TWI713802B - Deployment system for internet ticketing operations - Google Patents

Abstract

A system for dispatching online ticketing operations, including: front-end equipment, including a data relay device configured to receive a batch order for online ticketing with a plurality of online ticketing transaction data ; And the back-end equipment, including an order operation allocation device and a data access device, the order operation allocation device signal is connected between the data relay device and the data access device, the order operation allocation device is configured to Perform an allocation operation process of the batch order, and store the result of the allocation operation process in the data access device. In this way, the deployment system enables consumers to quickly obtain responses from the ticket purchase operating system.

Description

Allocation system for online ticket purchase

The present invention is related to an allocation system for online ticket purchase operations, and in particular to an allocation system that adjusts the ticket purchase operation framework so that consumers can quickly obtain a processing response to the ticket purchase operation.

The current architecture of the current online ticketing operating system includes a front-end operating platform and a back-end operating platform. The front-end operating platform is set on the cloud server to receive consumer ticket purchase orders issued by terminal devices (such as smart phones, personal computers, and online ticket purchase machines in convenience stores), and the front-end operating platform is connected to The database of the back-end operating platform. The front-end operating platform simultaneously processes and stores (stored to the cloud server) consumer transaction data (that is, the consumer's personal data, the name of the program ordered and the seat selection), and transmits the relevant transaction data to the back-end operating platform Backup data storage. In addition, the back-end operating platform receives the order demand transmitted by the front-end operating platform, generates a ticket corresponding to the order demand, and sends it back to the front-end operating platform to respond to the consumer's ticket ordering demand.

However, when a large number of consumers flock to the online ticketing operating system to order tickets in a short period of time (ie, grab tickets), the front-end operating platform cannot receive a large number of consumers' ticket purchase orders in a short period of time and process them in a timely manner A large number of consumer ticket purchase orders. Since the operation time of the overall system is included, the front-end operation platform stores, processes and transmits the relevant order data to the back-end operation platform for backup operation time, and the back-end operation platform generates the corresponding order ticket and returns it to the front-end operation Platform time. With a large influx of ticket purchase orders into the system, the current online ticket purchase operating system requires extremely long The work time is used to process each consumer's order and related order processing, but it is impossible for each consumer to quickly receive the response of the order processing from the front-end operating platform. Therefore, in the case of ticket rush, the current online ticketing operating system is inefficient in the processing of ticketing operations, and it is also unable to provide consumers with a better quality of service.

Therefore, in order to solve the above-mentioned problems, the purpose of the present invention is to provide a system for dispatching online ticketing operations that allows consumers to quickly obtain the processing responses of the ticketing operation system.

The technical means adopted by the present invention to solve the problems of the conventional technology is to provide a network ticketing deployment system, including: front-end equipment, including a data relay device, the data relay device is configured to receive A batch order of online ticket purchase transaction data; and back-end equipment, including an order dispatching device and a data access device, the order dispatching device signal is connected to the data relay device and the Between the data access devices, the order operation allocation device is configured to perform an allocation operation processing of the batch order, and the result of the allocation operation processing is stored in the data access device, wherein the data relay device Immediately after receiving the batch order, the batch order is sent to the order allocation device to perform the allocation operation processing, the allocation operation processing includes a data classification allocation processing and a ticket generation processing, the data classification allocation processing , By using the order dispatching device to classify most of the online ticketing transaction data according to the content of each of the online ticketing transaction data of the batch of orders and send them to the data access device for storage, the The data access device is configured to execute a data access process of the batch order according to a distribution access parameter set by the order operation allocation device. The ticket generation process is based on the order operation allocation device As a result of the data access processing, a piece of ticket information corresponding to each of the online ticket purchase transaction data of the batch of orders is generated, and most of the ticket information of the batch of orders is returned to the data relay device.

In one embodiment of the present invention, a system for dispatching online ticketing operations is provided, wherein the content of the online ticketing transaction data includes the name of the ticket-purchasing program and the seat allocation data of the ticket.

In one embodiment of the present invention, a system for dispatching online ticketing operations is provided, wherein the allocated access parameters include the number of tickets ordered for each online ticketing transaction data, and each online ticketing transaction The time when the data is entered into the deployment system, the name of each ticket purchase program of the online ticket purchase transaction data, and the seat allocation data of the ticket purchase.

