38 results about "User-defined codes" patented technology

A Method, System and Apparatus for dynamically injecting logging statements into Web 2.0 JavaScript applications includes a single block of JavaScript code configured to execute on a client device by loading a profiler JavaScript code into memory on the client device and registering a target JavaScript object. The profiler JavaScript code is configured to dynamically scan the user-defined JavaScript code and modify the functions to add events to a modified user-defined code which include an identification of when the function was called, when the function was exited and when an exception occurs. The modification module is wrapped into a try / catch block so that exceptions can be handled and posted back to the server or displayed to the user or developer.

The invention provides a solution for quickly adding an allocation function to software. An installation program manufacturing tool supporting user-defined codes is combined with a script language and trunk management tool, and a remote file distribution and remote automatic interaction mode is utilized, thereby solving the problem that a common application program lacks in effective means for quick allocation, and achieving the effect of completing unified installation and configuration for all other nodes by operating at any node. The method is applicable to installation program development of various application programs, so that the software can conveniently and quickly implement unified allocation in the trunk without additional configuration for the trunk, thereby facilitating the user and saving a great deal of time and energy.

The invention relates to an automatic testing tool and method for Web application programs. The automatic testing tool comprises a basic browser and web operation implementation module, a user-defined code compiling module and a starting testing program module. The testing tool solves the problems that manual testing tasks are heavy, testing code writing is complicated, and a whole system cannot be automatically tested in traditional software testing process. The testing tool has high actual application values.

The invention discloses a mathematical formula identification code method, which belongs to the formula identification field. The steps of the method comprise collecting and inputting a printing style mathematical formula image or an on-line handwriting stroke sequence, performing symbol division on the input printing style mathematical formula image or the on-line handwriting stroke sequence, performing symbol identification treatment, merging common function names, setting and identifying a user-defined code corresponding to the common function names, performing structural analysis treatment on results of symbol division, identification and function name merging, obtaining a structural relational tree of the whole formula, expressing language formats according to an editable computer formula, and encoding the obtained structural relational tree of the whole formula.

The invention discloses a method for text data compression, comprising: extracting characters in a data packet; according to the standard codes of the characters, obtaining user-defined codes corresponding to the characters through a special method, the coded Bit number of the user-defined code being smaller than the coded Bit number of the standard code; compressing available low-order Bit value of the user-defined code to a certain byte space, wherein the certain byte space is smaller than the byte space occupied by the standard codes of the characters. Through user-defined coding on few characters, the user-defined code Bit value is compressed in relatively few bytes, and problems in the prior art that transmission amount of text data is excessive and transmission efficiency is low are solved. The invention also discloses a method for text data decompression, a device for text data compression, and a device for text data decompression.

The embodiment of the invention provides an APK reinforcing protection method. The method is characterized by comprising the steps that an APK to be reinforced is obtained; the APK to be reinforced is decompiled, and an instruction code needing to be protected in the APK to be reinforced is extracted; the instruction code needing to be protected in the APK to be reinforced is replaced with a user-defined code, wherein the user-defined code comprises code data incapable of being executed by a computer, and the APK to be reinforced is subjected to reinforcing protection. The embodiment of the invention further provides an APK reinforcing protection system. Reinforcing protection on the APK is achieved, and the APK is effectively prevented from being reversely analyzed or tampered or secondarily packaged.

The invention discloses a method and device for reconstruction of a Native API function, and belongs to the technical field of computers. The method comprises the steps that system call numbers of loading functions are obtained; the system call numbers of the loading functions are respectively copied into codes of a user-defined loading function; NTDLL.DLL is loaded to a defined position of internal storage according to the user-defined loading function; the Native API function in the NTDLL.DLL is utilized to reconstruct user-defined Native API functions of user-defined code segments respectively. According to the method and device, the loading function is simulated to load the NTDLL.DLL, and the Native API function is reconstructed by means of the loaded NTDLL.DLL; the problem that high safety hidden danger exists in the prior art when the API function is called is resolved; when an application program operates, the reconstructed user-defined Native API functions can be directly called, and the advantages that the application program is prevented from being processed by a rogue program and safety of the application program is improved are achieved.

