CN111176774B - UI architecture system based on quantum measurement and control system and application method - Google Patents
UI architecture system based on quantum measurement and control system and application method Download PDFInfo
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- CN111176774B CN111176774B CN201911390451.XA CN201911390451A CN111176774B CN 111176774 B CN111176774 B CN 111176774B CN 201911390451 A CN201911390451 A CN 201911390451A CN 111176774 B CN111176774 B CN 111176774B
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- G06—COMPUTING; CALCULATING OR COUNTING
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- G06F9/00—Arrangements for program control, e.g. control units
- 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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- 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
The invention discloses a UI architecture system based on a quantum measurement and control system and an application method thereof, belonging to the field of computer systems; the staff clicks the cloning button through the Linux terminal interface, the system automatically copies the left and right data of the sub-window of the first board card with the set parameters into the sub-window parameter control of the second board card, and the function of quickly setting the parameters of the board cards is realized; the quantum measurement and control system software built by the method has better robustness, can meet the requirements of setting parameters and operating the measurement and control system, can modify the data stored in the data structure of the memory storage board card parameters in time by modifying the UI parameters, and can call the bottom function in a mode of clicking an interface button to realize the same function as a terminal instruction. The method meets the requirements of most clients and developers for setting and operating the board card, and simultaneously increases the dynamic library management program, thereby being convenient for upgrading and expanding the functions of software and being better suitable for hardware upgrading and product derivatization.
Description
Technical Field
The invention discloses a UI architecture system based on a quantum measurement and control system and an application method thereof, and relates to the technical field of computer systems.
Background
In recent years, the development of Quantum computing technology is rapid, a new approach is opened up for the development of information technology for the research of Quantum computers, and Quantum computers (Quantum computers) are physical devices for carrying out high-speed mathematical and logical operation, storing and processing Quantum information according to the law of Quantum mechanics; when the hardware equipment of the quantum computer is operated, the existing debugging method of the hardware equipment of the computer is a method for inputting instructions into a terminal through different application software, debugging and controlling the hardware equipment, and the method used by the terminal increases the workload of research and development engineering and needs to learn a large number of Linux instructions, so that the working efficiency is low, the difficulty is high, and the setting of parameters and the operation of a measurement and control system by clients and developers are inconvenient;
the UI is called as user interface, which is a common man-machine interaction medium, the complex computing instruction and data structure are presented on the display in a humanized way through the software architecture and the UI design, and the terminal instruction of the Linux system which is difficult to understand can be replaced by modifying the parameters of the UI and simple interface operation; therefore, a UI architecture implementation method based on a quantum measurement and control system is designed to solve the hardware measurement and control problem of the quantum measurement and control system.
Disclosure of Invention
Aiming at the problems in the prior art, the invention provides a UI architecture implementation method based on a quantum measurement and control system, which adopts the following technical scheme: a UI architecture system based on a quantum measurement and control system, the system comprising:
the node creation module: creating the node number of a corresponding linked list according to the number of the boards;
pointer recording module: recording a pointer pointing to the application memory by using the linked list;
the note creation module: creating a corresponding label page number according to the node number;
a linked list maintenance module: storing the parameters in the tag page in a memory maintained by a linked list pointer;
parameter configuration module: the parameters in the memory are modified by modifying the parameters in the tag page.
The linked list maintenance module also has a validity judgment function, and carries out validity judgment on the quantum measurement and control system parameters in the tag page.
The linked list maintenance module comprises a parameter judgment module, a network detection module, an IP detection module and a parameter sending module:
the parameter judging module judges the legitimacy of the parameter of the measurement and control system;
the network detection module detects the network state;
the IP detection module detects the legality of the input IP;
the parameter sending module sends the parameter data operation by returning true execution.
The parameter configuration module also has a validity judging function, and validity judgment is carried out on the parameters in the label page.
The parameter configuration module comprises a function calling module, a parameter reading module, a reading judging module, a format conversion module and a path saving module:
the function calling module calls text (). ToInt () functions through the saveTemplite () functions;
the parameter reading module reads parameters in the memory;
the reading judging module judges whether the parameters are legal or not;
the format conversion module converts legal parameters into json format;
and the path preservation module saves the parameter data in a path file appointed by the hard disk.
The label creation module calls an addTab () function to create the number of label pages equal to the number of linked list nodes by using a tabWidget control.
