233results about How to "Easy to compile" patented technology

A battery management system based on a real time operation system which belongs to the technical field of vehicle storage battery management includes a CPU, a load voltage collecting module, a total voltage collecting module, a module voltage collecting module, a current collecting module, a temperature collecting module, a time collecting module, a CAN bus communicating module and a contactor control module. The CPU is respectively connected with a voltage collecting module, the current collecting module, the temperature collecting module, the time collecting module, the CAN bus communicating module and the contactor control module. The battery management system based on a real time operation system transplants a uc/OS-II multi-task real time operation system into the CPU, thus simplifying the software programming of a vehicle storage battery management system under the dispatching of the real time operation system, improving the execution efficiency to manage the system software, ensuring the real time property of data collection and enhancing the working stability of the system.

An IDE is provided by a web browser on a client machine, the IDE having a document editor that allows a user to generate source code. The source code is transmitted from the client machine to one or more servers via a network connection to be compiled into compiled native machine instructions. The compiled native machine instructions are received from the one or more servers by the client machine. The compiled native machine instructions are executed in a sandboxed environment on the client machine, such that system calls originating from the compiled native machine instructions that present a security risk are blocked using the sandboxed environment and system calls originating from the compiled native machine instructions that do not present a security risk are allowed in the sandboxed environment.

The compilation of product and component quality and tracking data for a manufactured device is facilitated. Software modules are provided that collect and transmit data regarding components, products, assembly, and testing to a central database for compilation, storage, and maintenance. A graphical user interface may be provided to assist a user in collecting data. Each module desirably collects one or more pieces of information at various stages during the product manufacturing. Devices such as bar code readers, force gauge meters, etc. can have their “readout” values captured seamlessly and automatically to update the electronic model (stored information) of the product being manufactured. This allows for additional and more accurate quality data to be collected without additional time or effort during manufacturing.

Methods and apparatus for dynamically compiling byte codes associated with methods during idle periods in the execution of a computer program are disclosed. The described methods are particularly suitable for use in computer systems that are arranged to execute both interpreted and compiled byte codes. In some embodiments, methods to be dynamically compiled are referenced in one or more lists. The lists may be prioritized to facilitate the compilation of the highest priority methods first. In one embodiment, a pair of compilation lists are provided with a first one of the compilation lists being created prior to processing the computer program while the other is created during the processing of the computer program.

A system and method for optimizing program code in dynamic languages includes gathering hot-type information from a program by employing inferencing or profiling to get the hot-type information for operator uses, and inserting guards in the program based on data flow in the program to guard against propagation failures during runtime where preconditions are violated or where the propagation is unlikely to return. The program is versioned into global versions including a hot path version and a cold path version, where the hot path version is expected to be executed if the values of variables in the code are expected types, and other exceptional cases are handled by the cold path version as triggered by the guards. Compiler optimizations are performed to remove redundant representations of values, and heavy overloading of operators to provide an optimized compiling of the code.

Disclosed is a generation method for group consolidated accounts and consolidated statements. The method includes the following steps: setting and releasing a unified accounting system with an enterprise group as an accounting subject; carrying out daily accounting service processing; coprocessing internal associated services in daily accounting services; consolidating and offsetting internal associated trade in the daily accounting services; generating and inquiring the group consolidated accounts: collecting accounting data and offsetting and summarizing data so that the group consolidated accounts are formed and real-time inquiry of group accounting information is realized; and preparing statements on the basis of the group consolidated accounts. The system includes a unified-accounting-system setting and releasing module, a daily-accounting-service processing module, an internal-associated-service coprocessing module, an internal-associated-trade consolidating and offsetting module, a group-consolidated-account generating and inquiring module and a group-consolidated-statement preparing module. The generation method and system for the group consolidated accounts and consolidated statements enable enterprise group financial consolidated accounts to be formed in a real-time manner and consolidated statements to be issued directly and rapidly according to the consolidated accounts so that it is convenient for group enterprises to form group statements through group accounting data.

Provided is a method of reliably reducing power consumption of a computer, while promoting prompt compilation of a source code and execution of an output code. The method according to this invention includes the steps of: reading a code which is preset and analyzing an amount of operation of the CPU and an access amount with respect to the cache memory based on the code; obtaining an execution rate of the CPU and an access rate with respect to the cache memory based on the amount of operation and the access amount; determining an area in which the access rate with respect to the cache memory is higher than the execution rate of the CPU, based on the code; adding a code for enabling the power consumption reduction function to the area; and generating an execution code executable on the computer, based on the code.

The invention relates to a cross-platform system compiling and building method which is used for carrying out cross-platform compilation through a cmake compilation tool. The method specifically comprises the following steps that (1) a parameter setting module initializes development environment variables and sets compiling configuration information; (2) a compilation script uploading module uploads cmake script files compiled by a user; (3) the cmake compilation tool is started up, reads and analyzes received cmake script files, carries out compilation processing according to a current platform and analyzed compilation parameters by using a compiler of the current platform, so as to generate a compilation result; (4) a releasing and packaging module generates and releases a compressed package according to the compilation result obtained in the step (3). Compared with the prior art, the method has the advantages that the work efficiency of developers is increased, the extension and integration are facilitated and the like.

