47results about How to "Execution does not affect" patented technology

The invention provides a micro-service processing method and micro-service processing equipment, which are applied to a server for providing a micro-service, and the method comprises the following steps that: the server receives a message for calling the micro-service from a terminal for consuming the micro-service, and the message comprises a service identifier and an interface identifier of a target micro-service; And then the server determines a corresponding target thread pool according to the service identifier and the interface identifier of the target micro-service, and finally calls the working thread in the target thread pool to execute the message, and the method can limit the fault influence range in the thread pool, prevents the fault influence range from diffusing into the whole micro-service process, and is low in hardware and operation and maintenance cost.

The invention provides a log collection method. In the method, a server responds to a log collection request, related logs of the server are automatically collected, compared with a collection methodin the prior art, on one hand, collection coverage of the related logs of the server is increased, and more logs can be collected, so that more abundant logs are provided for a user, and the user canconveniently perform comprehensive supervision and maintenance on the server according to the logs, on the other hand, the method considers the facts that an IPMI process can be occupied for a long time while the collection coverage of the related logs of the server is increased and normal operation of other tasks is influenced, and for avoiding influence on other tasks in a log collection process, the method provides a way of creating a new thread by virtue of an asynchronous mechanism for executing a log collection task, so that execution of the log collection task can not influence execution of other tasks, and resources are avoided from being occupied for a long time. Besides, the invention also provides a corresponding device and equipment.

The invention discloses an application running method. The method comprises the steps that when an application operating instruction is received, it is judged whether the application operating instruction belongs to an UI interaction instruction or a function starting instruction; if the application operating instruction belongs to the UI interaction instruction, the corresponding UI component is called through an UI thread so as to execute the UI interaction operation corresponding to the application operating instruction; if the application operating instruction belongs to the function starting instruction, the function starting operation corresponding to the application operating instruction is executed through a main thread. The invention further discloses an intelligent terminal and a computer readable storage medium. The UI thread and the main thread are separated, the UI thread is specialized in the UI interaction operations, while function starting and other things which have to be run in the main thread are put in the main thread, so that the system performance is optimized, a user has no lag feeling when operating an UI, the smooth operating feeling is brought of the user, and the user experience is improved.

A deallocation command processing method and a storage device thereof are disclosed. The disclosed deallocation method includes obtaining a logical address range indicated by the deallocation commandin response to the deallocation command, and obtaining a logical address range indicated by the deallocation command in response to the deallocation command; updating an FTL table, and setting an entry of the FTL table corresponding to a logical address range indicated by a deallocation command as a specified value; in response to the write command, recording the association of the physical address assigned to the write command with the logical address accessed by the write command in the NVM.

The invention discloses a method, a device and a computing device for managing virtual machine resources, wherein, the method comprises the following steps: determining each task to be tested in a specific test system; calculating a virtual machine quantity threshold value corresponding to a specific test system of the task according to the number of test cases to be executed of the task for any task; comparing a number of virtual machines of a corresponding specific test system in an automation platform that has completed the snapshot processing for the task with a threshold value of the number of virtual machines; according to the comparison result, the virtual machine resources of the automated cloud platform being deployed. The scheme of the invention allocates virtual machine resources for tasks according to the number of test cases to be executed of the tasks, and allocates the virtual machine resources in the platform according to the number of virtual machines occupied by the tasks in real time, so that the virtual machine resources in the platform can be reasonably allocated to each task, thereby improving the overall test efficiency of the platform.

The invention relates to a method for achieving high availability storage through resource rings. The different resource rings are formed between multiple nodes, resources are automatically switched on the resource rings through the corresponding heartbeat technology, and therefore high availability storage is achieved. The method includes the following steps that (1) instances are started and configuration files are obtained by the instances and read; (2) network lock objects are obtained by the instances and attempts for obtaining locks are sent through the obtained lock objects; (3) whether the locks are obtained or not is judged by the instances, if yes, the step (4) is executed, and if not, the step (5) is executed; (4) the main instance continuously sends heartbeat information at the set heartbeat interval, and configured resource services are started and executed one by one; (5) timers are started by the auxiliary instances and whether the heartbeat information sent by the main instance belonging to the resource ring is received overtime or not is judged. Compared with the prior art, the method has the advantages of being capable of saving investment, simple in configuration and the like.

The invention discloses a de-allocation command processing acceleration method and a storage device, relates to the technical field of storage, and solves the technical problem of influence of de-allocation command processing on IO command execution in the prior art. The de-allocation method comprises the steps of obtaining a logic address range indicated by a de-allocation command according to the de-allocation command; updating a de-allocation table and setting a table item of the de-allocation table corresponding to the logic address rage indicated by the de-allocation command to be a firstspecified value, wherein the de-allocation table is used for recording whether a logic address in an FTL table is allocated or not; and instructing the de-allocation command to be executed. The de-allocation method is applied to the processing of the storage device.

The invention discloses a timer setting method and device, equipment and a computer readable storage medium, and the method comprises the steps: reading an identifier carried by a newly-added timer when the newly-added timer is detected, and determining a target data table corresponding to the newly-added timer according to the identifier; comparing the first time range of the newly added timer with a second time range of a historical timer corresponding to the target data table one by one, and judging whether a target second time range coinciding with the first time range exists in each second time range or not; and if so, determining the overlap ratio between the first time range and the target second time range, and setting a newly added timer according to the size relationship betweenthe overlap ratio and a preset threshold. According to the scheme, the newly added timer is set based on the size relationship between the overlap ratio generated by the big data processing technologyand the preset threshold value; the overlapping of timing time ranges between the newly added timer and the historical timer is avoided, and the normal execution of each timing task is ensured.

