges template system.
In above-mentioned either a program preferably, the operation of described system comprises the following steps successively,
A, in conjunction with platform service, determine the border of platform freight charges related system, the service of platform freight charges is divided into two systems: freight calculation system and freight charges template system;
B, calculate according to freight charges the list structure that described freight calculation system set up by dependency structure model;
C, run described freight calculation system;
D, described freight calculation system is calculated acquired results provide calculation services in the mode of api far call to other system.
In above-mentioned either a program preferably, in described step a, described freight calculation system is for realizing the efficient accurate calculation of the standard freight charges of each logistics company.
In above-mentioned either a program preferably, in described step a, described freight charges template system becomes described freight charges template for realizing each logistics company to combine, and arranges user-dependent option information in described freight charges template.
In above-mentioned either a program preferably, described option information comprises and sends to country, freight rebate.
In above-mentioned either a program preferably, described freight calculation system and described freight charges template system provide service by the mode at serviceization interface.
In above-mentioned either a program preferably, in described step c, the operation of described freight charges system comprises the following steps successively,
C1, input commodity volume, commodity gross weight, commodity amount, country;
C2, screen available freight charges mode;
C3, judge whether support express delivery, if support, forward c4 to, if support sea-freight and air transport, forward c5 to;
C4, by platform present circumstances run, forward c7 to after carrying out freight charges conversion;
The harbour that c5, inquiry are supported and common carrier, and list the acquiescence harbour of this country;
C6, inquiry common carrier object port charges calculate harbour dues;
C7, calculating insurance, the detailed list of composition freight quotation.
In above-mentioned either a program preferably, the method for described e-commerce platform freight charges service adopts the redis buffer memory of the key-value mode of in-process buffer memory ehcache and nosql.
The present invention is directed to the diversity of the carrier of international logistics, there is different pricing rules in different company, and the dispensing country that different company supports is inconsistent.Analyze these general character according to these differences, take out a set of general computation rule, provide external logistics freight charges to calculate; In the performance calculated, the use localization buffer memory of height, improve execution efficiency, because employ localized buffer memory, so many clusters of machines and basic data variation time, the configuration information of different machines buffer memory may be inconsistent, causes calculation of price result inconsistent, our solution is that the key of buffer memory is accomplished to unify configuration modification, addresses this problem.
Independently apply special messenger's maintenance optimization, reducing maintenance cost provides execution efficiency.
Accompanying drawing explanation
Fig. 1 is the schematic diagram on the determination freight calculation system border of an embodiment of method and system according to the service of a kind of e-commerce platform freight charges of the present invention;
Fig. 2 is the freight charges calculation process schematic diagram embodiment illustrated in fig. 1 of the method and system according to the service of a kind of e-commerce platform of the present invention freight charges.
Embodiment
In order to understand the present invention better, below in conjunction with the embodiment of accompanying drawing specific description according to the method and system of a kind of e-commerce platform freight charges service of the present invention.
A kind of method that the present embodiment provides e-commerce platform freight charges to serve, it is characterized in that, the method comprises the following steps successively,
E, in conjunction with platform service, determine the border of platform freight charges related system, the service of platform freight charges is divided into two systems: freight calculation system and freight charges template system;
F, calculate according to freight charges the list structure that described freight calculation system set up by dependency structure model;
G, run described freight calculation system;
H, described freight calculation system is calculated acquired results provide calculation services in the mode of api far call to other system.In described steps A, described freight calculation system is for realizing the efficient accurate calculation of the standard freight charges of each logistics company.In described steps A, described freight charges template system becomes described freight charges template for realizing each logistics company to combine, and arranges user-dependent option information in described freight charges template.Described option information comprises sends to country, freight rebate.Described freight calculation system and described freight charges template system provide service by the mode at serviceization interface.In described step C, the operation of described freight charges system comprises the following steps successively,
C1, input commodity volume, commodity gross weight, commodity amount, country;
C2, screen available freight charges mode;
C3, judge whether support express delivery, if support, forward C4 to, if support sea-freight and air transport, forward C5 to;
C4, by platform present circumstances run, forward C7 to after carrying out freight charges conversion;
The harbour that C5, inquiry are supported and common carrier, and list the acquiescence harbour of this country;
C6, inquiry common carrier object port charges calculate harbour dues;
C7, calculating insurance, the detailed list of composition freight quotation.The method of described e-commerce platform freight charges service adopts the redis buffer memory of the key-value mode of in-process buffer memory ehcache and nosql.
