CN106598758B - Centralized forwarding and calling method and system - Google Patents
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- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
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Abstract
The invention discloses a centralized forwarding and calling system, which is arranged between more than one provider system and more than one caller system and is used for receiving and storing data provided by each provider system; the data processing system is also used for acquiring data required by the calling system sending the request from the stored data and transmitting the data to the calling system sending the request when receiving the request of the calling system; the system and each provider system carry out data transmission through a first interface, and the system and each caller system carry out data transmission through a second interface; the first interface comprises a first real-time message interface and a first file interface, and the second interface comprises a second real-time message interface and a second file interface; the data transmission comprises real-time message transmission and file transmission. The invention also discloses a centralized forwarding and calling method.
Description
Technical Field
The invention relates to the technical field of computer data transmission, in particular to a centralized forwarding and calling method and system.
Background
When data transmission is performed between different systems, the data transmission needs to be realized by calling a system interface. At present, the interfaces for data transmission between systems mainly include two types: a file interface and a real-time message interface.
At present, a method for calling a File interface is adopted between systems, and a File interface machine serving as a File Transfer Protocol (FTP) or a Secure File Transfer Protocol (SFTP) can be generally provided in a calling system architecture, and a File provider system directly uploads a File to a specific directory of the interface machine through the FTP; or a program is deployed on the server to actively pull files from the file provider system to the local disk. The method for calling the real-time message interface between the systems generally comprises the step that a calling party system directly calls an interface of a provider system to realize real-time message calling.
However, when a plurality of systems call each other for data transfer, a specific file pull program and a real-time message call program need to be developed for each system. For example: if the system a serves as a file provider and needs to provide data to B, C, D, E four systems, the system a needs to develop different programs for B, C, D, E four systems respectively, and upload the data to B, C, D, E the four systems respectively by using different programs and program interfaces; on the contrary, B, C, D, E the four systems also need to develop programs for system a separately, and then use their own programs for a and program interfaces to the FTP server of system a to pull the data needed by themselves when needed.
For another example: if system T, Y, U is acting as a instant messaging interface provider to provide instant messages to system O, P, M, respectively, then system O would need to develop an instant messaging interface to system T, Y, U, respectively, and systems P and M would also need to develop an instant messaging interface to system T, Y, U, respectively. In addition, the system T needs to configure the calling authority for the system O, P, M respectively to perform security authentication; the system Y, U also needs to be configured with the calling authority for the system O, P, M respectively for security authentication.
Therefore, the problems of resource waste and program repeated development exist when a file interface and a real-time message interface are used for data transmission at present.
Disclosure of Invention
In view of this, embodiments of the present invention are intended to provide a method and a system for centralized forwarding and calling, which can avoid repeated development of interfaces during data transmission between multiple systems.
In order to achieve the above purpose, the technical solution of the embodiment of the present invention is realized as follows:
the embodiment of the invention provides a centralized forwarding and calling system, which is arranged between more than one provider system and more than one caller system and is used for receiving and storing data provided by each provider system; the data processing system is also used for acquiring data required by the calling system sending the request from the stored data and transmitting the data to the calling system sending the request when receiving the request of the calling system;
the system and each provider system carry out data transmission through a first interface, and the system and each caller system carry out data transmission through a second interface;
the first interface comprises a first real-time message interface and a first file interface, and the second interface comprises a second real-time message interface and a second file interface; the data transmission comprises real-time message transmission and file transmission.
Preferably, the system comprises a real-time message subsystem, a file service subsystem and a monitoring subsystem, wherein the real-time message subsystem and the file service subsystem are respectively connected with the monitoring subsystem through communication channels; wherein,
the real-time message subsystem is used for receiving and storing the real-time messages uploaded by the provider systems, providing download real-time messages to the caller system according to the request of the caller system, and receiving the control and management of the monitoring subsystem;
the file service subsystem is used for receiving and storing files uploaded by various provider systems, providing downloaded files to the caller system according to the request of the caller system, and receiving the control and management of the monitoring subsystem;
and the monitoring subsystem is used for scanning, controlling and managing the data stored in the real-time message subsystem and the file service subsystem.
