CN111124680A - Intelligent I/O distribution method and system - Google Patents
Intelligent I/O distribution method and system Download PDFInfo
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Abstract
The invention discloses an I/O intelligent distribution method and a system, wherein the method comprises the following steps: importing an I/O configuration table, and automatically identifying signal flow; automatically selecting the type of the hardware configuration, automatically performing hardware statistics and cabinet arrangement, automatically configuring the volume rate of the incoming cabinet, and automatically allocating I/O (input/output) bit numbers; and exporting an I/O distribution table, a corresponding relation table and a bit number information table. According to the invention, the I/O points can be automatically distributed to the clamping piece, the terminal board and the cabinet machine according to the inherent design principle through the imported I/O configuration table, so that the I/O distribution efficiency and the I/O distribution accuracy are improved.
Description
Technical Field
The invention relates to the technical field of I/O distribution, in particular to an I/O intelligent distribution method and system.
Background
At present, I/O distribution of a control system is mainly completed manually by a human brain, and I/O points in input data are distributed to a clamping piece, a terminal board and a cabinet machine in a mode of manually repeatedly screening, copying and pasting for multiple times. Therefore, the existing manual I/O distribution mode has low distribution efficiency and is easy to make mistakes.
Therefore, how to improve the efficiency and accuracy of I/O allocation is an urgent problem to be solved.
Disclosure of Invention
In view of this, the present invention provides an intelligent I/O allocation method, which can automatically implement I/O allocation and effectively improve the efficiency and accuracy of I/O allocation.
The invention provides an intelligent I/O distribution method, which comprises the following steps:
importing an I/O configuration table, and automatically identifying signal flow;
automatically selecting the hardware configuration;
automatically performing hardware statistics and cabinet arrangement;
automatically configuring the volume rate of the incoming cabinet and automatically distributing I/O (input/output) bit numbers;
and exporting an I/O distribution table, a corresponding relation table and a bit number information table.
Preferably, the automatically selecting the hardware configuration includes:
and automatically selecting the I/O module, the base and the switched component model of the system component by combining the signal flow based on the matching relation information of the I/O module and the terminal board and the overall configuration original signal of the project.
Preferably, the automatically performing hardware statistics and cabinet arrangement comprises:
and automatically counting the number of the I/O modules and automatically arranging the I/O modules based on the number of the channels of the I/O modules and the number configuration of the standby channels.
Preferably, the automatically configuring the volume rate of the incoming cabinet and automatically allocating the I/O bit number includes:
aiming at the I/O of the non-multi-core cable, distributing different signal streams according to different signal stream shares;
and aiming at the I/O of the multi-core cable, setting a volume ratio configuration scheme of the incoming cabinet type according to the component size information and the in-cabinet scheme, and automatically calculating and distributing the I/O when the volume ratio configuration of the incoming cabinet is met.
Preferably, the method further comprises:
and generating the I/O configuration table in advance.
An I/O intelligent distribution system comprising:
the import module is used for importing the I/O configuration table and automatically identifying the signal flow;
the model selection module is used for automatically selecting the model of the hardware configuration;
the hardware statistics and cabinet arrangement module is used for automatically carrying out hardware statistics and cabinet arrangement;
the volume rate and I/O bit number configuration module is used for automatically configuring the volume rate of the incoming cabinet and automatically distributing I/O bit numbers;
and the export module is used for exporting the I/O distribution table, the corresponding relation table and the bit number information table.
Preferably, when executing automatic type selection on the hardware configuration, the type selection module is specifically configured to:
and automatically selecting the I/O module, the base and the switched component model of the system component by combining the signal flow based on the matching relation information of the I/O module and the terminal board and the overall configuration original signal of the project.
Preferably, when the hardware statistics and cabinet arrangement module performs automatic hardware statistics and cabinet arrangement, the hardware statistics and cabinet arrangement module is specifically configured to:
and automatically counting the number of the I/O modules and automatically arranging the I/O modules based on the number of the channels of the I/O modules and the number configuration of the standby channels.
