CN107436770B - Method, system and computer for generating computer resources - Google Patents

Abstract

The invention relates to the field of computer technology, and provides a computer resource generation method, system and computer. The method includes: receiving a computer resource generation trigger instruction input by a user; analyzing the computer resource generation trigger instruction to obtain the type of the computer resource; A pre-generated computer resource generation tool that matches the type of the computer resource; receives the parameters input by the user that conform to the computer resource type, and uses the computer resource generation tool to generate a computer resource generation trigger instruction that matches the computer resource. Computer resources, so as to realize the automatic batch generation of computer resources, which is convenient for operators to manage computer resources, and also improves the progress of front-end design and verification of the entire digital chip, and improves efficiency.

Description

Method, system and computer for generating computer resources

technical field

The invention belongs to the technical field of computers, and in particular relates to a method, system and computer for generating computer resources.

Background technique

In the front-end design and verification of digital chips, a lot of computer resources are often used, and ram resources are used as an example to illustrate. For these rams, different bit widths and depths need to be set.

In project management, these rams are usually managed centrally, and other designers only need to put forward ram requirements, such as ram type, depth and width, etc., and one of the designers will centrally set and manage them. However, in the design stage, due to the large amount of tasks of ram resources, it is difficult for manual modification operations to achieve one-to-many work-person progress requirements, which reduces the progress and efficiency of front-end design and verification of the entire digital chip.

SUMMARY OF THE INVENTION

The object of the present invention is to provide a method for generating computer resources, which aims to solve the problem that in the prior art, due to the large amount of tasks of ram resources in the design stage, it is difficult to achieve one-to-many progress requirements for manual modification operations, reducing the overall digital chip. Issues of progress and efficiency in front-end design and verification.

The present invention is realized in this way, a kind of computer resource generation method, described method comprises the following steps:

Receive the computer resource inputted by the user to generate a trigger instruction, and the computer resource includes ram, fifo and cam;

parsing the computer resource generation trigger instruction to obtain the type of the computer resource;

Invoke a pre-generated computer resource generation tool that matches the type of the computer resource;

Receive a parameter input by a user that matches the computer resource type, and use the computer resource generation tool to generate a computer resource matching the computer resource generation trigger instruction.

As an improved solution, when the computer resource is ram, the receiving a parameter input by the user conforms to the computer resource type, and the computer resource generating tool is used to generate a parameter matching the computer resource generating trigger instruction. The steps of computer resources specifically include the following steps:

Receive the parameters of the ram input through the command line, and define the meaning of each parameter, and the parameters include ram type, ram depth and ram width;

According to the different types of parameters of ram, set the corresponding output ram type;

According to the different depths and widths of the ram, the parameter depth and width parameters of the ram are transferred to the computer resource generation tool corresponding to the ram, and output to the generated ram.

As an improved solution, the computer resource generation tool is written in perl language.

As a kind of improved scheme, described method also comprises the following steps:

Several computer resource generation tools matching the type of the computer resource are pre-generated, and each of the computer resource generation tools is used to generate a computer resource matching the computer resource generation trigger instruction.

Another object of the present invention is to provide a computer resource generation system, the system includes:

a trigger instruction receiving module, configured to receive a computer resource input by a user to generate a trigger instruction, and the computer resource includes ram, fifo and cam;

a resource type acquisition module, configured to parse the computer resource generation trigger instruction to acquire the computer resource type;

a tool invocation module for invoking a pre-generated computer resource generation tool that matches the type of the computer resource;

a parameter receiving module, configured to receive a parameter input by a user that conforms to the type of the computer resource;

A resource generation module, configured to use the computer resource generation tool to generate computer resources matching the computer resource generation trigger instruction.

As an improved solution, when the computer resource is ram, the parameter receiving module specifically includes:

The ram parameter receiving definition module is used to receive the parameters of the ram input through the command line, and define the meaning of each parameter, and the parameters include ram type, ram depth and ram width; the resource generation module specifically includes:

The resource generation module specifically includes:

The ram type setting module is used to set the corresponding output ram type according to different types of parameters of ram;

The ram resource generation module is used to input the parameter depth and width parameters of the ram into the computer resource generation tool corresponding to the ram according to the different depths and widths of the ram, and output them to the generated ram.

As an improved solution, the computer resource generation tool is written in perl language.

As an improved solution, the system further includes:

A resource tool generation module, configured to pre-generate several computer resource generation tools that match the type of the computer resource, each of the computer resource generation tools is used to generate a computer resource that matches the computer resource generation trigger instruction .

