CN115775148B - Payment processing method, device and equipment for hospital information system based on message machine - Google Patents

Abstract

The invention discloses a payment processing method, device and equipment for a hospital information system based on a message machine, and relates to the field of Internet technology. The message body ensures that the message is received accurately on each node, and can actively report the fault information of the node where the fault occurs in the event of an abnormality. After the staff receives the fault information and handles the fault according to the fault information, the message opportunity Automatic resending of failed order messages, processing information or notification information ensures the original information transmission and business logic, greatly reduces the complexity of information transmission of the entire order payment system through the message machine, and improves the accuracy of troubleshooting.

Description

Payment processing method, device and equipment for hospital information system based on message machine

technical field

The present invention relates to the field of Internet technology, more specifically, it relates to a payment processing method, device and equipment for a hospital information system based on a message machine.

Background technique

Now a large number of hospitals have developed or deployed front-end applications such as WeChat public accounts, small programs, and APPs, which can provide services such as registration, payment, and query reports in the applications. There are three nodes, the server, the front server (a computer that can access the intranet and the extranet), and the hospital information system (HIS system). Due to too many nodes in this network structure, the network environment is different, and the differences between each system are relatively large, it is often easy to cause network disconnection, network failure, data packet loss, etc., resulting in the user's successful payment in the front-end application program, but The successful payment status was not updated to the HIS system in time, so that the payment status of the order information could not be displayed in the front-end application, resulting in low user experience and satisfaction.

Therefore, how to improve the success rate of payment for the failure of updating to the HIS system after successful payment in front-end applications such as WeChat official accounts, applets, and APPs, thereby increasing user satisfaction and reducing the workload of hospital staff.

Contents of the invention

In order to solve the shortcomings of the above-mentioned prior art, the present invention provides a payment processing method, device and equipment for a hospital information system based on a message machine. The present invention is based on a reliable message machine component to ensure the reliability of messages transmitted on each node of the network , From ensuring that each order can be correctly updated to the database of the hospital's HIS system, to ensure the consistency and reliability of the order status, thereby improving the success rate of order payment and customer satisfaction, and ensuring the operational efficiency of the hospital information system.

Above-mentioned technical purpose of the present invention is achieved through the following technical solutions:

The first aspect of the present application provides a message machine-based payment processing method for a hospital information system, which is applied to a cloud server configured with a public service system, and a first message machine is configured on the cloud server. The method includes:

When the first message machine detects the entry of order information, it constructs the first message body of the order information, wherein the first message body includes a status attribute and a counter, the initial attribute of the status attribute is the first indicator, and the initial value of the counter is zero ;

The cloud server sends the order information to the front-end server configured with the hospital information system, and when the front-end server detects that there is order information entering, it generates the first confirmation information, and the first message machine receives the first confirmation information sent from the front-end server , wherein the front-end server is configured with a second messaging machine;

When the first message machine detects the first confirmation information, it changes the state attribute of the first message body to the second indicator, detects the state attribute of the first message body in real time, and when the state attribute is the second indicator, prepends The server receives the order information;

When the cloud server receives the notification information sent from the front-end server, it generates fourth confirmation information, and sends the fourth confirmation information to the second message machine. At the same time, the cloud server responds to the update operation for the order information, according to the The update operation updates the order status of the order information, wherein the notification information indicates that the processing of the order information is completed.

In one embodiment, when the first message machine detects that order information has entered, before generating the first message body of the order information, the method further includes:

Obtain the order information generated by the client, where the order information contains the timing information of each order request;

Generate a message queue with multiple order requests based on timing information;

An order information is taken out from the message queue according to the timing information, and sent to the first message machine.

In one embodiment, the method further comprises:

When the first message machine detects that the status attribute of the first message body is the first indicator, the order information is not received by the front-end server, and the cloud server continues to send the order information once to the front-end server configured with the hospital information system, At the same time, the counter of the first message body is increased by one;

When it is detected that the value of the counter of the first message body is greater than the counting threshold, generating fault information of the front server;

Diagnose and process the front-end server according to the fault information of the front-end server. After the fault processing is completed, reset the value of the counter of the first message body to zero, and at the same time, the cloud server resends the message to the front-end server configured with the hospital information system. order information.

The second aspect of the present application provides a medical information system payment method of a messaging machine, which is applied to a front-end server configured with a hospital information system, wherein the front-end server is configured with a second messaging machine, and the hospital information system is configured with a third A message machine, the method comprising:

The front-end server receives the order information sent from the cloud server;

When the front-end server detects the entry of order information, it generates first confirmation information, and sends the first confirmation information to the first message machine;

The second message machine sends notification information of the arrival of new order information to the hospital information system, and the hospital information system generates second confirmation information and sends the second confirmation information to the second message machine;

The hospital information system generates a payment record bill according to the order information, and processes the payment record bill according to the business logic corresponding to the business type, and generates processing information that the order information processing is completed, where the business type includes outpatient business type or hospitalization business type;

When the front-end server receives the processing information, the front-end server generates third confirmation information, and sends the third confirmation information to the third messaging machine, and at the same time, the second messaging machine sends notification information that the order processing is completed to the cloud server .

In one embodiment, the method further comprises:

When the second message machine detects the entry of order information, it constructs the second message body of the order information, wherein the second message body includes a status attribute and a counter, the initial attribute of the status attribute is the first indicator, and the initial value of the counter is zero ;

When the second message machine detects the second confirmation information, it changes the status attribute of the first message body to the second indicator, detects the status attribute of the second message body in real time, and when the status attribute is the second indicator, the hospital information The system receives the order information;

When the status attribute of the second message body is the first indicator, the hospital information system has not received the order information, and the front-end server continues to send the order information to the hospital information system once, and at the same time, the counter of the second message body is incremented by one;

When it is detected that the value of the counter of the second message body is greater than the counting threshold, a fault message of the hospital information system is generated;

The hospital information system is diagnosed and processed according to the fault information of the hospital information system. After the fault processing is completed, the value of the counter in the second message body is reset to zero, and at the same time, the front-end server resends the order information to the hospital information system.

