CN115208884B - Local and cloud network communication method - Google Patents
Local and cloud network communication method Download PDFInfo
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- CN115208884B CN115208884B CN202210824358.0A CN202210824358A CN115208884B CN 115208884 B CN115208884 B CN 115208884B CN 202210824358 A CN202210824358 A CN 202210824358A CN 115208884 B CN115208884 B CN 115208884B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/10—Protocols in which an application is distributed across nodes in the network
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/36—Preventing errors by testing or debugging software
- G06F11/362—Software debugging
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/36—Preventing errors by testing or debugging software
- G06F11/3664—Environments for testing or debugging software
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L12/00—Data switching networks
- H04L12/28—Data switching networks characterised by path configuration, e.g. LAN [Local Area Networks] or WAN [Wide Area Networks]
- H04L12/46—Interconnection of networks
- H04L12/4633—Interconnection of networks using encapsulation techniques, e.g. tunneling
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/14—Session management
- H04L67/141—Setup of application sessions
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Abstract
The invention provides a method for local and cloud network communication, wherein a proxy server and a cloud springboard machine establish and maintain bidirectional tunnel connection; each original application program developed locally binds a unique corresponding byte code enhancement plug-in; the communication process that the original application program Pro sends the message to the cloud network; the cloud network accesses the communication process of the original application program Pro. The invention has the following advantages: (1) By using various tunnels, the local application can access the cloud network and the cloud network can access the local application, so that software developers can finish the development and continuous debugging processes of the application program locally and enjoy the indiscriminate development experience of the local network and the cloud network. (2) improving development efficiency: because the local can be directly connected with the cloud network, a developer can run the program without continuous integration, a large amount of construction and release time is saved, and more time is put into the program service itself.
Description
Technical Field
The invention belongs to the technical field of network communication, and particularly relates to a method for local and cloud network communication.
Background
At present, the development mode of the local application program is as follows: 1) Code for locally developing an application; 2) The application codes developed locally are copied to the cloud by pushing, merging and continuous integration modes, and the application codes are operated and debugged at the cloud by means of online database middleware, micro services, cache and the like. In the process of running and debugging an application program in the cloud, online database middleware, micro-services, cache and the like of the cloud are required to be continuously accessed.
The above application development method has the following problems: because the local network and the cloud network are not interconnected, when the developed application program is operated and debugged, the application program can only be operated and debugged at the cloud, and cannot be debugged locally, so that the application program has larger use limitation; because the application program cannot be run and debugged locally, the problems of complicated development process, time waste, low efficiency and the like are solved.
Disclosure of Invention
Aiming at the defects existing in the prior art, the invention provides a method for local and cloud network communication, which can effectively solve the problems.
The technical scheme adopted by the invention is as follows:
the invention provides a method for local and cloud network communication, which comprises the following steps:
step 1, a proxy server and a cloud springboard machine establish and maintain connection of an upward proxy tunnel and a downward proxy tunnel;
specifically, when the proxy server is started, three ports of the proxy server and three ports of the cloud board hopping machine are opened; the three ports of the proxy server are respectively: a server side uplink proxy port (S1), a server side downlink monitoring port (S2) and a server side uplink proxy port (S3); the three ports of the cloud board jumping machine are respectively: an uplink monitoring port (C1) of the springboard machine, a downlink proxy port (C2) of the springboard machine and a downlink monitoring port (C3) of the springboard machine;
binding a service end uplink proxy port (S1) and a plate hopping machine uplink monitoring port (C1), thereby establishing an upward proxy tunnel; binding a service end downlink monitoring port (S2) and a springboard machine downlink proxy port (C2), thereby establishing a downward proxy tunnel;
step 2, binding each original application program developed locally with a unique corresponding byte code enhancement plug-in; any original application is represented as: the original application program Pro, the byte code enhancement plug-in bound with the original application program Pro is expressed as: byte code enhancement plugins AE (Pro);
each time the original application Pro starts, the following two actions are performed:
behavior 1: the original application program Pro sends a registration request of a local original application program to a registration center; wherein, the registration request contains the communication address of the original application program Pro;
