TWI751414B - Management system and method for cloud database - Google Patents

Abstract

The present invention aims to disclose a cloud database management system and a method thereof, wherein a first cloud host, a second cloud host and a cloud console are communicatively connected, and the cloud console receives the first cloud host/second cloud host After the notification message is sent, a third-party database is set and installed on the first cloud host/second cloud host as a virtual device, so that the first cloud host/second cloud host can access the data of the third-party database.

Description

Cloud database management system and method

The present invention relates to a management system, and more particularly, to a system and a management method for replacing a hot-plug device with a cloud database.

The hot-swappable devices (such as pen drives, mobile hard drives) generally used for storing and retrieving data are connected to a host (such as a computer) with a connection port (such as a USB female port), and as a Plug and play device. Once the hot-plug device is electrically connected to the host, the data stored in the hot-plug device can be stored in the host, or the data can be read from the host and stored in the hot-plug device, which is widely applicable.

Although the traditional hot-swap device is portable, it is easy to be carried and not lost due to its compact design. Or, the capacity of the storage space of the conventional hot-swap device is determined according to the number of electronic wafers that can be read and written inside. Therefore, due to the structural factor of convenience in portability, the available storage space is relatively limited by the current Due to the limitations of the structure of electronic components, it is impossible to store large-capacity data at one time or in large quantities.

In addition, as a computer-readable recording medium, a general hot-swap device must be realized in a hardware structure, and it can be directly inserted into other electronic equipment, or the electrical connection can be realized through a transmission line connection. inconvenience. If the user forgets to carry the hot-plug device, or the specifications of the connection port and transmission line of the hot-plug device do not match those of the pre-connected electronic equipment, the data access and retrieval operations cannot be performed effectively.

In other words, the hot-pluggable device needs to complete the electrical connection relationship with the electronic device at the place where it is located, so that the data access and data retrieval operations can be performed. If the distance between the electronic equipment and the user holding the hot-swap device is relatively far, the pre-stored and retrieved data cannot be obtained immediately by using the hot-swap device. , which has become the current mainstream trend. If the data transmission between multiple electronic devices can be completed without the need for physical equipment, it can not only meet the current consumption pattern, but also improve the conventional hot-swap devices. There are some deficiencies to be improved.

For this reason, the inventor of the present invention has made improvements in view of the problems derived from the above, thinking of the idea of inventing and improving, and set out to develop a solution. After a long time of thinking, the cloud database management system and method of the present invention have been created. , in order to serve the public and promote the development of this industry.

The purpose of the present invention is to provide a cloud database management system and a method thereof, which use a cloud console to set a third-party database on the first cloud host/second cloud host, so that the first cloud host/second cloud host can use the cloud The third-party database provided by the console is used for data storage, retrieval and other transmission operations, and it is inconvenient to replace the traditional hot-swap device that needs to be installed in an electronic device (such as a computer).

In order to achieve the above-mentioned purpose and effect, the present invention discloses a cloud database management method, which includes: a first user logs into a first cloud host, and sends a first notification message to a cloud console; After receiving the first notification message, the cloud console configures a third-party database and installs it on the first cloud host as a virtual device; The first cloud host accesses at least one data to the third-party database according to the virtual device identity; The first cloud host uninstalls the third-party database on the system, and disconnects the third-party database; A second user logs in to a second cloud host, and sends a second notification message to the cloud console; After receiving the second notification message, the cloud console installs the third-party database in the system of the second cloud host as the virtual device; and The second cloud host accesses the data accessed by the third-party database according to the virtual device identity.

In addition, the present invention discloses a cloud database management system, which includes: 1. the first cloud host; a cloud console, communicating with the first cloud host, the first cloud host sends a first notification message to the cloud console, so that the cloud console sets up a third-party database and installs it on the cloud console as a virtual device a first cloud host, the first cloud host transmits at least one data to the third-party database, and the first cloud host uninstalls the third-party database when the transmission of the data is completed; and A second cloud host communicates with the cloud console, and the second cloud host sends a second notification message to the cloud console, so that the cloud console installs the third-party database as the virtual device to the first cloud console Two cloud hosts, the second cloud host reads the data stored in the third-party database.

In order to make your examiners have a further understanding and understanding of the features of the present invention and the effects achieved, only the examples and detailed descriptions are provided, and the descriptions are as follows:

Hereinafter, the present invention will be described in detail by illustrating various embodiments of the present invention by means of the drawings; however, the concepts of the present invention may be embodied in many different forms and should not be construed as limited to the exemplary embodiments set forth herein Example.

