45 results about "Method body" patented technology

Disclosed is a method allowing the automatic discovery of application component dependencies by tracing application calls to dependant resources. The call tracing is embedded dynamically in an application at runtime using Common Intermediate Language (“CIL”) code instrumentation at compile time or runtime. Such a method reads an instrumentation configuration file to determine an address extraction code portion that is to be instrumented to an application method code, locates the CIL method body for the application method that is to be instrumented, instruments the application method by inserting the address extraction code portion into the appropriate .NET Application or .NET library at either compile time or at run time, extracts the address of one or more external service providers from the designated .NET library methods responsible for communication during execution of the application method that was instrumented, publishes any newly discovered dependencies to a management system in the form of the discovery event, and causes the management system to build an application dependency map based on the resource address information obtained.

Body cavity drainage devices and associated methods are disclosed herein. In some embodiments a body cavity drainage device comprises a drainage tube having a proximal end and a distal end; and an automated means to move the distal end of the drainage tube about a body cavity of a patient. In some embodiments, the distal end of the drainage tube may be moved by one or more of the application of a magnetic field, the insertion or withdrawal of fluid from a closed lumen, and manipulation by an external motion generator. In additional embodiments, a body cavity drainage device includes at least a second open lumen for the insertion of a fluid into a body cavity. In yet further embodiments, an internal tissue may be massaged from within a body cavity of a patient.

The invention provides a highly accurate code snippet recommendation method. The method comprises the steps of splitting and dividing a project, and generating class files, a code snippet , a code snippet method body and a code snippet note; generating a code snippet method body vector and a code snippet note vector based on the code snippet method body and the code snippet note; compiling and decompiling each class file, and extracting an instruction sequence of the code snippet from the decompiled file; generating an inquiry vector based on an inquiry input by a user, and screening out a group of primary recommendation results with highest text similarity according to a text similarity of the inquiry vector and a code snippet text characteristic; and according to statement similarity ofall code snippet s in the primary recommendation results, screening the primary recommendation results for the second time and then re-ranking so as to form a final recommendation result. The method overcomes the defect that the existing method is low in recommendation accuracy due to unique use characteristic and failure in filtering of recommendation results. The method is applicable to the field of recommendation of open source code snippets.

The invention allows a functional object in a dynamic language to be efficiently used as both a directly-invoked function and as a method in a generic function. This allows a language to combine the two concepts, simplifying the language semantics. As a preferred embodiment, a method object when created comprises as contiguous fields a header, a method-information section, a function prolog, and the method body. When called as a component of a generic function, one entry point is at the method body or at the method-information field. When called directly, another entry point exists at the function prolog field.

Under the present invention, a method for dynamically transforming the bytecode of Java Virtual Machine (JVM) bootstrap classes during program startup is provided. A JVM agent is used to intercept the execution flow before the execution of the special program startup-method of a JVM compliant computer program. The said JVM Agent executes code to transform the bytecode of the already loaded JVM bootstrap classes, storing the new set of modified bootstrap classes onto data storage. Subsequently, the JVM Agent intercepts all class loading events transforming the bytecode of classes declaring a special program statrup-method. In those classes the bytecode within the method body of the special class-initialize method, as defined in the present JVM class file format as “<clinit>”, is removed to avoid any side-effects in the program. The special program startup-method in the said classes is transformed to insert bytecode at the beginning of the method to invoke a special callback method, as declared within the said JVM Agent, passing as parameters to the callback method the main arguments as passed to the JVM upon program startup. Subsequently, when the said callback method intercepts the execution flow it starts a second JVM instance passing to it the obtained input parameters, the main method arguments as well as a JVM input argument to use the stored set of modified bootstrap classes.

Embodiments of the invention provide a dictionary, which may be modified by a developer, that provides a mapping of the generation routine to be performed and a pointer or identifier of the generator employed for the specified generation routine. As will be appreciated, embodiments of the invention may employ a dictionary which comprises a plurality of generation routine-code generator identity data pairs. A generator routine may be, for example, associated with the generation of source code associated with a particular object class, fields, methods, method bodies, procedures, comments, subroutines and the like. By modifying a generation routine-code generator identity data pair in a generator dictionary, a developer or user is able to modify the source code (e.g., the structure and/or content of the source) which is ultimately generated by the generator.