The invention discloses a foundation pile foundation model analyzing method and a test device for the same. The method includes: building a dispersing spring support model of to-be-tested pile-earth related actions, building a to-be-tested pile inner force and deformation equation and transmission matrix, and a to-be-tested pile foundation reaction analyzing basic equation, building different founding reaction models and programming a corresponding computerizing program, arranging the foundation pile foundation test device in the field, measuring horizontal displacement and turning angle, on the ground, of the to-be-tested pile, and computerizing and analyzing according to the computerizing program to determine corresponding foundation reaction model parameters. The foundation pile foundation test device comprises a standard beam, a standard pile, a reaction pile and the to-be-tested pile which are disposed on the ground, a jack and a force sensor are connected between the reaction pile and the to-be-tested pile, and a angle measuring device and a displacement measuring device are disposed on the to-be-tested pile. By on-site pile testing, multiple hypothesis models can be built for the foundation pile foundation, related model parameters can be determined, and certain universality is achieved.

The invention belongs to the field of engineering risk identification and provides a subway construction safety risk identification and evaluation system and a working method thereof. The system comprises a user interface module, a project newly-building module, a risk identification information base module, a risk base module, a risk evaluation knowledge base module, a matching algorithm module and a risk evaluation module. The method comprises the following steps of: firstly receiving information of a user newly-built project, reminding a user of selecting and determining risk identification information according to a project design file, combining with a risk base and a matching algorithm to generate a risk identification list, and identifying all potential safety risks of the project to be evaluated; and then performing risk evaluation, generating a risk evaluation list, utilizing a risk evaluation calculation model to perform risk evaluation calculation, and finally acquiring a subway project construction safety risk identification and evaluation result. The invention relates to a pre-evaluation technical scheme for realizing subway construction safety risk identification and evaluation based on the design file before construction.

The invention belongs to the technical field of energy storage devices and particularly relates to a stretchable linear lithium ion battery and a preparation method thereof. The preparation method comprises the following steps: firstly, preparing a carbon nano tube/lithium manganate composite fiber as an anode and preparing a carbon nano tube/lithium titanate composite fiber as a cathode; respectively winding each of the anode fiber and the cathode fiber on one piece of elastic rubber and coating one layer of ethylene oxide/butanedinitrile/lithium bis(trifluoromethanesulphonyl)imide gel electrolyte; and finally, packaging so as to prepare the linear lithium ion battery. Compared with other mini-type devices, the linear lithium ion battery has a brand-new structure and does not need metal fluid and a binding agent, so that the weight and the volume of the battery are reduced, and furthermore, the specific capacity and the energy density of the battery are improved. Meanwhile, the battery has good flexibility and stretchability and is easy to braid and integrate so that the application prospect is very good.

The invention relates to a treatment method of bamboo skin for wickerwork. Firstly, traditional Chinese medicines are used to prepare soak solution; and then, the stewed bamboo skin is fed in the soak solution for dipping. The treatment method of the bamboo skin, provided by the invention, stews the bamboo skin firstly to kill bacteria and parasites on the bamboo skin and to remove redundant water in the bamboo skin, and then feeds the bamboo skin in the soak solution for dipping to increase the amount of the soak solution of the bamboo skin; and the treatment method intensifies insect-preventing and mould-preventing effects of the bamboo skin, and can improve the toughness of the bamboo skin to conveniently perform the wickerwork.

The invention discloses a partial PFC device and control method thereof. The partial PFC device comprises a bridge rectifier BDI and utility power. The invention is characterized in that the device comprises a sampling circuit 1,a zero-crossing detection circuit 2, an inductor L1, a diversion diode D1, a diversion diode D2,a power electronic switch G1, voltage sampling circuit 4, a PFC drive circuit 3 and a master MCU5 in which the firing line L of the utility power is connected to the positive electrode of diversion diode, the AC input terminal AC1 of the bridge rectifier BDI and a sampling point of the zero-crossing detection circuit 2.The null line N is connected to one end of the current sampling circuit. The other end of the current sampling circuit 1 is connected to one end of the electronic sensor L1 and the sampling point of the zero-crossing detection circuit 2.The invention is simple and reasonable in structure and easy to operate. The invention can perform partial control of PFC, and effectively reduce the occurrences of EMC problems. The invention is low in cost yet high in power factor and able to enhance the output DC voltage.

A method for managing an expense report for an expense report application is provided. The expense report application is configured to update entries in an expense report based on messages received from one or more messaging channels. The method includes receiving a message sent through a messaging channel in the one or more messaging channels. The message includes expense information. An expense report is determined from the expense information. Entry information is then determined from the expense information. The expense report is then updated with the entry information.

The present invention discloses a method of defining the shortcut key of input device. When a computer system with a central processor is implemented, this method presets several shortcut key TABLEs, each of which corresponds to an application; every TABLE is predefined with a user-defined key and corresponding shortcut key's analog code; the shortcut key TABLE is loaded into the system simultaneously with the corresponding application; when the user-defined key entered by the user is converted into internal code by BIOS, the central processor outputs the corresponding shortcut key's analog code into the application according to the shortcut key TABLE; in such case, the application can enter the corresponding command and generate action accordingly, thus improving the compilation efficiency of the user according to the users' operating practices.