CN109582840B - Method, equipment, medium and system for collecting data in different places in real time based on Internet - Google Patents
Method, equipment, medium and system for collecting data in different places in real time based on Internet Download PDFInfo
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Abstract
The invention provides a method for collecting data in real time based on the Internet in different places, which comprises the following steps: receiving the requirements of the software service object, packaging the requirements of the software service object into a task object, and publishing the task object; encrypting the task object to generate an encryption scheduling instruction, and controlling the remote machine to acquire data through the encryption scheduling instruction; receiving encrypted data fed back by a remote machine, and decrypting the encrypted data to obtain original acquired data; and cleaning the original acquired data, storing the cleaned data into a local database, and feeding back the task completion state. The present invention relates to an electronic device and a readable storage medium for performing the above method. The invention relates to a system for acquiring data in real time based on the Internet in different places. According to the invention, the local machine performs scheduling control, and the remote machine performs data acquisition in real time in response to the scheduling of the local machine, so that the data acquired from different places is realized, the data seen by the local user is consistent with the data seen by the different places, and the accuracy of the data is ensured.
Description
Technical Field
The invention relates to the technical field of big data mining and data analysis, in particular to a method, equipment, medium and system for acquiring data in different places in real time based on the Internet.
Background
Currently, internet-based data collection is mainly performed locally. Although the internet can communicate with the world, many of the content on the internet can be presented differently for different regions, or even not externally. If data of region B is desired to be acquired in region a, there is a possibility that data cannot be acquired, or that acquired data is not data locally displayed in region B but data specifically displayed in region a, and there is a possibility that acquired data is inaccurate.
Disclosure of Invention
In order to overcome the defects of the prior art, one of the purposes of the invention is to provide a method for acquiring data in different places in real time based on the Internet, which solves the problems that the prior art cannot acquire data in different places and the acquired data is inaccurate.
The invention provides a method for collecting data in real time based on the Internet in different places, which comprises the following steps:
Generating a task object, receiving the requirement of a software service object, packaging the requirement of the software service object into the task object, and publishing the task object;
Scheduling a task object, encrypting the task object, generating an encryption scheduling instruction, and controlling a remote machine to acquire data through the encryption scheduling instruction;
restoring the encrypted data, receiving the encrypted data fed back by the remote machine, and decrypting the encrypted data to obtain the original acquired data;
And storing data, cleaning the original acquired data, storing the data into a local database, and feeding back the task completion state.
Further, the step of storing the data further comprises a step of displaying results, wherein the step of receiving the task completion state and sending and displaying the results to the software service object.
Further, the task object comprises a data source website corresponding to the data to be collected, an area where the data source website is located, a data type of the data to be collected, time for generating a task, a user to whom the task belongs and response time;
The step of generating the task object further comprises the step of generating a key corresponding to the data source website, the region where the data source website is located, the data type of the data to be acquired, the time for generating the task, the user to whom the task belongs and the response time, and packaging the data source website, the region where the data source website is located, the data type of the data to be acquired, the time for generating the task, the user to which the task belongs, the response time and the corresponding key to form the task object.
Further, in the task object scheduling step, the data acquisition machine in the area where the data source website is located is controlled to acquire data through the encryption scheduling instruction.
The method for collecting data in different places in real time based on the Internet comprises the following steps:
Receiving a scheduling instruction, receiving an encryption scheduling instruction sent by a remote machine, and decrypting the encryption scheduling instruction to obtain an original task object;
the distributed dispatching machine analyzes the original task object to obtain task demands, and sends dispatching instructions to machines in a machine cluster according to the task demands;
the distributed data acquisition is carried out on the data source according to the scheduling instruction to obtain source data;
And processing data, extracting target data in the source data, encrypting the target data to obtain encrypted data, and returning the encrypted data to the remote machine.
Further, in the step of distributing and dispatching the machine, load balancing is performed according to the performance of the machine, the distance between the machine and a data source website and the use state of the machine.
An electronic device, comprising: a processor;
a memory; and a program, wherein the program is stored in the memory and configured to be executed by the processor, the program comprising means for performing the above-described internet-based off-site real-time acquisition of data.
A computer readable storage medium having stored thereon a computer program for execution by a processor of the above-described method of collecting data in real time over the internet.
