TWI710915B - Resource processing method based on internet data center, related devices and communication system - Google Patents

Abstract

A resource processing method based on the internet data center, related devices and a communication system are described. The method comprises the following steps. A service resource allocation request sent by a client side is received. According to the resource allocation information, in a resource pool preset in the internet data center, at least one target cloud virtual machine and at least one target virtual switch are selected. A data transmission channel is established between the target cloud virtual machines and all the target virtual switches, and the target cloud virtual machine with the data transmission channel and the target virtual switch is determined as a target cloud database corresponding to the target user information. By means of the method, cloud management can be realized, and dynamic elastic expansion can be further supported, and thus, the construction cost and the operation and maintenance cost are reduced.

Description

Resource processing method, related device and communication system based on internet data center

The present invention relates to the field of Internet technology, and in particular to a resource processing method, related devices and communication system based on an Internet data center. This application claims the priority of a Chinese patent application filed with the Chinese Patent Office on February 27, 2017, the application number is 201710109608.1, and the invention title is "a method and device for resource processing based on the Internet data center", the entire content of which is incorporated by reference In this application.

At present, Oracle Rac (Oracle real application clusters, Oracle's real-time application clusters) is usually constructed as follows: FC (Fiber Channel) fiber is used as the data access channel in the cluster, and 10 Gigabit Ethernet is used as the heartbeat and interaction of the computing node Network and business access database network; computing nodes adopt non-X86 system minicomputers; use FC SAN (Storage Area Network, storage area network) disk arrays as storage; the system requires special rack support and cannot be used in the computer room General purpose racks require the customized construction of IDC (Internet Data Center) to support.

It can be seen that the current overall architecture of Oracle Rac is not universal. There are minicomputers, disk arrays, FC fiber optic equipment, Ethernet equipment, etc., which require IDC customized infrastructure; this architecture cannot be managed in the cloud. Support dynamic and flexible expansion. Under this architecture, it is difficult to achieve unified operation and maintenance monitoring, and different operation and maintenance resources need to be invested, and the construction and operation costs are very high.

The embodiment of the present invention provides a resource processing method, related device, and communication system based on an Internet data center, which can support dynamic and flexible expansion and reduce construction costs and operation and maintenance costs.

The first aspect of the embodiments of the present invention provides a resource processing method based on an Internet data center, including: receiving a service resource configuration request sent by a user terminal, where the service resource configuration request is used to select at least one target cloud virtual machine and at least one target Virtual switch; select at least one of the target cloud virtual machine and at least one of the target virtual switch from a resource pool preset in the Internet data center according to the service resource configuration request; the resource pool includes multiple cloud virtual machines And multiple virtual switches; establish a data transmission channel between each target cloud virtual machine and each target virtual switch; when a service resource request is received, select a cloud virtual machine to be processed in the resource pool according to the service resource request And the to-be-processed virtual switch, and based on the to-be-processed cloud virtual machine and the to-be-processed virtual switch, the data transmission channel in the target clouded database is updated, and the target clouded database is all that has the data transmission channel The clouded database formed by each target cloud virtual machine and each target virtual switch corresponding to the service resource configuration request.

The second aspect of the embodiments of the present invention provides a resource processing device based on an Internet data center, including: a receiving module, configured to receive a service resource configuration request sent by a client; the service resource configuration request is used to select at least one target cloud A virtual machine and at least one target virtual switch; a processing module for selecting at least one target cloud virtual machine and at least one target virtual machine from a resource pool preset in the Internet data center according to the service resource configuration request Switch; the resource pool includes a plurality of cloud virtual machines and a plurality of virtual switches; establishment module, used to establish a data transmission channel between each target cloud virtual machine and each target virtual switch; processing module, used to receive When a service resource request is received, the to-be-processed cloud virtual machine and the to-be-processed virtual switch are selected in the resource pool according to the service resource request, and the target cloudification is updated based on the to-be-processed cloud virtual machine and the to-be-processed virtual switch A data transmission channel in a database, and the target clouded database is a cloud formed by each target cloud virtual machine and each target virtual switch having the data transmission channel and corresponding to the service resource configuration request Chemical database.

The third party in the embodiment of the present invention provides a communication system, including a resource processing device, a user terminal, multiple Internet data centers, and an operation management monitoring platform; the resource processing device communicates with the user terminal through the operation management monitoring platform Data communication; the resource processing device manages the plurality of Internet data centers, and the resource processing device is used to execute the method shown in the above first aspect.

A fourth aspect of the embodiments of the present invention provides a resource processing device, including: one or more processors, memory, bus system, and one or more programs, the processor and the memory pass through the bus Row system connected; wherein the one or more programs are stored in the memory, the one or more programs include instructions that when executed by the resource processing device cause the resource processing device to execute The method shown in the first aspect above.

A fifth aspect of the embodiments of the present invention provides a computer-readable storage medium that stores program instructions, and the processor executes the method shown in the first aspect when the stored program instructions are executed.

In the embodiment of the present invention, by receiving a service resource configuration request sent by a user terminal, at least one target cloud virtual machine and at least one target virtual switch can be selected from the resource pool preset in the Internet data center according to the service resource configuration request; The resource pool includes multiple cloud virtual machines and multiple virtual switches; a data transmission channel is established between each target cloud virtual machine and each target virtual switch, and each target cloud virtual machine equipped with the data transmission channel is established Determine the target cloudized database corresponding to the target user information with the target virtual switches; when a service resource request is received, select the cloud virtual machine to be processed in the resource pool according to the service resource request And update the data transmission channel in the target cloudized database based on the to-be-processed virtual switch and the to-be-processed virtual switch. As computing resources, network resources, and storage resources are managed in the cloud, it is easier to achieve dynamic and elastic expansion and reduce construction costs and operation and maintenance costs.

1‧‧‧Resource processing device

10‧‧‧Receiving Module

20‧‧‧Processing Module

30‧‧‧Create a module

40‧‧‧Install module

50‧‧‧Update Module

80‧‧‧First notice creation module

90‧‧‧The second notification creation module

101‧‧‧Resource processing device

102‧‧‧Client

103‧‧‧Internet Data Center

104‧‧‧Operation management monitoring platform

20‧‧‧Processing Module

201‧‧‧First choice unit

202‧‧‧Second Choice Unit

203‧‧‧The third option unit

204‧‧‧Expansion unit

205‧‧‧Scaling unit

300b‧‧‧computing resource pool

300c‧‧‧Network Resource Pool

300d‧‧‧Storage Resource Pool

500、501‧‧‧Internet Data Center

500a、501a‧‧‧Cloudized database

701~704‧‧‧Internet Data Center

701a~704a‧‧‧Cloud database

1000‧‧‧Resource processing device

1001‧‧‧Processor

1002‧‧‧Communication bus

1003‧‧‧User Interface

1004‧‧‧Network interface

1005‧‧‧Memory

DCI‧‧‧Data Center Interconnection

S201~S204‧‧‧Step

S401~S404‧‧‧Step

S601~S605‧‧‧Step

In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the following will briefly introduce the drawings used in the description of the embodiments: Figure 1 is a schematic structural diagram of a communication system provided by an embodiment of the present invention; Figure 2 It is a schematic flow diagram of an Internet data center-based resource processing method provided by an embodiment of the present invention; Figure 3 is a schematic structural diagram of an Internet data center provided by an embodiment of the present invention; Figure 4 is an Internet-based data provided by an embodiment of the present invention Figure 5 is a schematic diagram of the structure of another Internet data center provided by an embodiment of the present invention; Figure 6 is a schematic flow diagram of a resource processing method based on the Internet data center provided by an embodiment of the present invention; 7 is a schematic structural diagram of another Internet data center provided by an embodiment of the present invention; FIG. 8 is a schematic structural diagram of a resource processing device based on an Internet data center provided by an embodiment of the present invention; FIG. 9 is a processing provided by an embodiment of the present invention The schematic diagram of the module structure; FIG. 10 is a schematic diagram of another resource processing device based on the Internet data center provided by an embodiment of the present invention.

Please refer to the drawings, in which the same component symbols represent the same components or similar components. The principle of the present invention is exemplified by being implemented in a suitable computing environment. The following description is based on the illustrated specific embodiments of the present invention, which should not be regarded as limiting other specific embodiments of the present invention that are not described in detail herein.