Techniques for automatically documenting activity data in connection with execution of a ticket are provided. The techniques include receiving activity data in connection with execution of a ticket, processing the activity data to generate an output, and appending the processed activity data output to the ticket for ticket enrichment. Techniques for identifying a wrong choice of resolution code in connection with a ticket are also provided. The techniques include analyzing one or more previous tickets to determine a category in which a ticket belongs, determining whether a user-defined code is in variance with a system-suggested code, and sending an alert to a system administrator if the user-defined code is different than the system-suggested code.

Systems and methods for the purpose of pricing, valuing and managing arbitrarily defined financial instrument or a contingent claim. Computer interface to allow a user to provide definitions of an instrument and the input of computer code expressed in a syntax that is compatible with a high-level object-oriented programming language. Methods are provided to create user interface at pricing time that is consistent with instrument definitions and provides validation of specific input values. Methods are provided to generate derived source code that combines instructions generated by program with the user-defined code; compile such derived source code into an executable pricing module; interface such binary code with user inputs and market data and price such instrument on any financial model that can be implemented by mean of a Monte Carlo simulation. Finally, the value of such instrument and its sensitivities on the selected financial model are reported.

The invention relates to a self-adapting simulation and code generation control method in Simulink. The method comprises the steps that (1), the Simulink.Parameter type or similar type parameters are created in MATLAB / Simulink; (2), an S function is written; (3), an S function module is created in Simulink model files, and the S function is connected to the S function module; (4), the name of the parameters is input into a GUI tool, and the tool automatically reads the information of the various parameters needed by the S function and sets parameters of the S function module; (5), a TLC file is written, the TLC file reads the parameter information of the S function and other information relevant to the S function, and determines data types of the parameters according to the serial number of the data types, and user-defined codes with different specified formats can be generated. The self-adapting simulation and code generation control method can greatly improve modeling and code generation efficiency, and has high practicability.

An apparatus, system, and method are disclosed for directly accessing a database management system (“DBMS”). A client communication module is included to transmit a data call between a client and a client interface wherein the client interface resides within a database network. A DBMS communication module is included to transmit the data call between the client interface and a hierarchical DBMS on a host within the database network. The client interface and hierarchical DBMS are free of user-defined code.

The inventive embodiment discloses a method for displaying names when inputting codes, which comprises inputting the codes in an input region; searching the existence of data corresponding to the codes; and if existing, displaying the name of the data in a display region. The invention also provides a device for displaying the names when inputting the codes, which comprises a code inputting unit for inputting the codes in the input region; a searching unit for searching the existence of the data corresponding to the codes; a name displaying unit for displaying the name of the data in the display region if the data corresponding to the code exists. The inventive embodiment has the advantages that the method searches the existence of the data corresponding to the codes after inputting the codes, displays the name of the data if existing, so as to improve the keyboard input efficiency and achieve rapid corresponding data processing after defining basic information (data) according to the user-defined codes rules.

This invention provides a low-profile, highly-sensitive, high-frequency sensor that can be affixed to equipment. Low-profile electronics with the ability to capture and analyze specific signals of concern can be utilized as to remain unobtrusive. Vibration data can be captured and stored locally on the equipment where user-defined code can analyze data and pick specific parameters of concern to send via the wireless communications link to a receiver. The receiver is able to capture the data and monitor parameters of the equipment.

The invention relates to a high-density electrical exploration transmitter. A data processor is respectively connected with a lead A, a lead B and transmitting voltage sampling circuits through a transmitting circuit power supply electrode interface A and a transmitting circuit power supply electrode interface B of a master control circuit. The transmitting voltage sampling circuits are connected with the high-density electrical exploration transmitter, the master control circuit is connected with a distributed high-density slave machine interface through a grounding resistance measurement switching circuit, and the master control circuit is connected with the high-density electrical exploration transmitter through the distributed high-density slave machine interface, thereby achieving measurement by means of various user-defined exploration methods in a large range under the condition that the number of slave machines is few. A transmitting circuit can transmit user-defined coding wave forms consisting of any 1, 0 and -1 and coding wave forms generated by system random functions so as to achieve geological exploration by selecting appropriate coding wave forms at an exploration scene.