the byte code enhancement plugin AE (Pro) intercepts the registration request and sends the registration request to the registration center, and the registration center records the communication address of the original application program Pro;
behavior 2: an upward proxy local tunnel is established between the byte code enhancement plugin AE (Pro) and a server side uplink proxy port (S3) of the proxy server side;
step 3, the communication process of the original application program Pro sending the message to the cloud network:
step 3.1, in the whole life cycle of the original application program Pro, when the original application program Pro sends a network request message, the network request message is intercepted by the byte code enhancement plugin AE (Pro);
step 3.2, the byte code enhancement plugin AE (Pro) judges the type of the intercepted network request message, if the intercepted network request message is a request message for local resources, the intercepted network request message is directly forwarded to a local destination address; if the network request message is a network request message for cloud network resources, the byte code enhancement plugin AE (Pro) sends the network request message to the proxy server through an established upward proxy local tunnel;
step 3.3, the proxy server sends the network request message to the cloud board hopping machine through the established upward proxy tunnel;
step 3.4, the cloud board jumper sends the network request message to a cloud network, so that a communication process that an original application program Pro sends the message to the cloud network is realized;
step 4, the cloud network accesses the communication process of the original application program Pro:
step 4.1, when the cloud network needs to access the original application program Pro, the cloud network searches the registry to obtain the communication address of the original application program Pro to be accessed;
step 4.2, a temporary cloud transmission tunnel is established between the cloud network and a down monitoring port (C3) of the springboard machine of the cloud springboard machine, and an access request for an original application program Pro is sent to the cloud springboard machine through the temporary cloud transmission tunnel;
step 4.3, the cloud springboard machine forwards an access request to the original application program Pro to the proxy server through the established downward proxy tunnel;
and 4.4, when the proxy server receives the access request to the original application program Pro, establishing a temporary local transmission tunnel from the proxy server to the original application program Pro according to the communication address of the original application program Pro, sending the access request to the original application program Pro through the temporary local transmission tunnel, closing the temporary local transmission tunnel by the proxy server, and simultaneously notifying a cloud springboard machine to close the temporary cloud transmission tunnel to realize the communication process of accessing the original application program Pro by the cloud network.
Preferably, the cloud network includes a microservice, a database, a message queue, and a cache.
Preferably, the micro service is configured with a micro service byte code enhancement plug-in;
when the micro service initiates a request, the request is intercepted by the micro service byte code enhancement plugin, the micro service byte code enhancement plugin judges the type of the request, and if the request is a request for other devices in the cloud network, the request is directly forwarded to the target device; and if the request is a request for the local application, forwarding the request to the cloud board hopping machine.
Preferably, when the original application Pro needs to be exited, the following two actions are performed before exiting:
behavior 1: the original application program Pro sends a request for deleting registration information to a registration center; the byte code enhancement plugin AE (Pro) intercepts the request for deleting the registration information and sends the request for deleting the registration information to the registry so that the registry deletes the registration information of the original application program Pro;
behavior 2: the proxy server closes the upward proxy local tunnel between the bytecode enhanced plugin AE (Pro) and the proxy server.
The method for local and cloud network communication provided by the invention has the following advantages:
(1) By using various tunnels, the local application can access the cloud network and the cloud network can access the local application, so that software developers can finish the development and continuous debugging processes of the application program locally and enjoy the indiscriminate development experience of the local network and the cloud network.
(2) Development efficiency is improved: because the local can be directly connected with the cloud network, a developer can run the program without continuous integration, a large amount of construction and release time is saved, and more time is put into the program service itself.
(3) And the debugging efficiency is improved: the developer can directly run the application program locally and debug and repair in real time.
(4) Accurate location of online problem: by utilizing the downward proxy function of the proxy server, the program request which is already run on the line can be forwarded to the local place very conveniently, and the problem of positioning on the line can be quickly and accurately positioned on the premise of not stopping the machine.