The UI architecture system application method based on the quantum measurement and control system comprises the following steps:
s1, creating the node number of a corresponding linked list according to the number of the boards;
s2, utilizing a linked list record to point to a pointer of an application memory;
s3, creating corresponding label pages according to the number of the nodes;
s4, after the validity of the parameters in the tag page is judged, storing the legal parameters in a memory maintained by a linked list pointer;
s5, modifying parameters in the memory by modifying parameters in the tag page.
And S3, calling an addTab () function to create the number of label pages equal to the number of linked list nodes by using a tabWidget control.
And S4, after the validity of the parameters in the tag page is judged, storing the legal parameters in a memory maintained by a linked list pointer.
The specific step of S4 is as follows:
s401, calling a judgeParam () function to judge the validity of the parameters of the measurement and control system;
s402, calling a testNet () function to detect the network state;
s403, calling a testIP () function to detect the validity of the input IP;
s404 execution ((judgepaam () & testNet () & testIP ()).
And S5, judging the validity of the parameters in the modified tag page, and modifying the parameters in the memory by modifying the parameters in the tag page.
The specific step of S5 is as follows:
s502, reading parameters in the memory sub-widget;
s503 determines whether the parameter is legal or not using 0x2f < (unsigned char) (. Ch) & gt & (unsigned char) (. Ch) <0x3 a;
s505 calls the file.write () function to save the parameter data in the path file specified by the hard disk.
The beneficial effects of the invention are as follows: the quantum measurement and control system software built by the method has better robustness, can meet the requirements of setting parameters and operating the measurement and control system, can modify the data stored in the data structure of the memory storing the board card parameters in time by modifying the UI parameters, and can call the bottom function in a mode of clicking an interface button to realize the same function as a terminal instruction; the method of the invention meets the requirements of most customers and developers on quick setting and operation of the board, realizes quick matching connection between application software and hardware equipment with different communication protocols, data structures and interfaces, provides friendly UI for debugging the board and setting the parameters of the board, simplifies the debugging and parameter setting processes of the board, does not need to learn a large number of Linux terminal instructions, and has the advantages of convenient software upgrading, strong function expansibility, convenient use of technicians, convenient maintenance and development and effective practicability; meanwhile, a dynamic library management program is added, so that the functions of software can be conveniently upgraded and expanded, and the method is better suitable for hardware upgrading and product derivatization.
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In order to more clearly illustrate the embodiments of the present invention or the technical solutions of the prior art, the drawings that are needed in the embodiments or the description of the prior art will be briefly described below, it will be obvious that the drawings in the following description are some embodiments of the present invention, and that other drawings can be obtained according to these drawings without inventive effort to a person skilled in the art.
FIG. 1 is a schematic diagram of the architecture system; FIG. 2 is a flow chart of a method of application of the system of the present invention; fig. 3 is a flow chart of a method of application of the system of the present invention.
Detailed Description
The present invention will be further described with reference to the accompanying drawings and specific examples, which are not intended to be limiting, so that those skilled in the art will better understand the invention and practice it.
Embodiment one:
a quantum measurement and control system-based UI architecture system, comprising:
the node creation module: creating the node number of a corresponding linked list according to the number of the boards;
pointer recording module: recording a pointer pointing to the application memory by using the linked list; n is n
The note creation module: calling an addTab () function to create the number of label pages equal to the number of linked list nodes by using a tabWidget control;
a linked list maintenance module: storing the parameters in the tag page in a memory maintained by a linked list pointer;
the parameter configuration module modifies the parameters in the memory by modifying the parameters in the tag page and transmits the parameters in the memory to the lower computer, and the parameter configuration module comprises a function calling module, a parameter reading module, a reading judging module, a format conversion module and a path saving module:
the function calling module calls text (). ToInt () functions through the saveTemplite () functions;
the parameter reading module reads parameters in the memory sub-widget;
the reading judging module judges whether the parameter is legal or not by using 0x2f < (unsigned char) (. Ch) & gt & (unsigned char) (. Ch) <0x3 a;
the format conversion module converts legal parameters into json format;
the path saving module calls a file.write () function to save parameter data in a path file appointed by the hard disk;
the software is opened for the first time, at the moment, all sub-widgets are empty, and the data are written into the configuration file and stored in the hard disk through the system, so that the software is convenient to use when the software is started next time;
when a worker uses the system to modify and set UI parameters, the worker firstly opens a UI interface, cd to the folder position where a Client application program is located, inputs a "/Client" command to start the application program, the worker selects the number of bottom layer boards to be operated when software is opened, the system can create the corresponding node number of a linked list according to the number of the selected boards, applies a memory to record a pointer pointing to the memory into the linked list, creates a note page in a tabWidget control of the software interface, stores parameters in the note page in the memory maintained by the linked list pointer, and the system can automatically read file data in the boards to indirectly realize the operation of modifying the parameters of the measurement and control system by modifying the UI parameters.