The invention discloses an implementation method of a telecontrol system based on an Android mobile phone. The implementation method relates to a client terminal and a Wifi conversion infrared module; the client terminal is provided with a database, and various infrared protocol data are converted into protocol codes according to a user-defined coding rule; infrared code forms of different remote control units are built in the database, infrared codes correspond to data packages of the different remote control units, an infrared operation interface is set in an Android system, and a mapping table is built between buttons in the interface and the codes in the infrared code forms; when a user presses down the buttons, the data packages of the remote control units of the Android system are transmitted to the Wifi conversion infrared module through the Wifi; a center control CPU enables the received data packages to be resolved into control data and transmits the control data through an infrared level. By means of a domestic intelligent remote control unit based on the Wifi of the Android mobile phone, household appliances in multiple different brands and different models can be controlled at the same time, the traditional real remote control units are replaced, and a convenient, fast, comfortable, environment-friendly and energy-saving living environment is created for people.

The invention provides a rarely-used character processing method and system. The rarely-used character processing method comprises the steps that a front end receives rarely-used character features input by a user; the front end sends the rarely-used character features to a rarely-used character cloud; the rarely-used character cloud retrieves rarely-used characters from a preset rarely-used character attribute comparison library according to the rarely-used character features to obtain one or more pieces of rarely-used character information; wherein each piece of rarely-used character information comprises a rarely-used character font picture and a user-defined code corresponding to the rarely-used character font picture; the rarely-used character cloud sends one or more pieces of rarely-used character information to the front end; the front end displays one or more rarely-used font pictures to the user; the front end receives a rarely-used font picture selected by a user, and obtainsa custom code corresponding to the rarely-used font picture; and the front end sends the custom code corresponding to the uncommon character font picture to the enterprise internal system, so that the processing flow of the uncommon character can be transferred from the front end to the uncommon character cloud end, the large-scale transformation of the existing stock system by character set upgrading or adjustment is avoided, and the cost is reduced.

The invention belongs to the technical field of mobile communication and provides a system for mobile phone client development. The system comprises a server and a client. The server is used for mutual rule call of configuration work between configuration interface and configuration interface and between configuration interface and user-defined development interface of a mobile phone client. The client is used for skip management between pages in a mixed development mode and used for achieving page skip function between the configuration interface and the user-defined development interface in the operation process of the mobile phone client according to page skip front-back logic. According to the system for mobile phone client development, customers can issue the client through the pure configuration interface according to requirements, or the client is issued in the mode that one part adopts the configuration interface and the other part adopts user-defined codes for development. The system achieves the gapless mixed development modes of interface configuration and code development, greatly reduces code development quantity of the mobile phone client and improves research efficiency of the mobile phone client.

An embodiment of the invention provides a programmable interface of a roadside unit in an ETC (electronic toll collection) system and an implementation method of the programmable interface. The interface comprises a logic communication processing module, a code loading module, a code execution module and a code debugging module. The logic communication processing module performs logic communication with a schedule kernel of the roadside unit through a logic communication channel, and a user defined code transmitted from the schedule kernel through the logic communication channel is transmitted to the code loading module; an execution result of the user defined code transmitted from the code execution module is transmitted to the schedule kernel of the roadside unit; the code loading module loads the user defined code to be executed and performs validation on the user defined code. The programmable interface of the RSU (roadside unit) has the advantages of flexibility of a transparent transmission interface as well as high integration and less communication time of an integrated interface, and users can define a transaction process with programming languages supported by the RSU and the like by themselves.

A method and system for facilitating user selection of telephone menu options. In one embodiment, the method includes receiving at least one function and a corresponding correspondent-defined code, wherein the correspondent-defined code identifies the at least one function. The method also includes receiving a user-defined code, where the user-defined code identifies the at least one function. The method also includes generating a mapping of the at least one function, the correspondent-defined code, and the user-defined code.

This invention provides a highly-sensitive, high-frequency, soft-polymer vibrations sensor that is integrated with the artwork and logo's currently utilized in equipment to make the sensor(s) unobtrusive. Low-power electronics with the ability to capture and analyze specific signals of concern are utilized as to increase the operational lifetime of the system and decrease the number of re-charge or battery changes per match. High-frequency vibration data is captured and stored locally on the equipment where user-defined code can analyze data and pick specific parameters of concern to send via the wireless communications link to a receiver. The receiver is able to capture the data and re-construct events of interest. This architecture reduces the power and bandwidth requirements of the device while maintaining functionality and the ability to transmit and report parameters and incidents of interest.