Preferably, the real-time messaging subsystem comprises more than one server, the more than one server being in a distributed architecture.
Preferably, the file serving subsystem comprises more than one server, the more than one server being in a distributed architecture.
Preferably, the first interface is the same as or different from the second interface.
The embodiment of the invention provides a centralized forwarding and calling method, wherein a centralized forwarding and calling system is arranged between more than one provider system and more than one caller system, the centralized forwarding and calling system and each provider system carry out data transmission through a first interface, and the centralized forwarding and calling system and each caller system carry out data transmission through a second interface; the method further comprises the following steps:
the centralized forwarding and calling system receives and stores data provided by each provider system;
when a request of a caller system is received, acquiring data required by the caller system sending the request from the stored data, and transmitting the data to the caller system sending the request;
the first interface comprises a first real-time message interface and a first file interface, and the second interface comprises a second real-time message interface and a second file interface; the data transmission comprises real-time message transmission and file transmission.
Preferably, the centralized forwarding and invoking system receives and stores data provided by each provider system, and includes:
a real-time message subsystem in the centralized forwarding and transferring system receives and stores real-time messages uploaded by various provider systems; the file service subsystem in the centralized forwarding and transferring system receives and stores files uploaded by various provider systems;
the obtaining data required by the calling system sending the request from the stored data comprises:
the real-time message subsystem provides download real-time messages to the calling system according to the request of the calling system; and the file service subsystem provides the download file to the calling system according to the request of the calling system.
The centralized forwarding and calling method and the system provided by the embodiment of the invention have the advantages that the centralized forwarding and calling system is arranged between more than one provider system and more than one caller system, the centralized forwarding and calling system and each provider system carry out data transmission through a first interface, and the centralized forwarding and calling system and each caller system carry out data transmission through a second interface; the method further comprises the following steps: the centralized forwarding and calling system receives and stores data provided by each provider system; when a request of a caller system is received, acquiring data required by the caller system sending the request from the stored data, and transmitting the data to the caller system sending the request; the first interface comprises a first real-time message interface and a first file interface, and the second interface comprises a second real-time message interface and a second file interface; the data transmission comprises real-time message transmission and file transmission.
It can be seen that in the embodiment of the present invention, the provider system uploads data to the centralized forwarding and calling system through the first interface, the centralized forwarding and calling system receives and stores data from the provider system, the caller system is connected to the centralized forwarding and calling system through the second interface, and when receiving a request from the caller system, the centralized forwarding and calling system uploads data to the caller system through the second interface; the number of the provider system and the number of the caller system are one or more; the centralized forwarding and calling system is used, so that a plurality of provider systems only need to develop one calling interface to upload data, and a plurality of calling and releasing systems also only need to develop one calling interface to pull and call data; therefore, the repeated development of programs when the interfaces are called among the multiple systems can be avoided, the waste of resources is avoided, and the data transmission efficiency is improved.
Drawings
Fig. 1 is a schematic diagram of a working principle of a centralized forwarding and calling system according to an embodiment of the present invention;
FIG. 2 is a schematic diagram of a structure of a centralized forwarding and calling system according to an embodiment of the present invention;
FIG. 3 is a schematic diagram illustrating an implementation flow of the centralized forwarding and calling method according to an embodiment of the present invention;
fig. 4 is a schematic structural diagram of a monitoring subsystem according to an embodiment of the present invention.
Detailed Description
In the embodiment of the invention, the centralized forwarding and calling system is arranged between more than one provider system and more than one caller system and is used for receiving and storing data provided by each provider system; the data processing system is also used for acquiring data required by the calling system sending the request from the stored data and transmitting the data to the calling system sending the request when receiving the request of the calling system;
the centralized forwarding and calling system and each provider system carry out data transmission through a first interface, and the centralized forwarding and calling system and each caller system carry out data transmission through a second interface; the first interface comprises a first real-time message interface and a first file interface, and the second interface comprises a second real-time message interface and a second file interface; the first interface is the same as or different from the second interface; the data transmission comprises real-time message transmission and file transmission.