In one embodiment of the present invention, a system for dispatching online ticketing operations is provided, in which the data access processing is that the data access device responds to a plurality of online ticketing transaction data according to the allocated access parameters Classify and store with classification labels.

In one embodiment of the present invention, a system for deploying online ticket purchase operations is provided, wherein the front-end equipment further includes a data registration processing device, a signal is connected to the data relay device, and the data registration processing device is configured to receive The online ticket transaction data entered by the consumer is sent to the data relay device.

In an embodiment of the present invention, a system for dispatching online ticketing operations is provided, wherein the data registration processing device is configured to feed back ticket information corresponding to the online ticketing transaction data for consumers to view.

In one embodiment of the present invention, a system for deploying online ticket purchase operations is provided, wherein the data registration processing device is a server with a user interface (UI).

In one embodiment of the present invention, a system for deploying online ticket purchase operations is provided, wherein the data relay device is a server with an application program interface (API, Application Program Interface).

The deployment system for the online ticket purchase operation of the embodiment of the present invention has the following effects. The device signal is connected between the data relay device and the data access device through the order operation, and the data relay device immediately transmits the batch order without data classification and processing after receiving the batch order To the order job allocation device to perform allocation operation processing. In this way, the data relay device can receive a large number of ticket purchase orders without processing them and transmit the orders to the order dispatching device for ticket processing. In addition, most of the online ticket purchase transaction data are classified and given classification labels and stored in the data access device, which facilitates the order dispatching device to process the order based on workload and urgency. After the order allocation device completes the ticket generation processing and sends the processing result back to the data registration processing device through the data relay device, consumers can quickly get the ticket information feedback from the data registration processing device, thereby improving the existing network The ticketing operation system cannot handle a large number of orders in a short period of time, resulting in the lack of extended operation time.

100: Allocation system for online ticketing operations

1: Front-end equipment

11: Data registration processing device

12: Data Relay

2: back-end equipment

21: Order work allocation device

22: Data access device

C: Consumer

S1: Enter online ticket transaction information

S2: Send batch orders for online ticket purchase

S3: Send batch order

S4: Store online ticketing transaction data of batch orders

S5: Feedback of 21 batches of order storage results of order operation allocation device

S6: Data classification processing

S7: Feedback on classification results of online ticketing transaction data of batch orders

S8: Set the distribution and access parameters of online ticketing transaction data

S9: Generate allocation access parameters

S10: Transfer allocation access parameters

S11: Data access processing for batch orders

S12: Generate data access processing results

S13: Data access processing result feedback

S14: Perform ticket generation processing

S15: Sorting out the processing results of ticket generation

S16: The processing result of batch order ticket generation and return

S17: The result of batch order ticket generation processing is returned

S18: Pass back the result of ticket generation

Fig. 1 is a block diagram showing the architecture of a system for dispatching online ticket purchases according to an embodiment of the present invention; and Fig. 2 is a schematic diagram showing the sequence of the dispatching system for processing ticket purchases.

Hereinafter, the embodiments of the present invention will be explained based on the first and second figures. This description is not intended to limit the implementation of the present invention, but is a kind of embodiment of the present invention.

Please refer to Figures 1 and 2, a system 100 for deploying online ticketing operations according to an embodiment of the present invention includes: a front-end device 1 including a data relay device 12, and the data relay device 12 is configured And receive a batch order of online ticket purchase with a large number of online ticket transaction data; and the back-end equipment 2 includes an order operation allocation device 21 and a data access device 22, and the order operation allocation device 21 is signal connected Between the data relay device 12 and the data access device 22, the order operation allocation device 21 is It is configured to execute an allocation operation process of the batch order, and the result of the allocation operation process is stored in the data access device 22.

In another embodiment of the present invention, the front-end equipment 1 further includes a data registration processing device 11, the signal is connected to the data relay device 12, the data registration processing device 11 is configured to receive online ticket transaction data input by consumers and Send to the data relay device 12. Specifically, the data registration processing device 11 is a server with a user interface (UI). The data relay device is a server with an application program interface (API, Application Program Interface).