Preferably, the volume ratio and I/O bit number configuration module is specifically configured to, when automatically configuring the volume ratio of the incoming line cabinet and automatically allocating the I/O bit number:
aiming at the I/O of the non-multi-core cable, distributing different signal streams according to different signal stream shares;
and aiming at the I/O of the multi-core cable, setting a volume ratio configuration scheme of the incoming cabinet type according to the component size information and the in-cabinet scheme, and automatically calculating and distributing the I/O when the volume ratio configuration of the incoming cabinet is met.
Preferably, the system further comprises:
and the generation module is used for generating the I/O configuration table in advance.
In summary, the present invention discloses an I/O intelligent allocation method, when I/O needs to be intelligently allocated, first, an I/O configuration table is imported, signal flow is automatically identified, then, hardware configuration is automatically selected, hardware statistics and cabinet arrangement are automatically performed, incoming cabinet volume rate is automatically configured, and I/O bit numbers are automatically allocated; and finally, exporting an I/O distribution table, a corresponding relation table and a bit number information table. According to the invention, the I/O points can be automatically distributed to the clamping piece, the terminal board and the cabinet machine according to the inherent design principle through the imported I/O configuration table, so that the I/O distribution efficiency and the I/O distribution accuracy are improved.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
FIG. 1 is a flowchart of an embodiment 1 of an intelligent I/O allocation method disclosed in the present invention;
FIG. 2 is a flowchart of a method of an embodiment 2 of an intelligent I/O allocation method disclosed in the present invention;
FIG. 3 is a flowchart of an embodiment 3 of an intelligent I/O allocation method according to the present disclosure;
FIG. 4 is a schematic structural diagram of an embodiment 1 of an I/O intelligent distribution system disclosed in the present invention;
FIG. 5 is a schematic structural diagram of an embodiment 2 of an I/O intelligent distribution system disclosed in the present invention;
fig. 6 is a schematic structural diagram of an I/O intelligent distribution system embodiment 3 disclosed in the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
As shown in fig. 1, which is a flowchart of a method in embodiment 1 of an I/O intelligent allocation method disclosed in the present invention, the method may include the following steps:
s101, importing an I/O configuration table, and automatically identifying a signal flow;
when I/O needs to be intelligently distributed, an I/O configuration table import interface is set, the I/O configuration table is imported into a software database for bit number information management, more than 10 data types related to I/O distribution in the I/O configuration table exist, the data types contained in different I/O configuration tables are inconsistent, and I/O information in the I/O configuration table needs to be automatically identified during import. Based on different wiring information, the data types of the I/O configuration table comprise power distribution/non-power distribution, instrument signals, wire systems, whether a safety grid is configured, whether a relay is configured and the like, according to the user-defined data type and the coding rule, after the software automatically identifies the data types in the I/O configuration table, the signal stream coding is automatically combined, and the user-defined I/O data type and the coding rule are shown in the table 1.
TABLE 1 custom I/O data types and encoding rules
S102, automatically selecting the type of the hardware configuration;
and then, according to the imported I/O configuration table, automatically selecting the configuration of the hardware according to the inherent setting principle.
S103, automatically performing hardware statistics and cabinet arrangement;
and then, according to the imported I/O configuration table, automatically performing hardware statistics and cabinet arrangement according to the inherent setting principle.
S104, automatically configuring the volume rate of the incoming cabinet and automatically distributing I/O (input/output) bit numbers;
and then automatically configuring the volume ratio of the incoming cabinet according to the imported I/O configuration table and the inherent setting principle, and automatically allocating I/O bit numbers.
And S105, deriving an I/O distribution table, a corresponding relation table and a bit number information table.
And finally, after I/O distribution is finished, an I/O distribution table, a corresponding relation table and a bit number information table are derived, wherein the I/O distribution table comprises control system I/O module arrangement information and I/O bit number information of each module, the corresponding relation table comprises control system cabinet and terminal board arrangement information used for cabinet assembly design, and the bit number information table is used for bit number configuration of the control system.