In one embodiment, the method further comprises:

When the third message machine detects that the processing information of order information processing is completed, it constructs the third message body of the processing information, wherein the third message body includes the state attribute and the counter, the initial attribute of the state attribute is the first indicator, the counter The initial value of is zero;

When the third message machine detects the third confirmation information, it changes the status attribute of the third message body to the second indicator, detects the status attribute of the third message body in real time, and when the status attribute is the second indicator, prepends The server receives the processing information corresponding to the order information;

When the status attribute of the third message body is the first indicator, the front-end server has not received the processing information corresponding to the order information, and the hospital information system continues to send the processing information that the order information has been processed to the front-end server once. At the same time, the third The counter of the message body is incremented by one;

When it is detected that the value of the counter of the third message body is greater than the counting threshold, generating fault information of the front-end server;

The hospital information system is diagnosed and processed according to the fault information of the front-end server. After the fault processing is completed, the value of the counter in the third message body is reset to zero. At the same time, the hospital information system resends the processing information of the completion of the order information processing.

In one embodiment, the method further comprises:

When the second message machine detects that the processing information of the order information processing is completed, it constructs the fourth message body of the notification information, wherein the fourth message body includes a state attribute and a counter, and the initial attribute of the state attribute is the first indicator, the counter The initial value of is zero;

When the second message machine detects the fourth confirmation information, it changes the state attribute of the fourth message body to the second indicator, detects the state attribute of the fourth message body in real time, and when the state attribute is the second indicator, the cloud server Receive the notification information that the order information processing is completed;

When the state attribute of the second message body is the first indicator, the cloud server has not received the notification information that the order information processing is completed, the front-end server continues to send a notification information to the cloud server, and at the same time, the counter of the fourth message body is incremented by one ;

When it is detected that the value of the counter of the fourth message body is greater than the counting threshold, the failure information of the cloud server is generated;

The cloud server is diagnosed and processed according to the fault information of the cloud server. After the fault processing is completed, the value of the counter in the fourth message body is reset to zero, and at the same time, the front-end server resends the notification information of the completion of order information processing to the cloud server.

The third aspect of the present application provides a message machine-based hospital information system payment processing device, which is applied to a cloud server configured with a public service system, and a first message machine is configured on the cloud server. The device includes:

The first construction module is used for the first message machine to construct the first message body of the order information when it detects the entry of order information, wherein the first message body includes a status attribute and a counter, and the initial attribute of the status attribute is the first indicator , the initial value of the counter is zero;

The first confirmation information receiving module is used for the cloud server to send the order information to the front-end server configured with the hospital information system. The first confirmation message sent by the front-end server;

The attribute change module is used for the first message machine to change the state attribute of the first message body to the second indicator when detecting the first confirmation information, and detect the state attribute of the first message body in real time. indicator, the front-end server receives the order information;

The order status update module is used to generate fourth confirmation information when the cloud server receives the notification information sent from the front-end server, and send the fourth confirmation information to the second message machine, and at the same time, the cloud server responds to the order information The update operation of updating the order status of the order information according to the update operation, wherein the notification information indicates that the processing of the order information is completed.

The fourth aspect of the present application provides a payment processing device for a hospital information system based on a message machine, which is applied to a front-end server configured with a hospital information system, wherein the front-end server is configured with a second message machine, and the hospital information system is configured with a The third message machine, the device includes:

The order information receiving module is used for the front-end server to receive the order information sent from the cloud server;

The first confirmation information sending module is used for the front-end server to generate the first confirmation information when detecting the entry of order information, and send the first confirmation information to the first message machine;

The second confirmation information sending module is used for the second message machine to send the notification information of the arrival of new order information to the hospital information system, and the hospital information system generates the second confirmation information and sends the second confirmation information to the second confirmation information. Two news machines;

The business processing module is used for the hospital information system to generate a payment record bill according to the order information, and process the payment record bill according to the business logic corresponding to the business type, and generate processing information that the order information processing is completed, wherein the business type Including outpatient service type or inpatient service type;

The notification information sending module is used to generate the third confirmation information by the front-end server when the front-end server receives the processing information, and send the third confirmation information to the third messaging machine, and at the same time, the second messaging machine sends a message to the cloud server Send a notification message that the order processing is complete.

A fifth aspect of the present application provides an electronic device, including:

one or more processors;

a memory, coupled to the processor, for storing one or more programs;

When the one or more programs are executed by the one or more processors, the one or more processors realize the message machine-based hospital described in any one of the first aspect and the second aspect of the present application The steps of the information system payment processing method.

Compared with the prior art, the present invention has the following beneficial effects:

1. The payment processing method of the hospital information system based on the message machine provided by the present invention is based on a reliable message machine component to ensure the reliability of the message on each node of the network transmission, from ensuring that each order can be correctly updated to the hospital The database of the HIS system ensures the consistency and reliability of the order status, thereby improving the success rate of order payment and customer satisfaction, and ensuring the operational efficiency of the hospital information system.

2. The payment processing method of the hospital information system based on the message machine provided by the present invention adopts the message queue to manage each order information, and can put the order request sent by the user at a high speed into the message queue according to the timing information of the order Caching can effectively reduce passenger flow peaks, and will not cause abnormal phenomena such as jamming and white screens on the terminal devices held by users.

3. The invention provides a message machine-based hospital information system payment processing method. The message machine constructs a message body (that is, status attributes and counters) with a confirmation mechanism and a reporting mechanism for order information, processing information, and notification information. Each node ensures the accurate receipt of the message, and can actively report the fault information of the node in the event of an abnormality. After the staff receives the fault information and handles the fault according to the fault information, the message will automatically resend the failure. The order message, processing information or notification information ensures the original information transmission and business logic, greatly reduces the complexity of information transmission of the entire order payment system through the message machine, and improves the accuracy of troubleshooting.

In addition, from the third aspect to the fifth aspect of the present invention, a message machine-based hospital information system payment processing device and equipment are provided, which have the same payment processing method as the message machine-based hospital information system payment processing method provided above. The technical effect is not described here.