Specifically, as shown in Figure 2, consumer C enters the network through terminal equipment (that is, personal information devices, such as smart phones or laptops, or online ticket purchase machines in convenience stores) For ticket purchase transaction data S1, the data registration processing device 11 sends a batch order S2 for online ticket purchase to the data relay device 12. After receiving the batch order, the data relay device 12 immediately transmits the batch order S3 to the order dispatching device 21 without data classification and processing to perform the dispatching calculation processing. Among them, the allocation operation processing includes a data classification allocation processing and a ticket generation processing.

In detail, the data classification and configuration processing is performed by the order operation allocation device 21 according to the content of each online ticket purchase transaction data of the batch order to classify and transmit most of the online ticket transaction data to the data access The device 22 stores. The content of the online ticket purchase transaction information includes the name of the ticket purchase program (that is, the business model of ticket sales is determined according to the type of program, such as concert, movie premiere, and football match) and the seat allocation of the ticket Information (that is, the seat area selected by the consumer based on the ticket purchase budget and the seat assigned).

The detailed processing process is shown in Figure 2. The order dispatching device 21 stores the online ticket purchase transaction data S4 of the batch order to the data access device 22, and then the data access device 22 gives the order dispatching device 21 batch order storage The result is fed back to S5. In addition, the order allocation device 21 performs data classification processing S6 on the data access device 22, and the data access device 22 returns the online ticket purchase transaction data classification result feedback S7 of the batch order to the order allocation device 21.

The data access device 22 is configured to execute a data access process of the batch order according to an allocation access parameter set by the order operation allocation device. Specifically, the data access processing is that the data access device 22 classifies most of the online ticket purchase transaction data according to the allocated access parameters and assigns classification tags to store them. Among them, the assigned access parameters include the number of tickets ordered for each online ticket purchase transaction data, the time point of each online ticket purchase transaction data input into the deployment system, the ticket purchase program name of each online ticket purchase transaction data, and Information about the reserved seats of the purchased seats. In other words, the order allocation device 21 allocates and processes tasks according to workload (ie, the number of tickets ordered) and urgency (ie, the time sequence of online ticket purchase transaction data input into the allocation system).

In detail, please refer to FIG. 2, the order operation allocation device 21 sets the allocation access parameter S8 of the online ticket purchase transaction data, and generates the allocation access parameter S9 accordingly. The order allocation device 21 sends the allocation access parameter S10 to the data access device 22, and the data access device 22 performs the data access processing S11 of the batch order and generates the data access processing result S12 therefrom. The data access device 22 sends the data access processing result feedback S13 to the order assignment device 21.

Furthermore, the ticket generation processing is that the order dispatching device 21 generates a piece of ticket information for each online ticket transaction data of the corresponding batch order according to the result of the data access processing, and the majority of batch orders The ticket information is returned to the data relay device 12. That is, after receiving the data access processing result, the order work allocation device 21 performs the ticket generation processing S14 and sorts the ticket generation processing results S15.

The order dispatching device 21 returns the processing result of the batch order ticket generation S16 to the data relay device 12. Then, the data relay device 12 sends back the processing result of the batch order ticket generation S17 to the data registration processing device 11. In this way, the data registration processing device 11 is configured to return the ticket generation processing result S18 to the terminal device to quickly feed back the ticket information corresponding to the online ticket purchase transaction data for the consumer C to view.

In the deployment system of the network ticket purchase operation of the embodiment of the present invention, the data relay device 12 of the front-end equipment 1 and the data access device 22 of the back-end equipment 2 are connected via the order operation deployment device 21, and the data is Immediately after the device 12 receives the batch order, the batch order (having a large number of online ticket transaction data) is sent to the order dispatching device 21 to execute the dispatching calculation process. In other words, the data relay device 12 receives a large number of ticket purchase orders without processing, thereby increasing the pressure of the data relay device 12 to withstand a large influx of orders (ticket grabbing) in a short time. In addition, most of the online ticket purchase transaction data is classified and stored in the data access device 22, and the order operation allocation device 21 performs order processing according to workload and urgency. Therefore, the back-end equipment 2 is free from processing multiple order operations in a short time, and the system processes the complex requirements of each order in sequence according to a fixed schedule (that is, the order operation allocation device 21 according to the time point of the order input system, Tickets are generated from the number of tickets purchased in the order and the allocation information).