Drawings
Fig. 1 is a flow chart of a method for local and cloud network communication according to the present invention.
Detailed Description
In order to make the technical problems, technical schemes and beneficial effects solved by the invention more clear, the invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the invention.
Referring to fig. 1, the present invention provides a method for local and cloud network communication, comprising the following steps:
step 1, a proxy server and a cloud springboard machine establish and maintain connection of an upward proxy tunnel and a downward proxy tunnel;
specifically, when the proxy server is started, three ports of the proxy server and three ports of the cloud board hopping machine are opened; the three ports of the proxy server are respectively: a server side uplink proxy port (S1), a server side downlink monitoring port (S2) and a server side uplink proxy port (S3); the three ports of the cloud board jumping machine are respectively: an uplink monitoring port (C1) of the springboard machine, a downlink proxy port (C2) of the springboard machine and a downlink monitoring port (C3) of the springboard machine;
binding a service end uplink proxy port (S1) and a plate hopping machine uplink monitoring port (C1), thereby establishing an upward proxy tunnel; binding a service end downlink monitoring port (S2) and a springboard machine downlink proxy port (C2), thereby establishing a downward proxy tunnel;
step 2, binding each original application program developed locally with a unique corresponding byte code enhancement plug-in; any original application is represented as: the original application program Pro, the byte code enhancement plug-in bound with the original application program Pro is expressed as: byte code enhancement plugins AE (Pro);
each time the original application Pro starts, the following two actions are performed:
behavior 1: the original application program Pro sends a registration request of a local original application program to a registration center; wherein, the registration request contains the communication address of the original application program Pro; the communication addresses include, but are not limited to, application names, port numbers, IP addresses, and application version numbers.
The byte code enhancement plugin AE (Pro) intercepts the registration request and sends the registration request to the registration center, and the registration center records the communication address of the original application program Pro;
behavior 2: an upward proxy local tunnel is established between the byte code enhancement plugin AE (Pro) and the server side uplink proxy port S3 of the proxy server side;
step 3, the communication process of the original application program Pro sending the message to the cloud network:
in the invention, the cloud network comprises a micro service, a database, a message queue and a cache. The original application program Pro realizes the resource request and the resource access to the micro-service, the database, the message queue or the cache by sending the message to the micro-service, the database, the message queue or the cache.
Step 3.1, in the whole life cycle of the original application program Pro, when the original application program Pro sends a network request message, the network request message is intercepted by the byte code enhancement plugin AE (Pro);
step 3.2, the byte code enhancement plugin AE (Pro) judges the type of the intercepted network request message, if the intercepted network request message is a request message for local resources, the intercepted network request message is directly forwarded to a local destination address; if the network request message is a network request message for cloud network resources, the byte code enhancement plugin AE (Pro) sends the network request message to the proxy server through an established upward proxy local tunnel;
step 3.3, the proxy server sends the network request message to the cloud board hopping machine through the established upward proxy tunnel;
step 3.4, the cloud board jumper sends the network request message to a cloud network, so that a communication process that an original application program Pro sends the message to the cloud network is realized;
step 4, the cloud network accesses the communication process of the original application program Pro:
step 4.1, when the cloud network needs to access the original application program Pro, the cloud network searches the registry to obtain the communication address of the original application program Pro to be accessed;
step 4.2, a temporary cloud transmission tunnel is established between the cloud network and a down monitoring port C3 of the springboard machine of the cloud springboard machine, and an access request for an original application program Pro is sent to the cloud springboard machine through the temporary cloud transmission tunnel;
when the cloud network is a micro-service, the following mode can be adopted:
the micro-service is configured with a micro-service byte code enhancement plug-in;
when the micro service initiates a request, the request is intercepted by the micro service byte code enhancement plugin, the micro service byte code enhancement plugin judges the type of the request, and if the request is a request for other devices in the cloud network, the request is directly forwarded to the target device; and if the request is a request for the local application, forwarding the request to the cloud board hopping machine through a temporary cloud transmission tunnel.