Description of drawings

The drawings described here are used to provide a further understanding of the embodiments of the present invention, constitute a part of the application, and do not limit the embodiments of the present invention. In the attached picture:

Fig. 1 is the traditional network structure diagram of cloud server, pre-server and hospital information system provided by the prior art;

FIG. 2 is a schematic flowchart of a hospital information system payment processing method applied to a cloud server configured with a public service system provided by an embodiment of the present application;

FIG. 3 is a schematic flowchart of a hospital information system payment processing method applied to a front-end server configured with a hospital information system provided by an embodiment of the present application;

FIG. 4 is a system network structure diagram of a cloud server, a front-end server, and a hospital information system using a message machine provided by an embodiment of the present application;

FIG. 5 is a schematic flow diagram of sending order information to the first message machine provided by the embodiment of the present application;

FIG. 6 is a schematic flow diagram of the first message machine for detecting whether the message is successfully sent according to the embodiment of the present application;

FIG. 7 is a structural block diagram of a hospital information system payment processing device applied to a cloud server configured with a public service system provided by an embodiment of the present application;

Fig. 8 is a structural block diagram of a hospital information system payment processing device applied to a front-end server configured with a hospital information system provided by an embodiment of the present application.

Detailed ways

In order to make the purpose, technical solutions and advantages of the present invention clearer, the present invention will be further described in detail below in conjunction with the examples and accompanying drawings. As a limitation of the present invention.

It should be understood that the terms "first" and "second" are used for descriptive purposes only, and cannot be interpreted as indicating or implying relative importance or implicitly specifying the quantity of indicated technical features. Thus, a feature defined as "first" and "second" may explicitly or implicitly include one or more of these features. In the description of the present invention, "plurality" means two or more, unless otherwise specifically defined.

As mentioned in the background technology, a large number of hospitals have developed or deployed front-end applications such as WeChat public accounts, applets, and APPs, which can provide services such as registration, payment, and query reports in the application programs. The communication process needs to pass through three nodes: the cloud server, the front-end server (a computer that can access the intranet and the extranet), and the hospital information system (HIS system). The traditional network structure diagram is shown in Figure 1. This network structure Due to too many nodes, the network environment is different, and the differences between each system are relatively large. In Figure 1, the dotted lines between the cloud server and the front-end server, and the front-end server and the hospital information system represent places where disconnections or network failures are likely to occur , it is often easy to cause network disconnection, network failure, data packet loss, etc., resulting in the user's successful payment in the front-end application, but the status of the successful payment is not updated to the HIS system in time, making it impossible to pay in the front-end application. Displaying the payment status of the order information leads to poor user experience and satisfaction.

Therefore, how to improve the success rate of payment for the failure of updating to the HIS system after successful payment in front-end applications such as WeChat official accounts, applets, and APPs, thereby increasing user satisfaction and reducing the workload of hospital staff.

Please refer to FIG. 4 , the public service system includes a cloud server, a message queue, a cloud server order processing program, a notification module and a first message machine. In practical applications, patients can complete payment through terminal devices equipped with payment systems. Terminal devices include but are not limited to smartphones, tablet computers, and portable computers. The above payment systems include but are not limited to Alipay payment system, Lakala payment system, NeteasePay payment system, and payment systems of various banks, etc., the above-mentioned payment system and terminal equipment can be set according to the actual situation, and the embodiment of the present invention does not limit this. It can be understood that the patient can use the terminal equipment from Click on the required business type in front-end applications such as WeChat official account, applet, APP, etc., and generate corresponding order information based on the corresponding business type.

Specifically, the order information may be that after the patient selects the option of the corresponding service type, the HIS system generates a medical bill corresponding to the service type for the patient; wherein, the service type includes outpatient service type or inpatient service type. In practical applications, according to the outpatient medical treatment process and inpatient medical treatment process of patients in medical institutions, the medical bills of each business type can be obtained. Charge settlement and outpatient refund settlement, the process corresponding to the hospitalization business type mainly includes hospitalization deposit prepayment, hospitalization deposit refund, hospitalization fee settlement and hospitalization refund settlement. Therefore, the medical bills corresponding to the outpatient business type mainly include registered medical bills and Prescription medical bills, medical bills corresponding to inpatient business types mainly include deposit medical bills and inpatient medical bills. Among them, the registered medical bill includes but not limited to patient information, target department and target doctor, etc., and the corresponding payment amount; patient information includes but not limited to patient ID, patient name, patient gender, and patient age. Medical bills will also have different unit prices depending on the type of registration, such as general outpatient numbers and expert numbers, etc.; prescription medical bills include various drugs prescribed by doctors according to the patient's medical conditions, and the unit price of each drug is obtained. Expense details Decomposition information, payment details information and expense classification and summary information, etc., can be set according to the actual situation. The above-mentioned deposit medical bills and inpatient medical bills mainly include detailed breakdown information, payment details, and expense classification and summary information of various expenses generated during the patient's hospitalization process, which are specifically set according to the patient's hospitalization situation. No limitation stated.

And, after the HIS system generates the above medical bill, it also directly generates the payment type option corresponding to the medical bill; or it can store the payment type option in advance, and when it detects the generation of a new medical bill, it will send the medical bill and the payment type option To the payment interface component, so that patients can complete the payment of medical bills according to the payment type options. Among them, the payment type options include payment types corresponding to all payment systems that are connected with the HIS system, so as to meet the various payment needs of patients and improve the experience of patients. The choice of payment type can be realized by existing technology. For example, in the existing technology, after registration in a WeChat mini-program of a certain hospital, UnionPay payment, Alipay payment and WeChat payment can be used to pay the registration fee.

Please refer to Fig. 2. Fig. 2 is a schematic flowchart of a message machine-based hospital information system payment processing method provided by an embodiment of the present application. The method is applied to a cloud server configured with a public service system and configured on the cloud server. The first message machine, the method includes:

S210, when the first message machine detects that order information has entered, construct the first message body of the order information, wherein the first message body includes a status attribute and a counter, the initial attribute of the status attribute is the first indicator, and the initial value of the counter to zero.

Specifically, as shown in Figure 1, the cloud server can receive new order requests from patients' terminal devices, form order information, and put them into the cluster of message queues for queuing in sequence, so as to achieve peak shaving for high concurrency and large traffic The purpose of decoupling in the following process is to prevent abnormal phenomena such as jamming and white screens on the terminal device held by the user. For example, the message queue uses the RabbitMQ message queue component.

