8 results about "Source code" patented technology

A method of computing effort requirements of porting issues in source code includes estimating the minimal number of code text characters needed to be read by a user when the user is searching for porting issues, estimating the minimal number of context switches needed to be made by the user when shifting from one reading region to another reading region during the searching for the porting issues, and estimating the minimal number of keystrokes needed to be made by the user during searching for the porting issues. In a similar manner, the method involves estimating the minimal number of code text characters, the minimal number of context switches, and the minimal number of keystrokes needed to be made by the user for found porting issues. With this information the method establishes an effort model based on a weighted sum of the minimal number of code text characters, the minimal number of context switches, and the minimal number of keystrokes, for individual porting issues. The weights in the model are identified by porting issue type and user capabilities in handling each porting issue.

The embodiment of the invention discloses a program protection method and device. The method comprises the following steps of encryption at a program generation stage: acquiring a first secrete key; acquiring a second secrete key and a mark of a designated category; encrypting the designated category by utilizing the second secrete key; encrypting the attribute information of the second secrete key by utilizing a public key of the first secrete key; decryption at a program running stage: decrypting encrypted data of the attribute information of the second secrete key by utilizing a private key of the first secrete key; judging whether the to-be-loaded category belongs to the designated category or not according to the mark of the designated category, and decrypting the to-be-loaded category by utilizing the second secrete key if the to-be-loaded category belongs to the designated category. The first secrete key and the second secrete key are used for doubly encrypting the program, so that the source code of the program can be effectively protected; meanwhile, the program is also distinguished, and only the designated category is encrypted, so that the encryption and decryption efficiency can be improved; moreover, the mark of the encrypted category is further encrypted and protected by the second secrete key, so that the safety of the program is further protected.

Method and apparatus for automatically eliminating inferred latches created by hardware design language (HDL) source code is described. A node tree is built from the HDL source code based on the HDL's Language Reference Manual. The node tree is scanned to identify one or more conditional logic constructs that are sources for creation of inferred latches. A modified node tree is generated by automatically adding and/or modifying sub-productions of the conditional language constructs that create the inferred latches.

The invention discloses a method for judging the consistency of PE file source codes and a device, through analyzing a public structure of a PE file, whether various PE files awaiting to analyze are based on same source codes can be judged when the PE files awaiting to analyze comprise same number of segments and same content of critical segments. The method for judging the consistency of PE filesource codes does not depend on the content of original source codes, thereby being capable of not accessing a source code library, and guaranteeing the security safety of the source code library.

The present invention discloses a product release and deployment system based on a cloud platform, which comprises a scheduling system, a source code server, a plurality of testing servers and a plurality of production servers. Each of the source code server, the testing servers and the production servers is respectively provided with a set of release system and deployment system; the scheduling system is used for distributing tasks to the release systems and the deployment systems; the source code server is used for providing a source code; the release system acquires the newest source code from the source code server, then the newest source code is locally compiled to generate an executable program, the executable program is synchronized into a file storage server of the cloud platform and then is automatically released to the testing servers to carry out testing; and when testing reaches the online standard, the executable program is updated to all the production servers or the designated production servers. According to the product release and deployment system disclosed by the present invention, release, testing and deployment of products on the cloud platform are automated, so that final online delivery of the products is more reliable and stronger.

The embodiment of the invention discloses a method and device for displaying application information, electronic equipment and a medium. A specific embodiment of the method comprises the steps of obtaining a source code of an application in response to a detected target operation for the application; determining a programming language of the source code; obtaining a mirror image corresponding to the programming language from a mirror image warehouse; and based on the mirror image, constructing a running environment of the application, running the source code, and controlling display equipmentin communication connection to display running related information of the source code. According to the implementation mode, the construction speed of the source code in the running environment is increased.

The invention discloses a 3D picture display optimization achieving method oriented to a mobile intelligent terminal. The method comprises the following steps that space of a scratch pad memory of a mobile intelligent terminal processor is divided; a 3D picture display program is analyzed by utilizing a code analysis tool, and state information of various original codes and operation is obtained; then segmentation is conducted on a code of the 3D picture display program and display data to acquire candidate storage objects capable of being distributed to the scratch pad memory; compiling instruction information is added to the candidate storage objects to generate a new program; finally the candidate storage objects are dynamically distributed during operation. According to the 3D picture display optimization achieving method oriented to the mobile intelligent terminal, 3D picture display is analyzed by utilizing the scratch pad memory to achieve 3D picture display optimization. Compared with the prior art, the characteristics that the scratch pad memory is high in access speed and low in energy consumption are fully utilized, the processing speed of the 3D picture is accelerated, power consumption produced by the 3D picture display program is further reduced, and therefore performance of the program is improved.