Step 4.3, the cloud springboard machine forwards an access request to the original application program Pro to the proxy server through the established downward proxy tunnel;
and 4.4, when the proxy server receives the access request to the original application program Pro, establishing a temporary local transmission tunnel from the proxy server to the original application program Pro according to the communication address of the original application program Pro, sending the access request to the original application program Pro through the temporary local transmission tunnel, closing the temporary local transmission tunnel by the proxy server, and simultaneously notifying a cloud springboard machine to close the temporary cloud transmission tunnel to realize the communication process of accessing the original application program Pro by the cloud network.
In the invention, for each original application program, a unique corresponding byte code enhancement plug-in is bound, each request sent out by the original application program is intercepted by the byte code enhancement plug-in, and the request for the cloud network is sent to the proxy server through an upward proxy local tunnel by the byte code enhancement plug-in; and the bytecode enhancement plug-in will not intercept every request received by the original application.
Similarly, the micro service can also be provided with a micro service byte code enhancement plug-in, each request sent out by the micro service can be intercepted by the micro service byte code enhancement plug-in, and the request for the local application is sent to the cloud board jumper by the micro service byte code enhancement plug-in through a temporary cloud transmission tunnel; and for each request received by the micro-service, the micro-service bytecode enhancement plug-in will not intercept.
In the invention, after the proxy server and the cloud board hopping machine are started, an upward proxy tunnel and a downward proxy tunnel between the proxy server and the cloud board hopping machine are continuously kept in an open state and are used for transmitting requests between the proxy server and the cloud board hopping machine.
For the upward proxy local tunnel between the byte code enhancement plug-in and the proxy server, the whole life cycle of the original application program bound by the byte code enhancement plug-in is kept in an open state, so that the request can be sent upward through the established upward proxy local tunnel as long as the original application program needs to request the cloud network. Only when the original application program exits from the offline state, the upward proxy local tunnel is closed, and corresponding resources are released in time.
For a temporary cloud transmission tunnel between a cloud network and a cloud board hopping machine and a temporary local transmission tunnel between a proxy server and an original application program, the life cycle of the two tunnels is the same, and when the cloud network needs to send a request to a certain original application program, the temporary cloud transmission tunnel and the temporary local transmission tunnel are started; when the request transmission is completed, the temporary cloud transmission tunnel and the temporary local transmission tunnel are closed, and corresponding resources are timely released.
The method for local and cloud network communication provided by the invention has the following advantages:
(1) By using various tunnels, the local application can access the cloud network and the cloud network can access the local application, so that software developers can finish the development and continuous debugging processes of the application program locally and enjoy the indiscriminate development experience of the local network and the cloud network.
(2) Development efficiency is improved: because the local can be directly connected with the cloud network, a developer can run the program without continuous integration, a large amount of construction and release time is saved, and more time is put into the program service itself.
(3) And the debugging efficiency is improved: the developer can directly run the application program locally and debug and repair in real time.
(4) Accurate location of online problem: by utilizing the downward proxy function of the proxy server, the program request which is already run on the line can be forwarded to the local place very conveniently, and the problem of positioning on the line can be quickly and accurately positioned on the premise of not stopping the machine.
The foregoing is merely a preferred embodiment of the present invention and it should be noted that modifications and adaptations to those skilled in the art may be made without departing from the principles of the present invention, which is also intended to be covered by the present invention.