In order to better understand the method shown in the embodiment of the present invention, the following first exemplifies the specific structure of the communication system that can implement the method shown in the embodiment of the present invention: As shown in FIG. 1, the method shown in this embodiment The communication system includes: a resource processing device 101, a user terminal 102, multiple Internet data centers 103, and an operation management monitoring platform 104.

Specifically, the resource processing device 101 communicates with the client 102 through the operation management monitoring platform 104; the resource processing device 101 based on the Internet data center 103 can communicate with multiple Internet data centers 103, That is, the resource processing device 101 can manage the multiple Internet data centers 103, and the multiple Internet data centers 103 can include multiple Internet data centers in multiple different cities.

Based on the communication system shown in FIG. 1, the following describes the resource processing method based on the Internet data center provided by the embodiment of the present invention with reference to FIG. 2. The method may include:

S201: Receive a service resource configuration request sent by a user terminal.

This embodiment does not limit the specific content included in the service resource configuration request, as long as the service resource configuration request enables the resource processing apparatus to select at least one target cloud virtual machine and at least one target virtual switch.

Specifically, the resource processing device based on the Internet data center can receive the service resource configuration request sent by the user end, and the user end specifically sends the service resource configuration request to the operation management monitoring platform, and the resource processing device is receiving The service resource configuration request forwarded by the operation management monitoring platform.

Optionally, the service resource allocation request includes target user information and resource allocation information; the target user information is user information corresponding to the client, where the user information includes but is not limited to use User account and/or user permissions, etc.

The resource configuration information includes, but is not limited to, the number of cloud computing virtual machines, the number of cloud storage virtual machines, and the number of virtual switches requested to be configured by the client.

S202. Select at least one target cloud virtual machine and at least one target virtual switch in the resource pool preset in the Internet data center according to the service resource configuration request; the resource pool includes multiple cloud virtual machines and multiple virtual switches Specifically, the resource pool includes a computing resource pool, a network resource pool, and a storage resource pool; the computing resource pool is made up of multiple servers in the Internet data center (such as servers with an X86 architecture) Physical computing resources (the hardware computing resources may include processors and memory in a server); the network resource pool is provided by multiple switches in the Internet data center (such as Roce 40G switches) Provided; the storage resource pool is provided by the hardware storage resources of multiple servers (such as X86-based servers) in the Internet data center, and the hardware storage resources may include PCIE (Peripheral Component Interconnect-Express, bus and interface standard)/NVME (Non-Volatile Memory express, a protocol similar to AHCI based on the M.2 interface) full flash memory hot-swappable hard drive. The at least one target cloud virtual machine includes a target cloud computing virtual machine and a target cloud storage virtual machine.

The computing resource pool in the Internet data center may include multiple cloud computing virtual machines set in advance; for example, the processor power and memory capacity in a server can provide 100 cloud computing virtual machines, then the Internet The computing resource pool provided by 50 servers in the data center can include 5000 cloud computing virtual machines. Optionally, the resource processing device may also use some servers in the Internet data center as dedicated hosts, that is, when the dedicated host is allocated to the client according to the service resource configuration request, The client can exclusively enjoy the hardware computing resources in the dedicated host, that is, it can create cloud computing virtual machines of a customized number and specifications on the dedicated host. By increasing the dedicated host machine, the requirements for exclusive resource sharing and physical isolation of resources can be met. Wherein, the security isolation level corresponding to the dedicated host is higher than the security isolation level corresponding to cloud computing virtual machines in servers other than the dedicated host, that is, the cloud computing virtual machine created using the dedicated host Can have higher security.

The storage resource pool in the Internet data center may include multiple cloud storage virtual machines set in advance; for example, the storage capacity of a PCIE/NVME full flash memory hot-swappable hard disk in a server can provide 120 clouds For storing virtual machines, the storage resource pool provided by the 50 servers in the Internet data center may include 6000 cloud storage virtual machines. Optionally, the resource processing device may also divide all cloud storage virtual machines in the Internet data center into three cloud storage virtual machine clusters, and the three cloud storage virtual machine clusters include a public storage cluster (the cluster is Take a cloud storage virtual machine as a unit, that is, allocate at least one cloud storage virtual machine in the public storage cluster to the client), exclusive flash disk-level storage cluster (the cluster is a flash disk as a unit, that is, in the Exclusive flash disk-level storage cluster allocates all cloud storage virtual machines in at least one flash disk to the client), exclusive full-machine storage cluster (this cluster is based on 4 flash disks in a server as the unit, that is, in the The exclusive flash disk-level storage cluster allocates all cloud storage virtual machines in 4 flash disks in at least one server to the client), wherein the security isolation level of the exclusive whole-machine storage cluster pair is greater than that of the exclusive flash disk A security isolation level corresponding to the storage cluster, and the security isolation level corresponding to the exclusive flash disk storage cluster is greater than the security isolation level corresponding to the public storage cluster. Among them, the storage capacity of flash disk storage chips is (n+1)*size (n indicates the number of storage chips, and size is the storage capacity of a single storage chip). It provides external storage capacity of n*size and adopts similar RAID5 (Redundant Arrays of Independent Disks5, distributed co-location independent disk structure) redundant algorithm to write data, when the storage chip is bad, it can automatically mark the bad block as unreadable and unreadable, and move the bad block data; or, when the storage chip occurs When the whole is broken, the chip can be automatically marked as unreadable and unreadable, and the data on the broken block of the chip can be moved to realize redundancy protection.

The network resource pool in the Internet data center may include a plurality of preset virtual switches. For example, if one switch can provide 20 virtual switches, the 50 switches in the Internet data center can provide 1000 virtual switches. Optionally, the resource processing device may also divide all virtual switches in the Internet data center into three virtual switch clusters, and these three virtual switch clusters include public network clusters (the virtual switches in the cluster can be simultaneously Provide network services to multiple clients), cloud private network cluster (a virtual switch in the cluster only provides network services to one client), exclusive physical network cluster (the cluster is based on two Roce 40G switch as a unit, that is, all virtual switches in at least two Roce 40G switches in the exclusive physical network cluster are allocated to the client), wherein the security isolation level corresponding to the exclusive physical network cluster is greater than The security isolation level corresponding to the cloud private network cluster. The security isolation level corresponding to the cloud private network cluster is greater than the security isolation level corresponding to the public network cluster.

Further, after receiving the service resource configuration request, the resource processing device may further select at least one target cloud computing virtual machine in the computing resource pool according to the resource configuration information, or it may A dedicated host is selected from the computing resource pool and the number of target cloud computing virtual machines required by the user is created on the dedicated host. The resource processing device may further obtain the first security isolation level in the service resource configuration request, and in the cloud storage virtual machine cluster with the first security isolation level in the storage resource pool, according to all The resource configuration information selects at least one target cloud storage virtual machine; and then further obtains the second security isolation level in the service resource configuration request, and a virtual machine with the second security isolation level in the network resource pool In the switch cluster, at least one target virtual switch is selected according to the resource configuration information. Wherein, the first security isolation level may be the security isolation level of the exclusive whole-machine storage cluster pair, the security isolation level corresponding to the exclusive flash disk-level storage cluster, and the security isolation level corresponding to the public storage cluster. Any security isolation level. The second security isolation level may be any one of the security isolation level corresponding to the exclusive physical network cluster, the security isolation level corresponding to the cloud private network cluster, and the security isolation level corresponding to the public network cluster. .

S203: Establish a data transmission channel between each target cloud virtual machine and each target virtual switch.

Specifically, the target cloud virtual machines and the target virtual switches equipped with the data transmission channel may be determined as the target cloudized database corresponding to the target user information; the resource processing device may be located in each A data transmission channel is established between the target cloud computing virtual machine and each target virtual switch, and a data transmission channel is established between each target virtual switch and each target cloud storage virtual machine, and the data transmission channel is provided with Each target cloud computing virtual machine, each target cloud storage virtual machine, and each target virtual switch are determined as the target cloudized database corresponding to the target user information. Through the established data transmission channel, the data calculated by each target cloud computing virtual machine can be transmitted to the corresponding target cloud storage virtual machine through the target virtual switch.

