212 results about "Error message" patented technology

Techniques for leveraging a large language model (LLM) in software development are described. A description of an error message associated with a software system hosted by the multi-tenant provider network is received. An LLM is prompted with an analysis prompt to generate an analysis of the error message, the analysis prompt including the description of the error message, and the analysis of the error message is received from the LLM. The LLM is prompted with a suggested resolution prompt to generate a suggested resolution to a cause of the error message, the suggested resolution prompt including the description of the error message and the analysis of the error message, and the suggested resolution is received from the LLM. A change to resolve the cause of the error message is sent to an originator of the received description, the change based at least in part on the suggested resolution.

In one embodiment, a computer-implemented method executed using one or more processors of an incident management system comprises receiving a notification of an incident associated with a computer system, and in response to receiving the notification: extracting an error message from the notification; reading a set of computer program code changes that have been implemented in the computer system; matching the error message to the set of computer program code changes and outputting a set of one or more candidate code changes that may correspond to the error message; based on the set of candidate code changes, generating an automatic remediation for the incident; and using the one or more processors of the incident management system, executing the automatic remediation on the computer system.

The invention relates to an automatic program repairing method based on data flow driving, which takes an error file and a method signature as input, and reports error information in a defect positioning tool or an integrated development environment. Secondly, handing over error information and original defect codes to a large language model, extracting an element list related to defects from the large language model, then constructing defect contexts, using a search tool to retrieve key element definitions and dependency relationships, integrating control flow and error mode information, and finally obtaining defect information; then, the retrieved information, the original defect codes and the potential defect types are integrated into cue words, and the cue words are submitted to a large language model to generate candidate patches. And then the candidate patch is verified, and if the candidate patch does not pass the verification, error reporting information during the verification is combined with the candidate patch to carry out iterative optimization until the candidate patch successfully passes all test verification or the maximum number of iterations is reached. According to the method, context semantics are enhanced by means of data flow analysis, and the repairing accuracy and efficiency are improved.

Techniques are disclosed herein for providing and using a natural language to logical form model having execution and sematic error correction capabilities. In one aspect, a method is disclosed that includes: accessing a set of training examples and generating a set of error correction training examples via an iterative process performed for each training example. The iterative process includes generating an inferred logical form, executing the inferred logical form on a database, when executing the inferred logical form on the database fails, obtaining an execution error message corresponding to the failure, and recording the inferred logical form and the execution error message as part of an execution error example, and populating an error correction prompt template with the execution error example to generate an error correction training example. A machine learning model may then be trained with at least the set of error correction training examples.

After generating a first customized recovery plan to resolve a first error associated with a first error message generated by a first software application, a jobs manager obtains identities of an input system, an output system or a combination thereof associated with the first software application. In response to determining that a second software application is associated with the same or similar input system, the same or similar output system, or the combination thereof as the first software application, the jobs manager determines that the first error associated with the first software application is predicted to occur relating to the second software application. Thereafter, the jobs manager generates a second customized recovery plan for the second software application based at least in part upon the first customized recovery plan generated for the first software application.

Systems and methods for generating an enhanced error message are provided. An example method includes: receiving one or more raw error messages. The one or more raw error messages include one or more stack traces. The method further includes matching at least one raw error message of the one or more raw error messages to one or more error rules from a plurality of error rules. The one or more error rules include regular expression patterns. The method further includes parsing the at least one raw error message, based on the one or more matched error rules from the plurality of error rules; and generating one or more enhanced error messages, based on the at least one parsed raw error messages. The one or more enhanced error messages include one or more natural language sentences. The method further includes embedding the one or more enhanced error messages into a website.

A facility to ignore inaccessible volumes for software defined storage deployed in container orchestrator systems is presented herein. An example method comprises, in response to receiving error message data representative of an inaccessibility of a volume of a group of volumes being used by a container in execution on application server equipment, sending indicator data to an agent process that is monitoring execution of the container, wherein the indicator data represents a first command of a collection of commands that orders the agent process to desist from mounting the volume of the group of volumes to an accessible global space, and based on a second command, mounting a partial group of volumes to the accessible global space, wherein the partial group of volumes excludes the volume that is inaccessible, and notifying the agent process that the partial group of volumes is available in the accessible global space.

The invention relates to a computer-aided maintenance method (10) for correcting a fault condition (12) on a processing machine (14, 14a-c), comprising the method steps: a) Detecting (16) the fault condition (12) by identifying an error message (18) on the processing machine (14, 14a-c) and determining the time of the fault; b) Creating (22) a fault description (24) by determining fault data (26) at the time of the fault; c) Identifying (38) similar and / or identical fault conditions (42) by comparing (40) the fault description (24) with stored fault descriptions (42) by comparing the fault data (26) determined for the fault descriptions (24, 42); e) Issuing (50) a recommendation for action (52), including at least one suggestion for remedying the fault condition (12).

