CN109002332B - Process starting and configuring method, device and system - Google Patents
Process starting and configuring method, device and system Download PDFInfo
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- CN109002332B CN109002332B CN201710413517.7A CN201710413517A CN109002332B CN 109002332 B CN109002332 B CN 109002332B CN 201710413517 A CN201710413517 A CN 201710413517A CN 109002332 B CN109002332 B CN 109002332B
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- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
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Abstract
When a machine in a cluster starts a process, a plurality of starting parameter sets configured for the process on different levels are obtained from a configuration system, and the starting parameter sets have different priorities; and covering the starting parameter set with the high priority with the starting parameter set with the low priority to obtain the final starting parameter of the process, and starting the process by using the final starting parameter. The method and the device for configuring the starting parameters of the process are used for configuring the starting parameters of the process at multiple levels, so that the starting parameters of the process can be configured orderly at different levels.
Description
Technical Field
The invention relates to the field of computers, in particular to a method, a device and a system for starting and configuring a process.
Background
Cloud computing technology is now becoming increasingly popular, and distributed storage is one of the most fundamental problems to be solved by cloud computing. The distributed storage system stores data on a plurality of physically dispersed storage nodes, performs unified management and distribution on resources of the nodes, provides a file access interface for a user, and solves the problem of limitation of a local storage system on file size, file quantity, number of opened files and the like.
A typical distributed storage system is now deployed in a three-terminal mode, as shown in fig. 1, and generally includes a master server, a data server, and a client. The main control server is also called as a metadata server, a name space management module, a management server and the like, and a redundant working mode can be adopted during actual deployment. Data servers are also referred to as data storage servers, storage nodes, block servers, data management modules, and the like. The client, also referred to as a client, may be a variety of application servers or may be an end user. Commonly used distributed storage systems include the Google File System (GFS), Taobao File System (TFS), MooseFS File System, and the like.
In a distributed storage cluster, it is necessary to configure the start parameters of the processes for the machines (such as the various servers described above) in the cluster. In the related art, many machines in a cluster all adopt the same configuration, different configurations cannot be adopted for different machines, and the requirement of differentiation of process starting parameters by actual services cannot be met. In addition, when configuring the startup parameters for the process, the startup parameters can be configured from only one level, however, the startup parameters may have new or different requirements at different levels, and this configuration method is difficult to satisfy the requirements and is also easy to cause confusion and errors in configuration.
In addition to the cluster of the distributed system, similar problems exist in the configuration of the process starting parameters in other clusters.
Disclosure of Invention
In view of this, the present invention provides a process starting method applied to a machine in a cluster, including:
when a process is started, a plurality of starting parameter sets configured for the process on different layers are obtained from a configuration system, and the starting parameter sets have different priorities;
and covering the starting parameter set with the high priority with the starting parameter set with the low priority to obtain the final starting parameter of the process, and starting the process by using the final starting parameter.
The invention also provides a process starting device, which is applied to the machines in the cluster and comprises the following steps:
a parameter determination module configured to: when a process is started, a plurality of starting parameter sets configured for the process on different levels are obtained from a configuration system, and the starting parameter sets have different priorities; covering the starting parameter set with low priority by the starting parameter set with high priority to obtain the final starting parameter of the process;
a process start module configured to: and starting the process by using the final starting parameter.
The invention also provides a process starting device, which comprises a memory and a processor, wherein:
the memory is configured to: saving the program code;
the processor is configured to: reading the program code to perform the following processes:
when a process is started, a plurality of starting parameter sets configured for the process on different layers are obtained from a configuration system, and the starting parameter sets have different priorities;
and covering the starting parameter set with the high priority with the starting parameter set with the low priority to obtain the final starting parameter of the process, and starting the process by using the final starting parameter.
The invention also provides a method for configuring the process starting parameter, which is applied to a cluster configuration system and comprises the following steps:
a plurality of sets of boot parameters configured at multiple levels for processes on machines in the cluster, the plurality of sets of boot parameters having different priorities;
and sending the plurality of starting parameter sets to the machine.