The centralized forwarding and calling system comprises a real-time message subsystem, a file service subsystem and a monitoring subsystem, wherein the real-time message subsystem and the file service subsystem are respectively connected with the monitoring subsystem through communication channels; wherein,
the real-time message subsystem is used for receiving and storing the real-time messages uploaded by the provider systems, providing download real-time messages to the caller system according to the request of the caller system, and receiving the control and management of the monitoring subsystem;
the file service subsystem is used for receiving and storing files uploaded by various provider systems, providing downloaded files to the caller system according to the request of the caller system, and receiving the control and management of the monitoring subsystem;
and the monitoring subsystem is used for scanning, controlling and managing the data stored in the real-time message subsystem and the file service subsystem.
Further, the real-time messaging subsystem comprises more than one server, the more than one server being in a distributed structure. The file service subsystem comprises more than one server, and the more than one server is in a distributed structure.
In the embodiment of the present invention, fig. 1 is a schematic diagram of a working principle of a centralized forwarding and calling system, as shown in fig. 1, provider systems with reference numbers 1 to n are all connected to the centralized forwarding and calling system through first interfaces, and the provider systems 1 to n respectively upload data to the centralized forwarding and calling system through the first interfaces when necessary; the centralized forwarding and calling system receives and stores data from one or more provider systems i, wherein i is a natural number which is more than or equal to 1 and less than or equal to n; similarly, the caller systems numbered 1 to n are connected to the centralized forwarding and calling system through the second interfaces, and the caller systems 1 to n pull and call data from the centralized forwarding and calling system through the second interfaces respectively when necessary, specifically, after receiving the request of the caller systems, the centralized forwarding and calling system uploads the data required by the caller system initiating the request to the caller system; the first interface comprises a first real-time message interface and a first file interface, and the second interface comprises a second real-time message interface and a second file interface; the first interface and the second interface may be different or the same.
As shown in fig. 2, the centralized forwarding and calling system includes a real-time message subsystem, a file service subsystem and a monitoring subsystem, where the real-time message subsystem and the file service subsystem are connected to the monitoring subsystem through communication channels respectively; the real-time message subsystem is used for receiving and storing real-time messages uploaded by various provider systems and providing download real-time messages to a caller system according to the request of the caller system; the file service subsystem is used for receiving and storing files uploaded by various provider systems and providing downloaded files for the caller system according to the request of the caller system; and the monitoring subsystem is used for scanning, controlling and managing the data stored in the real-time message subsystem and the file service subsystem. The real-time message subsystem and the file service subsystem both adopt a distributed structure, and a plurality of servers can be expanded.
The embodiment of the present invention further provides a centralized forwarding and calling method, fig. 3 is a flow for implementing the centralized forwarding and calling method, as shown in fig. 3, the centralized forwarding and calling method of the embodiment of the present invention includes the following steps:
step 300: a centralized forwarding and calling system is arranged between more than one provider system and more than one caller system, the centralized forwarding and calling system and each provider system carry out data transmission through a first interface, and the centralized forwarding and calling system and each caller system carry out data transmission through a second interface;
step 301: the centralized forwarding and calling system receives and stores data provided by each provider system;
here, each provider system is connected to the centralized forwarding and calling system through the first interface, and the provider system uploads data to the centralized forwarding and calling system.
The uploaded data comprises real-time messages and files; the centralized forwarding and calling system receives and stores data from the provider system.
Here, the first interface includes a first real-time message interface and a first file interface
Step 302: when a request of a caller system is received, acquiring data required by the caller system sending the request from the stored data, and transmitting the data to the caller system sending the request;
here, each calling system is connected with the centralized forwarding and calling system through the second interface, so as to realize data transmission.
Wherein the transmitted data comprises real-time messages and files; when the centralized forwarding and calling system receives the request of the calling system, the data required by the calling system is acquired from the stored data and uploaded to the calling system.