Therefore, when the order dispatching device 21 completes the ticket generation processing and sends the processing result back to the data registration processing device 11 through the data relay device 12, the consumer C can quickly obtain the relevant ticket from the data registration processing device 11. Coupon information feedback. In other words, the online ticketing dispatching system 100 improves the efficiency of ticketing processing by performing ticketing processing of a large number of orders in a short period of time, and thereby obtains a system operation performance monitoring. At the same time, the online ticketing dispatching system 100 provides consumers with better service quality by responding to the order processing in a short time. At the same time, it can also be configured by the online ticketing dispatching system 100 As a preparation framework for expanding new business models.

The above descriptions and descriptions are only descriptions of the preferred embodiments of the present invention. Those with general knowledge of this technology should make other modifications based on the scope of patent application defined below and the above descriptions, but these modifications should still be made. It is the spirit of the invention and falls within the scope of the rights of the invention.

100‧‧‧The deployment system for online ticketing operations

1‧‧‧Front-end equipment

11‧‧‧Data registration processing device

12‧‧‧Data Relay Device

2‧‧‧Back-end equipment

21‧‧‧Order allocation device

22‧‧‧Data Access Device

Claims (8)

A system for dispatching online ticketing operations, including: front-end equipment, including a data relay device configured to receive a batch order for online ticketing with a plurality of online ticketing transaction data ; And back-end equipment, including an order operation allocation device and a data access device, the order operation allocation device signal is connected between the data relay device and the data access device to allocate the device and the data through the order operation The execution of the access device obtains a ticket generation processing result corresponding to the batch order, and returns the ticket generation processing result to the data relay device for consumers to view, wherein the order operation allocation device It is configured to receive the batch order of the online ticket purchase from the data relay device to execute an allocation operation processing of the batch order, and send the allocation operation processing result to the data access device for storage in The data access device, wherein the data relay device located in the front-end device immediately transmits the batch order to the order dispatching device located in the back-end device after receiving the batch order so as to be transferred from the back-end device The order allocation device of the end device executes the allocation calculation processing, which includes a data classification allocation processing and a ticket generation processing. The data classification allocation processing is performed by the order allocation device according to the batch order The content of each online ticket purchase transaction data will be classified into the majority of the online ticket transaction data corresponding to the batch order and sent to the data access device for storage. The data access device is configured to A data access process of the batch order is executed according to a distribution access parameter set by the order operation allocation device to obtain a data access processing result. The ticket generation processing is performed by the order operation allocation device Receive the data access processing result from the data access device to generate a ticket information corresponding to each online ticket purchase transaction data of the batch of orders, and multiple ticket information of the batch of orders As the result of the processing of the ticket information, it is returned to the data relay device. For example, in the deployment system described in item 1 of the request, the content of the online ticket purchase transaction data includes the name of the ticket purchase program and the seat allocation information of the ticket purchase. Such as the deployment system described in item 1 of the request, wherein the allocated access parameters include the number of tickets ordered for each online ticket purchase transaction data, and the time point at which each online ticket purchase transaction data is entered into the deployment system , Each ticket purchase program name of the online ticket purchase transaction data and the seat allocation data of the ticket purchase. For example, the deployment system described in item 1 or item 3 of the request, wherein the data access processing is that the data access device classifies and assigns a plurality of online ticket transaction data according to the allocated access parameters Sort tags and store. For example, in the deployment system described in claim 1, wherein the front-end equipment further includes a data registration processing device, the signal is connected to the data relay device, and the data registration processing device is configured to receive the online purchase input by the consumer Ticket transaction data is sent to the data relay device. For example, in the deployment system described in claim 5, the data registration processing device is configured to feed back the ticket information corresponding to the online ticket purchase transaction data for consumers to view. The deployment system according to claim 5, wherein the data registration processing device is a server with a user interface (UI). The deployment system according to claim 1, wherein the data relay device is a server with an application program interface (API, Application Program Interface).

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