Here also provide the system that a kind of e-commerce platform freight charges are served, this system comprises two subsystems, freight calculation system and freight charges template system.The operation of described system comprises the following steps successively,
E, in conjunction with platform service, determine the border of platform freight charges related system, the service of platform freight charges is divided into two systems: freight calculation system and freight charges template system;
F, calculate according to freight charges the list structure that described freight calculation system set up by dependency structure model;
G, run described freight calculation system;
H, described freight calculation system is calculated acquired results provide calculation services in the mode of api far call to other system.In described step a, described freight calculation system is for realizing the efficient accurate calculation of the standard freight charges of each logistics company.In described step a, described freight charges template system becomes described freight charges template for realizing each logistics company to combine, and arranges user-dependent option information in described freight charges template.Described option information comprises sends to country, freight rebate.Described freight calculation system and described freight charges template system provide service by the mode at serviceization interface.In described step c, the operation of described freight charges system comprises the following steps successively,
C1, input commodity volume, commodity gross weight, commodity amount, country;
C2, screen available freight charges mode;
C3, judge whether support express delivery, if support, forward c4 to, if support sea-freight and air transport, forward c5 to;
C4, by platform present circumstances run, forward c7 to after carrying out freight charges conversion;
The harbour that c5, inquiry are supported and common carrier, and list the acquiescence harbour of this country;
C6, inquiry common carrier object port charges calculate harbour dues;
C7, calculating insurance, the detailed list of composition freight quotation.The method of described e-commerce platform freight charges service adopts the redis buffer memory of the key-value mode of in-process buffer memory ehcache and nosql.
The present embodiment is for the diversity of the carrier of international logistics, and there is different pricing rules in different company, and the dispensing country that different company supports is inconsistent.Analyze these general character according to these differences, take out a set of general computation rule, provide external logistics freight charges to calculate; In the performance calculated, the use localization buffer memory of height, improve execution efficiency, because employ localized buffer memory, so many clusters of machines and basic data variation time, the configuration information of different machines buffer memory may be inconsistent, causes calculation of price result inconsistent, our solution is that the key of buffer memory is accomplished to unify configuration modification, addresses this problem.
Independently apply special messenger's maintenance optimization, reducing maintenance cost provides execution efficiency.
As shown in Fig. 1-Fig. 2, figure lower part provides service in the mode at serviceization interface, the model that freight charges calculate, and we add two app that freight charges template app/ standard freight charges calculate app, provide the freight charges of commodity to calculate to merchandise system.
The key-value mode redis buffer memory of in-process buffer memory ehcache and the nosql mentioned in the present embodiment, specifically refer to that the buffer memory of a) Ehcache uses, freight charges are calculated relevant quotation valency card information to be synchronized in ehcache, and our unified configuration center of the key of buffer memory is managed for configuration (if when needing corrigendum quotation valency card, by unified configuration center, key can be revised); Valency card information exists in the ehcache of storer, and when direct effect is exactly accounting price, no longer reading database, has all calculated in internal memory, and the calculating of let us is enough efficient.
B) the redis buffer memory of key-value, carries out precomputation in advance the product data once that our platform product needs exactly, exists in reids.Some conventional data of all online products of full platform, as: logistics cycle etc. series data of freight free, freight charges is once initialised in buffer memory; The new platform product uploading, revise afterwards, then system is progressively synchronized to the increment of the mode maintenance items of message queue, finally these data maintenances of all products in redis.Data in these redis, it is the result data that frequent program computation is good, such called side can directly directly read inside redis, in application to the high search index of batch performance requirement, efficiency improves can clearly, during without redis buffer memory, by the mode of far call, system interface calculates and on average wants about 20 milliseconds, and batch concurrent invocation concurrency also can only be the Thread Count within 300, and the ability to bear at interface is limited, occur soon abnormal (refusal connection etc. are abnormal), if the result calculated is stored in redis, directly fetch data from redis, concurrency that can be thousands of, as long as and just can data return in 9 milliseconds, ensure that the available of system is with stable.
