7 results about "Platform independent" patented technology

Systems and methods for managing divergence of best effort transactional support mechanisms in various transactional memory implementations using a portable transaction interface are described. This interface may be implemented by various combinations of best effort hardware features, including none at all. Because the features offered by this interface may be best effort, a default (e.g., software) implementation may always be possible without the need for special hardware support. Software may be written to the interface, and may be executable on a variety of platforms, taking advantage of best effort hardware features included on each one, while not depending on any particular mechanism. Multiple implementations of each operation defined by the interface may be included in one or more portable transaction interface libraries. Systems and / or application software may be written as platform-independent and / or portable, and may call functions of these libraries to implement the operations for a targeted execution environment.

There is provided an architecture, methods and a system for live testing in a production environment. The architecture comprises a platform independent Test Planner for generating a test package in response to receiving an event. Generating a test package comprises selecting test goals, generating a test suite and generating a test plan. The architecture comprises a platform dependent Test Execution Framework (TEF) for executing the test package in an environment serving live traffic. Executing the test package comprises initializing the test plan, starting the test plan and reporting the successful completion of the test plan, reporting the suspension of the test plan and waiting for further instructions, or reporting a failure of the test plan and executing a corresponding contingency plan.

Embodiments of the present disclosure provide a code conversion method, an electronic device and a storage medium. The code conversion method comprises: for at least one primitive in operator kernel code, in response to determining that the primitive corresponds to a plurality of candidate conversion results of a target hardware platform, determining, based on context information of the primitive in the operator kernel code, target hardware platform code corresponding to the primitive from the plurality of candidate conversion results; and converting the primitive into the target hardware platform code for running on the target hardware platform, wherein the operator kernel code is constructed based on a plurality of primitives, and the primitives are used to define hardware platform independent operation semantics. This context-aware code conversion method allows the same primitive to be converted into different application programming interface calls in different contexts, so that the converted code can make full use of the hardware characteristics of each platform, thereby improving hardware resource utilization, and significantly improving computing power, execution efficiency and system throughput.

The invention relates to the technical field of computers, in particular to a fault monitoring code generation method and device, a medium and a program product. The method comprises the following steps: acquiring a fault monitoring strategy for monitoring a vehicle fault; according to a target deployment platform of the fault monitoring strategy, determining a first part strategy irrelevant to the target deployment platform and a second part strategy relevant to the target deployment platform in the fault monitoring strategy; obtaining a preset hierarchical rule base, wherein the hierarchical rule base comprises a platform-independent layer rule and a platform-related layer rule; based on the platform independent layer rule, generating a first code used for executing the first part strategy; based on the platform related layer rule, generating a second code used for executing a second part strategy; and splicing the first code and the second code to obtain a fault monitoring code for executing the fault monitoring strategy. Thus, for the fault monitoring strategy, the corresponding fault monitoring codes can be automatically generated according to different target deployment platforms, and the deployment flexibility is enhanced.

The application discloses a kind of cross test platform chip test procedure automatic conversion method and system, receive and parse the engineering file set from source test platform;Respectively parse the scattered configuration file and test procedure file therein, generate platform independent uniform resource mapping information, and linear test sequence obtained after state propagation rule flattening processing;Extract test item parameter expression and solve and unit normalization in conjunction with resource mapping, then integrated to generate structured uniform intermediate representation;According to the code template of target platform rule configuration, data in intermediate representation is injected into template and rendered to generate target test code;While providing manual check and modification interface to intermediate representation, support iterative generation based on revision result.The application realizes high-fidelity conversion of test logic and accurate mapping of test resources, improves the degree of automation and efficiency of cross-platform migration, while ensuring controllability of the conversion process and accuracy of the results.

Systems and methods are provided herein to implement a platform independent client framework, which may also be known as a universal software stack. A computer-implemented method for may be used when seeking to connect a device without a 5G radio, such as a 3GPP device, to a 5G network. The device seeking to connect to the 5G network sends a connection request message to the platform independent client framework. Based on the connection request message, the platform independent client framework requests a platform specific adapter, which is then used to create an adapted message. The platform independent client framework then encapsulates the adapted message. The adapted message is then encapsulated to create a first encapsulated message. The first encapsulated message is then encapsulated in an internet protocol security protocol to create a second encapsulated message. The second encapsulated message is then transmitted to the 5G network.

A computing system, for example, a multi-tenant system configures a datacenter in a cloud platform using a cloud platform infrastructure language that is cloud platform independent. The system destroys the datacenter or a set of datacenter entities of the datacenter. The system determines dependencies between datacenter entities based on the declarative specification. The system generates an aggregate destroy pipeline comprising a hierarchy of pipelines. The system generates an aggregate destruction version map associating datacenter entities of the datacenter with versions of software artifacts, wherein a software artifact stores instructions for destroying resources of a datacenter entity. The system collects a set of software artifacts according to the aggregate destruction version map. The system executes the aggregate destroy pipeline in conjunction with the aggregate destruction version map to destroy the set of datacenter entities of the datacenter.