The invention also provides a cluster configuration system, which comprises:
a parameter configuration module configured to: configuring a plurality of sets of boot parameters for processes on machines in the cluster at a plurality of levels, the plurality of sets of boot parameters having different priorities;
the parameter issuing module is set as follows: and sending the plurality of starting parameter sets to the machine.
The invention also provides a cluster configuration system, which comprises a memory and a processor, wherein:
the memory is configured to: saving the program code;
the processor is configured to: reading the program code to perform the following processes:
a plurality of sets of boot parameters configured at multiple levels for processes on machines in the cluster, the plurality of sets of boot parameters having different priorities;
and sending the plurality of starting parameter sets to the machine.
The scheme can configure the starting parameters of the process through a plurality of layers, and the starting parameters of the process can be conveniently and orderly configured at different layers.
Drawings
FIG. 1 is an architecture diagram of a distributed storage system;
FIG. 2 is a flowchart of a process starting method according to an embodiment of the present invention;
FIG. 3 is a block diagram of a process starting apparatus according to an embodiment of the present invention;
FIG. 4 is a flowchart of a method for configuring process start parameters according to an embodiment of the present invention;
fig. 5 is a block diagram of a second configuration system according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, embodiments of the present invention will be described in detail below with reference to the accompanying drawings. It should be noted that the embodiments and features of the embodiments in the present application may be arbitrarily combined with each other without conflict.
Example one
The embodiment provides a process starting method, applied to a machine in a cluster, as shown in fig. 2, including:
step 110, when starting a process, first obtaining a plurality of starting parameter sets configured for the process on different levels from a configuration system, wherein the plurality of starting parameter sets have different priorities;
the cluster can be a cluster of distributed systems, and can also be a cluster of other systems. Besides the machine such as a server which needs to run the process, the cluster is also provided with a configuration system for realizing the configuration of the machine in the cluster, including the configuration of the starting parameter of the process in the machine.
The machines in the cluster acquire the starting parameter set from the configuration system, the configuration system can actively issue the starting parameter set to the machines, or a request response mode can be adopted, namely the machines send requests, and the configuration system carries the starting parameter set in the response after receiving the requests and issues the starting parameter set to the machines. The invention is not limited in this regard.
In this embodiment, the plurality of boot parameter sets configured for the process at different levels include at least two of the following boot parameter sets with low to high priorities:
a set of start parameters configured for the process in an installation package;
a starting parameter set configured for the process according to the application line;
a set of start parameters configured for the process in a template;
and configuring a starting parameter set for the process in the custom configuration parameters.
Wherein, some basic configuration of machine level can be made on the starting parameter of the process in the installation package. The application lines can be divided into online application, offline application and the like, different application lines can make own configuration on the starting parameters of the process according to own needs, and the priority is higher than that of the installation package. In the template, some general configuration can be made to the process starting parameter at the cluster layer, and the priority is higher. When the cluster has some special requirements, the starting parameters of the process can be configured in a self-defining way, and the priority of the starting parameters is higher than that of the configuration in the template. For example, the startup parameters configured in the template are more suitable for a cluster of 100 machines or 200 machines, and if there are 150 machines in the cluster, some adjustments may be made to the startup parameters configured in the template, i.e., custom configuration may be performed to better meet the actual needs.
In this embodiment, in order to meet the difference requirements of the machines, the machines in the cluster may be divided into multiple groups, and multiple sets of starting parameters corresponding to different groups are different. In this step, when the plurality of startup parameter sets are obtained from the configuration system, the plurality of startup parameter sets corresponding to the group in which the machine is located are obtained from the configuration system. The configuration system stores a plurality of starting parameter sets corresponding to different groups, also stores information of a group where the machine is located, and can actively issue the plurality of starting parameter sets corresponding to the group where the machine is located to the machine. If the request response mode is adopted, the group identifier or the machine identifier of the group where the machine is located can be carried in the request sent by the machine, and the configuration system finds the corresponding plurality of starting parameter sets according to the group identifier and then sends the starting parameter sets, or determines the group where the machine is located according to the machine identifier, finds the corresponding plurality of starting parameter sets and sends the starting parameter sets.