The order processing program of the cloud server takes out the order information from the message queue one by one, encapsulates the order information into a message body through the first message machine, and sends a notification of a new order to the front-end server of the corresponding hospital, and the front-end server of the hospital Replying to the first confirmation message indicates that the front-end server has received a new order from the cloud server.

When the first message machine detects the order information taken out by the cloud server order processing program, it constructs the first message body of the order information. It should be understood that, since the traditional network structure diagram is shown in Figure 1, this network structure is There are too many nodes, the network environment is different, and the differences between each system are relatively large. In Figure 1, the dotted lines between the cloud server and the front-end server, and the front-end server and the hospital information system represent places where disconnections or network failures are likely to occur. It is often easy to cause network disconnection, network failure, data packet loss, etc. Therefore, in the embodiment of the present application, a message machine is arranged at each node that is prone to disconnection or network failure. In order to facilitate the description of the situation of each node, therefore, The business process based on the order information will generate different message bodies. Therefore, the first message body in this embodiment is to verify whether the new order information has been received when the order information is sent to the front-end server of the hospital, and the first The message body includes status attributes and counters. The initial attribute of the status attribute is the first indicator, and the initial value of the counter is zero. It should be understood that the current server will return the first confirmation message when it receives the message from the cloud server. , update the status attribute of the first message body according to the first confirmation information, for example, the attribute changes from the first indicator of the initial attribute to the second indicator, and the setting of the first indicator and the second indicator can be "0 " and "1", or "yes" and "no", it is of course understandable that other types of indicators can be used to judge whether the front-end server has received new order information.

And, the counter is used to record the number of times the cloud server sends order information to the front-end server through its own message sending interface. For example, after reaching a certain number of times, the first message machine detects that the status attribute of the first message body is still The first indicator indicates that the order information sent by the cloud server has not been received by the front-end server. Therefore, the first message opportunity actively reports the failure of the node where it is located. After the staff receives the fault alarm information and handles the fault, the cloud server will automatically resend the failed order information, ensuring the original information transmission and business logic, and ensuring accurate receipt of messages on each node. Through the message machine, the complexity of the order payment process is greatly reduced, and the accuracy of troubleshooting points is improved.

S220. The cloud server sends the order information to the front-end server configured with the hospital information system. When the front-end server detects that order information has entered, it generates first confirmation information, and the first message machine receives the first confirmation message sent by the front-end server. Acknowledgment information, wherein the front-end server is configured with a second messaging machine.

Specifically, based on the above step S210, the front-end server detects that order information has entered, and generates the first confirmation information to update the status attribute of the first message body, so as to realize the fault detection of the node of the front-end server , to ensure the reliable transmission of order information on the front server node.

S230. When the first message machine detects the first confirmation information, change the state attribute of the first message body to the second indicator, detect the state attribute of the first message body in real time, and when the state attribute is the second indicator, The front-end server receives the order information.

Specifically, refer to the detailed description of the status attribute change part of the first message body in step S210 above, which will not be described here again.

S240. When the cloud server receives the notification information sent by the front-end server, it generates fourth confirmation information, and sends the fourth confirmation information to the second message machine. At the same time, the cloud server responds to the update operation for the order information, according to The updating operation updates the order status of the order information, wherein the notification information indicates that the processing of the order information is completed.

Specifically, please refer to Figure 4, the cloud server order processing program in the public service system sends the notification information to the notification module, where the cloud server order processing program is used to implement the relevant business logic of the relevant order information, call the first message machine, etc. function, and the notification information is the information indicating the completion of the order information processing. Exemplarily, the notification module can be implemented by means of SMS, email, WeChat message, APP push, etc., so that the cloud server performs an update operation on the order status of the order information , such as payment success, payment failure, etc., label the order information. For example, the order information is processed in the HIS system, and the order status of the updated order information is the label of payment success.

To sum up, based on reliable message machine components, to ensure the reliability of messages on each node of network transmission, from ensuring that each order can be correctly updated to the database of the hospital's HIS system, to ensure the consistency and reliability of the order status , so as to improve the success rate of order payment and customer satisfaction, and ensure the operational efficiency of the hospital information system.

As shown in FIG. 5, before the first message machine detects the entry of order information, before generating the first message body of the order information, the method further includes:

S510. Obtain order information generated by the client, where the order information includes time sequence information of each order request.

S520, generating a message queue with multiple order requests according to the timing information;

S530. Take out an order message from the message queue according to the sequence information, and send it to the first message machine.

Specifically, the client is the terminal device, that is, the order information generated by the patient through the terminal device in the business type selected by the terminal device in front-end applications such as WeChat official account, applet, and APP, and the cloud server can obtain the order information generated by the terminal device , and the order information includes the timing information of the order requests generated by each patient, so that the order requests sent by patients can be cached in the message queue according to the timing information, so as to effectively reduce the peak passenger flow and avoid patient terminal equipment There are abnormal phenomena such as stuck, white screen, etc.

Further, take out an order information from the message queue according to the sequence information, and send it to the first message machine through the cloud server order processing program, so as to ensure that each order information can be processed according to the sequence of patient operations, so as to avoid missing processing In order to further improve the experience of patients.

On the basis of the method shown in Figure 2, please refer to Figure 6, the method also includes the following steps:

S610, when the first message machine detects that the state attribute of the first message body is the first indicator, the order information is not received by the front-end server, and the cloud server continues to send an order to the front-end server configured with the hospital information system information, at the same time, the counter of the first message body is increased by one;

S620, when it is detected that the value of the counter in the first message body is greater than the counting threshold, generate fault information of the front-end server;

S630, perform diagnostic processing on the front-end server according to the fault information of the front-end server, and reset the value of the counter of the first message body to zero after the fault processing is completed, and at the same time, send the cloud server to the front-end server configured with the hospital information system Resend order information.