Embodiment two:
on the basis of the first embodiment, the linked list maintenance module includes a parameter judgment module, a network detection module, an IP detection module, and a parameter sending module:
the parameter judging module calls a judgeParam () function to judge the validity of the parameters of the measurement and control system;
the network detection module calls a testNet () function to detect the network state;
the IP detection module calls a testIP () function to detect the legality of the input IP;
the parameter transmission module performs ((judgepaam () & testNet () & testIP ());
the parameter judging module calls a judgeParam () function to judge the legitimacy of the parameters of the measurement and control system, and if the data is illegal, the system automatically throws detailed prompt messages to the child window; the network detection module calls a testNet () function to detect the network state, and when the current network is unavailable, a detailed prompt message is automatically thrown to the child window; the IP detection module calls a testIP () function to judge the legitimacy of the input IP, and when the IP is not available, a detailed prompt message is automatically thrown to the sub window; the parameter sending module returns true ((judgepaam () & testNet () & testIP ()); the realization of the system framework of the invention is assisted by staff, and the smoothness of man-machine interaction is ensured.
Embodiment III:
the UI architecture system application method based on the quantum measurement and control system comprises the following steps:
s1, creating the node number of a corresponding linked list according to the number of the boards;
s2, utilizing a linked list record to point to a pointer of an application memory;
s3, calling an addTab () function to create the number of label pages equal to the number of linked list nodes by using a tabWidget control;
s4, storing the parameters in the tag page in a memory maintained by a linked list pointer;
s5, transmitting the parameters in the memory to a lower computer, wherein the method specifically comprises the following steps of:
s501, calling a text (). ToInt () function through a saveTemplite () function;
s502, reading parameters in the memory sub-widget;
s503 determines whether the parameter is legal or not using 0x2f < (unsigned char) (. Ch) & gt & (unsigned char) (. Ch) <0x3 a;
s505, a file.write () function is called to store parameter data in a path file appointed by a hard disk;
the software is opened for the first time, at the moment, all child widgets are empty, and data are written into the configuration file and stored in the hard disk according to the method of the invention, so that the software is convenient to use when the software is started next time;
when a worker uses the method to modify and set the UI parameters, the worker firstly opens the UI interface, cd to the folder position where the Client application program is located, inputs a "/Client" command to start the application program, the worker selects the number of bottom layer boards to be operated when the software is opened, the system can create the corresponding node number of the linked list according to the number of the selected boards, applies the memory to record the pointer pointing to the memory into the linked list, creates a note page in the tabWidget control of the software interface, stores the parameters in the note page in the memory maintained by the linked list pointer, and the system can automatically read the file data in the boards to indirectly realize the operation of modifying the parameters of the measurement and control system by modifying the UI parameters.
When a worker uses the method to modify and set the UI parameters, the worker sets the parameters of the board card through the corresponding input control in the UI, the worker clicks the control button to convert the input parameters into instructions to be input to the board card, the single click control button realizes that the input parameters are converted into instructions to be input to the board card, and the single click cloning button system automatically copies the sub-window data of the first board card with the parameters set in the software user interface into the sub-window parameter control of the second board card, thereby realizing the function of quickly setting the parameters of the board card.
Embodiment two:
on the basis of the third embodiment, the specific step S4 includes:
s401, calling a judgeParam () function to judge the validity of the measurement and control system parameters, and if the data is illegal, automatically throwing a detailed prompt message to a child window by the system;
s402, calling a testNet () function to detect the network state;
s403, calling a testIP () function to detect the validity of the input IP;
s404 execution ((judgepaam () & testNet () & testIP ());
the testNet () function detects the network state, and when the current network is unavailable, the testNet () function automatically throws detailed prompt messages to the child window; the testIP () function judges the legitimacy of the input IP, and automatically throws detailed prompt messages to the child window when the IP is not available; (judgepaam () & testNet () & testIP ()); the method is realized by assisting the staff in constructing the method of the invention, and the smoothness of man-machine interaction is ensured.