And step 120, covering the starting parameter set with the high priority with the starting parameter set with the low priority to obtain the final starting parameter of the process, and starting the process by using the final starting parameter.
In this step, when the high-priority startup parameter set is used to cover the low-priority startup parameter set, regarding all parameters in the high-priority startup parameter set and the low-priority startup parameter set, in the final startup parameter set, the value of the parameter is based on the value of the parameter in the high-priority startup parameter set; for parameters that are only in the high priority set of startup parameters or the low priority set of startup parameters, they remain in the final set of startup parameters.
The method of the present embodiment is described below by way of an example.
In this example, the start parameters all use key values, all parameters are in json format, and json (javascript Object notification) is a lightweight data exchange format.
An exemplary set of startup parameters is as follows:
the machines in the example cluster are divided into a plurality of groups, and the process of acquiring the starting parameter set of one process by a certain machine is as follows:
step one, acquiring a group identifier of a group where the machine is located;
because each machine in the cluster is organized into a configured dimension, the group identification is also referred to in this example as a dimension tag (tag), which can be configured into the machines.
Step two, acquiring a plurality of starting parameter values configured for the process in the machine from a configuration system according to the tag;
the plurality of starting parameter sets comprise a starting parameter set json1 in the package, a starting parameter set json2 configured according to the application line, a starting parameter set json3 in the template and a starting parameter set json4 in the cluster custom configuration parameter;
step three, covering json1 with json2 to obtain json2 ', covering json 2' with json3 to obtain json3 ', covering json 3' with json4 to obtain json4 ', and covering json 4' to obtain a final starting parameter set;
expand all keys, values in json 4', for example:
assuming the process is binary:/tmp/my _ server, the complete startup parameter obtained is:/tmp/my _ server key1 ═ 1 key2 ═ aa.
The embodiment also provides a process starting apparatus, applied to a machine in a cluster, as shown in fig. 3, including:
a parameter determination module 10 configured to: when a process is started, acquiring a plurality of starting parameter sets configured for the process on different levels from a configuration system, wherein the starting parameter sets have different priorities; covering the starting parameter set with low priority by the starting parameter set with high priority to obtain the final starting parameter of the process;
a process start module 20 configured to: and starting the process by using the final starting parameter.
In the present embodiment of the present invention,
the plurality of sets of startup parameters configured for the process at different levels includes at least two of the following sets of startup parameters with low to high priority:
a set of startup parameters configured for the process in an installation package;
a starting parameter set configured for the process according to the application line;
a set of start parameters configured for the process in a template;
and configuring a starting parameter set for the process in the custom configuration parameters.
In the present embodiment, the first and second electrodes are,
the machines in the cluster are divided into a plurality of groups, and a plurality of starting parameter sets corresponding to different groups are different;
the parameter determination module obtains the plurality of startup parameter sets from a configuration system, including: and acquiring a plurality of starting parameter sets corresponding to the group where the machine is located from the configuration system.
The present embodiment further provides a process starting apparatus, including a memory and a processor, wherein:
the memory is configured to: saving the program code;
the processor is configured to: reading the program code to perform the following processes:
when a process is started, a plurality of starting parameter sets configured for the process on different layers are obtained from a configuration system, and the starting parameter sets have different priorities;
and covering the starting parameter set with the high priority with the starting parameter set with the low priority to obtain the final starting parameter of the process, and starting the process by using the final starting parameter.
The specific manner and the new processing executed by the processor by the above processing are described in the method of this embodiment, and are not described herein again.