Here, the second interface includes a second real-time message interface and a second file interface.
In the embodiment of the invention, the centralized forwarding and calling system is arranged between the caller system and the provider system, and performs data transmission with each provider system through the first interface and performs data transmission with each caller system through the second interface. The centralized forwarding and calling system comprises a real-time message subsystem, a file service subsystem and a monitoring subsystem, wherein the real-time message subsystem and the file service subsystem are respectively connected with the monitoring subsystem through communication channels. And the monitoring subsystem is used for scanning, controlling and managing the data stored in the real-time message subsystem and the file service subsystem. The real-time message subsystem and the file service subsystem respectively comprise more than one server, and the more than one server is in a distributed structure.
Fig. 4 is a schematic diagram of a composition structure of a monitoring subsystem, as shown in fig. 4, the monitoring subsystem includes a system configuration module 41, a file server routing module 42, a remote file data directory control scanning module 42, and a data file caller notification module 44; in particular, the amount of the solvent to be used,
the system configuration module 41 is configured to configure centralized forwarding and call various parameters in the system;
here, the parameters include an operating voltage, a data transmission type, and the like;
the file server routing module 42 is configured to determine transmission paths for centrally forwarding and invoking files or real-time messages in the system;
the remote file data directory control scanning module 43 is used for scanning and monitoring the data directories of the real-time message subsystem and the file service subsystem;
here, one or more servers in the file server subsystem or the real-time message subsystem may scan one by one to search the data directory of the required file or real-time message; the file server routing module 42 may then be notified of the location of the desired file or real-time message, the transmission path being determined by the file server routing module 42;
the data file caller notification module 44 is configured to send a notification to a caller system or receive a notification from the caller system;
here, the caller system sends a notification to the centralized forwarding and calling system through the data file caller notification module 44 to notify the required data, the centralized forwarding and calling system queries a file or a real-time message transmission path through the file server routing module 42, and the provider system uploads the data; when the provider system uploads the data to the centralized forwarding and calling system, the data file caller notification module 44 sends a notification to the caller system, and the caller system downloads the required data.
In the embodiment of the present invention, the process of implementing data transmission through the centralized forwarding and calling system is specifically as follows:
the centralized forwarding and calling system performs configuration of various parameters through the system configuration module 41 to ensure normal operation of the centralized forwarding and calling system;
the caller system informs the centralized forwarding and calling system of the required data through the data file caller notification module 44. Here, the data required by the caller system is file data; specifically, the remote file data directory control scanning module 43 may scan one or more servers in the file service subsystem one by one, and search the data directory of the required file; the file server routing module 42 may then be notified of the location of the desired file, with the file server routing module 42 determining the transmission path; and the provider system uploads the data required by the caller to the centralized forwarding and calling system through the first interface.
And then, after the provider system uploads the data to the centralized forwarding and calling system, the file service subsystem performs verification and FTP security management on the data required by the calling system. A notification is then sent by the data file caller notification module 44 to the caller system, which downloads the desired data.
The data transmitted by the provider system and the caller system may be a real-time message or a file, the above process is a file transmission process, and the transmission process of the real-time message is described below.
Here, the centralized forwarding and calling system performs configuration of various parameters through the system configuration module 41 to ensure normal operation of the centralized forwarding and calling system;
the caller system informs the centralized forwarding and calling system of the required data through the data file caller notification module 44. Here, the data required by the caller system is a real-time message. The remote file data directory control scanning module 43 scans one or more servers in the real-time message subsystem one by one, and searches the data directory of the required real-time message; the file server routing module 42 may then be notified of the location of the desired real-time message, and the transmission path determined by the file server routing module 42; the provider system uploads the data required by the caller to the centralized forwarding and calling system through the first interface; next, a notification is sent by the data file caller notification module 44 to the caller system, which downloads the desired data.
In practical applications, the system configuration module 41, the file server routing module 42, the remote file data directory control scanning module 42, and the data file caller notification module 44 may be implemented by a Central Processing Unit (CPU), a microprocessor Unit (MPU), a Digital Signal Processor (DSP), a Field Programmable Gate Array (FPGA), or the like, which are located in the centralized forwarding and calling system.