Optionally, the resource processing device may further establish a connection relationship between the target cloudized database and an automatic load balancing device, and configure a cluster access strategy and load for the target cloudized database through the automatic load balancing device. Balance algorithm and weight value. Wherein, the automatic load balancing device is one of the devices in an automatic load balancing cluster, and the automatic load balancing cluster may include multiple automatic load balancing devices. The automatic load balancing cluster may be connected to a clouded database corresponding to multiple different users, that is, each automatic load balancing device in the automatic load balancing cluster is connected to a clouded database, that is, an automatic load balancing The device can control a cloud database.

Optionally, the resource processing device may further install a database system (the database system may include Oracle GI and Oracle DB) in the target cloudized database, and return a business resource configuration result message to the user The service resource configuration result message includes a creation success message corresponding to the target cloudized database, computing resources and storage resources provided by the at least one target cloud virtual machine, and information about data transmission channels. The target cloudized database can provide Oracle Rac services. If the resource processing apparatus fails to create the target cloudized database, the service resource configuration result message received by the user terminal includes a creation failure message.

After the target cloudized database is created, each target cloud computing virtual machine in the target cloudized database can perform arithmetic processing on business data, and each target virtual switch can store the calculated business data in the corresponding The target cloud storage virtual machine.

Optionally, the resource processing device may further obtain management configuration parameters sent by the client (the client may specifically send the management configuration parameters to the resource processing device through a preset resource management platform) , And update the management configuration parameters to the target cloudized database; the management configuration parameters include maintenance configuration information, monitoring configuration information, and alarm configuration information, that is, the user corresponding to the client can be Independently manage the target cloud database.

S204: When a service resource request is received, select a to-be-processed cloud virtual machine and a to-be-processed virtual switch in the resource pool according to the service resource request, and update the office based on the to-be-processed cloud virtual machine and the to-be-processed virtual switch. Describe the data transmission channel in the target cloud database.

Wherein, the target clouded database is a clouded database formed by each target cloud virtual machine and each target virtual switch provided with the data transmission channel and corresponding to the service resource configuration request.

There are two cases of the service resource request shown in this embodiment. The first case of the service resource request is that the service resource request is a service resource expansion request; the second case of the service resource request is , The service resource request is a service resource reduction request.

In the case that the service resource request is a service resource expansion request, when the service resource expansion request is received, the cloud virtual machine to be expanded is selected in the resource pool according to the service resource expansion request (the cloud virtual machine to be processed) Machine) and the virtual switch to be expanded (the virtual switch to be processed), and the cloud virtual machine to be expanded and the virtual switch to be expanded are added to the target cloudification database, and based on the cloud to be expanded The virtual machine and the virtual switch to be expanded update the data transmission channel in the target cloudized database.

Specifically, when the resource processing apparatus receives a service resource expansion request, it may select a cloud virtual machine to be expanded and a virtual switch to be expanded in the resource pool according to the service resource expansion request, and set the cloud to be expanded The virtual machine and the virtual switch to be expanded are added to the target cloudification database, and the data transmission channel in the target cloudification database is updated based on the cloud virtual machine to be expanded and the virtual switch to be expanded. The cloud virtual machine to be expanded includes the cloud computing virtual machine to be expanded and the cloud storage virtual machine to be expanded. Therefore, the target cloudized database after expansion includes the target cloud computing virtual machine and the cloud computing virtual machine to be expanded ( So that the expanded target cloudized database has stronger computing power), the target cloud storage virtual machine and the cloud storage virtual machine to be expanded (so that the expanded target cloudized database has more storage Space), the target virtual switch and the virtual switch to be expanded (so that the expanded target cloudized database has more network resources). When the volume of business data increases, by expanding the target cloudized database, the expanded target cloudized database can satisfy the increased business data volume.

In the case that the business resource request is a business resource shrinking request, a cloud virtual machine to be scaled (the cloud virtual machine to be processed) may be selected from the target cloudification database according to the business resource shrinking request And the virtual switch to be scaled (the virtual switch to be processed), and move the cloud virtual machine to be scaled and the virtual switch to be scaled out of the target cloudification database to the resource pool, and The data transmission channel in the target cloudized database after the cloud virtual machine to be reduced and the virtual switch to be reduced is removed is updated. Wherein, the cloud virtual machine to be scaled includes a cloud computing virtual machine to be scaled and a cloud storage virtual machine to be scaled. Therefore, the target cloud computing virtual machine and the target cloud computing virtual machine in the scaled target cloudification database are The number of cloud storage virtual machines and the target virtual switches are reduced. When the amount of business data decreases, system resources can be saved by shrinking the target cloudized database.

Among them, the entire Oracle Rac service in the Internet data center provides at least 3 storage nodes and one backup storage node. The cloud host provides access across racks and computer rooms, and any damage to any 2 nodes can be completed through the hot migration of the cloud host Automatic switching. During the switching process, as long as one storage node cloud host is working normally, it can provide Oracle Rac business storage services for each cloud database. The entire Oracle Rac service in the Internet data center also provides at least 3 computing nodes. The cloud host provides access across racks and computer rooms. Any 2 nodes that are damaged can be automatically switched through the hot migration of the cloud host. During the switching process As long as there is a computing node cloud host working normally, it can provide access services for Oracle Rac business to each cloudized database to realize the protection of x86 computing nodes. The entire Oracle Rac service in the Internet data center also provides at least 2 Roc 40G intranet switch pooled redundant resources. Each cloud host's intranet (computing, storage) adopts a dual Roc 40G network card four network port architecture, Intranet data and heartbeat synchronization requests are separated and redundantly connected to the two switches in the intranet. Any damage to any network component of the intranet will not affect Oracle Rac's overall business intranet network services; the backbone adopts 20,000 channels across racks. Ethernet switch redundant resources, each cloud host (computing, storage) external network uses 10 Gigabit dual network cards for bonding (bonding refers to virtualizing multiple network cards into one network card, so that it has the same network address Technology) Redundantly connect the two external network switches. Any damage to any network component of the external network will not affect Oracle Rac's overall business and external network services to achieve internal network and backbone redundancy protection. The Internet data center can also use Oracle Rac's ASM (Automated Storage Management, automatic storage management) file system to manage the data in the database. Normal mode is used. Each data is written in three copies, and they are written to the different of the three storage nodes. On the flash memory disk, a cold standby storage is added at the same time, and each storage node is equipped with a voting disk (arbitration disk). Losing any two data will not affect the overall business data access service of Oracle Rac.

Further, please also refer to FIG. 3, which is a schematic structural diagram of an Internet data center provided by an embodiment of the present invention. As shown in FIG. 3, the Internet data center 501 may include a computing resource pool 300b, a network resource pool 300c, and storage The resource pool 300d, the computing resource pool 300b includes CVM_a1, CVM_a2, ..., CVM_an-1, CVM_an, that is, the computing resource pool 300b may include n CVMs (Cloud Virtual Machine) for cloud computing , That is, each CVM in the computing resource pool 300b is a cloud computing virtual machine. The network resource pool 300c includes switches ROCE Switch_1, ROCE Switch_2,..., ROCE Switch_n-1, ROCE Switch_n, that is, the network resource pool 300c may include n virtual switches (ROCE Switch) for data transmission, The n virtual switches can be provided by several Roce 40G switches. The storage resource pool 300d includes CVM_b1, CVM_b2, ..., CVM_bn-1, CVM_bn, that is, the storage resource pool 300d may include n CVMs for cloud storage, that is, each CVM in the storage resource pool 300d All are a cloud storage virtual machine. When a client wants to create a target clouded database in the Internet data center 501, it can select CVM_a1 and CVM_a2 as the target cloud computing virtual in the computing resource pool 300b according to the service resource configuration request sent by the client. And select ROCE Switch_1 and ROCE Switch_2 as target virtual switches in the network resource pool 300c, and select CVM_b1 and CVM_b2 as target storage virtual machines in the storage resource pool 300d, where CVM_a1 and CVM_a2 are the same as ROCE Switch_1 and ROCE Switch_2 establish data transmission channels (specifically, both CVM_a1 and CVM_a2 can include two ROCE interfaces, and each ROCE interface is connected to ROCE Switch_1 and ROCE Switch_2 through the data transmission channel), and CVM_b1 and CVM_b2 are also connected to ROCE respectively Switch_1 and ROCE Switch_2 establish a data transmission channel (specifically, CVM_b1 and CVM_b2 can each include 1 ROCE interface, and each ROCE interface is connected to ROCE Switch_1 and ROCE Switch_2 through the data transmission channel), between ROCE Switch_1 and ROCE Switch_2 The two-wire interconnection can be used for connection communication, and the CVM_a1, CVM_a2, CVM_b1, CVM_b2, ROCE Switch_1, and ROCE Switch_2 that have established the data transmission channel can be determined as the target cloudized database 501a corresponding to the client. The target cloud database 501a can be connected to a further TGW (Tencent GateWay, a set of systems developed by Tencent that realizes unified access to multiple networks, forwards requests from external networks, and supports automatic load balancing) clusters. The TGW clusters may include A plurality of automatic load balancing devices, the target cloudized database 501a may be specifically connected to one of the automatic load balancing devices in the TGW cluster. Wherein, the target clouded database 501a can use CVM_a1 and CVM_a2 to perform arithmetic processing on the business data sent by the client, and the target clouded database 501a can then send the calculated business data through ROCE Switch_1 and ROCE Switch_2 To CVM_b1 and CVM_b2, so that CVM_b1 and CVM_b2 can store the business data after operation processing. When the client wants to perform an expansion operation on the target cloudized database 501a, the idle state CVM_ax (3<=x<=n) in the computing resource pool 300b and the network resource pool 300c ROCE Switch_y (3<=y<=n)) in the idle state and CVM_bz (3<=z<=n)) in the idle state in the storage resource pool 300d are added to the target cloudification database 501a and updated The data transmission channel in the target clouded database 501a is used to complete the expansion of the target clouded database 501a.