The embodiment can acquire the starting parameters of the process configured from a plurality of layers, and can conveniently and flexibly cover the starting parameters according to the priorities of different layers. In addition, the machines can be grouped, and the starting parameters of the process can be set from multiple dimensions, so that the requirement that the processes of different machines in a cluster (such as a cluster of a distributed system) use different starting parameters is met. By combining a plurality of levels and a plurality of dimensions, the starting parameters of different machine groups can be conveniently controlled at different levels.
Example two
This embodiment provides a method for configuring a process start parameter, which is applied to a configuration system of a cluster, and as shown in fig. 4, the method includes:
step 210, configuring a plurality of starting parameter sets for processes on machines in the cluster on a plurality of levels, wherein the plurality of starting parameter sets have different priorities;
in this embodiment, the starting parameter sets include at least two of the following starting parameter sets with low to high priorities:
a set of start parameters configured for the process in an installation package;
a starting parameter set configured for the process according to the application line;
a set of start parameters configured for the process in a template;
and configuring a starting parameter set for the process in the custom configuration parameters.
In this embodiment, the configuration system may divide the machines in the cluster into multiple groups, and configure the multiple start parameter sets for different groups respectively.
Step 220, sending the plurality of start parameter sets to the machine.
In this embodiment, the configuration system may issue a plurality of start parameter sets to the machines actively or in a request response manner when the machines in the cluster are started.
In this embodiment, when different groups are configured separately, the group where the machine is located needs to be determined, and the plurality of start parameter sets configured by the group where the machine is located are issued to the machine.
This embodiment further provides a configuration system of a cluster, as shown in fig. 5, including:
a parameter configuration module 50 configured to: configuring a plurality of sets of boot parameters for processes on machines in the cluster at a plurality of levels, the plurality of sets of boot parameters having different priorities;
the parameter issuing module 60 is configured to: and sending the plurality of starting parameter sets to the machine.
In the present embodiment, the first and second electrodes are,
the plurality of sets of startup parameters configured for the process at different levels includes at least two of the following sets of startup parameters with low to high priority:
a set of start parameters configured for the process in an installation package;
a starting parameter set configured for the process according to the application line;
a set of start parameters configured for the process in a template;
and configuring a starting parameter set for the process in the custom configuration parameters.
In the present embodiment, the first and second electrodes are,
the parameter configuration module configures a plurality of startup parameter sets for processes on machines in the cluster at multiple levels, including: dividing the machines in the cluster into a plurality of groups, and respectively configuring the plurality of starting parameter sets for different groups;
the parameter issuing module issues the plurality of starting parameter sets to the machine, and the parameter issuing module includes: and issuing the plurality of starting parameter sets configured for the group where the machine is located to the machine.
The present embodiment further provides a cluster configuration system, including a memory and a processor, where:
the memory is configured to: saving the program code;
the processor is configured to: reading the program code to perform the following processes:
a plurality of sets of boot parameters configured at multiple levels for processes on machines in the cluster, the plurality of sets of boot parameters having different priorities;
and sending the plurality of starting parameter sets to the machine.
The specific manner and the new processing executed by the processor by the above processing are described in the method of this embodiment, and are not described herein again.
The embodiment can configure the starting parameters of the process from a plurality of layers, thereby conveniently and flexibly covering the starting parameters according to the priorities of different layers. In addition, the machines can be grouped, and the starting parameters of the process can be set from multiple dimensions, so that the requirement that the processes of different machines in a cluster (such as a cluster of a distributed system) use different starting parameters is met. By combining a plurality of levels and a plurality of dimensions, the starting parameters of different machine groups can be conveniently controlled at different levels.