The system for acquiring data in real time in different places based on the Internet comprises a local machine and a different place machine, wherein the local machine comprises a task generator, a scheduling controller and a data memory; the remote machine comprises an instruction receiver, a distributed scheduler, a distributed data collector and a data processor;
The task generator is used for receiving the requirements of the software service object, packaging the requirements of the software service object into a task object, and publishing the task object;
The scheduling controller is used for receiving the task object issued by the task generator, encrypting the task object, generating an encryption scheduling instruction, and controlling the remote machine to acquire data through the encryption scheduling instruction; the data processing device is used for receiving the encrypted data fed back by the data processor, decrypting the encrypted data and obtaining the original acquired data;
the data storage is used for cleaning the original collected data, storing the data into a local database and feeding back a task completion state to the task generator;
the instruction receiver is used for receiving the encryption scheduling instruction issued by the scheduling controller, decrypting the encryption scheduling instruction and obtaining an original task object;
the distributed scheduler is used for analyzing the original task object to obtain task demands, and sending scheduling instructions to machines in the machine cluster according to the task demands;
The distributed data collector is used for collecting data of a data source according to the scheduling instruction to obtain source data;
the data processor is used for extracting target data in the source data, encrypting the target data to obtain encrypted data, and returning the encrypted data to the scheduling controller.
Further, the task object comprises a data source website corresponding to the data to be collected, an area where the data source website is located, a data type of the data to be collected, time for generating a task, a user to whom the task belongs and response time;
The task generator is used for generating a key corresponding to the data source website, the region where the data source website is located, the data type of the data to be collected, the time of task generation, the user to which the task belongs and the response time, and packaging the data source website, the region where the data source website is located, the data type of the data to be collected, the time of task generation, the user to which the task belongs, the response time and the corresponding key to a task object;
the dispatching controller is used for controlling a data acquisition machine of the region where the data source website is located to acquire data through the encryption dispatching instruction;
The distributed scheduler is used for carrying out load balancing according to the machine performance, the distance between the machine and the data source website and the use state of the machine.
Compared with the prior art, the invention has the beneficial effects that:
The invention provides a method for collecting data in real time based on the Internet in different places, which comprises the following steps: generating a task object, receiving the requirement of a software service object, packaging the requirement of the software service object into the task object, and publishing the task object; scheduling task objects, encrypting the task objects, generating an encryption scheduling instruction, and controlling a remote machine to acquire data through the encryption scheduling instruction; restoring the encrypted data, receiving the encrypted data fed back by the remote machine, and decrypting the encrypted data to obtain the original acquired data; and storing data, cleaning the original acquired data, storing the data in a local database, and feeding back the task completion state. The invention relates to an electronic device and a readable storage medium for executing a method for acquiring data in real time based on the Internet in different places. The invention also relates to a system for collecting data in real time based on the Internet. According to the invention, the local machine performs scheduling control, and the remote machine performs data acquisition in real time in response to the scheduling of the local machine, so that the data acquired from different places is realized, the data seen by the local user is consistent with the data seen by the different places, and the accuracy of the data is ensured.
The foregoing description is only an overview of the present invention, and is intended to provide a better understanding of the present invention, as it is embodied in the following description, with reference to the preferred embodiments of the present invention and the accompanying drawings. Specific embodiments of the present invention are given in detail by the following examples and the accompanying drawings.
Drawings
The accompanying drawings, which are included to provide a further understanding of the application and are incorporated in and constitute a part of this specification, illustrate embodiments of the application and together with the description serve to explain the application and do not constitute a limitation on the application. In the drawings:
FIG. 1 is a flowchart of a method for collecting data in real time based on the Internet in different places according to the present invention;
FIG. 2 is a flow chart II of a method for collecting data in real time based on the Internet in different places according to the invention;
Fig. 3 is a diagram of a system framework for collecting data in real time based on the internet in different places.
Detailed Description
The present invention will be further described with reference to the accompanying drawings and detailed description, wherein it is to be understood that, on the premise of no conflict, the following embodiments or technical features may be arbitrarily combined to form new embodiments.
The method for collecting data in real time in different places based on the Internet specifically comprises the following steps of:
Generating a task object, receiving the requirement of a software service object, packaging the requirement of the software service object into the task object, and publishing the task object; preferably, the task object comprises a data source website corresponding to the data to be collected, an area where the data source website is located, a data type of the data to be collected, time for generating the task, a user to whom the task belongs, and response time.
The step of generating the task object further includes generating a data source website corresponding to the data to be collected, a region where the data source website is located, a data type of the data to be collected, a time of task generation, a user to which the task belongs, and a key corresponding to the response time, in this embodiment, a unique MD5 key is generated for all information in the task object, and it should be understood that the encryption algorithm used in this embodiment may be replaced by using the disclosed encryption algorithm. And packaging the data source website corresponding to the data to be collected, the region where the data source website is located, the data type of the data to be collected, the time for generating the task, the user to which the task belongs, the response time and the corresponding secret key into a task object.