In summary, in the above embodiments, when the I/O needs to be intelligently allocated, the I/O configuration table is first imported, the signal stream is automatically identified, then the hardware configuration is automatically selected, the hardware statistics and the cabinet arrangement are automatically performed, the incoming cabinet volume rate is automatically configured, and the I/O bit number is automatically allocated; and finally, exporting an I/O distribution table, a corresponding relation table and a bit number information table. According to the invention, the I/O points can be automatically distributed to the clamping piece, the terminal board and the cabinet machine according to the inherent design principle through the imported I/O configuration table, so that the I/O distribution efficiency and the I/O distribution accuracy are improved.
As shown in fig. 2, which is a flowchart of a method in embodiment 2 of an I/O intelligent allocation method disclosed in the present invention, the method may include the following steps:
s201, generating an I/O configuration table in advance;
and generating a configuration table for I/O allocation in advance according to the I/O allocation requirement.
S202, importing an I/O configuration table, and automatically identifying signal flow;
when I/O needs to be intelligently distributed, an I/O configuration table import interface is set, the I/O configuration table is imported into a software database for bit number information management, more than 10 data types related to I/O distribution in the I/O configuration table exist, the data types contained in different I/O configuration tables are inconsistent, and I/O information in the I/O configuration table needs to be automatically identified during import. Based on different wiring information, the data types of the I/O configuration table comprise power distribution/non-power distribution, instrument signals, wire systems, whether a safety grid is configured, whether a relay is configured and the like, according to the user-defined data type and the coding rule, after the software automatically identifies the data types in the I/O configuration table, the signal stream coding is automatically combined, and the user-defined I/O data type and the coding rule are shown in the table 1.
S203, automatically selecting the type of the hardware configuration;
and then, according to the imported I/O configuration table, automatically selecting the configuration of the hardware according to the inherent setting principle.
S204, automatically performing hardware statistics and cabinet arrangement;
and then, according to the imported I/O configuration table, automatically performing hardware statistics and cabinet arrangement according to the inherent setting principle.
S205, automatically configuring the volume rate of the incoming cabinet and automatically distributing I/O (input/output) bit numbers;
and then automatically configuring the volume ratio of the incoming cabinet according to the imported I/O configuration table and the inherent setting principle, and automatically allocating I/O bit numbers.
S206, deriving an I/O distribution table, a corresponding relation table and a bit number information table.
And finally, after I/O distribution is finished, an I/O distribution table, a corresponding relation table and a bit number information table are derived, wherein the I/O distribution table comprises control system I/O module arrangement information and I/O bit number information of each module, the corresponding relation table comprises control system cabinet and terminal board arrangement information used for cabinet assembly design, and the bit number information table is used for bit number configuration of the control system.
In summary, in this embodiment, based on the above embodiments, a configuration table for I/O allocation can be generated in advance, and further, the I/O points can be automatically allocated to the card, the terminal board and the cabinet according to the inherent design principle through the imported I/O configuration table, so that the efficiency and accuracy of I/O allocation are improved.
As shown in fig. 3, which is a flowchart of a method in embodiment 3 of the intelligent I/O allocation method disclosed in the present invention, the method may include the following steps:
s301, generating an I/O configuration table in advance;
and generating a configuration table for I/O allocation in advance according to the I/O allocation requirement.
S302, importing an I/O configuration table, and automatically identifying signal flow;
when I/O needs to be intelligently distributed, an I/O configuration table import interface is set, the I/O configuration table is imported into a software database for bit number information management, more than 10 data types related to I/O distribution in the I/O configuration table exist, the data types contained in different I/O configuration tables are inconsistent, and I/O information in the I/O configuration table needs to be automatically identified during import. Based on different wiring information, the data types of the I/O configuration table comprise power distribution/non-power distribution, instrument signals, wire systems, whether a safety grid is configured, whether a relay is configured and the like, according to the user-defined data type and the coding rule, after the software automatically identifies the data types in the I/O configuration table, the signal stream coding is automatically combined, and the user-defined I/O data type and the coding rule are shown in the table 1.