The invention discloses an execution method and system for a combination service. The method comprises the following steps: analyzing a received combination service request into a service execution example; dispatching the service execution example; executing internal activities of the service execution example, and obtaining execution results; sending external activities of the service execution example to a service execution agent module and receiving and returning execution results; triggering and carrying out corresponding subsequent activities of the internal activities or external activities based on the execution results; executing the external activities, sent by an execution kernel module, of the service execution example and returning the execution results to the execution kernel module; monitoring the execution state of the service execution example; and when the execution state of the service execution example is abnormal, replacing the service execution example. The execution method and system for the combination service enable the execution of the combination service process to be adaptive to the occurrence of abnormity more flexibly.

The invention relates to the field of process optimization, in particular to a multi-task processing method and device, computer equipment and a storage medium, and the method comprises the steps: starting a plurality of tasks, calling a first-level task processing program to execute the plurality of tasks, and obtaining an execution starting moment of each task; After the task is normally executed, obtaining an execution completion moment of the task, and obtaining an execution period according to the execution starting moment and the execution completion moment of the task; When the task execution is abnormal and interrupted, transmitting the task which is abnormal to the second-level task processing program to be executed; Monitoring the execution result of the task in the second-leveltask processing program in real time, obtaining the execution frequency of the task in the second-level task processing program, and judging whether to terminate the task or not according to the execution result of the task and the task execution frequency. Abnormal tasks are processed in a two-stage task processing mechanism mode, execution of follow-up tasks cannot be affected, robustness of themulti-task processing system is guaranteed, and working efficiency is improved.

The invention discloses a distributed photovoltaic variable slope droop control method based on head end voltage tracking, which is achieved based on a distributed photovoltaic intelligent acquisitiondevice and an intelligent control terminal. The intelligent acquisition device is installed in a transformer substation and is configured to acquire the voltage of a bus at the lower voltage side inthe transformer substation in real time, communicate with all the distributed photovoltaic power stations on a feeder and issue the head end voltage signals. The intelligent control terminal is configured to receive upwards the feeder head end bus voltage signals issued by the intelligent acquisition device and take the feeder head end bus voltage signals as key parameters for setting of a controlstrategy to generate a variable slope droop control curve, is connected with an inverter downwards, and is configured to collect the voltages of grid-connected points of the distributed photovoltaicpower stations to achieve the control for the passive power of the inverter according to the variable slope droop curve. Under the operation condition of the higher line voltage, the photovoltaic inverter is controlled to absorb less reactive power, so that the line loss is reduced while the voltage operation requirement is met; and compared with the traditional full-state observation method, themethod is an ideal engineering practicability method for distributed photovoltaic reactive voltage control.

The invention provides a vehicle controller debugging method and device, a vehicle controller and an electric vehicle. The method comprises the following steps: receiving a debugging request instruction; downloading a debugging module online based on a pre-distributed data transmission interface according to the debugging request instruction, and storing the debugging module in a reserved random access memory; and executing the debugging module to debug the vehicle controller. According to the method, CAN, LIN or Ethernet interfaces are used for downloading a debugging function online, professional debugging equipment does not need to be used, and the debugging means is simplified.

The invention discloses a method and device for executing a computing task, and relates to the technical field of computers. One specific embodiment of the method comprises the following steps: sending a calculation instruction to a main node, the calculation instruction carrying a calculation task, and receiving original data returned by the main node and generated by executing the calculation task; if it is monitored that the master node cannot execute the calculation task, selecting a new master node from slave nodes according to a preset rule; and sending a new calculation instruction to the new main node, the new calculation instruction carrying the original data, and receiving the original data returned by the new main node and generated by continuously executing the calculation taskaccording to the original data. According to the embodiment, the high-performance advantage and the high availability of the main node are ensured at the same time.

The invention discloses a flight time optimization method and system, and relates to the field of aviation. The method comprises the steps that when delay occurs at a first flight moment, a public resource set which is not released due to delay at the first flight moment is acquired; when continuous delay occurs at a second flight moment due to delay of the first flight moment, obtaining a targetmissing resource set at the second flight moment according to an intersection of the public resource set and a travel necessary resource set at the second flight moment; and finding the replacement resources of the target missing resources in the travel necessary resource set at the subsequent flight moment of the second flight moment, so that the second flight moment is normally executed. The problem of continuous delay of subsequent flights due to flight resource occupation caused by flight delay is solved, the overall punctuality rate of the flights and the utilization rate of the flight time are improved, and meanwhile, the operation cost of the flights is reduced.

The embodiment of the invention provides an information decoupling method and device, a server and a storage medium, and the method comprises the steps of recognizing key business information and non-key business information in business information of a main business interface based on business attributes corresponding to the business information, and packaging the key business information and the non-key business information into a corresponding key business class and a corresponding non-key business class. When a service request is received, triggering the key service class to execute the corresponding service logic, and when the key service class is successfully executed, sending a second service execution instruction to trigger the non-key service class to execute the corresponding service logic. When it is detected that the second service execution instruction fails to be sent or the non-key service class fails to be executed, resending the corresponding second service execution instruction to trigger the corresponding non-key service class to be executed again.