48results about How to "Code concise" patented technology

The invention discloses a non-unique index searching method of internal memory data, which comprises the following steps: (1) building to generate the non-unique parameter mark of the internal memory data; distributing the index register list according to the parameter mark; (2) building the non-unique index for the internal memory data according to the index register list; (3) utilizing the non-unique index to search the internal memory data. The inveniton simplifies the code of operating mode of database, which reduces the coupling of database operating mode and internal memory database.

The present invention discloses an implementation method of data operation interface used in internal storage data base. It is characterized by that it includes a step for setting data operation interface, the data base operation module is isolated from the data in the internal storage data base, so that the data base operation module can utilize the described data operation interface to implement internal storage data operation of internal storage data.

The invention provides a chip UID (User Identification) mapping writing-in method. The chip UID mapping writing-in method comprises the following steps: primarily measuring a wafer on a probe platform to obtain the quantity of detected chips on the wafer, and coordinate information of the detected chips on the wafer; writing UID information of the detected chips into a testing file according to the coordinate information of the detected chips on the wafer; testing the wafer; when the detected chips pass the test, reading the UID information of the detected chips in the testing file according to the coordinate information of the detected chips on the wafer; and writing the UID information into the detected chips. With the adoption of the chip UID mapping writing-in method, the conversion between a plurality of systems is avoided, codes are simple, and the readability is strong, so that the post-period maintenance is easy and the traceability is strong.

The invention provides an image self-adaptive processing method and system, which belongs to the technical field of image processing. The image self-adaptive processing method comprises the steps that an image is sliced to form a subject content layer and at least one pattern layer; and the pattern layer and the subject content layer are scaled at least based on the screen display width. According to the invention, the image is sliced to form the subject content layer and the pattern layer; compared with the existing Sudoku layout, the method and system have simpler structure and fewer images; and the pattern layer and the subject content layer are scaled at least based on the screen display width, self-adaption to a variety of screen sizes is realized.

The invention discloses an extensible multi-output interrupt controller, including an interrupt information module, wherein the input end of the interrupt information module is connected with a plurality of processor cores to prepare interrupt information; the input end of the interrupt information module is also connected with a plurality of interrupt sources to receive a plurality of different interrupt signals; the output end of the interrupt information module is respectively connected with a plurality of same interrupt control modules to send an effective interrupt source highest prioritysignal to each interrupt control module; and each interrupt control module is correspondingly connected with one processor core, and each interrupt control module performs interrupt information interaction with the processor core so as to control interrupt of the processor core. The extensible multi-output interrupt controller provided by the invention has good expansibility on the number of processors and interrupt sources.

The invention discloses an intermittent smoke detection alarm device based on ESP8266. The detection alarm device comprises a casing, in which a smoke sensor, a low-power-consumption operational amplifier, a buzzer alarm and an ESP8266 module are arranged. The smoke detection alarm device relates to the technical field of detection alarm systems. One path of the smoke sensor analog quantity is connected to a comparator, and when the concentration exceeds the set threshold value, the buzzer alarm is triggered. The other path is connected to an ADC pin of the ESP8266, and the digital quantity ofthe smoke concentration is read and saved in the built-in Flash files. The digital quantity exceeds the set threshold value, WiFi is started, and the alarm information is notified to users through the Internet of Things platform. The ESP8266 module sends the historical data of smoke concentration to the platform at regular time for users to check at any time. Most of the time of the ESP8266 module is in a deep sleep mode to reduce the power consumption, and only the alarm clock is timed to the comparator, a deep sleep mode is triggered to exit and enter a working mode. The device adopts a MicroPython firmware and Python code, the functions of smoke detection and interaction communication with the platform are realized, the code is concise and the reliability is high.

The invention discloses a two-dimensional ground penetrating radar three-dimensional imaging method based on MATLAB. The method comprises the following steps: S1, assembling and debugging a two-dimensional ground penetrating radar; S2, performing data acquisition on each lane in an acquisition route; S3, establishing a three-dimensional imaging model; S4, performing appearance optimization and size adjustment on the three-dimensional imaging model; S5, exporting three-dimensional data; S6, performing data format conversion; S7, simulating three-dimensional reflection voltage data; S8, settingthe colors of the maximum value and the minimum value; S9, importing the three-dimensional data into a three-dimensional imaging model to obtain a three-dimensional image; S10, performing slicing display on the abnormal position, and visually displaying the road deep layer diseases. Through the establishment and optimization of the three-dimensional model, the imaging model capable of accommodating the three-dimensional radar data is formed; after the simulated three-dimensional data is imported, three-dimensional radar imaging is realized, and an image cutting function is achieved, so an abnormal image in a road is observed.

The invention relates to a thin layer plate dipping device based on a programmable controller. The thin layer plate dipping device includes a screw rod slide table and a pedestal, wherein the screw rod slide table is connected to the pedestal perpendicularly. The screw rod slide table is provided with a screw rod and a slide block. The slide block is provided with a thin layer plate lifting table which also includes a bottom board used for holding a thin layer plate. The bottom board is also provided with a hollow structure. A programmed control motor used for controlling the screw rod to rotate and a programmed control motor driving module are arranged below the screw rod slide table. The pedestal is also provided with a dipping liquid storage groove corresponding to the thin layer plate lifting table. The pedestal is inside provided with the programmable controller. The pedestal is also provided with a switch. The programmed control motor driving module and the programmable controller are connected to the switch.