S303, based on the matching relation information of the I/O module and the terminal board and the overall project configuration original signals, combining signal flow, automatically selecting the I/O module, the base and the switched component model of the system component;
based on the matching relation information of the components (the control system I/O module and the terminal board) in the software basic database, the overall configuration component model of the project, and the combination of the automatically generated signal flow, the software can automatically select the I/O module, the base and the switched component model of the system component, so as to solve the problem that the traditional designer manually selects the model.
S304, automatically counting the number of the I/O modules and automatically arranging the I/O modules based on the number of the channels of the I/O modules and the number configuration of the standby channels;
and automatically counting the number of the I/O modules and automatically arranging the IO modules based on the number of the channels of the I/O modules and the number configuration of the standby channels. If the required scheme is different from the automatic arrangement scheme, the arrangement scheme of the I/O module can be visually modified on a software interface.
S305, aiming at the I/O of the non-multi-core cable, distributing the I/O in different signal streams according to different signal stream shares; setting a volume ratio configuration scheme of an incoming cabinet type according to the component size information and an in-cabinet scheme aiming at the I/O of the multi-core cable, and automatically calculating and distributing the I/O when the volume ratio configuration of the incoming cabinet is met;
the I/O automatic distribution scheme of the non-multi-core cable does not consider the volume rate of the incoming cabinet and can be distributed in different signal streams according to different signal streams. The multi-core cable I/O automatic allocation scheme needs to set a volume ratio configuration scheme of an incoming cabinet type according to component size information and an in-cabinet arrangement scheme, and automatically calculates and allocates I/O under the condition of meeting the volume ratio configuration of the incoming cabinet, so that the number of cross cabinets of the same cable for I/O bit numbers is minimum.
S306, deriving an I/O distribution table, a corresponding relation table and a bit number information table.
And finally, after I/O distribution is finished, an I/O distribution table, a corresponding relation table and a bit number information table are derived, wherein the I/O distribution table comprises control system I/O module arrangement information and I/O bit number information of each module, the corresponding relation table comprises control system cabinet and terminal board arrangement information used for cabinet assembly design, and the bit number information table is used for bit number configuration of the control system.
In conclusion, the invention replaces the human brain with the robot, solidifies the design principle and the type selection rule to the software platform, realizes the high automation of the I/O distribution design process, shortens the design period and avoids the problem of rework caused by I/O information omission due to human factors.
As shown in fig. 4, which is a schematic structural diagram of an embodiment 1 of an I/O intelligent distribution system disclosed in the present invention, the system may include:
an import module 401, configured to import an I/O configuration table, and automatically identify a signal stream;
when I/O needs to be intelligently distributed, an I/O configuration table import interface is set, the I/O configuration table is imported into a software database for bit number information management, more than 10 data types related to I/O distribution in the I/O configuration table exist, the data types contained in different I/O configuration tables are inconsistent, and I/O information in the I/O configuration table needs to be automatically identified during import. Based on different wiring information, the data types of the I/O configuration table comprise power distribution/non-power distribution, instrument signals, wire systems, whether a safety grid is configured, whether a relay is configured and the like, according to the user-defined data type and the coding rule, after the software automatically identifies the data types in the I/O configuration table, the signal stream coding is automatically combined, and the user-defined I/O data type and the coding rule are shown in the table 1.
A model selection module 402, configured to perform automatic model selection on the hardware configuration;
and then, according to the imported I/O configuration table, automatically selecting the configuration of the hardware according to the inherent setting principle.
A hardware statistics and cabinet arrangement module 403, configured to perform hardware statistics and cabinet arrangement automatically;
and then, according to the imported I/O configuration table, automatically performing hardware statistics and cabinet arrangement according to the inherent setting principle.