Another object of the present invention is to provide a computer including a computer resource generation system.

In the embodiment of the present invention, a computer resource generation trigger instruction input by a user is received; the computer resource generation trigger instruction is parsed to obtain the type of the computer resource; the pre-generated computer resource matching the type of the computer resource is called Generating tool; receive the parameters input by the user that conform to the computer resource type, and use the computer resource generating tool to generate computer resources matching the computer resource generation trigger instruction, thereby realizing automatic batch generation of computer resources, which is convenient for operators The management of computer resources also improves the progress of front-end design and verification of the entire digital chip and improves efficiency.

Description of drawings

Fig. 1 is the realization flow chart of the computer resource generation method provided by the present invention;

Fig. 2 is the realization flow chart of the ram batch generation method provided by the present invention;

FIG. 3 is a schematic structural diagram of a computer resource generation system provided by the present invention.

Detailed ways

In order to make the objectives, technical solutions and advantages of the present invention clearer, the present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention, but not to limit the present invention.

Fig. 1 shows the realization flow chart of the method for generating computer resources provided by the present invention, which specifically includes the following steps:

In step S101, a computer resource input by a user is received to generate a trigger instruction, and the computer resource includes but is not limited to ram, fifo and cam.

In this step, a batch generation method of a variety of computer resources can be provided, such as the above-mentioned ram, fifo and cam, wherein ram is in the majority, with more types and higher utilization rates;

The operator can input computer resources required to be generated in batches by inputting a command line, that is, generating trigger instructions for generating computer resources on the computer, wherein each resource matches a resource type.

In step S102, the computer resource generation trigger instruction is parsed to obtain the type of the computer resource.

This step is to obtain the type of the corresponding computer resources that need to be generated in batches, and according to the type, the corresponding tool needs to be called.

In step S103, a pre-generated computer resource generation tool matching the type of the computer resource is called.

Wherein, the computer resource generation tool is a functional program segment, which needs to be pre-generated and stored in the computer database at the same time so as to be called at any time, and the function of the pre-generated computer resource generation tool is to generate a trigger instruction corresponding to the computer resource generation. For the specific implementation of the matching computer resource, reference may be made to the following ram case description, which will not be repeated here.

In step S104, a parameter input by a user that matches the type of the computer resource is received, and the computer resource generation tool is used to generate a computer resource matching the computer resource generation trigger instruction.

In this step, the parameters input by the user may be differentiated differently according to different computer resource types, such as the specific implementation of the following ram, which will not be repeated here, but is not intended to limit the present invention.

For the convenience of description, the following description takes the computer resource as ram as an example with reference to FIG. 2 , that is, the above-mentioned step S104 receives the parameter input by the user that conforms to the computer resource type, and uses the computer resource generation tool to generate the computer resource with the computer resource. The specific implementation steps of generating the computer resource matching the trigger instruction:

In step S201, the parameters of the ram input through the command line are received, and the meaning of each parameter is defined, and the parameters include ram type, ram depth and ram width.

In step S202, the corresponding output ram type is set according to different type parameters of the ram.

In step S203, according to the different depths and widths of the ram, parameters are input into the computer resource generation tool corresponding to the ram, and output to the generated ram.

Among them, the above program generated in batches of ram can be written in perl language, and of course can also be written in other languages, which will not be repeated here.

FIG. 3 shows a structural block diagram of the computer resource generation system provided by the present invention. For convenience of description, only the parts related to the embodiments of the present invention are shown in the figure, wherein the computer resource generation system is built in the computer.

The computer resource generation system includes:

The trigger instruction receiving module 11 is used to receive the computer resource input by the user to generate the trigger instruction, and the computer resource includes ram, fifo and cam;

A resource type acquisition module 12, configured to parse the computer resource generation trigger instruction to acquire the computer resource type;

a tool calling module 13, configured to call a pre-generated computer resource generation tool that matches the type of the computer resource;

A parameter receiving module 14, configured to receive a parameter input by a user that conforms to the type of the computer resource;

The resource generation module 15 is configured to use the computer resource generation tool to generate computer resources matching the computer resource generation trigger instruction.