Specifically, when a new order message enters the first message machine, the first message machine constructs the order message and adds a status attribute (the first indicator of which is 0 by default) and a counter (the initial value of the counter is 0 by default) The two attributes form the first message body. And perform Redis memory cache for the first message body (Redis is durable).

Send order information to the front server of the rear node through the message sending port of the cloud server.

Wait for the front server of the rear node to reply the first confirmation message. If the first confirmation message comes back, set the status attribute of the first message body to the second indicator. For example, the second indicator is 1, and Redis caches the message body. End operation.

Then the timing loop checks whether the status attribute is 1, if the status attribute is not 1, it means that the first confirmation message has not come back yet. Continue to send order information to the back node front server once. At the same time, the value of the counter is incremented by 1.

Regularly detect the value of the counter. If it exceeds the counting threshold (the default value can be set according to the actual situation, such as 30/40), it means that it has been repeated 30/40 times, and the network between the front-end server and the cloud server may have a physical failure. At this time, the fault information needs to be reported (via SMS, email, message, etc.).

In summary, the method of this embodiment adopts a message machine with a stateful confirmation mechanism and a fault reporting mechanism to ensure accurate receipt of messages on each node. The message machine greatly reduces the complexity of the order payment system and improves troubleshooting. Fault precision.

On the basis of the method shown in Fig. 2, this embodiment also provides a medical information system payment method for a messaging machine, which is applied to a front-end server configured with a hospital information system, wherein the front-end server is configured with a second messaging machine , the hospital information system is equipped with a third message machine, please refer to shown in Figure 3, the method includes the following steps:

S310. The front-end server receives the order information sent by the cloud server.

Specifically, since the front-end server and the cloud server are servers belonging to two different systems, their information transmission is two-way interactive. Therefore, the front-end server receives the order sent from the message sending port of the cloud server based on the message receiving port. Information, which is common knowledge of those skilled in the art, so no redundant explanation is given.

S320. When detecting that order information has entered, the front-end server generates first confirmation information, and sends the first confirmation information to the first message machine. Specifically, please refer to the detailed description of the embodiment described in step S210 above, and the principle of the first confirmation information will not be described in detail here.

S330, the second message machine sends notification information of arrival of new order information to the hospital information system, and the hospital information system generates second confirmation information and sends the second confirmation information to the second message machine.

Please refer to Figure 1 and Figure 4. It can be seen that there may be disconnection or network failure in the information transmission between the front-end server and the hospital information system. Therefore, the order information sent by the front-end server may not be recognized by the hospital information system. After the system receives it, the network communication between the front-end server and the hospital information system is detected by the second message body configured on the front-end server, and the second confirmation information is used as the authentication information, and the second message machine receives the When the information is confirmed for the second time, it means that the hospital information system has received the order information that needs to be processed, thereby ensuring the accurate reception of the order information by the hospital information system and improving the accuracy of troubleshooting.

S340, the hospital information system generates a payment record bill according to the order information, and processes the payment record bill according to the business logic corresponding to the business type, and generates processing information that the processing of the order information is completed, where the business type includes the outpatient service type or inpatient business type.

Specifically, in this embodiment, the hospital information system can generate a payment record bill according to the order information, which is used to archive the payment status of the order information, such as the payment amount, ID information of the registered doctor, business type, etc., and according to the corresponding business type The corresponding business logic processes the payment records and bills, and generates processing information that the order information has been processed. This is an operation that can be realized by the hospital information system in the prior art. For details, please refer to the description of the hospital information system in the above-mentioned embodiments. Embodiment does not do redundant description.

S350. When the front-end server receives the processing information, the front-end server generates third confirmation information, and sends the third confirmation information to the third message machine, and at the same time, the second message machine sends a message that the order processing is completed to the cloud server. notification information.

Please refer to Figure 4. After the hospital information system completes the business processing of the order information, it needs to reply to the front-end server with a completed processing information. Therefore, when the front-end server receives the processing information, it generates The third confirmation information, and the third confirmation information is sent to the third message machine, so as to realize the fault detection of the node in the process of information return.

At the same time, when the front-end server receives the processing information, it needs to use the second message machine to send the notification information of the completion of the order processing to the cloud server, and the cloud server needs to generate the fourth confirmation information after receiving the notification information. Send back to the front-end server, so that the front-end server confirms that the notification message that the processing of the order request in the hospital information system is completed is received by the cloud server.

To sum up, the embodiment of this application provides a payment processing method based on a message machine for a hospital information system. The message machine constructs a message body with a confirmation mechanism and a reporting mechanism for order information, processing information, and notification information (that is, the status attribute and counters), each node ensures the accurate receipt of the message, and can actively report the fault information of the node where it is located when an abnormality occurs. After the staff receives the fault information and handles the fault according to the fault information, the message Opportunity automatically resends failed order messages, processing information or notification information, ensuring the original information transmission and business logic, greatly reducing the complexity of information transmission in the entire order payment system through the message machine, and improving the accuracy of troubleshooting.

In one embodiment, the method also includes:

When the second message machine detects the entry of order information, it constructs the second message body of the order information, wherein the second message body includes a status attribute and a counter, the initial attribute of the status attribute is the first indicator, and the initial value of the counter is zero ;

When the second message machine detects the second confirmation information, it changes the status attribute of the first message body to the second indicator, detects the status attribute of the second message body in real time, and when the status attribute is the second indicator, the hospital information The system receives the order information;

When the status attribute of the second message body is the first indicator, the hospital information system has not received the order information, and the front-end server continues to send the order information to the hospital information system once, and at the same time, the counter of the second message body is incremented by one;

When it is detected that the value of the counter of the second message body is greater than the counting threshold, a fault message of the hospital information system is generated;

The hospital information system is diagnosed and processed according to the fault information of the hospital information system. After the fault processing is completed, the value of the counter in the second message body is reset to zero, and at the same time, the front-end server resends the order information to the hospital information system.

Specifically, please refer to the embodiment provided as shown in FIG. 6 and FIG. 4. In this embodiment, when the second message machine detects that there is order information entering, it constructs the first order information sent from the cloud server. Two message bodies, wherein the second message body still includes the state attribute and the counter, and the initial attribute of the state attribute of the second message body is still the first indicator, and the initial value of the counter is zero; the second message machine detects the second When confirming the information, change the status attribute of the first message body to the second indicator, and detect the status attribute of the second message body in real time. When the status attribute is the second indicator, it indicates that the hospital information system has received the order information.