A volume rate and I/O bit number configuration module 404, configured to automatically configure the volume rate of the incoming line cabinet and automatically allocate I/O bit numbers;
and then automatically configuring the volume ratio of the incoming cabinet according to the imported I/O configuration table and the inherent setting principle, and automatically allocating I/O bit numbers.
And an export module 405, configured to export the I/O allocation table, the corresponding relationship table, and the bit number information table.
And finally, after I/O distribution is finished, an I/O distribution table, a corresponding relation table and a bit number information table are derived, wherein the I/O distribution table comprises control system I/O module arrangement information and I/O bit number information of each module, the corresponding relation table comprises control system cabinet and terminal board arrangement information used for cabinet assembly design, and the bit number information table is used for bit number configuration of the control system.
In summary, in the above embodiments, when the I/O needs to be intelligently allocated, the I/O configuration table is first imported, the signal stream is automatically identified, then the hardware configuration is automatically selected, the hardware statistics and the cabinet arrangement are automatically performed, the incoming cabinet volume rate is automatically configured, and the I/O bit number is automatically allocated; and finally, exporting an I/O distribution table, a corresponding relation table and a bit number information table. According to the invention, the I/O points can be automatically distributed to the clamping piece, the terminal board and the cabinet machine according to the inherent design principle through the imported I/O configuration table, so that the I/O distribution efficiency and the I/O distribution accuracy are improved.
As shown in fig. 5, which is a schematic structural diagram of an embodiment 2 of an I/O intelligent distribution system disclosed in the present invention, the system may include:
a generating module 501, configured to generate an I/O configuration table in advance;
and generating a configuration table for I/O allocation in advance according to the I/O allocation requirement.
An import module 502, configured to import an I/O configuration table, and automatically identify a signal stream;
when I/O needs to be intelligently distributed, an I/O configuration table import interface is set, the I/O configuration table is imported into a software database for bit number information management, more than 10 data types related to I/O distribution in the I/O configuration table exist, the data types contained in different I/O configuration tables are inconsistent, and I/O information in the I/O configuration table needs to be automatically identified during import. Based on different wiring information, the data types of the I/O configuration table comprise power distribution/non-power distribution, instrument signals, wire systems, whether a safety grid is configured, whether a relay is configured and the like, according to the user-defined data type and the coding rule, after the software automatically identifies the data types in the I/O configuration table, the signal stream coding is automatically combined, and the user-defined I/O data type and the coding rule are shown in the table 1.
A model selection module 503, configured to perform automatic model selection on the hardware configuration;
and then, according to the imported I/O configuration table, automatically selecting the configuration of the hardware according to the inherent setting principle.
A hardware statistics and cabinet arrangement module 504, configured to perform hardware statistics and cabinet arrangement automatically;
and then, according to the imported I/O configuration table, automatically performing hardware statistics and cabinet arrangement according to the inherent setting principle.
A volume rate and I/O bit number configuration module 505, configured to automatically configure the volume rate of the incoming line cabinet and automatically allocate I/O bit numbers;
and then automatically configuring the volume ratio of the incoming cabinet according to the imported I/O configuration table and the inherent setting principle, and automatically allocating I/O bit numbers.
And an export module 506, configured to export the I/O allocation table, the corresponding relation table, and the bit number information table.
And finally, after I/O distribution is finished, an I/O distribution table, a corresponding relation table and a bit number information table are derived, wherein the I/O distribution table comprises control system I/O module arrangement information and I/O bit number information of each module, the corresponding relation table comprises control system cabinet and terminal board arrangement information used for cabinet assembly design, and the bit number information table is used for bit number configuration of the control system.
In summary, in this embodiment, based on the above embodiments, a configuration table for I/O allocation can be generated in advance, and further, the I/O points can be automatically allocated to the card, the terminal board and the cabinet according to the inherent design principle through the imported I/O configuration table, so that the efficiency and accuracy of I/O allocation are improved.