Java Cache Framework EhCache EhCache is the in-process Cache Framework of a pure Java, has the features such as quick, keen-witted and capable, is the CacheProvider given tacit consent in Hibernate.
Main characteristic has:
1. quick
2. simple
3. many kinds of cache policies
4. data cached have two-stage: internal memory and disk, therefore without the need to worrying capacity problem
5. in the process that data cached meeting is restarted at virtual machine, write disk
6. can by RMI, the modes such as API can be inserted carry out distributed caching
7. there is the handover interface of buffer memory and cache manager
8. support many cache managers example, and multiple buffer zones of an example
9. providing the buffer memory of Hibernate to realize redis is a key-value storage system.Similar with Memcached, it supports that the value type stored is relatively more, comprises string (character string), list (chained list), set (set) and zset (ordered set).These data types are all supported push/pop, add/remove and are got common factor union and difference set and abundanter operation, and these operations are all atomicities.On this basis, redis supports the sequence of various different modes.The same with memcached, in order to guaranteed efficiency, data are all be buffered in internal memory.What distinguish is that redis periodically the data write disk upgraded or the log file that retouching operation write is added, and can achieve master-slave (principal and subordinate) synchronously on this basis.How Redis is a high performance key-value memory database to 2 performances.Official's the performance test results: set operates 110000 times per second, 81000 times per second of get operation.3 can deposit object and Memcached is similar, and its supports that the value type stored is relatively more, comprises string (character string), list (chained list), set (set) and zset (ordered set).These data types are all supported push/pop, add/remove and are got common factor union and difference set and abundanter operation.The maximum difference Replication(of 4 Redis and memcache is tree-like) data types(String, Lists, Sorted Sets, Hashes) a lot of developer thinks that Redis can not be faster than Memcached to persistence (snapshot, aof), Memcached is completely based on internal memory, and Redis has persistence preservation characteristics, even asynchronous, Redis also can not be faster than Memcached.But test result is Redis substantially to have comparative advantage.Thinking deeply this reason, the reason expected at present has this several respects always.Libevent。Different with Memcached, Redis does not select libevent.Many performances that Libevent causes code huge (current Redis code is less than 1/3 of libevent) to cater to versatility and sacrifices at particular platform.In Redis libevent, two file modifications achieve the epoll event loop (4) of oneself.The many developers of industry also advise Redis
Use another one libevent high-performance to substitute libev, but author still adhere to that Redis should be small and exquisite and go the thinking that relies on.An impressive details does not need to perform ./configure before being compiling Redis.CAS problem.CAS is that in Memcached, a kind of preventing competes the method revising resource eaily.CAS realizes needing for each cache key arranges a hiding cas token, the suitable value version number of cas, each set can need to increase progressively by token, therefore the dual expense of CPU and internal memory is brought, although these expenses are very little, serve trickle performance difference (5) will to both sides' opposite band to these expenses after unit 10G+ cache and QPS is up to ten thousand.The store data of 5 separate unit Redis must be less than physical memory
The data of Redis are all placed on internal memory and bring performance at a high speed, but also unreasonable part served by band.Such as a medium site has 1,000,000 registered users, if these data Redis store, the capacity of internal memory must can hold this 100 general-purpose family.But business actual conditions are 100 general-purpose families only has 50,000 any active ues, within 1 week, visited 1 time also only have 15 general-purpose families, therefore the data at whole 100 general-purpose families have unreasonable part in being all placed on, and RAM needs for cold data are checked.This is closely similar with operating system, and the data of all application access of operating system are all at internal memory, but if physical memory does not hold new data, the exchanges data that part is not accessed by operating system meeting intelligence for a long time, to disk, is new application slot milling.To application, what provide is not physical memory to modern operating system, but the concept of virtual memory (Virtual Memory).Based on identical consideration, Redis 2.0 too increases VM characteristic.Redis data capacity is allowed to breach the restriction of physical memory.And achieve the cold and hot separation of data.