Scheduling task objects, encrypting the task objects, generating an encryption scheduling instruction, and controlling a remote machine to acquire data through the encryption scheduling instruction; preferably, in the task object scheduling step, the data acquisition machine in the region where the data source website is located is controlled to acquire data through the encryption scheduling instruction. In this embodiment, the task object is encrypted by DES encryption algorithm and CBC encryption mode, and then Base64 encoding is performed, and an MD5 key is generated for the encoding to verify the integrity of the task object. After encryption is completed, the encryption scheduling instruction is transmitted through an http network protocol and is sent to a data acquisition machine in the region where the data source is located.
Restoring the encrypted data, receiving the encrypted data fed back by the remote machine, and reversely decrypting the encrypted data by adopting an encryption algorithm which is the same as the step of processing the data to obtain the original acquired data;
And storing data, cleaning the original collected data, storing the data into a local database, and feeding back the task completion state after the data falls to the ground completely. Preferably, the method further comprises a step of displaying results after the step of storing data, receiving a task completion state, notifying the results to the software service object, and displaying the results to the software service object according to the software service logic.
The method for collecting data in real time based on the Internet in different places specifically comprises the following steps of:
receiving a scheduling instruction, receiving an encryption scheduling instruction sent by a remote machine, and decrypting the encryption scheduling instruction to obtain an original task object; in this embodiment, the same encryption rule as that used in the task object scheduling step is used to perform reverse decryption, and after decryption, the data is restored to the task object, and the MD5 key is checked to ensure the data integrity. And after the verification is passed, jumping to the step of the distributed dispatching machine.
The distributed dispatching machine analyzes the original task object to obtain task demands, and sends dispatching instructions to machines in the machine cluster according to the task demands; preferably, in the step of distributing and dispatching the machine, load balancing and dynamic dispatching are carried out according to the performance of the machine, the distance between the machine and a data source website and the use state of the machine.
The distributed data acquisition is carried out on the data source according to the scheduling instruction to obtain source data;
Processing data, extracting target data in source data, encrypting the target data to obtain encrypted data, and returning the encrypted data to a remote machine. In this embodiment, the regular expression, the xpath expression, and the jsonpath expression are used to extract the target data in the source data, and the same encryption manner as in the task scheduling object step is used to encrypt, and the step of reverting the encrypted data is skipped.
An electronic device, comprising: a processor;
a memory; and a program, wherein the program is stored in the memory and configured to be executed by the processor, the program comprising means for performing the above-described internet-based off-site real-time acquisition of data.
A computer readable storage medium having stored thereon a computer program for execution by a processor of the method of collecting data in real time over the internet described above.
The system for collecting data in real time on the basis of the Internet comprises a local machine and a remote machine, wherein the local machine refers to a machine where a software service provider and a software service object are located, and the local machine in an area A is a remote machine relative to the local machine in an area B as shown in fig. 3. The off-site machine refers to a machine in a region other than a software service provider and a software service object. The local machine performs scheduling control, and the remote machine responds to the scheduling control of the local machine in real time to perform data acquisition. The local machine comprises a task generator, a scheduling controller and a data memory; the remote machine comprises an instruction receiver, a distributed scheduler, a distributed data collector and a data processor;
The task generator is used for receiving the requirements of the software service object, packaging the requirements of the software service object into a task object and publishing the task object; preferably, the task object comprises a data source website corresponding to the data to be collected, an area where the data source website is located, a data type of the data to be collected, time for generating the task, a user to whom the task belongs, and response time.
The task generator is configured to generate a data source website corresponding to the data to be collected, a region where the data source website is located, a data type of the data to be collected, a time of task generation, a user to which the task belongs, and a key corresponding to the response time, and in this embodiment, generate a unique MD5 key for all information in the task object, and it should be understood that the encryption algorithm used in this embodiment may be replaced by the disclosed encryption algorithm. And packaging the data source website corresponding to the data to be collected, the region where the data source website is located, the data type of the data to be collected, the time for generating the task, the user to which the task belongs, the response time and the corresponding secret key into a task object.