In the embodiment of the present invention, by receiving a service resource configuration request sent by a user terminal, at least one target cloud virtual machine and a resource pool can be selected from the resource pool preset in the Internet data center according to the resource configuration information in the service resource configuration request. At least one target virtual switch; the resource pool includes multiple cloud virtual machines and multiple virtual switches; then a data transmission channel is established between each target cloud virtual machine and each target virtual switch, and the data transmission channel The target cloud virtual machines and the target virtual switches are determined to be the target cloudized database corresponding to the target user information; when a service resource expansion request is received, the service resource expansion request is set in the resource Select the cloud virtual machine to be expanded and the virtual switch to be expanded from the pool, and add the cloud virtual machine to be expanded and the virtual switch to be expanded to the target cloudification database, and based on the cloud virtual machine to be expanded And the virtual switch to be expanded update the data transmission channel in the target clouded database. When a business resource shrinking request is received, the cloud virtual machine to be scaled and the virtual switch to be scaled are selected in the resource pool according to the business resource shrinking request, and the cloud virtual machine to be scaled and all the virtual switches are selected from the resource pool. The virtual switch to be scaled is moved out of the target cloudized database to the resource pool. As computing resources, network resources, and storage resources are managed in the cloud, it is easier to achieve dynamic and elastic expansion and reduce construction costs And operation and maintenance costs.

Refer to FIG. 4, which is a schematic flowchart of an Internet data center-based resource processing method provided by an embodiment of the present invention. The method may include:

S401: Receive a service resource configuration request sent by a user terminal.

S402: Select at least one target cloud virtual machine and at least one target virtual switch from the resource pool preset in the Internet data center according to the resource configuration information; the resource pool includes multiple cloud virtual machines and multiple virtual switches;

S403: Establish a data transmission channel between each target cloud virtual machine and each target virtual switch; wherein, for the specific implementation of steps S401-S403, refer to S201-S203 in the corresponding embodiment of FIG. 2 above, and details are not described herein again.

S404: Control at least one intra-city Internet data center associated with the Internet data center to create an intra-city cloudized database that is the same as the target cloudized database, and control the target cloudized database to communicate with each intra-city cloud via a dedicated line The database communicates.

By using the method shown in this embodiment, the intra-city cloudized database can be synchronized in real time with at least one of the following items: business data, capacity expansion and shrinking operations in the target cloudized database; specifically, The resource processing device can also control at least one intra-city Internet data center associated with the Internet data center to create the same intra-city clouded database as the target clouded database, and connect the target clouded database to Each intra-city cloudized database is so that the same intra-city cloudized database can synchronize at least one of the following items in the target cloudized database in real time: business data, capacity expansion operation, and capacity reduction operation.

Wherein, the number of cloud computing virtual machines, the number of cloud storage virtual machines, the number of virtual switches, and the structure of the data transmission channel in the intra-city cloudized database are all the same as the target cloudized database. Among them, when a certain Internet data center is abnormal, the TGW cluster connected to the abnormal Internet data center can stop providing Oracle Rac services to the abnormal Internet data center, that is, from the rest of the normal Internet data center The target cloud database or intra-city cloud database continues to implement Oracle Rac services. When the target cloudized database calculates and stores a certain business data, the same city cloudized database as the target cloudized database also simultaneously calculates and stores the business data; the target cloudized database is in progress During the expansion operation, each intra-city cloudized database that is the same as the target cloudized database also performs the same expansion operation simultaneously, that is, the newly added cloud between the target cloudized database and each intra-city cloudized database The number of computing virtual machines (and/or cloud storage virtual machines and/or virtual interactive machines) is the same. When the target clouded database is performing the shrinking operation, the same in-city clouded database as the target clouded database also simultaneously performs the same shrinking operation, that is, the target clouded database and each same city The number of cloud computing virtual machines (and/or cloud storage virtual machines and/or virtual interactive machines) moved out between cloudized databases is the same.

Further, please refer to FIG. 5 and FIG. 7 together, which are schematic diagrams of another Internet data center provided by an embodiment of the present invention. In FIG. 5, two Internet data centers 500 and 501 in the same city are taken as examples, which specifically include Internet data. The center 702 and the Internet data center 501, and the Internet data center 702 and the Internet data center 501 are located in the same city, that is, the Internet data center 501 may be the same city Internet data center of the Internet data center 702. The system architecture (including computing resource pool, network resource pool, storage resource pool, and TGW cluster) in the Internet data center 702 and the Internet data center 501 may be the same as the Internet data center 501 in FIG. 3, and all The clouded database 702a in the Internet data center 702 is also the same as the target clouded database 500a, 501a in FIG. 3, and the Internet data center 702 and the clouded database 702a will not be repeated here.

The Internet data center 702 and the Internet data center 501 can communicate via dedicated lines. Therefore, when the cloud database 702a is created in the Internet data center 702, it can be used to create the cloud The service resource configuration request of the database 702a is transmitted to the Internet data center 501 through the dedicated line, so that the Internet data center 501 can simultaneously create the same cloud database 501a as the cloud database 702a. The clouded database 501a is the same-city clouded database of the clouded database 702a. The clouded database 501a can synchronize the business data processed by the clouded database 702a, and can synchronize the expansion and contraction operations of the clouded database 702a. Optionally, if the user wants to create a cloud database and selects the intra-city active-active center option, he can select half of the cloud computing virtual machines and cloud storage virtual machines in the Internet data center 702 and Internet data center 501 in the same city. Machines and virtual switches to create a cloud database and provide external services through the Internet data center 702 and the TGW cluster in the Internet data center 501. If the Internet data center 702 has catastrophic consequences, the TGW cluster in the Internet data center 501 will The Internet data center 702 was removed from the access scope of Oracle Rac services.

In the embodiment of the present invention, multiple Internet data centers in the same city can use intranet bandwidth to place cloud host computing nodes and storage nodes in different computer rooms in a unified computing resource pool and storage resource pool. The entire Oracle Rac service will Compute nodes and storage nodes are allocated in different computer rooms in the same city. When a computer room fails to work due to catastrophic consequences, another Internet data center in the same city can be used alone to continuously provide Oracle Rac services to achieve redundancy protection.

Refer to FIG. 6, which is a schematic flowchart of an Internet data center-based resource processing method provided by an embodiment of the present invention. The method may include:

S601: Receive a service resource configuration request sent by a user terminal;

S602: Select at least one target cloud virtual machine and at least one target virtual switch from the resource pool preset in the Internet data center according to the resource configuration information; the resource pool includes multiple cloud virtual machines and multiple virtual switches;

S603: Establish a data transmission channel between each target cloud virtual machine and each target virtual switch; wherein, for the specific implementation of steps S601-S603, refer to S201-S203 in the corresponding embodiment in FIG. 2 above, and details are not described herein again.