On the contrary, if it is the first indicator, it indicates that the hospital information system has not received the order information, and the front-end server needs to continue to send the order information to the hospital information system once. When the value of the counter of the body is greater than the counting threshold, the fault information of the hospital information system is generated; the hospital information system is diagnosed and processed according to the fault information of the hospital information system, and after the fault processing is completed, the value of the counter of the second message body is reset to be Zero, at the same time, the front-end server resends the order information to the hospital information system. Similarly, the initial value of the counter of the second message body can still be 0, and the counting threshold can still be 30/40.

It should be understood that the second message machine is based on the processing principle of the first message machine, and only changes different network nodes and information objects.

In one embodiment, the method also includes:

When the third message machine detects that the processing information of order information processing is completed, it constructs the third message body of the processing information, wherein the third message body includes the state attribute and the counter, the initial attribute of the state attribute is the first indicator, the counter The initial value of is zero;

When the third message machine detects the third confirmation information, it changes the status attribute of the third message body to the second indicator, detects the status attribute of the third message body in real time, and when the status attribute is the second indicator, prepends The server receives the processing information corresponding to the order information;

When the status attribute of the third message body is the first indicator, the front-end server has not received the processing information corresponding to the order information, and the hospital information system continues to send the processing information that the order information has been processed to the front-end server once. At the same time, the third The counter of the message body is incremented by one;

When it is detected that the value of the counter of the third message body is greater than the counting threshold, generating fault information of the front-end server;

The hospital information system is diagnosed and processed according to the fault information of the front-end server. After the fault processing is completed, the value of the counter in the third message body is reset to zero. At the same time, the hospital information system resends the processing information of the completion of the order information processing.

Specifically, please refer to the above-mentioned principle of the second message machine. It should be understood that the third message machine is also based on the processing principles of the first message machine and the second message machine, and only changes different network nodes and information objects. No redundant description will be made here.

In one embodiment, the method also includes:

When the second message machine detects that the processing information of the order information processing is completed, it constructs the fourth message body of the notification information, wherein the fourth message body includes a state attribute and a counter, and the initial attribute of the state attribute is the first indicator, the counter The initial value of is zero;

When the second message machine detects the fourth confirmation information, it changes the state attribute of the fourth message body to the second indicator, detects the state attribute of the fourth message body in real time, and when the state attribute is the second indicator, the cloud server Receive the notification information that the order information processing is completed;

When the state attribute of the second message body is the first indicator, the cloud server has not received the notification information that the order information processing is completed, the front-end server continues to send a notification information to the cloud server, and at the same time, the counter of the fourth message body is incremented by one ;

When it is detected that the value of the counter of the fourth message body is greater than the counting threshold, the failure information of the cloud server is generated;

The cloud server is diagnosed and processed according to the fault information of the cloud server. After the fault processing is completed, the value of the counter in the fourth message body is reset to zero, and at the same time, the front-end server resends the notification information of the completion of order information processing to the cloud server.

Specifically, please refer to the above-mentioned principles about the first message machine, the second message machine, and the third message machine. This embodiment is based on the processing principles of the first message machine, the second message machine, and the third message machine. Different network nodes and information objects, as well as the path of information return, will not be described redundantly here.

Corresponding to the above-mentioned embodiment of the payment processing method using the cloud server, the embodiment of the present invention provides a hospital information system payment processing device based on a message machine, which is applied to a cloud server configured with a public service system and configured on the cloud server. The first message machine, as shown in Figure 7, the device includes:

The first construction module 710 is used for the first message machine to construct the first message body of the order information when detecting the entry of order information, wherein the first message body includes a status attribute and a counter, and the initial attribute of the status attribute is the first indication character, the initial value of the counter is zero;

The first confirmation information receiving module 720 is used for the cloud server to send the order information to the front-end server configured with the hospital information system. When the front-end server detects that there is order information entering, it generates the first confirmation information, and the first message machine receives it. The first confirmation message sent from the front-end server;

The attribute change module 730 is used for the first message machine to change the state attribute of the first message body to the second indicator when detecting the first confirmation information, and detect the state attribute of the first message body in real time, and when the state attribute is the second indicator When the indicator is two, the front-end server receives the order information;

The order status update module 740 is configured to generate fourth confirmation information when the cloud server receives the notification information sent from the front-end server, and send the fourth confirmation information to the second message machine, and at the same time, the cloud server responds to the order The update operation of information is to update the order status of the order information according to the update operation, wherein the notification information indicates that the processing of the order information is completed.

Corresponding to the above embodiment of the payment processing method using the front-end server, please refer to FIG. 8, which is a payment processing device for a hospital information system provided by an embodiment of the present application and applied to a front-end server configured with a hospital information system. Structural block diagram, the processing device is applied to a front-end server configured with a hospital information system, wherein the front-end server is configured with a second message machine, and the hospital information system is configured with a third message machine, as shown in Figure 8, the device includes:

The order information receiving module 810 is used for the front-end server to receive the order information sent from the cloud server;

The first confirmation information sending module 820 is used for the front-end server to generate the first confirmation information when detecting the entry of order information, and send the first confirmation information to the first message machine;

The second confirmation information sending module 830 is used for the second message machine to send the notification information of the arrival of new order information to the hospital information system, and the hospital information system generates the second confirmation information and sends the second confirmation information to second message machine;

The business processing module 840 is used for the hospital information system to generate payment record bills according to the order information, process the payment record bills according to the business logic corresponding to the business type, and generate processing information that the order information processing is completed, wherein the business Type includes outpatient service type or inpatient service type;

The notification information sending module 850 is configured to generate third confirmation information by the front-end server when the front-end server receives the processing information, and send the third confirmation information to the third messaging machine, and at the same time, the second messaging machine sends a message to the cloud The server sends a notification message that the order processing is completed.