The scheduling controller is used for receiving the task object issued by the task generator, encrypting the task object, generating an encryption scheduling instruction, and controlling the remote machine to acquire data through the encryption scheduling instruction; preferably, the dispatching controller is used for controlling the data acquisition machine of the region where the data source website is located to acquire data through the encryption dispatching instruction. In this embodiment, the task object is encrypted by DES encryption algorithm and CBC encryption mode, and then Base64 encoding is performed, and an MD5 key is generated for the encoding to verify the integrity of the task object. After encryption is completed, the encryption scheduling instruction is transmitted through an http network protocol and is sent to a data acquisition machine in the region where the data source is located. The dispatching controller is used for receiving the encrypted data fed back by the data processor, and adopting the same encryption algorithm as the data processor to reversely decrypt the encrypted data to obtain the original acquired data.
The data storage is used for cleaning the original collected data, storing the data into the local database and feeding back the task completion state to the task generator; preferably, the task generator receives the task completion status, informs the software service object of the result, and presents the result to the software service object according to the software business logic.
The instruction receiver is used for receiving the encryption scheduling instruction issued by the scheduling controller, decrypting the encryption scheduling instruction and obtaining an original task object; in this embodiment, the same encryption rule as that in the scheduling controller is used to perform reverse decryption, and after decryption, the data is restored to the task object, and the MD5 key is checked to ensure the integrity of the data. And after the verification is passed, the task object is sent to the distributed scheduler.
The distributed scheduler is used for analyzing the original task object to obtain task demands, and sending scheduling instructions to machines in the machine cluster according to the task demands; preferably, the distributed scheduler is used for carrying out load balancing and dynamic allocation according to the machine performance, the distance between the machine and the data source website and the use state of the machine.
The distributed data collector is used for collecting data of the data source according to the scheduling instruction to obtain source data; and the machine cluster distributed acquisition and high concurrency acquisition data are realized.
The data processor is used for extracting target data in the source data, encrypting the target data to obtain encrypted data, and returning the encrypted data to the dispatching controller. In this embodiment, the regular expression, the xpath expression, and the jsonpath expression are used to extract the target data in the source data, and the same encryption manner as in the schedule controller is used to encrypt the target data, and the encrypted data is returned to the schedule controller.
The invention provides a method for collecting data in real time based on the Internet in different places, which comprises the following steps: generating a task object, receiving the requirement of a software service object, packaging the requirement of the software service object into the task object, and publishing the task object; scheduling task objects, encrypting the task objects, generating an encryption scheduling instruction, and controlling a remote machine to acquire data through the encryption scheduling instruction; restoring the encrypted data, receiving the encrypted data fed back by the remote machine, and decrypting the encrypted data to obtain the original acquired data; and storing data, cleaning the original acquired data, storing the data in a local database, and feeding back the task completion state. The invention relates to an electronic device and a readable storage medium for executing a method for acquiring data in real time based on the Internet in different places. The invention also relates to a system for collecting data in real time based on the Internet. According to the invention, the local machine performs scheduling control, and the remote machine performs data acquisition in real time in response to the scheduling of the local machine, so that the data acquired from different places is realized, the data seen by the local user is consistent with the data seen by the different places, and the accuracy of the data is ensured.
The above is only a preferred embodiment of the present invention, and is not intended to limit the present invention in any way; those skilled in the art can smoothly practice the invention as shown in the drawings and described above; however, those skilled in the art will appreciate that many modifications, adaptations, and variations of the present invention are possible in light of the above teachings without departing from the scope of the invention; meanwhile, any equivalent changes, modifications and evolution of the above embodiments according to the essential technology of the present invention still fall within the scope of the present invention.
Claims (10)
1. The method for collecting data in different places in real time based on the Internet is characterized by comprising the following steps:
Generating a task object, receiving the requirement of a software service object, packaging the requirement of the software service object into the task object, and publishing the task object;
Scheduling a task object, encrypting the task object, generating an encryption scheduling instruction, and controlling a remote machine to acquire data through the encryption scheduling instruction;
The task object is encrypted by the task object to generate an encryption scheduling instruction, and the data acquisition is carried out by the remote machine under the control of the encryption scheduling instruction, which comprises the following steps:
Encrypting the task object by using a DES encryption algorithm and a CBC encryption mode, converting the task object into Base64 codes, and generating an MD5 key for the codes to check the integrity of the task object;
After encryption is completed, transmitting an encryption scheduling instruction through an http network protocol, and sending the encryption scheduling instruction to a data acquisition machine in the region where a data source is located;
restoring the encrypted data, receiving the encrypted data fed back by the remote machine, and decrypting the encrypted data to obtain the original acquired data;
And storing data, cleaning the original acquired data, storing the data into a local database, and feeding back the task completion state.