The above-mentioned serial numbers of the embodiments of the present invention are merely for description and do not represent the merits of the embodiments. Through the above description of the embodiments, those skilled in the art will clearly understand that the method of the above embodiments can be implemented by software plus a necessary general hardware platform, and certainly can also be implemented by hardware, but in many cases, the former is a better implementation manner. Based on such understanding, the technical solutions of the embodiments of the present invention may be embodied in the form of a software product, which is stored in a storage medium (e.g., ROM/RAM, magnetic disk, optical disk) and includes instructions for enabling a terminal device (e.g., a mobile phone, a computer, a server, or a network device) to execute the method according to the embodiments of the present invention.
The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention, and various modifications and changes may be made by those skilled in the art. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (11)
1. A process starting method is applied to the process starting of a plurality of machines in a cluster of a distributed system, the cluster is also provided with a configuration system, and the process starting method comprises the following steps:
when a process is started, acquiring a plurality of starting parameter sets configured for the process by a configuration system on different levels from the configuration system, wherein the plurality of starting parameter sets have different priorities;
covering a starting parameter set with a high priority with a starting parameter set with a low priority to obtain a final starting parameter of the process, and starting the process by using the final starting parameter;
when the starting parameter set with high priority is used for covering the starting parameter set with low priority, regarding all parameters in the starting parameter set with high priority and the starting parameter set with low priority, in the final starting parameter set, the value of the parameter is based on the value of the parameter in the starting parameter set with high priority; for the parameters only in the high-priority startup parameter set or the low-priority startup parameter set, the parameters are retained in the final startup parameter set;
the plurality of sets of startup parameters configured for the process at different levels includes at least two of the following sets of startup parameters with low to high priority:
a set of start parameters configured for the process in an installation package;
a starting parameter set configured for the process according to the application line;
a set of start parameters configured for the process in a template;
and configuring a starting parameter set for the process in the custom configuration parameters.
2. The method of claim 1, wherein:
the machines in the cluster are divided into a plurality of groups, and a plurality of starting parameter sets corresponding to different groups are different;
the obtaining the plurality of boot parameter sets from the configuration system includes: and acquiring a plurality of starting parameter sets corresponding to the group where the machine is located from the configuration system.
3. A process starting device is applied to the process starting of a plurality of machines in a cluster of a distributed system, the cluster is also provided with a configuration system, and the process starting device is characterized by comprising:
a parameter determination module configured to: when a process is started, acquiring a plurality of starting parameter sets configured for the process by a configuration system on different levels from the configuration system, wherein the plurality of starting parameter sets have different priorities; covering the starting parameter set with low priority by the starting parameter set with high priority to obtain the final starting parameter of the process;
a process start module configured to: starting the process by using the final starting parameter;
when the starting parameter set with high priority is used for covering the starting parameter set with low priority, regarding all parameters in the starting parameter set with high priority and the starting parameter set with low priority, in the final starting parameter set, the value of the parameter is based on the value of the parameter in the starting parameter set with high priority; for the parameters only in the high-priority startup parameter set or the low-priority startup parameter set, the parameters are retained in the final startup parameter set;
the plurality of sets of startup parameters configured for the process at different levels includes at least two of the following sets of startup parameters with low to high priority:
a set of start parameters configured for the process in an installation package;
a starting parameter set configured for the process according to the application line;
a set of start parameters configured for the process in a template;
and configuring a starting parameter set for the process in the custom configuration parameters.
4. The apparatus of claim 3, wherein:
the machines in the cluster are divided into a plurality of groups, and a plurality of starting parameter sets corresponding to different groups are different;
the parameter determination module obtains the plurality of startup parameter sets from a configuration system, including: and acquiring a plurality of starting parameter sets corresponding to the group where the machine is located from the configuration system.