Wherein, when the computer resource is ram, the parameter receiving module 14 specifically includes:

The ram parameter receiving definition module 16 is used to receive the parameters of the ram input through the command line, and define the meaning of each parameter, and the parameters include ram type, ram depth and ram width; the resource generation module specifically includes:

The resource generation module 15 specifically includes:

The ram type setting module 17 is used to set the corresponding output ram type according to different type parameters of the ram;

The ram resource generating module 18 is used for inputting parameters into the computer resource generating tool corresponding to the ram according to different depths and widths of the ram, and outputting the parameters to the generated ram.

In this embodiment of the present invention, the resource tool generation module 19 is configured to pre-generate several computer resource generation tools matching the type of the computer resource, and each of the computer resource generation tools is used to generate a computer resource corresponding to the type of the computer resource. Generate computer resources that match triggering instructions.

The functions of the foregoing modules are as described in the foregoing method embodiments, which are not repeated here, but are not intended to limit the present invention.

In the embodiment of the present invention, a computer resource generation trigger instruction input by a user is received; the computer resource generation trigger instruction is parsed to obtain the type of the computer resource; the pre-generated computer resource matching the type of the computer resource is called Generating tool; receive the parameters input by the user that conform to the computer resource type, and use the computer resource generating tool to generate computer resources matching the computer resource generation trigger instruction, thereby realizing automatic batch generation of computer resources, which is convenient for operators The management of computer resources also improves the progress of front-end design and verification of the entire digital chip and improves efficiency.

The above descriptions are only preferred embodiments of the present invention and are not intended to limit the present invention. Any modifications, equivalent replacements and improvements made within the spirit and principles of the present invention shall be included in the protection of the present invention. within the range.

Claims (9)

1. a computer resource generation method, is characterized in that, described method comprises the steps: Receive the computer resource inputted by the user to generate a trigger instruction, and the computer resource includes ram, fifo and cam; parsing the computer resource generation trigger instruction to obtain the type of the computer resource; Invoke a pre-generated computer resource generation tool that matches the type of the computer resource; Receive a parameter input by a user that matches the computer resource type, and use the computer resource generation tool to generate a computer resource matching the computer resource generation trigger instruction. 2. The method for generating computer resources according to claim 1, wherein when the computer resources are ram, the parameters that are input by the user and conform to the computer resource types are generated by using the computer resource generation tool. The step of generating the computer resource matching the trigger instruction with the computer resource specifically includes the following steps: Receive the parameters of the ram input through the command line, and define the meaning of each parameter, and the parameters include ram type, ram depth and ram width; According to the different types of parameters of ram, set the corresponding output ram type; According to the different depths and widths of the ram, the parameter depth and width parameters of the ram are transferred to the computer resource generation tool corresponding to the ram, and output to the generated ram. 3. The computer resource generation method according to claim 2, wherein the computer resource generation tool is formed by writing in perl language. 4. The method for generating computer resources according to claim 3, wherein the method further comprises the following steps: Several computer resource generation tools matching the type of the computer resource are pre-generated, and each of the computer resource generation tools is used to generate a computer resource matching the computer resource generation trigger instruction. 5. A computer resource generation system, wherein the system comprises: a trigger instruction receiving module, configured to receive a computer resource input by a user to generate a trigger instruction, and the computer resource includes ram, fifo and cam; a resource type acquisition module, configured to parse the computer resource generation trigger instruction to acquire the computer resource type; a tool invocation module for invoking a pre-generated computer resource generation tool that matches the type of the computer resource; a parameter receiving module, configured to receive a parameter input by a user that conforms to the type of the computer resource; A resource generation module, configured to use the computer resource generation tool to generate computer resources matching the computer resource generation trigger instruction. 6. The computer resource generation system according to claim 5, wherein when the computer resource is ram, the parameter receiving module specifically comprises: The ram parameter receiving definition module is used to receive the parameters of the ram input through the command line, and define the meaning of each parameter, and the parameters include ram type, ram depth and ram width; the resource generation module specifically includes: The resource generation module specifically includes: The ram type setting module is used to set the corresponding output ram type according to different types of parameters of ram; The ram resource generation module is used to input the parameter depth and width parameters of the ram into the computer resource generation tool corresponding to the ram according to the different depths and widths of the ram, and output them to the generated ram. 7. The computer resource generation system according to claim 6, wherein the computer resource generation tool is formed by writing perl language. 8. The computer resource generation system according to claim 7, wherein the system further comprises: A resource tool generation module, configured to pre-generate several computer resource generation tools that match the type of the computer resource, each of the computer resource generation tools is used to generate a computer resource that matches the computer resource generation trigger instruction . 9 . A computer, comprising the computer resource generation system of claim 6 . 10 .

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