S604: Control at least one intra-city Internet data center associated with the Internet data center to create an intra-city cloudized database that is the same as the target cloudized database, and notify at least one other city associated with the Internet data center The Internet data center creates a clouded database in another city that is the same as the target clouded database;

S605: Control the target clouded database to communicate with the clouded database in the same city through the first dedicated line, and communicate with the clouded database in different cities through DCI (Data Center Interconnect).

With the method shown in this embodiment, the clouded database in the same city and the clouded database in different cities can instantly synchronize at least one of the following in the target clouded database: business data, Expansion operations and shrinking operations.

Specifically, the resource processing device may notify at least one intra-city Internet data center associated with the Internet data center to create an intra-city cloudized database that is the same as the target cloudized database, and notify that it is associated with the Internet data center At least one different city Internet data center creates a different city cloudized database that is the same as the target cloudized database; wherein, Internet data centers in the same city can be connected through the first dedicated line (that is, two Internet data centers in the same city) Internet data centers can be connected through the first dedicated line), Internet data centers in different cities can be connected through DCI (that is, two Internet data centers in different cities can be connected through DCI), and then the target cloud The database can communicate with the cloud database in the same city through the first dedicated line, and communicate with the cloud database in different cities through the data center interconnection DCI, so that the cloud database in the same city and the cloud database Different cloudized database databases in different cities synchronize business data, capacity expansion operations, and contraction operations in the target cloudized database in real time. Wherein, the number of cloud computing virtual machines, the number of cloud storage virtual machines, the number of virtual switches, and the structure of the data transmission channel in the same city cloudized database and the different city clouded database are all the same as the target cloudized data The library is the same. When an abnormal Internet data center occurs, the TGW cluster connected to the abnormal Internet data center can stop providing Oracle Rac services to the abnormal Internet data center, that is, the target cloud in the remaining normal Internet data center The database or cloud-based database in the same city or cloud-based database in different cities will continue to implement Oracle Rac services.

When the target clouded database calculates and stores a certain business data, the same city cloudized database and different city cloudized database that are the same as the target clouded database also simultaneously calculate and store the business data; When the target clouded database is performing an expansion operation, the same intra-city cloudized database and different city cloudized database as the target cloudized database also perform the same expansion operation simultaneously, that is, the target cloudized database The database has the same number of cloud computing virtual machines (and/or cloud storage virtual machines and/or virtual interactive machines) added between the same city cloudized database database and different city cloudized database databases. When the target clouded database is performing the shrinking operation, the same cloudized database in the same city and the clouded database in different cities that are the same as the target clouded database also perform the same shrinking operation simultaneously, that is, The target cloudized database has the same number of cloud computing virtual machines (and/or cloud storage virtual machines and/or virtual interactive machines) moved out between the same city cloudized database and different city cloudized database.

Further, please refer to FIG. 7 together, which is a schematic structural diagram of another Internet data center provided by an embodiment of the present invention. In FIG. 7, two Internet data centers in the same city are taken as an example, specifically including Internet data center 701 and Internet data center. 702. Internet Data Center 703, Internet Data Center 704.

Among them, Internet data center 701 and Internet data center 702 are located in city A, and Internet data center 703 and Internet data center 704 are both located in city B. Therefore, Internet data center 702 is the same city Internet data center of Internet data center 701. 703 and Internet data center 704 are both Internet data centers in different cities of Internet data center 701. Internet data center 701, Internet data center 702, Internet data center 703, Internet data center 704 system architecture (including computing resource pool, network resource pool, storage resource pool, TGW cluster) can all be the same as the Internet data in Figure 3 The center 501 is the same, and the clouded database 701a in the Internet data center 701 is also the same as the target clouded database 501a in FIG. 3. The Internet data center 701 and the clouded database 704a are not repeated here. .

The Internet data center 701 and the Internet data center 702 can communicate through a dedicated line, the Internet data center 703 and the Internet data center 704 can also communicate through a dedicated line, and the Internet data center 701 and the Internet data center 703 can communicate through DCI. For communication, the Internet data center 702 and the Internet data center 704 can communicate through DCI.

Therefore, when the clouded database 701a is created in the Internet data center 701, the service resource configuration request for creating the clouded database 701a can be transmitted to the Internet data center 702 through the dedicated line, and through The DCI transmits the service resource configuration request to the Internet data center 703, and then the Internet data center 702 transmits the service resource configuration request to the Internet data center 702 via DCI (or the Internet data center 703 via a dedicated line). The Internet data center 704 enables the Internet data center 702, the Internet data center 703, and the Internet data center 704 to simultaneously create a clouded database 702a and a clouded database 703a that are the same as the clouded database 701a , The clouded database 704a, that is, the clouded database 702a is the same-city clouded database of the clouded database 701a, the clouded database 703a and the clouded database 704a are both the cloud A different city cloudized database of chemical database 701a.

The clouded database 702a, the clouded database 703a, and the clouded database 704a can synchronize the business data processed by the clouded database 701a, and can synchronize the expansion and shrinking operations of the clouded database 701a. Optionally, if the user wants to create a cloud-based database and selects the dual-active center option, the Oracle Rac DG synchronization (network jitter) of Internet data centers in different cities can be added when configuring the cloud-based database. The Oracle Rac service in one city supports reading and writing, and the Oracle Rac service in another city is read-only. Therefore, when a disaster occurs in a city, the DG active/standby access mode is updated through the function variable name switch or kicked. Oracle Rac service for failed cities.

In the embodiment of the present invention, the DCI intranet bandwidth can be used between the remote Internet data centers, and the Oracle ADG service can be used to synchronize data to the Oracle Rac service of the remote Internet data center to ensure that a certain city cannot work due to catastrophic consequences. At the time, through the function variable name switching, another Internet data center in a different place can be used to continue to provide Oracle Rac services without interruption.

Please refer to FIG. 8, which is a schematic structural diagram of a resource processing device 1 based on an Internet data center provided by an embodiment of the present invention. The resource processing device 1 may include: a receiving module 10, a processing module 20, a establishing module 30, The installation module 40, the update module 50, the first notification creation module 80, and the second notification creation module 90; the receiving module 10 is used to receive a service resource configuration request sent by the client; the service resource configuration The request is used to select at least one target cloud virtual machine and at least one target virtual switch; the processing module 20 is used to select at least one of the resource pools preset in the Internet data center according to the service resource configuration request A target cloud virtual machine and at least one of the target virtual switch; the resource pool includes a plurality of cloud virtual machines and a plurality of virtual switches; the establishment module 30 is used to set the target cloud virtual machine and each target virtual switch The establishment module 30 is also used to establish a connection relationship between the target cloudized database and an automatic load balancing device, and configure the target cloudized database through the automatic load balancing device Cluster access strategy, load balancing algorithm and weight value.

The installation module 40 is configured to install a database system in the target cloudized database and return a service resource configuration result message to the user end; the service resource configuration result message includes at least one of the following: The creation success message corresponding to the target cloudized database, the computing resources and storage resources provided by the at least one target cloud virtual machine, and the information of the data transmission channel; the update module 50 is used to obtain the information sent by the client And update the management configuration parameters to the target cloudized database; the management configuration parameters include at least one of the following: maintenance configuration information, monitoring configuration information, and alarm configuration information; wherein, The specific implementation of the receiving module 10, the processing module 20, the establishment module 30, the installation module 40, and the update module 50 can be found in S201- in the embodiment corresponding to FIG. 2 above. S204, the details are not repeated here.

The resource pool includes a computing resource pool, a network resource pool, and a storage resource pool; the computing resource pool is provided by the hardware computing resources of multiple servers in the Internet data center; the network The path resource pool is provided by multiple switches in the Internet data center; the storage resource pool is provided by hardware storage resources of multiple servers in the Internet data center. The at least one target cloud virtual machine includes: a target cloud computing virtual machine and a target cloud storage virtual machine.

The first notification creation module 80 is used to control at least one intra-city Internet data center associated with the Internet data center to create the same intra-city cloud database as the target cloud database, and control the target cloud The cloud database in the same city communicates with the cloud database in the same city through a dedicated line, so that the cloud database in the same city can synchronize at least one of the following in the target cloud database in real time: business data, capacity expansion operations, and Shrink operation.