5. A process starting device comprises a memory and a processor, is applied to the process starting of a plurality of machines in a cluster of a distributed system, and is also provided with a configuration system, and is characterized in that:
the memory is configured to: saving the program code;
the processor is configured to: reading the program code to perform the following processes:
when a process is started, acquiring a plurality of starting parameter sets configured for the process by a configuration system on different levels from the configuration system, wherein the plurality of starting parameter sets have different priorities;
covering a starting parameter set with a high priority with a starting parameter set with a low priority to obtain a final starting parameter of the process, and starting the process by using the final starting parameter;
when the starting parameter set with high priority is used for covering the starting parameter set with low priority, regarding all parameters in the starting parameter set with high priority and the starting parameter set with low priority, in the final starting parameter set, the value of the parameter is based on the value of the parameter in the starting parameter set with high priority; for the parameters only in the high-priority startup parameter set or the low-priority startup parameter set, the parameters are retained in the final startup parameter set;
the plurality of sets of startup parameters configured for the process at different levels includes at least two of the following sets of startup parameters with low to high priority:
a set of start parameters configured for the process in an installation package;
a starting parameter set configured for the process according to the application line;
a set of start parameters configured for the process in a template;
and configuring a starting parameter set for the process in the custom configuration parameters.
6. A configuration method of process starting parameters is applied to a configuration system of a cluster of a distributed system, and comprises the following steps:
a plurality of sets of startup parameters configured at different levels for processes on machines in the cluster, the plurality of sets of startup parameters having different priorities;
sending the plurality of starting parameter sets to the machine;
the plurality of sets of startup parameters configured for the process at different levels includes at least two of the following sets of startup parameters with low to high priority:
a set of startup parameters configured for the process in an installation package;
a starting parameter set configured for the process according to the application line;
a set of start parameters configured for the process in a template;
and configuring a starting parameter set for the process in the custom configuration parameters.
7. The method of claim 6, wherein:
the configuring, at different levels, a plurality of sets of boot parameters for processes on machines in the cluster, including: dividing the machines in the cluster into a plurality of groups, and respectively configuring the plurality of starting parameter sets for different groups;
the issuing the plurality of start parameter sets to the machine includes: and issuing the plurality of starting parameter sets configured for the group where the machine is located to the machine.
8. The method of claim 6, wherein:
issuing the plurality of startup parameter sets to the machine, including: and when the machine is started, actively sending the plurality of starting parameter sets to the machine, or responding to a request of the machine and sending the plurality of starting parameter sets to the machine.
9. A cluster configuration system applied to a cluster of a distributed system, the configuration system comprising:
a parameter configuration module configured to: configuring a plurality of boot parameter sets for processes on machines in the cluster at different levels, the plurality of boot parameter sets having different priorities;
the parameter issuing module is set as follows: sending the plurality of starting parameter sets to the machine;
the plurality of sets of startup parameters configured for the process at different levels includes at least two of the following sets of startup parameters with low to high priority:
a set of start parameters configured for the process in an installation package;
a starting parameter set configured for the process according to the application line;
a set of start parameters configured for the process in a template;
and configuring a starting parameter set for the process in the custom configuration parameters.
10. The system of claim 9, wherein:
the parameter configuration module configures a plurality of starting parameter sets for processes on machines in the cluster at different levels, including: dividing the machines in the cluster into a plurality of groups, and respectively configuring the plurality of starting parameter sets for different groups;
the parameter issuing module issues the plurality of starting parameter sets to the machine, and the parameter issuing module includes: and issuing the plurality of starting parameter sets configured for the group where the machine is located to the machine.
11. A cluster configuration system, comprising a memory and a processor, applied in a cluster of a distributed system, characterized in that:
the memory is configured to: saving the program code;
the processor is configured to: reading the program code to perform the following processes:
a plurality of sets of startup parameters configured at different levels for processes on machines in the cluster, the plurality of sets of startup parameters having different priorities;
sending the plurality of starting parameter sets to the machine;
the plurality of sets of startup parameters configured for the process at different levels includes at least two of the following sets of startup parameters with low to high priority: a set of start parameters configured for the process in an installation package; a starting parameter set configured for the process according to an application line; a set of start parameters configured for the process in a template; and configuring a starting parameter set for the process in the custom configuration parameters.
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