The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention.
Claims (10)
1. The centralized forwarding and calling system is characterized in that the system is arranged between more than one provider system and more than one caller system and is used for receiving and storing data provided by each provider system; the data processing system is also used for acquiring data required by the calling system sending the request from the stored data and transmitting the data to the calling system sending the request when receiving the request of the calling system;
the system and each provider system only transmit data through a first interface, and the system and each caller system only transmit data through a second interface;
the first interface comprises a first real-time message interface and a first file interface, and the second interface comprises a second real-time message interface and a second file interface; the data transmission comprises real-time message transmission and file transmission;
the system comprises a monitoring subsystem, a real-time message subsystem and a file service subsystem;
the monitoring subsystem is used for scanning, controlling and managing data stored in the real-time message subsystem and the file service subsystem;
the monitoring subsystem includes: the file server comprises a file server routing module and a remote file data directory control scanning module;
the file server routing module is used for determining transmission paths for intensively forwarding and calling files or real-time messages in the system;
and the remote file data directory control scanning module is used for scanning and monitoring the data directories of the real-time message subsystem and the file service subsystem.
2. The system of claim 1, wherein the real-time messaging subsystem and the file serving subsystem are each connected to a monitoring subsystem via a communication channel; wherein,
the real-time message subsystem is used for receiving and storing the real-time messages uploaded by the provider systems, providing download real-time messages to the caller system according to the request of the caller system, and receiving the control and management of the monitoring subsystem;
the file service subsystem is used for receiving and storing files uploaded by various provider systems, providing downloaded files to the caller system according to the request of the caller system, and receiving the control and management of the monitoring subsystem.
3. The system of claim 2, wherein the real-time messaging subsystem comprises one or more servers in a distributed configuration.
4. The system of claim 2 or 3, wherein the file serving subsystem comprises one or more servers in a distributed configuration.
5. The system of claim 1 or 2, wherein the first interface is the same or different from the second interface.
6. A centralized forwarding and calling method is characterized in that a centralized forwarding and calling system is arranged between more than one provider system and more than one caller system, the centralized forwarding and calling system and each provider system only carry out data transmission through a first interface, and the centralized forwarding and calling system and each caller system only carry out data transmission through a second interface; the method further comprises the following steps:
the centralized forwarding and calling system receives and stores data provided by each provider system;
when a request of a caller system is received, scanning the stored data, and searching a data directory of the data required by the caller system; determining a transmission path of required data, and transmitting the transmission path to a calling system sending a request;
the first interface comprises a first real-time message interface and a first file interface, and the second interface comprises a second real-time message interface and a second file interface; the data transmission comprises real-time message transmission and file transmission.
7. The method of claim 6, wherein the centralized forwarding and invocation system receives and stores data provided by the various provider systems, including:
a real-time message subsystem in the centralized forwarding and transferring system receives and stores real-time messages uploaded by various provider systems; and the file service subsystem in the centralized forwarding and transferring system receives and stores the files uploaded by each provider system.
8. The method of claim 7, wherein the real-time messaging subsystem comprises more than one server, and wherein the more than one server is in a distributed architecture.
9. The method of claim 7 or 8, wherein the file serving subsystem comprises more than one server, and wherein the more than one server is in a distributed architecture.
10. The method of claim 6 or 7, wherein the first interface is the same or different from the second interface.
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| CN109766377A (en) * | 2018-12-17 | 2019-05-17 | 深圳壹账通智能科技有限公司 | Cross-platform data capture method, device, computer equipment and storage medium |
| CN111652334A (en) * | 2020-04-21 | 2020-09-11 | 湖南艾盟科技有限公司 | System for automatically identifying and tracing articles |
| CN113992650B (en) * | 2020-07-10 | 2023-11-28 | 腾讯科技（深圳）有限公司 | File processing method, device, electronic equipment and computer readable storage medium |
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