The second notification creation module 90 is used to control at least one intra-city Internet data center associated with the Internet data center to create the same intra-city cloud database as the target cloud database, and notify the At least one different-city Internet data center associated with the Internet data center creates the same different-city cloud-based database as the target cloud-based database; controlling the target cloud-based database to communicate with each same-city cloud-based database through the first dedicated line Communicate and communicate with the clouded database in different cities through the data center interconnection DCI, so that the clouded database in the same city and the clouded database in different cities can synchronize the target clouded database in real time At least one item in the following: business data, capacity expansion operation, and capacity reduction operation.

When the first notification creation module 80 performs a corresponding operation, the second notification creation module 90 will not perform any operation; when the second notification creation module 90 performs a corresponding operation, the first notification creation Module 80 will not perform any operations.

In the embodiment of the present invention, by receiving a service resource configuration request sent by a user terminal, at least one target cloud virtual machine and a resource pool can be selected from the resource pool preset in the Internet data center according to the resource configuration information in the service resource configuration request. At least one target virtual switch; the resource pool includes multiple cloud virtual machines and multiple virtual switches; then a data transmission channel is established between each target cloud virtual machine and each target virtual switch, and the data transmission channel The target cloud virtual machines and the target virtual switches are determined to be the target cloudized database corresponding to the target user information; when a service resource expansion request is received, the service resource expansion request is set in the resource Select the cloud virtual machine to be expanded and the virtual switch to be expanded from the pool, and add the cloud virtual machine to be expanded and the virtual switch to be expanded to the target cloudification database, and based on the cloud virtual machine to be expanded And the virtual switch to be expanded update the data transmission channel in the target clouded database. As computing resources, network resources, and storage resources are managed in the cloud, it is easier to achieve dynamic and elastic expansion and reduce construction costs and operation and maintenance costs.

Further, please refer to FIG. 9 together, which is a schematic structural diagram of a processing module 20 provided by an embodiment of the present invention. The processing module 20 may include: a first selection unit 201, a second selection unit 202, and a third selection Unit 203; the first selection unit 201, configured to select at least one target cloud computing virtual machine in the computing resource pool according to the service resource configuration request; the second selection unit 202, configured to obtain the service The first security isolation level in the resource allocation request, and in the cloud storage virtual machine cluster with the first security isolation level in the storage resource pool, at least one target cloud storage virtual machine is selected according to the resource configuration information The third selection unit 203 is configured to obtain the second security isolation level in the service resource configuration request, and in the virtual switch cluster with the second security isolation level in the network resource pool, At least one target virtual switch is selected according to the resource configuration information.

For specific implementations of the first selection unit 201, the second selection unit 202, and the third selection unit 203, refer to S202 in the embodiment corresponding to FIG. 2 above, and details are not described herein again.

The processing module further includes: a capacity expansion unit 204, configured to select the cloud virtual machine to be expanded and the cloud virtual machine to be expanded in the resource pool according to the service resource expansion request when the service resource expansion request is received. Expand a virtual switch, add the cloud virtual machine to be expanded and the virtual switch to be expanded to the target cloudification database, and update the cloud virtual machine to be expanded and the virtual switch to be expanded The data transmission channel in the target cloud database.

The scaling unit 205 is configured to select the cloud virtual machine to be scaled and the cloud virtual machine to be scaled in the target cloudification database according to the business resource scaling request when the service resource scaling request is received Capacity virtual switch, and move the cloud virtual machine to be reduced and the virtual switch to be reduced from the target cloudification database to the resource pool, and remove the cloud virtual machine and The data transmission channel in the target cloudized database after the virtual switch to be reduced is updated.

Refer to FIG. 10, which is a schematic structural diagram of another resource processing device based on an Internet data center provided by an embodiment of the present invention. As shown in FIG. 10, the resource processing apparatus 1000 may include: at least one processor 1001, such as a CPU, at least one network interface 1004, a user interface 1003, a memory 1005, and at least one communication bus 1002. Among them, the communication bus 1002 is used to implement connection and communication between these components. The user interface 1003 may include a display (Display) and a keyboard (Keyboard), and the optional user interface 1003 may also include a standard wired interface and a wireless interface. The network interface 1004 may optionally include a standard wired interface and a wireless interface (such as a WI-FI interface). The memory 1005 may be a high-speed RAM memory, or a non-volatile memory (non-volatile memory), such as at least one magnetic disk memory. Optionally, the memory 1005 may also be at least one storage device located far away from the aforementioned processor 1001. As shown in FIG. 6, the memory 1005 as a computer storage medium can include an operating system, a network communication module, a user interface module, and a device control application program.

In the resource processing device 1000 shown in FIG. 10, the network interface 1004 is mainly used to connect to the client; and the processor 1001 can be used to call the device control application stored in the memory 1005, and specifically perform the following steps: receiving user A service resource configuration request sent by the client, the service resource configuration request is used to select at least one target cloud virtual machine and at least one target virtual switch; according to the service resource configuration request, select from a resource pool preset in the Internet data center At least one target cloud virtual machine and at least one target virtual switch; the resource pool includes multiple cloud virtual machines and multiple virtual switches; establishing a data transmission channel between each target cloud virtual machine and each target virtual switch When a service resource request is received, the to-be-processed cloud virtual machine and the to-be-processed virtual switch are selected in the resource pool according to the service resource request, and the to-be-processed cloud virtual machine and the to-be-processed virtual switch are updated based on the A data transmission channel in a target cloudized database, where the target cloudized database is formed by each target cloud virtual machine and each target virtual switch having the data transmission channel and the service resource configuration request Corresponding cloud database.

In one embodiment, the processor 1001 further performs the following steps: if the service resource request is a service resource expansion request, the cloud virtual machine to be processed is a cloud virtual machine to be expanded, and the virtual switch to be processed is For the virtual switch to be expanded, when the service resource expansion request is received, the cloud virtual machine to be expanded and the virtual switch to be expanded are selected in the resource pool according to the service resource expansion request, and the The cloud virtual machine to be expanded and the virtual switch to be expanded are added to the target cloudification database, and the data in the target cloudification database is updated based on the cloud virtual machine to be expanded and the virtual switch to be expanded Transmission channel.

In one embodiment, the processor 1001 further executes the following steps: if the service resource request is a service resource scaling request, the cloud virtual machine to be processed is a cloud virtual machine to be scaled, and the virtual machine to be processed The switch is a virtual switch to be scaled down, and when the service resource scale-down request is received, the cloud virtual machine to be scaled-down and the cloud virtual machine to be scaled are selected in the target cloudification database according to the business resource reduction request. The virtual switch to be scaled down, and the cloud virtual machine to be scaled down and the virtual switch to be scaled out are removed from the target cloudification database to the resource pool, and the cloud virtual The data transmission channel in the target cloudized database after the virtual switch to be reduced is updated.

In one embodiment, the resource pool includes a computing resource pool, a network resource pool, and a storage resource pool; the computing resource pool is provided by hardware computing resources of multiple servers in the Internet data center The network resource pool is provided by multiple switches in the Internet data center; the storage resource pool is provided by the hardware storage resources of multiple servers in the Internet data center.

In one embodiment, the target cloud virtual machine is at least one of the following: a target cloud computing virtual machine and a target cloud storage virtual machine; the processor 1001 further executes the following steps: according to the service resource configuration request Select at least one target cloud computing virtual machine in the computing resource pool; obtain the first security isolation level in the service resource configuration request, and set the cloud with the first security isolation level in the storage resource pool In the storage virtual machine cluster, at least one target cloud storage virtual machine is selected according to the resource configuration information; the second security isolation level in the service resource configuration request is obtained, and the network resource pool has the first In the virtual switch cluster of the second security isolation level, at least one of the target virtual switches is selected according to the resource configuration information.

In one embodiment, the processor 1001 further executes the following steps: establish a connection relationship between the target cloudized database and an automatic load balancing device, and configure the target cloudized database through the automatic load balancing device At least one of the following: cluster access strategy, load balancing algorithm, and weight value.

In an embodiment, the processor 1001 further executes the following steps: install a database system in the target cloudized database, and return a service resource configuration result message to the client; the service resource configuration result message It includes at least one of the following: a creation success message corresponding to the target cloudized database, computing resources and storage resources provided by the at least one target cloud virtual machine, and data transmission channel information.

In one embodiment, the processor 1001 further executes the following steps: obtaining management configuration parameters sent by the client, and updating the management configuration parameters to the target cloudification database; the management configuration parameters It includes at least one of the following: maintenance configuration information, monitoring configuration information, and alarm configuration information.