The message machine-based hospital information system payment processing device applied to the cloud server and the front-end server provided by the embodiment of the present invention has the following three beneficial effects:

1. Based on reliable message machine components, to ensure the reliability of messages on each node of the network transmission, from ensuring that each order can be correctly updated to the database of the hospital's HIS system, to ensure the consistency and reliability of the order status, thus Improve the success rate of order payment and customer satisfaction, and ensure the operational efficiency of the hospital information system.

2. The message queue is used to manage each order information, and the order requests sent by users can be cached in the message queue according to the timing information of the order, which can effectively reduce the peak passenger flow and prevent users from holding terminal devices Stuck, white screen and other abnormal phenomena occur.

3. Construct a message body (that is, status attributes and counters) with a confirmation mechanism and a reporting mechanism for order information, processing information, and notification information through the message machine, and ensure that the message is received accurately on each node, and can be used when an exception occurs. Under certain circumstances, take the initiative to report the fault information of the node where it is located. After the staff receives the fault information and handles the fault according to the fault information, the message machine will automatically resend the failed order message, processing information or notification information, ensuring the original information transmission and The business logic greatly reduces the complexity of information transmission of the entire order payment system through the message machine, and improves the accuracy of troubleshooting.

In yet another embodiment of the present invention, an electronic device is provided, the electronic device includes one or more processors; a memory, coupled to the processors, for storing one or more programs; when the one or more A plurality of programs are executed by the one or more processors, so that the one or more processors implement the steps of the message machine-based payment processing method for the hospital information system described in the above embodiments. The processor may be a central processing unit (Central Processing Unit, CPU), or other general-purpose processors, digital signal processors (Digital Signal Processor, DSP), application specific integrated circuits (Application Specific Integrated Circuit, ASIC), off-the-shelf programmable gate arrays (FPGA) or other Programmable logic devices, discrete gate or transistor logic devices, discrete hardware components, etc., which are the computing core and control core of the terminal, are suitable for implementing one or more instructions, and are specifically suitable for loading and executing one or one instruction in a computer storage medium. The above instructions realize the corresponding method flow or corresponding function; the processor described in the embodiment of the present invention can be used to execute the operation of the message machine-based hospital information system payment processing method.

In yet another embodiment of the present invention, the present invention also provides a readable storage medium, specifically a computer-readable storage medium (Memory), and the computer-readable storage medium is a memory device in a computer device for storing programs and data. It can be understood that the computer-readable storage medium here may include a built-in storage medium in the computer device, and of course may also include an extended storage medium supported by the computer device. The computer-readable storage medium provides storage space, and the storage space stores the operating system of the terminal. Moreover, one or more instructions suitable for being loaded and executed by the processor are also stored in the storage space, and these instructions may be one or more computer programs (including program codes). It should be noted that the computer-readable storage medium here may be a high-speed RAM memory, or a non-volatile memory (non-volatile memory), such as at least one disk memory. One or more instructions stored in the computer-readable storage medium can be loaded and executed by the processor, so as to realize the corresponding steps of the payment processing method of the hospital information system based on the message machine in the above-mentioned embodiments. Those skilled in the art should understand that the embodiments of the present invention may be provided as methods, systems, or computer program products. Accordingly, the present invention can take the form of an entirely hardware embodiment, an entirely software embodiment, or an embodiment combining software and hardware aspects. Furthermore, the present invention may take the form of a computer program product embodied on one or more computer-usable storage media (including but not limited to disk storage, CD-ROM, optical storage, etc.) having computer-usable program code embodied therein.

The specific embodiments described above have further described the purpose, technical solutions and beneficial effects of the present invention in detail. It should be understood that the above descriptions are only specific embodiments of the present invention and are not intended to limit the scope of the present invention. Protection scope, within the spirit and principles of the present invention, any modification, equivalent replacement, improvement, etc., shall be included in the protection scope of the present invention.

Claims (10)