Body-mountable devices and methods for embedding a structure in a body-mountable device are described. A body-mountable device includes a transparent polymer and a structure embedded in the transparent polymer. The transparent polymer defines a posterior side and an anterior side of the body-mountable device. The structure has an outer diameter and an inner diameter and includes a sensor configured to detect an analyte and an antenna. The antenna includes a plurality of conductive loops spaced apart from each other between the outer diameter and the inner diameter.

An embodiment provides a way to handle default parameters in a method call that are not constant values. During the compiling process of a source code method a compiler generates code before the method body, for every optional parameter. The generated code checks if each optional parameter has a valid value. If a known tag is found then the code generated evaluates the default expression and assign the return value to the corresponding parameter. During the compiling process of a source code method call a compiler, or a semantic analyzer, identifies the defined arguments in the method call. If any arguments are missing, the process uses a known tag for the missing argument. Once all parameter have valid values, passed as arguments or returned from the default expression evaluation, then the original method body is executed.

The invention discloses a program readability analysis method based on a WordNet, and belongs to the field of software engineering. The program readability analysis method based on the WordNet comprises the following steps that (1) each method body is traversed according to a package name-class name-method name project structure, and is labeled in a package name-class name-method name mode; (2) warning annotations and TODO annotations are removed, wherein each warning annotation usually appears in a testing case and is used for warning a programmer that a certain serious consequence can happen, each TODO annotation indicates a piece of work, and the programmer thinks that the work should be done, but the work is not done at present for some reasons; (3) the annotations are divided into short annotations and long annotations; (4) the long annotations are preprocessed, and subject terms of the long annotations are extracted through the WordNet; (5) subject terms of codes are extracted from code segments mapped by the annotations through the WordNet; (6) a program readability analysis tree is generated for a whole project, and final analysis data are formed. According to the program readability analysis method based on the WordNet, a later-period maintainer can conveniently comprehend an unfamiliar project, and the program readability analysis method based on the WordNet can be used for maintenance and development of software.

The invention discloses an interface document generation method and device, computer equipment and a storage medium. The interface document generation method comprises the steps: obtaining a source code of a first project; screening out a class method with an interface mark from all class methods of the source code, and marking the class method with the interface mark as an interface class method;extracting interface basic information from a method body corresponding to the interface method through a reflection technology, and extracting interface additional information from code annotation information corresponding to the method body; integrating the interface basic information and the interface additional information to form first interface information; and adding the first interface information into a preset interface document template, and generating a first interface document corresponding to the first interface information according to the preset interface document template. According to the interface document generation method, the first interface document corresponding to the source code of the first project can be automatically generated, so that the consistency of the first interface document and the first interface information is ensured, and the labor cost is effectively saved, and the generation efficiency of the interface document is improved.

The invention discloses a monitoring method and a monitoring device of application (app) view switching on an internet work operating system (IOS) platform. The method comprises obtaining a first method body where views enter and which an application programming interface (api) directs to and needs executing in a view switching process, wherein the first method body comprises the following logics of invoking the api where the views enter and recording view entering time; obtaining a second method body where the views leave and which the api directs to and needs executing in the view switching process, wherein the second method body comprises the following logics of invoking the api where the views leave and recording view leaving time; and executing the obtained first method body and the obtained second method body. The monitoring method and the monitoring device solve the problem that workload is big and errors are easy to cause due to the fact that measurement codes are added when view switching is detected on the IOS platform in a correlation technique, reduce workload for capturing system information and further improve accuracy.

The invention discloses a method and a device for implementing an embedded browser webpage in a mobile embedded platform. The method for implementing the embedded browser webpage in the mobile embedded platform includes the steps: creating a Java interface class of the mobile embedded platform and setting at least one method body in the Java interface class; implementing a class object of the Java interface class and implementing method bodies in the class object according to operation needing to be executed by the embedded browser webpage; setting the class object in an embedded browser; calling the method bodies in the class object by the aid of a Javascript file introduced in the embedded browser webpage when the webpage is loaded into the embedded browser of the mobile embedded platform, and accordingly, executing corresponding operation through the method bodies by the embedded browser webpage.