The VM of 6 Redis realizes being that the VM repeating to make wheel Redis remains oneself according to epoll realization approach before and realizes.But mentioning OS in the introduction of previous action system also can help program to realize cold and hot data separating automatically, Redis only needs OS to apply for one piece of large internal memory, dsc data can be put into physical memory by OS automatically, cold exchanges data is to hard disk, the Varnish of " understanding of modern operating system " that another one is well-known realizes like this, also achieves extremely successful effect.Author antirez be interpreted as what want oneself realize in VM, mentioning several reason (6).The VM swapping in and out of main OS is based on Page concept, such as OS VM1 Page is 4K, as long as even if also have an element to only have 1 byte accessed in 4K, this page also can not by SWAP, change to reason too, read a byte and may change to the useless internal memory of 4K.Redis oneself realizes then can reaching the granularity controlling to change to.Block process during accessing operation system SWAP region of memory in addition is also cause Redis to want oneself to realize one of VM reason.
Claims (10)
1. a method for e-commerce platform freight charges service, comprises the following steps successively,
In conjunction with platform service, determine the border of platform freight charges related system, the service of platform freight charges is divided into two systems: freight calculation system and freight charges template system;
The list structure that described freight calculation system set up by dependency structure model is calculated according to freight charges;
Run described freight calculation system;
Described freight calculation system is calculated acquired results and provides calculation services in the mode of api far call to other system.
2. the method for e-commerce platform freight charges service as claimed in claim 1, it is characterized in that, in described steps A, described freight calculation system is for realizing the efficient accurate calculation of the standard freight charges of each logistics company.
3. the method for e-commerce platform freight charges service as claimed in claim 1, it is characterized in that, in described steps A, described freight charges template system becomes described freight charges template for realizing each logistics company to combine, and arranges user-dependent option information in described freight charges template.
4. the method for e-commerce platform freight charges service as claimed in claim 3, it is characterized in that, described option information comprises sends to country, freight rebate.
5. the method for e-commerce platform freight charges service as claimed in claim 4, it is characterized in that, described freight calculation system and described freight charges template system provide service by the mode of serviceization interface.
6. the method for e-commerce platform freight charges service as claimed in claim 1, it is characterized in that, in described step C, the operation of described freight charges system comprises the following steps successively,
C1, input commodity volume, commodity gross weight, commodity amount, country;
C2, screen available freight charges mode;
C3, judge whether support express delivery, if support, forward C4 to, if support sea-freight and air transport, forward C5 to;
C4, by platform present circumstances run, forward C7 to after carrying out freight charges conversion;
The harbour that C5, inquiry are supported and common carrier, and list the acquiescence harbour of this country;
C6, inquiry common carrier object port charges calculate harbour dues;
C7, calculating insurance, the detailed list of composition freight quotation.
7. the method for e-commerce platform freight charges service as claimed in claim 1, it is characterized in that, the method for described e-commerce platform freight charges service adopts the redis buffer memory of the key-value mode of in-process buffer memory ehcache and nosql.
8. a system for e-commerce platform freight charges service, it is characterized in that, this system comprises two subsystems, freight calculation system and freight charges template system.
9. the system of e-commerce platform freight charges service as claimed in claim 8, it is characterized in that, the operation of described system comprises the following steps successively,
In conjunction with platform service, determine the border of platform freight charges related system, the service of platform freight charges is divided into two systems: freight calculation system and freight charges template system;
The list structure that described freight calculation system set up by dependency structure model is calculated according to freight charges;
Run described freight calculation system;
Described freight calculation system is calculated acquired results and provides calculation services in the mode of api far call to other system.
10. the system of e-commerce platform freight charges service as claimed in claim 9, it is characterized in that, in described step a, described freight calculation system is for realizing the efficient accurate calculation of the standard freight charges of each logistics company.
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Application publication date: 20150617 |