1. A hospital information system payment processing method based on a messaging machine, characterized in that it is applied to a cloud server configured with a public service system, and the first messaging machine is configured on the cloud server, the method comprising: When the first message machine detects the entry of order information, it constructs the first message body of the order information, wherein the first message body includes a status attribute and a counter, the initial attribute of the status attribute is the first indicator, and the initial value of the counter is zero ; The cloud server sends the order information to the front-end server configured with the hospital information system, and when the front-end server detects that there is order information entering, it generates the first confirmation information, and the first message machine receives the first confirmation information sent from the front-end server , wherein the front-end server is configured with a second messaging machine; When the first message machine detects the first confirmation information, it changes the state attribute of the first message body to the second indicator, detects the state attribute of the first message body in real time, and when the state attribute is the second indicator, prepends The server receives the order information; When the cloud server receives the notification information sent from the front-end server, it generates fourth confirmation information, and sends the fourth confirmation information to the second message machine. At the same time, the cloud server responds to the update operation for the order information, according to the The update operation updates the order status of the order information, wherein the notification information indicates that the processing of the order information is completed. 2. The payment processing method of the hospital information system based on the message machine according to claim 1, wherein the first message machine detects that the first message body of the order information is entered before the first message machine generates the order information. The method also includes: Obtain the order information generated by the client, where the order information contains the timing information of each order request; Generate a message queue with multiple order requests based on timing information; An order information is taken out from the message queue according to the timing information, and sent to the first message machine. 3. The hospital information system payment processing method based on the message machine according to claim 1, wherein the method further comprises: When the first message machine detects that the status attribute of the first message body is the first indicator, the order information is not received by the front-end server, and the cloud server continues to send the order information once to the front-end server configured with the hospital information system, At the same time, the counter of the first message body is increased by one; When it is detected that the value of the counter of the first message body is greater than the counting threshold, generating fault information of the front server; Diagnose and process the front-end server according to the fault information of the front-end server. After the fault processing is completed, reset the value of the counter of the first message body to zero, and at the same time, the cloud server resends the message to the front-end server configured with the hospital information system. order information. 4. A hospital information system payment processing method based on a message machine, characterized in that it is applied to a front-end server configured with a hospital information system, wherein the front-end server is configured with a second message machine, and the hospital information system is configured with a third message machine, the method comprising: The front-end server receives the order information sent from the cloud server; When the front-end server detects the entry of order information, it generates first confirmation information, and sends the first confirmation information to the first message machine; The second message machine sends notification information of the arrival of new order information to the hospital information system, and the hospital information system generates second confirmation information and sends the second confirmation information to the second message machine; The hospital information system generates a payment record bill according to the order information, and processes the payment record bill according to the business logic corresponding to the business type, and generates processing information that the order information processing is completed, where the business type includes outpatient business type or hospitalization business type; When the front-end server receives the processing information, the front-end server generates third confirmation information, and sends the third confirmation information to the third messaging machine, and at the same time, the second messaging machine sends notification information that the order processing is completed to the cloud server . 5. The method for processing payment in a hospital information system based on a message machine according to claim 4, wherein the method further comprises: When the second message machine detects the entry of order information, it constructs the second message body of the order information, wherein the second message body includes a status attribute and a counter, the initial attribute of the status attribute is the first indicator, and the initial value of the counter is zero ; When the second message machine detects the second confirmation information, it changes the status attribute of the first message body to the second indicator, detects the status attribute of the second message body in real time, and when the status attribute is the second indicator, the hospital information The system receives the order information; When the status attribute of the second message body is the first indicator, the hospital information system has not received the order information, and the front-end server continues to send the order information to the hospital information system once, and at the same time, the counter of the second message body is incremented by one; When it is detected that the value of the counter of the second message body is greater than the counting threshold, a fault message of the hospital information system is generated; The hospital information system is diagnosed and processed according to the fault information of the hospital information system. After the fault processing is completed, the value of the counter in the second message body is reset to zero, and at the same time, the front-end server resends the order information to the hospital information system. 6. The hospital information system payment processing method based on the message machine according to claim 4, characterized in that the method further comprises: When the third message machine detects that the processing information of order information processing is completed, it constructs the third message body of the processing information, wherein the third message body includes the state attribute and the counter, the initial attribute of the state attribute is the first indicator, the counter The initial value of is zero; When the third message machine detects the third confirmation information, it changes the status attribute of the third message body to the second indicator, detects the status attribute of the third message body in real time, and when the status attribute is the second indicator, prepends The server receives the processing information corresponding to the order information; When the status attribute of the third message body is the first indicator, the front-end server has not received the processing information corresponding to the order information, and the hospital information system continues to send the processing information that the order information has been processed to the front-end server once. At the same time, the third The counter of the message body is incremented by one; When it is detected that the value of the counter of the third message body is greater than the counting threshold, generating fault information of the front-end server; The hospital information system is diagnosed and processed according to the fault information of the front-end server. After the fault processing is completed, the value of the counter in the third message body is reset to zero. At the same time, the hospital information system resends the processing information of the completion of the order information processing. 7. The hospital information system payment processing method based on the message machine according to claim 4, wherein the method further comprises: When the second message machine detects that the processing information of the order information processing is completed, it constructs the fourth message body of the notification information, wherein the fourth message body includes a state attribute and a counter, and the initial attribute of the state attribute is the first indicator, the counter The initial value of is zero; When the second message machine detects the fourth confirmation information, it changes the state attribute of the fourth message body to the second indicator, detects the state attribute of the fourth message body in real time, and when the state attribute is the second indicator, the cloud server Receive the notification information that the order information processing is completed; When the state attribute of the second message body is the first indicator, the cloud server has not received the notification information that the order information processing is completed, the front-end server continues to send a notification information to the cloud server, and at the same time, the counter of the fourth message body is incremented by one ; When it is detected that the value of the counter of the fourth message body is greater than the counting threshold, the failure information of the cloud server is generated; The cloud server is diagnosed and processed according to the fault information of the cloud server. After the fault processing is completed, the value of the counter in the fourth message body is reset to zero, and at the same time, the front-end server resends the notification information of the completion of order information processing to the cloud server. 8. A hospital information system payment processing device based on a message machine, characterized in that it is applied to a cloud server configured with a public service system, and the first message machine is configured on the cloud server, and the device includes: The first construction module is used for the first message machine to construct the first message body of the order information when it detects the entry of order information, wherein the first message body includes a status attribute and a counter, and the initial attribute of the status attribute is the first indicator , the initial value of the counter is zero; The first confirmation information receiving module is used for the cloud server to send the order information to the front-end server configured with the hospital information system. The first confirmation message sent by the front-end server; The attribute change module is used for the first message machine to change the state attribute of the first message body to the second indicator when detecting the first confirmation information, and detect the state attribute of the first message body in real time. indicator, the front-end server receives the order information; The order status update module is used to generate fourth confirmation information when the cloud server receives the notification information sent from the front-end server, and send the fourth confirmation information to the second message machine, and at the same time, the cloud server responds to the order information The update operation of updating the order status of the order information according to the update operation, wherein the notification information indicates that the processing of the order information is completed. 9. A payment processing device for a hospital information system based on a message machine, characterized in that it is applied to a front-end server configured with a hospital information system, wherein the front-end server is configured with a second message machine, and the hospital information system is configured with a third message machine machine, including: The order information receiving module is used for the front-end server to receive the order information sent from the cloud server; The first confirmation information sending module is used for the front-end server to generate the first confirmation information when detecting the entry of order information, and send the first confirmation information to the first message machine; The second confirmation information sending module is used for the second message machine to send the notification information of the arrival of new order information to the hospital information system, and the hospital information system generates the second confirmation information and sends the second confirmation information to the second confirmation information. Two news machines; The business processing module is used for the hospital information system to generate a payment record bill according to the order information, and process the payment record bill according to the business logic corresponding to the business type, and generate processing information that the order information processing is completed, wherein the business type Including outpatient service type or inpatient service type; The notification information sending module is used to generate the third confirmation information by the front-end server when the front-end server receives the processing information, and send the third confirmation information to the third messaging machine, and at the same time, the second messaging machine sends a message to the cloud server Send a notification message that the order processing is complete. 10. An electronic device, characterized in that it comprises: one or more processors; a memory, coupled to the processor, for storing one or more programs; When the one or more programs are executed by the one or more processors, the one or more processors realize the message machine-based hospital information system payment processing according to any one of claims 1 to 7 method steps.

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