The present disclosure provides a system for managing users in a network. The system includes a processor configured to receive a request via one or more computing devices; establish a binding session with a primary control plane function based on the user session; receive an authentication authorization request (AAR) from an application function based on a session data corruption associated with the user session; transmit the AAR to the control plane function to determine a particular control plane function associated with the primary control plane function processing the user session based on the binding session; and transmit the AAR to a network function to process the user session via an secondary control plane function based on receiving an error message from the particular control plane function.

The invention belongs to the technical field of smart home and automation, and provides cleaning equipment and a repositioning method, device and equipment thereof, a medium and a product, and the cleaning equipment comprises a sensing unit which is configured to collect environment data of an area where the cleaning equipment is located in the process that the cleaning equipment executes a task; the positioning mapping unit is connected with the sensing unit and is configured to match the environment data with a current map, obtain a matching degree corresponding to the environment data and output a positioning abnormity message under the condition that the matching degree is lower than a preset threshold value; and the navigation unit is connected with the positioning mapping unit and is configured to execute a repositioning operation based on the current map under the condition that the positioning abnormity message is received. Therefore, the positioning stability and accuracy are improved.

A computer-implemented method for improving test data troubleshooting in an enterprise resource planning (ERP) system is disclosed. The method can receive an error message generated by an application programming interface of the ERP system when processing a set of test data, embed the error message into a message vector, search a vector database comprising a plurality of object vectors to identify a target object vector matching the message vector, retrieve a target object document associated with the target object vector, and generate an answer including instructions to modify the set of test data based on the error message and the target object document. Related systems and software for implementing the method are also disclosed.

Computer-implemented systems and methods including language models for explaining and resolving code errors. A computer-implemented method may include: receiving or accessing a log comprising an error message, the error message indicating an error in code; determining the error message from the log; determining a context associated with the error; generating a prompt for a large language model (“LLM”), the prompt comprising at least: the error message, and the context associated with the error; transmitting the prompt to the LLM; and receiving an output from the LLM in response to the prompt, the output comprising at least: an explanation of the error message, and a suggested fix for the error.

The invention discloses an information processing method, a chip system and electronic equipment, the chip system comprises a plurality of core particles, in each processing period, one core particle in the chip system is configured as a main core particle, the other core particles are configured as slave core particles, and the information processing method comprises the following steps: when the slave core particles obtain error information, the error information is sent to the chip system; determining, by the slave core particle, an information level of the error information; and under the condition that the information level meets the error reporting condition, the error information is sent to the main core particle by the slave core particle, so that the error information is processed by the main core particle.

Computer-implemented systems and methods including language models for explaining and resolving code errors. A computer-implemented method may include: receiving or accessing a log comprising an error message, the error message indicating an error in code; determining the error message from the log; determining a context associated with the error; generating a prompt for a large language model (“LLM”), the prompt comprising at least: the error message, and the context associated with the error; transmitting the prompt to the LLM; and receiving an output from the LLM in response to the prompt, the output comprising at least: an explanation of the error message, and a suggested fix for the error.

A system comprises one or more processors and one or more storage devices, wherein the system is configured to receive a communication request from a medical device; transmit a message of a message type to the medical device according to a first message scheme for the message type using a first device driver; receive an error message from the medical device in response to the message; select a second message scheme for the message type from a plurality of message schemes stored by the one or more storage devices; and generate a second device driver based on the first device driver and the second message scheme.

Technologies and techniques for analyzing a sensor array for unstable errors, wherein the sensor array emits an analog sensor signal according to a measured variable, a number of error events is identified within a given time interval, the sensor signal having a first slope and a second slope for each of the error events. A diagnostic signal is generated according to a cumulative height of the first and / or the second slopes and is compared with a first threshold value. An error message is generated according to a result of the comparison.

The invention discloses a centralized management method and system for large-scale heterogeneous hosts of a meteorological infrastructure resource pool, and the method comprises the following steps: (1), obtaining the information of hosts needing batch operation through a configuration file in a command line mode based on a Linux system; (2) decoding the obtained configuration file, loading a single or batch command list needing to be executed according to decoding information, and logging in a target host for execution; step (3), detecting the host with abnormal login and giving an error prompt, and then skipping to continue to execute the next host; and (4) reading standard output and standard error output of the target host terminal to obtain an execution result of each command, classifying and redisplaying the execution result on a remote centralized management console, and recording a log file at the same time. According to the invention, centralized and batch management of large-scale heterogeneous meteorological infrastructure resources can be realized.