In one embodiment, the processor 1001 further performs the following steps: controlling at least one intra-city Internet data center associated with the Internet data center to create the same intra-city cloud database as the target cloud database, and controlling The target cloudized database communicates with each intra-city cloudized database via a dedicated line, so that the intra-city cloudized database can instantly synchronize at least one of the following items in the target cloudized database: business data , Expansion operations and shrinking operations.

In one embodiment, the processor 1001 further performs the following steps: controlling at least one intra-city internet data center associated with the internet data center to create an intra-city clouded database that is the same as the target clouded database, and Notify at least one different-city Internet data center associated with the Internet data center to create a different-city cloud-based database that is the same as the target cloud-based database; control the target cloud-based database to communicate with each city through the first dedicated line The clouded database communicates, and communicates with the clouded database in different cities through the data center interconnection DCI, so that the clouded database in the same city and the clouded database in different cities synchronize the target in real time At least one item in the cloud database is as follows: business data, capacity expansion operation, and capacity reduction operation.

In the embodiment of the present invention, by receiving a service resource configuration request sent by a user terminal, at least one target cloud virtual machine and a resource pool can be selected from the resource pool preset in the Internet data center according to the resource configuration information in the service resource configuration request. At least one target virtual switch; the resource pool includes multiple cloud virtual machines and multiple virtual switches; then a data transmission channel is established between each target cloud virtual machine and each target virtual switch, and the data transmission channel The target cloud virtual machines and the target virtual switches are determined to be the target cloudized database corresponding to the target user information; when a service resource expansion request is received, the service resource expansion request is set in the resource Select the cloud virtual machine to be expanded and the virtual switch to be expanded from the pool, and add the cloud virtual machine to be expanded and the virtual switch to be expanded to the target cloudification database, and based on the cloud virtual machine to be expanded And the virtual switch to be expanded update the data transmission channel in the target clouded database. When a business resource shrinking request is received, the cloud virtual machine to be scaled and the virtual switch to be scaled are selected in the resource pool according to the business resource shrinking request, and the cloud virtual machine to be scaled and all virtual switches are selected from the resource pool. The virtual switch to be reduced is moved out of the target cloudized database to the resource pool. As computing resources, network resources, and storage resources are managed in the cloud, it is easier to achieve dynamic and flexible expansion of capacity and reduce Construction costs and operation and maintenance costs.

This embodiment also provides a computer-readable storage medium that stores program instructions, wherein the processor executes the method as described above when executing the stored program instructions.

A person of ordinary skill in the art can understand that all or part of the processes in the above-mentioned embodiment methods can be completed by instructing relevant hardware through a computer program. The program can be stored in a computer readable storage medium. When the program is executed, it may include the processes of the above-mentioned method embodiments. Wherein, the storage medium can be a magnetic disk, an optical disk, a read-only memory (Read-Only Memory, ROM), or a random access memory (Random Access Memory, RAM), etc.

Although this application has been disclosed as above with preferred embodiments, it is not intended to limit this application. Those with ordinary knowledge in the technical field to which this application belongs can make various changes and changes without departing from the spirit and scope of this application. Retouching, therefore, the scope of protection of this application shall be subject to those defined by the attached patent scope.

S201~S204‧‧‧Step

Claims (23)