Claims (4)
1. A method of local and cloud network communication, comprising the steps of:
step 1, a proxy server and a cloud springboard machine establish and maintain connection of an upward proxy tunnel and a downward proxy tunnel;
specifically, when the proxy server is started, three ports of the proxy server and three ports of the cloud board hopping machine are opened; the three ports of the proxy server are respectively: a first server side uplink proxy port (S1), a server side downlink monitoring port (S2) and a second server side uplink proxy port (S3); the three ports of the cloud board jumping machine are respectively: an uplink monitoring port (C1) of the springboard machine, a downlink proxy port (C2) of the springboard machine and a downlink monitoring port (C3) of the springboard machine;
binding a first service end uplink proxy port (S1) and a plate hopping machine uplink monitoring port (C1), thereby establishing an upward proxy tunnel; binding a service end downlink monitoring port (S2) and a springboard machine downlink proxy port (C2), thereby establishing a downward proxy tunnel;
step 2, binding each original application program developed locally with a unique corresponding byte code enhancement plug-in; any original application is represented as: the original application program Pro, the byte code enhancement plug-in bound with the original application program Pro is expressed as: byte code enhancement plugins AE (Pro);
each time the original application Pro starts, the following two actions are performed:
behavior 1: the original application program Pro sends a registration request of a local original application program to a registration center; wherein, the registration request contains the communication address of the original application program Pro;
the byte code enhancement plugin AE (Pro) intercepts the registration request and sends the registration request to the registration center, and the registration center records the communication address of the original application program Pro;
behavior 2: an upward proxy local tunnel is established between the byte code enhancement plugin AE (Pro) and a second server-side uplink proxy port (S3) of the proxy server;
step 3, the communication process of the original application program Pro sending the message to the cloud network:
step 3.1, in the whole life cycle of the original application program Pro, when the original application program Pro sends a network request message, the network request message is intercepted by the byte code enhancement plugin AE (Pro);
step 3.2, the byte code enhancement plugin AE (Pro) judges the type of the intercepted network request message, if the intercepted network request message is a request message for local resources, the intercepted network request message is directly forwarded to a local destination address; if the network request message is a network request message for cloud network resources, the byte code enhancement plugin AE (Pro) sends the network request message to the proxy server through an established upward proxy local tunnel;
step 3.3, the proxy server sends the network request message to the cloud board hopping machine through the established upward proxy tunnel;
step 3.4, the cloud board jumper sends the network request message to a cloud network, so that a communication process that an original application program Pro sends the message to the cloud network is realized;
step 4, the cloud network accesses the communication process of the original application program Pro:
step 4.1, when the cloud network needs to access the original application program Pro, the cloud network searches the registry to obtain the communication address of the original application program Pro to be accessed;
step 4.2, a temporary cloud transmission tunnel is established between the cloud network and a down monitoring port (C3) of the springboard machine of the cloud springboard machine, and an access request for an original application program Pro is sent to the cloud springboard machine through the temporary cloud transmission tunnel;
step 4.3, the cloud springboard machine forwards an access request to the original application program Pro to the proxy server through the established downward proxy tunnel;
and 4.4, when the proxy server receives the access request to the original application program Pro, establishing a temporary local transmission tunnel from the proxy server to the original application program Pro according to the communication address of the original application program Pro, sending the access request to the original application program Pro through the temporary local transmission tunnel, closing the temporary local transmission tunnel by the proxy server, and simultaneously notifying a cloud springboard machine to close the temporary cloud transmission tunnel to realize the communication process of accessing the original application program Pro by the cloud network.
2. The method of claim 1, wherein the cloud network comprises a micro-service, a database, a message queue, and a cache.
3. The method of claim 2, wherein the micro services are configured with micro service bytecode enhancement plug-ins;
when the micro service initiates a request, the request is intercepted by the micro service byte code enhancement plugin, the micro service byte code enhancement plugin judges the type of the request, and if the request is a request for other devices in the cloud network, the request is directly forwarded to the target device; and if the request is a request for the local application, forwarding the request to the cloud board hopping machine.
4. A method of local and cloud network communication as claimed in claim 1, wherein when the original application Pro needs to be exited, the following two actions are performed before the exit:
behavior 1: the original application program Pro sends a request for deleting registration information to a registration center; the byte code enhancement plugin AE (Pro) intercepts the request for deleting the registration information and sends the request for deleting the registration information to the registry so that the registry deletes the registration information of the original application program Pro;
behavior 2: the proxy server closes the upward proxy local tunnel between the bytecode enhanced plugin AE (Pro) and the proxy server.
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