The embodiment of the invention discloses a method, device and equipment for generating an intelligent question and answer system, a medium and the intelligent question and answer system. The generation method comprises the steps of obtaining a graphical question and answer flow chart; generating a processing framework matched with the question and answer flow chart according to the graphic components included in the question and answer flow chart, the graphic components comprising transaction nodes associated with a service interface for executing a set type of service; generating user-defined codes corresponding to the graphic components respectively according to the user-defined configuration information matched with the graphic components in the question and answer flow chart, and adding the user-defined codes to the positions, associated with the graphic components, in the processing framework; and adding theme knowledge points corresponding to the question and answer process module to the knowledge base. According to the scheme provided by the embodiment of the invention, quick calling of one existing function or service is realized, repeated writing or transplanting of codeswith the same function is avoided, the simplicity of the codes realized by the intelligent question and answer system is ensured, and quick construction and updating of the intelligent question and answer system are realized.

The invention provides a method for achieving an opposite end self-consultation function in high-speed Serdes. A user-defined encoding TS2 sequence is transmitted in a polling mode, and data pathes capable of supporting duplexing are automatically negotiated through the transmitting and receiving processes of opposite end data; transmitting ends corresponding to links incapable of being locked by a receiving end are switched off, in other words, the data paths incapable of being locked are switched off, and finally different links supporting a full duplex mode are selected out. According to the method for achieving the opposite end self-consultation function in high-speed Serdes, X1, X2, X4 and other different link modes meeting the rate requirements can be automatically negotiated, the data paths incapable of being locked are automatically switched off, and the overall system power consumption of Serdes is effectively reduced; adopted consultative code streams TS1 and TS2 are user-defined codes, the consultation process is not affected by a specific data format, and a data bus has high reusability.

The invention discloses a mathematical formula identification code method, which belongs to the formula identification field. The steps of the method comprise collecting and inputting a printing style mathematical formula image or an on-line handwriting stroke sequence, performing symbol division on the input printing style mathematical formula image or the on-line handwriting stroke sequence, performing symbol identification treatment, merging common function names, setting and identifying a user-defined code corresponding to the common function names, performing structural analysis treatment on results of symbol division, identification and function name merging, obtaining a structural relational tree of the whole formula, expressing language formats according to an editable computer formula, and encoding the obtained structural relational tree of the whole formula.

The invention belongs to the technical field of mobile communication and provides a system for mobile phone client development. The system comprises a server and a client. The server is used for mutual rule call of configuration work between configuration interface and configuration interface and between configuration interface and user-defined development interface of a mobile phone client. The client is used for skip management between pages in a mixed development mode and used for achieving page skip function between the configuration interface and the user-defined development interface in the operation process of the mobile phone client according to page skip front-back logic. According to the system for mobile phone client development, customers can issue the client through the pure configuration interface according to requirements, or the client is issued in the mode that one part adopts the configuration interface and the other part adopts user-defined codes for development. The system achieves the gapless mixed development modes of interface configuration and code development, greatly reduces code development quantity of the mobile phone client and improves research efficiency of the mobile phone client.

The invention discloses a coded lock cylinder system with a variable tooth profile, and belongs to the technical field of locks. A user-defined code area is arranged on a key, and a code setting area capable of adjusting billiard length is arranged on the corresponding lock cylinder, so that a user can set or change the key code combination, and modify the corresponding billiard length in the lock cylinder so as to be correspond to the key newly set by the user, and thus the user can set the key and the lock cylinder codes according to own requirement and does not need to replace the lock cylinder after the key is lost, the labor and material costs are reduced, and the property and personal safety risks are also reduced. In addition, the coded lock cylinder system with the variable tooth profile adopts the manner of combination of a transmission ring and an operating button, when the key is inserted into a key hole, no action is permitted, and only the operating button at the bottom of the lock cylinder is used for operating the lock cylinder shift fork to control a master lock body on a security door or other devices to act, so that various ways of traditional cracking cannot be achieved by impacting and shaking the buttons or the key, and thus the safety of the lock cylinder is ensured.