2. The method for collecting data in real time based on the internet in different places as claimed in claim 1, wherein: and the step of storing the data further comprises the step of displaying the result, wherein the step of receiving the task completion state and sending and displaying the result to the software service object.
3. The method for collecting data in real time based on the internet in different places as claimed in claim 1, wherein: the task object comprises a data source website corresponding to the data to be collected, a region where the data source website is located, a data type of the data to be collected, time for generating a task, a user to whom the task belongs and response time;
The step of generating the task object further comprises the step of generating a key corresponding to the data source website, the region where the data source website is located, the data type of the data to be acquired, the time for generating the task, the user to whom the task belongs and the response time, and packaging the data source website, the region where the data source website is located, the data type of the data to be acquired, the time for generating the task, the user to which the task belongs, the response time and the corresponding key to form the task object.
4. The internet-based off-site real-time data acquisition method as defined in claim 3, wherein: and in the task object scheduling step, the data acquisition machine in the region where the data source website is located is controlled to acquire data through the encryption scheduling instruction.
5. The method for collecting data in different places in real time based on the Internet is characterized by comprising the following steps:
Receiving a scheduling instruction, receiving an encryption scheduling instruction sent by a remote machine, and decrypting the encryption scheduling instruction to obtain an original task object;
the distributed dispatching machine analyzes the original task object to obtain task demands, and sends dispatching instructions to machines in a machine cluster according to the task demands;
the distributed data acquisition is carried out on the data source according to the scheduling instruction to obtain source data;
And processing data, extracting target data in the source data, encrypting the target data to obtain encrypted data, and returning the encrypted data to the remote machine.
6. The method for collecting data in real time based on the internet off-site according to claim 5, wherein: in the step of distributing and dispatching the machine, load balancing is carried out according to the performance of the machine, the distance between the machine and a data source website and the use state of the machine.
7. An electronic device, comprising: a processor;
a memory; and a program, wherein the program is stored in the memory and configured to be executed by a processor, the program comprising instructions for performing the method of any of claims 1-4 and for performing the method of any of claims 5-6.
8. A computer-readable storage medium having stored thereon a computer program, characterized by: the computer program is executed by a processor by a method according to any of claims 1-4 and a method according to any of claims 5-6.
9. The system for collecting data in real time in different places based on the Internet is characterized in that: the system comprises a local machine and a remote machine, wherein the local machine comprises a task generator, a scheduling controller and a data memory; the remote machine comprises an instruction receiver, a distributed scheduler, a distributed data collector and a data processor;
The task generator is used for receiving the requirements of the software service object, packaging the requirements of the software service object into a task object, and publishing the task object;
The scheduling controller is used for receiving the task object issued by the task generator, encrypting the task object, generating an encryption scheduling instruction, and controlling the remote machine to acquire data through the encryption scheduling instruction; the data processing device is used for receiving the encrypted data fed back by the data processor, decrypting the encrypted data and obtaining the original acquired data;
the data storage is used for cleaning the original collected data, storing the data into a local database and feeding back a task completion state to the task generator;
the instruction receiver is used for receiving the encryption scheduling instruction issued by the scheduling controller, decrypting the encryption scheduling instruction and obtaining an original task object;
the distributed scheduler is used for analyzing the original task object to obtain task demands, and sending scheduling instructions to machines in the machine cluster according to the task demands;
The distributed data collector is used for collecting data of a data source according to the scheduling instruction to obtain source data;
the data processor is used for extracting target data in the source data, encrypting the target data to obtain encrypted data, and returning the encrypted data to the scheduling controller.
10. The internet-based off-site real-time data collection system according to claim 9, wherein: the task object comprises a data source website corresponding to the data to be collected, a region where the data source website is located, a data type of the data to be collected, time for generating a task, a user to whom the task belongs and response time;
The task generator is used for generating a key corresponding to the data source website, the region where the data source website is located, the data type of the data to be collected, the time of task generation, the user to which the task belongs and the response time, and packaging the data source website, the region where the data source website is located, the data type of the data to be collected, the time of task generation, the user to which the task belongs, the response time and the corresponding key to a task object;
the dispatching controller is used for controlling a data acquisition machine of the region where the data source website is located to acquire data through the encryption dispatching instruction;
The distributed scheduler is used for carrying out load balancing according to the machine performance, the distance between the machine and the data source website and the use state of the machine.
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