The invention discloses a method for compressing a .net file, characterized by at least one of the following steps of obtaining and compressing reference type in a .net tile; obtaining and compressing definition method in a .net file; obtaining and compressing method body of the definition method in a .net file; obtaining and compressing Namespace in a .net file; obtaining and compressing definition type in a .net file. By compressing the .net file, the invention efficiently reduces the storage space occupied by the .net file, and makes it stored in a small-sized medium, such as a smart card.

The invention discloses an isolation current limiting method and device. The method comprises the following steps of: searching a method body added with a preset isolating and current-limiting annotation in a service system framework; obtaining a parameter value of a key configuration item from the isolated current-limiting annotation, searching an initial parameter group corresponding to the service system framework from a preset background management platform, and obtaining initial parameter values of other configuration items except the key configuration item from the searched initial parameter group; according to the parameter values of the key configuration items in the isolated current-limiting annotation and the initial parameter values of other configuration items obtained from thebackground management platform, constructing a Hystrix Command annotation of the Hystrix component; and carrying out isolation current limiting processing on the method body according to the constructed HystroxCommand annotation. According to the method and the device, the technical threshold of using Hystrix is reduced, the configured parameter values can be modified, and the use experience degree is improved.

The invention discloses a method and a device of capturing a system message on an IOS (Internetwork Operating System) platform. The method comprises the following steps of: acquiring a method body pointed by a pointer of an api (application programming interface) which is currently needed to be executed, wherein the method body pointed by the pointer comprises the following logics of: calling the api self, and recording an occurred state of the api which is currently needed to be executed; and executing the acquired method body pointed by the pointer of the api which is currently needed to be executed. With the adoption of the method and the device, the problems of large workload and easiness in errors due to the addition of a great amount of codes when the IOS platform captures the system message in the correlation technology are solved, the workload of capturing the system message is reduced, and the accuracy is further improved.

The invention discloses a dependence packet tool verification method and system, a storage medium and an electronic device, and relates to the field of software development of mobile terminals. The method includes the steps of creating a cracked package with the same name as a dependence package needing to be released, adding header files in the dependence package in the cracked package, creating an realization file with the same name for each header file, associating each realization file with the corresponding header file, and adding an empty method body in each realization file; carrying out Cocoapods verification on the cracked package, and releasing the verified cracked package to a private server; and when Cocoapods uses the dependence package, acquiring the dependence package, and reading and using the dependence package by the Cocoapods. According to the method, an operation process of enabling the dependency package, which does not support a complete CPU instruction set, to be verified can be significantly simplified, and the work efficiency is substantially improved.

One embodiment of the present invention provides a system that facilitates converting a synchronized method into a non-synchronized method. During operation, the system receives a code module that includes a synchronized method. This synchronized method automatically performs a lock operation before executing its method body and automatically performs an unlock operation after executing its method body, whereby at most one thread at a time can execute the method body. Next, the system changes the synchronized method into a non-synchronized method that does not automatically perform lock and unlock operations. The system also inserts an explicit lock instruction at the beginning of the method body, and inserts an explicit unlock instruction at the end of the method body.

The invention relates to the technical field of Bootstrap, in particular to an implementation method of a dialog box capable of infinitely displaying hierarchies and directly submitting forms. The implementation method comprises the following steps of: 1, introducing required scripts and styles into a project and creating script tool classes; 2, creating a dialog box calling method; 3, acquiring acurrent object in the method body, defining a hierarchical index and initializing the hierarchical index; 4, judging whether a mode Id exists in the object or not, and if not, creating the mode Id; 5, defining buttons and events; 6, defining extension options; 7, calculating a hierarchical index and assembling button display content in the opening event; 8, destroying the object in the closing event; and 9, binding the extension options to the mode Id, and restoring the hierarchical index value. According to the method, the problems that webpage dialog boxes pop up to conflict with one another, cannot be repeatedly utilized and cannot directly submit the form are solved.