The flow steps performed by the cloud database management method of the present invention are described here. Please refer to the first figure, which is a flow chart 1 of the management method of the cloud database of the present invention. As shown in the figure, the management method of the cloud database of this embodiment includes the following steps: Step S10: a first user logs in to a first cloud host, and sends a first notification message to a cloud console; Step S12: after receiving the first notification message, the cloud console sets a third-party database and installs it on the first cloud host as a virtual device; Step S14: the first cloud host accesses at least one data to the third-party database according to the virtual device identity; Step S16: the first cloud host uninstalls the third-party database on the system, and disconnects the connection of the third-party database; Step S18: a second user logs in to a second cloud host, and sends a second notification message to the cloud console; Step S20: After receiving the second notification message, the cloud console installs the third-party database in the system of the second cloud host as the virtual device; and Step S22: The second cloud host accesses the data accessed by the third-party database according to the virtual device identity.

Continuing to describe the structural composition required by the cloud database management method of the present invention. Please refer to the second figure, which is a schematic diagram of the management system of the cloud database of the present invention. As shown in the figure, the management system of the cloud database in this embodiment includes: a first cloud host 1; a cloud console 3, which is communicatively connected to the first cloud host 1, and the first cloud host 1 sends a first notification message 10 Go to the cloud console 3, make the cloud console 3 set a third-party database 30 and install it to the first cloud host 1 as a virtual device, the first cloud host 1 transmits at least one data D to the third-party database 30, the first A cloud host 1 uninstalls the third-party database 30 when the transmission of data D is completed; and a second cloud host 5 is communicatively connected to the cloud console 3, and the second cloud host 5 sends a second notification message 50 to the cloud console 3. The cloud console 3 installs the third-party database 30 to the second cloud host 5 as a virtual device, and the second cloud host 5 reads the data D stored in the third-party database 30 .

The management system of the cloud database further includes a first local host 7 and a second local host 9. The first local host 7 uses a first user to log in to the first cloud host 1 through a first operation interface 70, and the second local host 7 The host 9 uses a second user to log in to the second cloud host 5 through a second operation interface 90 , the first local host 7 and the second local host 9 are a computer or a smart mobile device, the first operation interface 70 and the second The operation interface 90 is an application program of an operating system.

The above-mentioned first cloud host 1/second cloud host 5 (virtual hosting) or shared web hosting, also known as virtual server, is a method for realizing multi-domain services on a single host or host group , technology that can implement multiple websites or services.

The above-mentioned cloud console 3 is an operating system constructed on the Internet, and the third-party database 30 is a computer-readable recording medium, such as an online hard drive, also known as a network disk , Web space, Drive, and more.

Please refer to Figures 3 to 5 together, which are the second flow chart of the cloud database management method of the present invention, and the operation Figures 1 to 2. As shown in the third figure, step S11 may be executed before step S12: the first user logs in to the first cloud host through a first operation interface of a first local host, where the first local host is a computer or a A smart mobile device, the first operation interface is an application program of the first local host; and step S19 may be performed before step S20: the second user logs in to the first computer through a second operation interface of a second local host Two cloud hosts, the second local host is a computer or a smart mobile device, and the second operation interface is an application program of the second local host.

First, as shown in the fourth figure, an operator (User, not shown) controls the first operation interface 70 on the first local host 7, and logs into the first cloud host 1 as the first user to send the first notification message 10 To the cloud console 3 , after receiving the first notification message 10 , the cloud console 3 loads the third-party database 30 on the first cloud host 1 as a virtual device. Here, the user can select to transmit the data D stored in the first cloud host 1 to the third-party database 30 via the first operation interface 70 . At this time, the third-party database 30 acts as a function of a hot swapping device (Hot swapping or Hot plugging, such as a flash drive), and can be used by the first cloud host 30 to store the data D in the third-party database 30 . Or if the third-party database 30 has information to be read by the first cloud host 1 , the information already stored in the third-party database 30 can also be read to the first cloud host 1 through the first operation interface 70 . When the first cloud host 1 no longer needs to perform the operations of accessing/retrieving data D and information from the third-party database 30, the third-party database 30 can be uninstalled from the system of the first cloud host 1 through the first operation interface 70, and The first local host 7 can read the data obtained by the first cloud host 1 from the third-party database 30 to the first local host 7 for use through the first operation interface 70 .

Continuing as shown in Figure 5, the same/another operator controls the second operation interface 90 on the second local host 9, and logs in to the second cloud host 5 as a second user to send the second notification message 50 to the cloud console 3. After receiving the second notification message 50 , the cloud console 3 loads the third-party database 30 in the second cloud host 5 as a virtual device. Here, after the second cloud host 5 loads the third-party database 30, the operator can control the second operation interface 90 on the second local host 9 to read the data D stored in the third-party database 30 to the second cloud host 5. After that, the second local host 9 can read the data D from the second cloud host 5 through the second operation interface 90; wherein, the third-party database 30 is loaded on the first cloud host 1/second cloud host 5 to access the data The method of D is to transfer the data D to the third-party database 30 by the first cloud host 1/second cloud host 5 in an access mode of a file system accessing an external device, and plugging in a USB portable device like a normal computer When a disk is installed, the newly added disk slot will be displayed on the page under My Computer. Therefore, the first cloud host 1/second cloud host 5 can also be displayed in the form of a page displayed by the computer sensing that a new disk is added.