A resource processing method based on an Internet data center includes: receiving a service resource configuration request sent by a user terminal, the service resource configuration request being used to select at least one target cloud virtual machine and at least one target virtual switch; and configuring according to the service resource Request to select at least one of the target cloud virtual machine and at least one of the target virtual switch from the preset resource pool in the Internet data center; the resource pool includes multiple cloud virtual machines and multiple virtual switches; in each target A data transmission channel is established between the cloud virtual machine and each target virtual switch; and when a service resource request is received, the to-be-processed cloud virtual machine and the to-be-processed virtual switch are selected in the resource pool according to the service resource request, and based on The to-be-processed cloud virtual machine and the to-be-processed virtual switch update the data transmission channel in the target cloudification database, and the target cloudification database is the target cloud virtual machine and all the target cloud virtual machines that have the data transmission channel. The clouded database formed by each target virtual switch corresponding to the service resource configuration request, wherein the target cloud virtual machine includes a target cloud computing virtual machine and a target cloud storage virtual machine, and the target cloud virtual machine The steps of establishing a data transmission channel with each target virtual switch include: establishing a data transmission channel between each target cloud computing virtual machine and each target virtual switch; and establishing between each target virtual switch and each target cloud storage virtual machine The data transmission channel, wherein when the service resource request is received, before the step of selecting the to-be-processed cloud virtual machine and the to-be-processed virtual switch in the resource pool according to the service resource request, the method further includes: Obtain the management configuration parameters sent by the client, and update the management configuration parameters to the target cloudized database. The management configuration parameters include at least one of the following: maintenance configuration information, monitoring configuration information, and Alarm configuration information, wherein the Internet data center includes a plurality of servers, and the method further includes: using a part of the plurality of servers as dedicated hosts according to the service resource configuration request and assigning the dedicated hosts To the client, so that the client exclusively enjoys hardware computing resources in the dedicated host. The method described in item 1 of the scope of patent application, wherein the service resource allocation request includes target user information and/or resource allocation information. For example, the method described in item 1 of the scope of patent application, wherein, if the service resource request is a service resource expansion request, the cloud virtual machine to be processed is a cloud virtual machine to be expanded, and the virtual switch to be processed is a capacity to be expanded Virtual switch, when a service resource request is received, the to-be-processed cloud virtual machine and the to-be-processed virtual switch are selected in the resource pool according to the service resource request, and based on the to-be-processed cloud virtual machine and the to-be-processed virtual switch The virtual switch updating the data transmission channel in the target cloudized database includes: when receiving the service resource expansion request, selecting the cloud virtual machine to be expanded in the resource pool according to the service resource expansion request and The virtual switch to be expanded, and the cloud virtual machine to be expanded and the virtual switch to be expanded are added to the target cloudification database, and based on the cloud virtual machine to be expanded and the virtual switch to be expanded Update the data transmission channel in the target cloudized database. For example, the method described in item 1 of the scope of patent application, wherein, if the service resource request is a service resource reduction request, the cloud virtual machine to be processed is a cloud virtual machine to be scaled, and the waiting If the virtual switch is a virtual switch to be scaled, when a service resource request is received, the cloud virtual machine to be processed and the virtual switch to be processed are selected in the resource pool according to the service resource request, and based on the Processing the cloud virtual machine and the to-be-processed virtual switch to update the data transmission channel in the target cloudification database includes: when the business resource shrinkage request is received, in the target cloudification request according to the business resource shrinkage request Select the cloud virtual machine to be scaled and the virtual switch to be scaled in the database, and move the cloud virtual machine to be scaled and the virtual switch to be scaled out from the target clouded database to all In the resource pool, the data transmission channel in the target cloudized database after the cloud virtual machine to be scaled down and the virtual switch to be scaled out is updated. The method according to item 1 of the scope of patent application, wherein the resource pool includes a computing resource pool, a network resource pool, and a storage resource pool; the computing resource pool is composed of the plurality of Internet data centers The server’s hardware computing resources; the network resource pool is provided by multiple switches in the Internet data center; the storage resource pool is provided by the multiple switches in the Internet data center Provided by the hardware storage resources of each server. According to the method described in item 5 of the scope of patent application, the method further includes: selecting at least one target cloud computing virtual machine in the computing resource pool according to the service resource configuration request; A first security isolation level, and selecting at least one target cloud storage virtual machine in a cloud storage virtual machine cluster with the first security isolation level in the storage resource pool according to the resource configuration information; and obtaining the The second security isolation level in the service resource configuration request, and in the virtual switch cluster with the second security isolation level in the network resource pool, according to the resource The configuration information selects at least one of the target virtual switches. The method according to item 1 of the scope of patent application, wherein when the service resource request is received, before the step of selecting the to-be-processed cloud virtual machine and the to-be-processed virtual switch in the resource pool according to the service resource request , Further including: establishing a connection relationship between the target cloudized database and an automatic load balancing device, and configuring at least one of the following for the target cloudized database through the automatic load balancing device: cluster access strategy, load Balance algorithm and weight value. The method according to item 1 of the scope of patent application, wherein when the service resource request is received, before the step of selecting the to-be-processed cloud virtual machine and the to-be-processed virtual switch in the resource pool according to the service resource request , Further including: installing a database system in the target clouded database, and returning a service resource configuration result message to the user end; the service resource configuration result message includes at least one of the following: The creation success message corresponding to the target cloudized database, the computing resources and storage resources provided by the at least one target cloud virtual machine, and information about the data transmission channel. The method according to item 1 of the scope of patent application, wherein when the service resource request is received, before the step of selecting the to-be-processed cloud virtual machine and the to-be-processed virtual switch in the resource pool according to the service resource request , Also including: controlling at least one intra-city Internet data center associated with the Internet data center to create an intra-city clouded database that is the same as the target clouded database, and controlling the target clouded database to communicate with each intra-city via a dedicated line The clouded database communicates, so that the same city cloudized database can synchronize at least one of the following in the target cloudized database in real time: Business data, expansion operations, and shrinking operations. The method according to item 1 of the scope of patent application, wherein when the service resource request is received, before the step of selecting the to-be-processed cloud virtual machine and the to-be-processed virtual switch in the resource pool according to the service resource request , And further including: controlling at least one intra-city Internet data center associated with the Internet data center to create an intra-city cloudized database that is the same as the target clouded database, and notifying at least one associated with the Internet data center The inter-city Internet data center creates the same inter-city cloud-based database as the target cloud-based database; controls the target cloud-based database to communicate with each same-city cloud-based database through the first dedicated line, and communicates with each other through the data center Communicate with cloudized databases in different cities, so that the clouded databases in the same city and the clouded databases in different cities can instantly synchronize at least one of the target cloudized databases as follows: Business data, expansion operations, and shrinking operations. A resource processing device based on an Internet data center includes: a receiving module for receiving a service resource configuration request sent by a user terminal; the service resource configuration request is used for selecting at least one target cloud virtual machine and at least one target virtual switch; The processing module is configured to select at least one target cloud virtual machine and at least one target virtual switch from a resource pool preset in the Internet data center according to the service resource configuration request; the resource pool includes multiple A cloud virtual machine and multiple virtual switches; a building module for establishing data transmission channels between each target cloud virtual machine and each target virtual switch; and a processing module for when a business resource request is received, according to all The business resource request is The to-be-processed cloud virtual machine and the to-be-processed virtual switch are selected from the resource pool, and the data transmission channel in the target cloudification database is updated based on the to-be-processed cloud virtual machine and the to-be-processed virtual switch. The target cloudification The database is a clouded database formed by each target cloud virtual machine and each target virtual switch having the data transmission channel and corresponding to the service resource configuration request, wherein the target cloud virtual machine includes a target The cloud computing virtual machine and the target cloud storage virtual machine, the establishment module is specifically used to: establish a data transmission channel between each target cloud computing virtual machine and each target virtual switch; and between each target virtual switch and each target virtual switch A data transmission channel is established between cloud storage virtual machines, wherein the device further includes: an update module for obtaining management configuration parameters sent by the client, and updating the management configuration parameters to the target cloudification data In the library, the management configuration parameters include at least one of the following: maintenance configuration information, monitoring configuration information, and alarm configuration information, wherein the Internet data center includes multiple servers, and the device further includes: a module, It is used to use a part of the multiple servers as a dedicated host according to the service resource configuration request and allocate the dedicated host to the client, so that the client can exclusively use the dedicated host Hardware computing resources. The device according to item 11 of the scope of patent application, wherein the service resource allocation request received by the receiving module includes target user information and/or resource allocation information. Such as the device described in item 11 or 12 of the scope of patent application, wherein, if the business capital If the source request is a service resource expansion request, the cloud virtual machine to be processed is a cloud virtual machine to be expanded, and the virtual switch to be processed is a virtual switch to be expanded, then the processing module includes a capacity expansion unit; the expansion unit, When the service resource expansion request is received, the cloud virtual machine to be expanded and the virtual switch to be expanded are selected in the resource pool according to the service resource expansion request, and the cloud virtual The machine and the virtual switch to be expanded are added to the target cloudification database, and the data transmission channel in the target cloudification database is updated based on the cloud virtual machine to be expanded and the virtual switch to be expanded. For example, the device according to item 11 or 12 of the scope of patent application, wherein, if the service resource request is a service resource shrinkage request, the cloud virtual machine to be processed is a cloud virtual machine to be reduced, and the virtual machine to be processed is If the switch is a virtual switch to be scaled down, the processing module includes a scale-down unit; the scale-down unit is configured to, when the service resource scale-down request is received, perform the scale-down request in the service resource Select the cloud virtual machine to be reduced and the virtual switch to be reduced from the target cloudification database, and select the cloud virtual machine to be reduced and the virtual switch to be reduced from the target cloudification database Move out to the resource pool, and update the data transmission channel in the target cloudized database after the cloud virtual machine to be scaled out and the virtual switch to be scaled out. The device according to item 11 of the scope of patent application, wherein the resource pool includes a computing resource pool, a network resource pool, and a storage resource pool; the computing resource pool is composed of the plurality of Internet data centers The server’s hardware computing resources are provided; the network resource pool is provided by multiple switches in the Internet data center; the storage resource pool is provided by the Provided by the hardware storage resources of the multiple servers in the Internet data center. The device according to item 15 of the scope of patent application, wherein the processing module includes: a first selection unit configured to select at least one target cloud computing virtual machine in the computing resource pool according to the service resource configuration request; The second selection unit is configured to obtain the first security isolation level in the service resource configuration request, and in the cloud storage virtual machine cluster with the first security isolation level in the storage resource pool, according to the Resource allocation information selects at least one target cloud storage virtual machine; and a third selection unit for obtaining the second security isolation level in the service resource allocation request, and having the second security isolation level in the network resource pool In a virtual switch cluster with a security isolation level, at least one of the target virtual switches is selected according to the resource configuration information. For the device described in item 11 of the scope of patent application, wherein, the establishment module is also used to establish a connection relationship between the target cloudized database and an automatic load balancing device, and perform all tasks through the automatic load balancing device. The target clouded database configuration is at least one of the following: cluster access strategy, load balancing algorithm, and weight value. The device according to item 11 of the scope of patent application, wherein the device further includes an installation module for installing a database system in the target cloudized database, and returning a business resource configuration result message to the User side; the service resource configuration result message includes at least one of the following: a creation success message corresponding to the target cloudized database, computing resources and storage resources provided by the at least one target cloud virtual machine, and Information about the data transmission channel. The device according to item 11 of the scope of patent application, wherein the device further includes: The first notification creation module is used to control at least one intra-city Internet data center associated with the Internet data center to create the same intra-city cloud database as the target cloud database, and to control the target cloud database Communicate with each intra-city cloudized database through a dedicated line, so that the intra-city cloudized database can instantly synchronize at least one of the following items in the target cloudized database: business data, capacity expansion operation, and capacity reduction operation . The device according to item 11 of the scope of patent application, wherein the device further includes: a second notification creation module for controlling the creation of at least one intra-city Internet data center associated with the Internet data center and the target The same city clouded database as the clouded database, and at least one different city Internet data center associated with the Internet data center is notified to create a different city clouded database that is the same as the target cloudized database; control the office The target clouded database communicates with the cloudized database in the same city through the first dedicated line, and communicates with the clouded database in different cities through the data center interconnection DCI, so that the clouded database and the location in the same city The clouded database in different cities synchronizes at least one of the following in the target clouded database in real time: business data, capacity expansion operation, and capacity reduction operation. A communication system includes a resource processing device, a user terminal, multiple Internet data centers, and an operation management monitoring platform; the resource processing device communicates data with the user terminal through the operation management monitoring platform; the resource processing device management The plurality of Internet data centers and the resource processing device are used to execute the method described in any one of the first to tenth patent applications. A resource processing device, comprising: one or more processors, memory, a bus system, and one or more programs, the processor and the memory pass through the bus system The system is connected; wherein the one or more programs are stored in the memory, and the one or more programs include instructions that, when executed by the resource processing device, cause the resource processing device to execute as Apply for the method described in any one of patents 1 to 10. A computer-readable storage medium storing program instructions, wherein when a processor executes the stored program instructions, the method according to any one of the first to tenth patent applications is executed.

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