The invention discloses a processor, a communication method, a storage medium and computing equipment. The processor comprises a plurality of processor cores, and each processor core is provided with a mailbox driver. The method comprises the steps that a source processor core calls an interface function in the mailbox driver to package a to-be-sent message, writes packaged message data into a specified register through a mailbox communication pipeline, and generates a message pointer corresponding to the specified register; the source processor core calls an interrupt generator in the mailbox driver to generate an interrupt request containing a message pointer and a target processor core identifier, and sends the interrupt request to the target processor core; and the target processor core processes the interrupt request and reads the message data from the specified register according to the message pointer contained in the interrupt request. The technical problem that in the prior art, the data transmission process between processor cores is tedious is solved.

The invention relates to a method and a system for realizing an account transfer business based on a factory mode. The method comprises the following steps of defining an account transfer interface according to an account transfer method corresponding to a preset account transfer business type; receiving an account transfer instruction, and creating an account transfer type object corresponding to an account transfer business type of the account transfer instruction by adopting the factory mode of a spring framework; and obtaining the corresponding account transfer interface according to the account transfer business type of the account transfer instruction, calling the account transfer interface to execute the account transfer instruction through the account transfer type object, and outputting a result of executing the account transfer instruction. According to the method and the system, different types of account transfer businesses can be intensively processed by adopting the account transfer interface, so that the account transfer business processing efficiency is improved; and the account transfer type object is created by adopting the factory mode, so that codes are concise, the reusability is good, and the problems of dispersed account transfer business processing, low account transfer business definition, numerous code redundancies and poor reusability in the prior art are solved.

The invention provides a chip UID (User Identification) mapping writing-in method. The chip UID mapping writing-in method comprises the following steps: primarily measuring a wafer on a probe platform to obtain the quantity of detected chips on the wafer, and coordinate information of the detected chips on the wafer; writing UID information of the detected chips into a testing file according to the coordinate information of the detected chips on the wafer; testing the wafer; when the detected chips pass the test, reading the UID information of the detected chips in the testing file according to the coordinate information of the detected chips on the wafer; and writing the UID information into the detected chips. With the adoption of the chip UID mapping writing-in method, the conversion between a plurality of systems is avoided, codes are simple, and the readability is strong, so that the post-period maintenance is easy and the traceability is strong.

The invention discloses a realizing method for a dynamic report based on an Excel template. The realizing method comprises the following steps: acquiring data through a defined data source API (Application Program Interface); assembling the data according to a report model in an internal storage and generating the data with a matrix structure; converting the matrix into Html information and outputting to a browser or / and converting the matrix into Excel information and educing. The realizing method provided by the invention has the advantages that the educing problem of a complex report is solved, the code is simple, the development period for the report is shortened, the development work for the report is simplified, the purposes of defining a new template and adjusting the template by a user can be achieved through simple training, a developer does not need to perform complex later maintenance on the adding and changing of the report, and the maintenance cost is reduced.

The invention discloses a full-automatic optical thickness gauge. According to the full-automatic optical thickness gauge, a signal output end of an analog signal acquisition device is connected with a signal input end of an analog signal preprocessing circuit; a signal output end of the analog signal preprocessing circuit is connected with a signal input end of an analog / digital (A / D) conversioncircuit; a signal output end of the A / D conversion circuit is connected with a refractive index / transmittance data signal input end of a central processing unit (CPU); and a video signal output end of the CPU is connected with a signal input end of a display. The invention also discloses a refractive index / transmittance data processing method for the full-automatic optical thickness gauge. The method comprises the following steps of: inputting refractive index / transmittance data comprising a decimal place; performing median filtering; extracting a decimal place of an effective refractive index / transmittance; processing the decimal place; judging whether an extreme value exists or not; displaying a refractive index / transmittance value, a refractive index / transmittance trend line and the number of extreme values; and performing looping execution. The thickness is accurately measured by the full-automatic optical thickness gauge, and the full-automatic optical thickness gauge has precisedata and stable and reliable results.

The invention discloses a keyboard optimization processing method, storage medium, electronic equipment and system, and relates to the technical field of mobile terminal applications. The invention creates a keyboard parameter calling function, a first callback function and a second callback function by classifying controllers, It only needs to monitor the keyboard notification of the system, and call back the parameters in the monitored keyboard notification to the classification of the controller, allowing each controller to be reused, and then realize the pop-up of the keyboard through the first callback function and the second callback function and the controller And hide all the actions, there is no need to define a notification in each controller to monitor the keyboard pop-up and hidden events, which simplifies the code development required to use the mobile phone application software to monitor the notification.

An expandable multi-output interrupt controller disclosed in the present invention includes an interrupt information module, the input end of the interrupt information module is connected with multiple processor cores to prepare interrupt information, and the input end of the interrupt information module is also connected with multiple interrupt sources to receive multiple For different interrupt signals, the output terminals of the interrupt information module are respectively connected to multiple identical interrupt control modules to send the highest priority signal of the effective interrupt source to each interrupt control module. Each interrupt control module is connected to a processor core respectively. Each interrupt The control module exchanges interrupt information with the processor core to control the interrupt of the processor core. The invention provides an expandable multi-output interrupt controller, which has good expansibility to the number of processors and interrupt sources.