Although the present invention uses the first cloud host 1 to store/read the data D in the third-party database 30 , and then uses the second cloud host 5 to read/store the data D in the third-party database 30 . It can also be performed in the opposite manner, that is, the second cloud host 5 stores/reads the data D in the third-party database 30 , and then the first cloud host 1 reads/stores the data D in the third-party database 30 . In other words, the first cloud host 1 and the second cloud host 5 , the first local host 7 and the second local host 9 can both store the data D in the third-party database 500 or read the data D from the third-party database 30 and so on.

To sum up, the present invention has indeed achieved the intended use purpose and effect, and is more ideal and practical than the prior art; however, the above-mentioned embodiments are only specific descriptions for the preferred embodiments of the present invention, and are not intended to be used for Limiting the scope of the patent application of the present invention, all other equivalent changes and modifications accomplished without departing from the technical means disclosed in the present invention shall be included in the scope of the patent application covered by the present invention.

1: The first cloud host 10: First notification message 3: Cloud console 30: Third Party Repositories 5: Second cloud host 50: Second notification message 7: First localhost 70: The first operation interface 9: Second localhost 90: Second operating interface D: information S10: Steps S11: Steps S12: Steps S14: Steps S16: Steps S18: Steps S19: Steps S20: Steps S22: Step

Figure 1: It is a flow chart 1 of the management method of the cloud database of the present invention; The second figure: it is a schematic diagram of the management system of the cloud database of the present invention; The third figure: it is the second flow chart of the management method of the cloud database of the present invention; The fourth figure: it is the operation figure 1 of the management method of the cloud database of the present invention; and Figure 5: It is the second action figure of the management method of the cloud database of the present invention.

S10: Steps

S12: Steps

S14: Steps

S16: Steps

S18: Steps

S20: Steps

S22: Step

Claims (9)

A management method for a cloud database, comprising: a first user logs into a first cloud host, and sends a first notification message to a cloud console; After receiving the first notification message, the cloud console configures a third-party database and installs it on the first cloud host as a virtual device; The first cloud host accesses at least one data to the third-party database according to the virtual device identity; The first cloud host uninstalls the third-party database on the system, and disconnects the third-party database; A second user logs in to a second cloud host, and sends a second notification message to the cloud console; After receiving the second notification message, the cloud console installs the third-party database in the system of the second cloud host as the virtual device; and The second cloud host accesses the data accessed by the third-party database according to the virtual device identity. The management method of cloud database as described in item 1 of the scope of application, wherein in the In the step that the first cloud host accesses at least one data to the third-party database according to the virtual device identity, the first cloud host transmits the data to the first cloud host in an access mode of a file system accessing an external device Third-party database. The management method of cloud database as described in Item 1 of the scope of application, wherein in a In the step of a first user logging in to a first cloud host and sending a first notification message to a cloud console, the first user logs in to the first cloud host through a first operation interface of a first local host , the first local host is a computer or a smart mobile device, and the first operation interface is an application program of the first local host. The management method of cloud database as described in item 1 of the scope of application, wherein in the In the step that the second cloud host accesses the data accessed by the third-party database according to the virtual device identity, the second cloud host uses an access mode of a file system to access an external device from the third-party data The database retrieves the data. The management method of cloud database as described in Item 1 of the scope of application, wherein in a In the step of a second user logging in to a second cloud host and sending a second notification message to the cloud console, the second user logs in to the second cloud host through a second operation interface of a second local host , the second local host is a computer or a smart mobile device, and the second operation interface is an application program of the second local host. A cloud database management system, comprising: 1. the first cloud host; a cloud console, communicating with the first cloud host, the first cloud host sends a first notification message to the cloud console, so that the cloud console sets up a third-party database and installs it on the cloud console as a virtual device a first cloud host, the first cloud host transmits at least one data to the third-party database, and the first cloud host uninstalls the third-party database when the transmission of the data is completed; and A second cloud host communicates with the cloud console, and the second cloud host sends a second notification message to the cloud console, so that the cloud console installs the third-party database as the virtual device to the first cloud console Two cloud hosts, the second cloud host reads the data stored in the third-party database. The cloud database management system described in Item 6 of the scope of the patent application further includes a A first local host and a second local host, the first local host uses a first user to log in to the first cloud host through a first operation interface, the second local host uses a second user to log in to the first cloud host through a second The operation interface is used to log into the second cloud host, the first local host and the second local host are a computer or a smart mobile device, and the first operation interface and the second operation interface are application programs of an operating system. The cloud database management system as described in item 6 of the scope of application, wherein the A cloud host stores the data to the third-party database in an access mode of a file system accessing an external device. The cloud database management system as described in item 6 of the scope of application, wherein the The two cloud hosts read the data from the third-party database in an access mode of a file system accessing an external device.

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