Finally, it should be noted that: the above embodiments are only for illustrating the technical solution of the present invention, and are not limiting; although the invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical scheme described in the foregoing embodiments can be modified or some technical features thereof can be replaced by equivalents; such modifications and substitutions do not depart from the spirit and scope of the technical solutions of the embodiments of the present invention.
Claims (9)
1. The UI architecture system based on the quantum measurement and control system is characterized by comprising:
the node creation module: creating the node number of a corresponding linked list according to the number of the boards;
pointer recording module: recording a pointer pointing to the application memory by using the linked list;
the label creation module: creating a corresponding label page number according to the node number;
a linked list maintenance module: storing the parameters in the tag page in a memory maintained by a linked list pointer;
parameter configuration module: modifying parameters in the memory by modifying parameters in the tag page;
the label creation module calls an addTab () function to create the label page number equal to the linked list node number by using a tabWidget control;
when the system modifies and sets UI parameters, a worker firstly opens the UI interface, cd to the folder position of the Client application program, inputs a "/Client" command to start the application program, when the software is opened, the worker selects the number of bottom layer boards needing to be operated, the system can create the corresponding node number of the linked list according to the number of the selected boards, applies for a memory to record a pointer pointing to the memory into the linked list, simultaneously creates a tag page in a software interface tabWidget control, stores the parameters in the tag page in the memory maintained by the linked list pointer, and automatically reads file data in the boards, and indirectly realizes the operation of modifying the parameters of the measurement and control system by modifying the UI parameters.
2. The UI architecture system based on the quantum measurement and control system according to claim 1, wherein the linked list maintenance module further has a validity judgment function, and performs validity judgment on the quantum measurement and control system parameters in the tag page.
3. The UI architecture system based on the quantum measurement and control system according to claim 2, wherein the linked list maintenance module includes a parameter judgment module, a network detection module, an IP detection module, and a parameter sending module:
the parameter judging module judges the legitimacy of the parameter of the measurement and control system;
the network detection module detects the network state;
the IP detection module detects the legality of the input IP;
the parameter sending module sends the parameter data operation by returning true execution.
4. The UI architecture system based on the quantum measurement and control system according to claim 3, wherein the parameter configuration module further has a validity judgment function, and performs validity judgment on parameters in a tag page.
5. The UI architecture system application method based on the quantum measurement and control system is characterized by using the UI architecture system based on the quantum measurement and control system as claimed in any one of claims 1-4, and comprises the following steps:
s1, creating the node number of a corresponding linked list according to the number of the boards;
s2, utilizing a linked list record to point to a pointer of an application memory;
s3, creating corresponding label pages according to the number of the nodes;
s4, storing the parameters in the tag page in a memory maintained by a linked list pointer;
s5, transmitting the parameters in the memory to a lower computer;
s3, calling an addTab () function, and creating the number of label pages equal to the number of linked list nodes by using a tabWidget control;
when the method modifies and sets UI parameters, a worker firstly opens the UI interface, cd to the folder position where the Client application program is located, inputs a "/Client" command to start the application program, when software is opened, the worker selects the number of bottom layer boards needing to be operated, the system can create the corresponding node number of the linked list according to the number of the selected boards, applies for a memory to record a pointer pointing to the memory into the linked list, creates a tag page in a software interface tabWidget control, stores the parameters in the tag page in the memory maintained by the linked list pointer, and automatically reads file data in the board, and indirectly realizes the operation of modifying the parameters of the measurement and control system by modifying the UI parameters.
6. The method for applying the UI architecture system based on the quantum measurement and control system according to claim 5, wherein after the validity of the parameters in the tag page is judged by S4, the legal parameters are stored in a memory maintained by a linked list pointer.
7. The UI architecture system application method based on the quantum measurement and control system according to claim 6, wherein the step S4 specifically includes:
s401, judging the legitimacy of the measurement and control system parameters;
s402, detecting a network state;
s403, detecting the legality of the input IP;
s404 performs the transmission parameter data operation by returning to true.
8. The method for applying the UI architecture system based on the quantum measurement and control system according to claim 7, wherein the step S5 is to determine validity of the parameters in the modified tag page, and modify the parameters in the memory by modifying the parameters in the tag page.
9. The UI architecture system application method based on the quantum measurement and control system according to claim 8, wherein the S3 call addTab () function creates the number of label pages equal to the number of linked list nodes by using a tabWidget control.
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