As shown in fig. 6, which is a schematic structural diagram of an embodiment 3 of the I/O intelligent distribution system disclosed in the present invention, the system may include:
a generating module 601, configured to generate an I/O configuration table in advance;
and generating a configuration table for I/O allocation in advance according to the I/O allocation requirement.
An import module 602, configured to import an I/O configuration table and automatically identify a signal stream;
when I/O needs to be intelligently distributed, an I/O configuration table import interface is set, the I/O configuration table is imported into a software database for bit number information management, more than 10 data types related to I/O distribution in the I/O configuration table exist, the data types contained in different I/O configuration tables are inconsistent, and I/O information in the I/O configuration table needs to be automatically identified during import. Based on different wiring information, the data types of the I/O configuration table comprise power distribution/non-power distribution, instrument signals, wire systems, whether a safety grid is configured, whether a relay is configured and the like, according to the user-defined data type and the coding rule, after the software automatically identifies the data types in the I/O configuration table, the signal stream coding is automatically combined, and the user-defined I/O data type and the coding rule are shown in the table 1.
The model selection module 603 is used for automatically selecting the model of the system component I/O module, the base and the switched component based on the matching relationship information of the I/O module and the terminal board and the overall configuration original signal of the project and combining the signal flow;
based on the matching relation information of the components (the control system I/O module and the terminal board) in the software basic database, the overall configuration component model of the project, and the combination of the automatically generated signal flow, the software can automatically select the I/O module, the base and the switched component model of the system component, so as to solve the problem that the traditional designer manually selects the model.
A hardware statistics and cabinet arrangement module 604, configured to automatically count the number of I/O modules and automatically arrange the I/O modules based on the number of I/O module channels and the number of standby channels;
and automatically counting the number of the I/O modules and automatically arranging the IO modules based on the number of the channels of the I/O modules and the number configuration of the standby channels. If the required scheme is different from the automatic arrangement scheme, the arrangement scheme of the I/O module can be visually modified on a software interface.
A volume rate and I/O bit number configuration module 605 configured to allocate, for non-multicore cable I/O, different signal streams according to different signal stream shares; setting a volume ratio configuration scheme of an incoming cabinet type according to the component size information and an in-cabinet scheme aiming at the I/O of the multi-core cable, and automatically calculating and distributing the I/O when the volume ratio configuration of the incoming cabinet is met;
the I/O automatic distribution scheme of the non-multi-core cable does not consider the volume rate of the incoming cabinet and can be distributed in different signal streams according to different signal streams. The multi-core cable I/O automatic allocation scheme needs to set a volume ratio configuration scheme of an incoming cabinet type according to component size information and an in-cabinet arrangement scheme, and automatically calculates and allocates I/O under the condition of meeting the volume ratio configuration of the incoming cabinet, so that the number of cross cabinets of the same cable for I/O bit numbers is minimum.
And an export module 606 for exporting the I/O allocation table, the corresponding relation table, and the bit number information table.
And finally, after I/O distribution is finished, an I/O distribution table, a corresponding relation table and a bit number information table are derived, wherein the I/O distribution table comprises control system I/O module arrangement information and I/O bit number information of each module, the corresponding relation table comprises control system cabinet and terminal board arrangement information used for cabinet assembly design, and the bit number information table is used for bit number configuration of the control system.
In conclusion, the invention replaces the human brain with the robot, solidifies the design principle and the type selection rule to the software platform, realizes the high automation of the I/O distribution design process, shortens the design period and avoids the problem of rework caused by I/O information omission due to human factors.
The embodiments in the present description are described in a progressive manner, each embodiment focuses on differences from other embodiments, and the same and similar parts among the embodiments are referred to each other. The device disclosed by the embodiment corresponds to the method disclosed by the embodiment, so that the description is simple, and the relevant points can be referred to the method part for description.
Those of skill would further appreciate that the various illustrative elements and algorithm steps described in connection with the embodiments disclosed herein may be implemented as electronic hardware, computer software, or combinations of both, and that the various illustrative components and steps have been described above generally in terms of their functionality in order to clearly illustrate this interchangeability of hardware and software. Whether such functionality is implemented as hardware or software depends upon the particular application and design constraints imposed on the implementation. Skilled artisans may implement the described functionality in varying ways for each particular application, but such implementation decisions should not be interpreted as causing a departure from the scope of the present invention.
The steps of a method or algorithm described in connection with the embodiments disclosed herein may be embodied directly in hardware, in a software module executed by a processor, or in a combination of the two. A software module may reside in Random Access Memory (RAM), memory, Read Only Memory (ROM), electrically programmable ROM, electrically erasable programmable ROM, registers, hard disk, a removable disk, a CD-ROM, or any other form of storage medium known in the art.
The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.
Claims (10)
1. An I/O intelligent allocation method, comprising:
importing an I/O configuration table, and automatically identifying signal flow;
automatically selecting the hardware configuration;
automatically performing hardware statistics and cabinet arrangement;
automatically configuring the volume rate of the incoming cabinet and automatically distributing I/O (input/output) bit numbers;
and exporting an I/O distribution table, a corresponding relation table and a bit number information table.
2. The method of claim 1, wherein the automatically typing the hardware configuration comprises:
and automatically selecting the I/O module, the base and the switched component model of the system component by combining the signal flow based on the matching relation information of the I/O module and the terminal board and the overall configuration original signal of the project.
3. The method of claim 2, wherein automatically performing hardware statistics and cabinet placement comprises:
and automatically counting the number of the I/O modules and automatically arranging the I/O modules based on the number of the channels of the I/O modules and the number configuration of the standby channels.
4. The method of claim 3, wherein automatically configuring a cabinet volume rate and automatically assigning an I/O bit number comprises:
aiming at the I/O of the non-multi-core cable, distributing different signal streams according to different signal stream shares;
and aiming at the I/O of the multi-core cable, setting a volume ratio configuration scheme of the incoming cabinet type according to the component size information and the in-cabinet scheme, and automatically calculating and distributing the I/O when the volume ratio configuration of the incoming cabinet is met.
5. The method of claim 4, further comprising:
and generating the I/O configuration table in advance.
6. An I/O intelligent distribution system, comprising:
the import module is used for importing the I/O configuration table and automatically identifying the signal flow;
the model selection module is used for automatically selecting the model of the hardware configuration;
the hardware statistics and cabinet arrangement module is used for automatically carrying out hardware statistics and cabinet arrangement;
the volume rate and I/O bit number configuration module is used for automatically configuring the volume rate of the incoming cabinet and automatically distributing I/O bit numbers;
and the export module is used for exporting the I/O distribution table, the corresponding relation table and the bit number information table.
7. The system of claim 6, wherein the type selection module, when performing automatic type selection of the hardware configuration, is specifically configured to:
and automatically selecting the I/O module, the base and the switched component model of the system component by combining the signal flow based on the matching relation information of the I/O module and the terminal board and the overall configuration original signal of the project.
8. The system of claim 7, wherein the hardware statistics and cabinet arrangement module, when performing automated hardware statistics and cabinet arrangement, is specifically configured to:
and automatically counting the number of the I/O modules and automatically arranging the I/O modules based on the number of the channels of the I/O modules and the number configuration of the standby channels.
9. The system of claim 8, wherein the volume rate and I/O number configuration module, when performing automatic configuration of a volume rate of a cabinet and automatic assignment of I/O numbers, is specifically configured to:
aiming at the I/O of the non-multi-core cable, distributing different signal streams according to different signal stream shares;
and aiming at the I/O of the multi-core cable, setting a volume ratio configuration scheme of the incoming cabinet type according to the component size information and the in-cabinet scheme, and automatically calculating and distributing the I/O when the volume ratio configuration of the incoming cabinet is met.
10. The system of claim 9, further comprising:
and the generation module is used for generating the I/O configuration table in advance.
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