After generating a first customized recovery plan to resolve a first error associated with a first error message generated by a first software application, a jobs manager obtains identities of an input system, an output system or a combination thereof associated with the first software application. In response to determining that a second software application is associated with the same or similar input system, the same or similar output system, or the combination thereof as the first software application, the jobs manager determines that the first error associated with the first software application is predicted to occur relating to the second software application. Thereafter, the jobs manager generates a second customized recovery plan for the second software application based at least in part upon the first customized recovery plan generated for the first software application.

In a fault cause identification support device, an error message acquisition means acquires an error message from an IT system. A configuration information acquisition means acquires configuration information of the IT system. A device state acquisition means acquires state information of each of devices forming the IT system based on the error message and the configuration information. A question sentence generation means generates a first question sentence including the error message, the configuration information, the state information, and an instruction sentence for instructing analysis of an error cause. A response means inputs the first question sentence to a large-scale language model and acquire one or more candidates of the error cause as an answer. Thus, the fault cause identification support device capable of supporting in identifying a cause of a fault in the IT system is provided.

The invention discloses a Kong gateway-based plug-in parameter validity verification building method, equipment and a medium, belongs to the technical field of software design, and aims to solve the technical problem that key parameters cannot be automatically verified when a user uses a Kong gateway native plug-in. Proxy service failure and lack of humanized error prompts are easily caused by writing errors, and operation and maintenance personnel need to consume a lot of time to position and repair configuration errors, so that the technical scheme is as follows: a verification plug-in checkplug is designed by adopting a modular structure; the method comprises the following steps of: setting a verification plug-in check plug-in into a self-defined plug-in directory of Kong, configuring plug-in = bundle, check plug-in in a Kong. Conf, and introducing the verification plug-in check plug-in by using a Kong client side; using a Konga client to configure a plug-in used by the proxy service; performing automatic verification; the background analyzes the configured parameters, namely, the background analyzes results returned by the plug-ins according to the content of the request; and the check plug-in checkplug judges whether the analysis is successful or not.

A system for distributed search and retrieval of loan pools and rule-based reorganization thereof may include a processor configured for receiving a first unique identifier and ownership indicator of a first loan pool and a second unique identifier and ownership indicator of a second loan pool; generating a first request and a second request for at least an interest rate, loan term, and balance for each loan in the first pool and the second pool, respectively; transmitting the first request and the second request to a first remote server and a second remote server, respectively; obtaining rules relating loan characteristics to pseudo pool validity; receiving a proposed pseudo pool; applying the rules to the proposed pseudo pool to generate a validity indicator; when the indicator is false: generating an error message; and when the indicator is true: generating a proposed disclosure document including the proposed pseudo pool.

This invention discloses a four-dimensional error-proof batch traceability method, device, equipment, and storage medium for vehicle parts. The method receives VIN codes, vehicle model configuration information, and BOM lists from a Manufacturing Execution System (MES), adjusts system settings and verification parameters according to preset rules, scans the barcodes of automotive parts to be installed using a portable data assistant (PDA) client, compares the scan results with the verification parameters, and prohibits installation and triggers an error message if any parameter in the part model, version number, installation sequence, or installation station does not match. For target parts that pass verification, the scan information is recorded and a relationship between the target part and the vehicle is established. The uniqueness of barcodes for individual traceable parts is verified, and a one-scan-multiple-synchronization mechanism is implemented for batch traceable parts. This enables precise error prevention and flexible traceability of part installation, ensures accurate traceability of key parts, and effectively improves the overall vehicle quality control level and production management efficiency.

This invention relates to the field of data processing methods, and discloses a method for achieving data consistency across multiple data sources using distributed locks and message middleware. The method includes: receiving a business request; acquiring a Tair distributed lock using the business ID as the key; handling lock acquisition success or failure; returning a custom error message and ending the process if lock acquisition fails; executing a local database transaction if lock acquisition is successful; rolling back the transaction and releasing the Tair lock if the transaction commit fails; releasing the Tair lock and asynchronously sending a message to RocketMQ; handling message sending success or failure; executing cross-database transaction processing and ending the process if message sending fails; and handling exception handling, such as retrying or circuit breaker mechanisms, and ending the process if message sending fails. This invention effectively solves the problems of cross-database transaction failure, concurrent operation conflicts, and data inconsistency across multiple databases.

Method for detecting communication disturbances in a master-slave system (20), wherein the master-slave system (20) comprises a master unit (21) and at least one slave unit (22, 23, 24), wherein the at least one slave unit (22, 23, 24) is connected to the master unit (21) via a communication system (25), wherein the communication system (25) has a safety bus (26), and wherein the at least one slave unit (22, 23, 24) has a safety module (27), wherein the master unit (21) communicates with the at least one slave unit (22, 23, 24) via the safety bus (26) in safety cycles, wherein during a safety cycle the master unit (21) transmits data to be processed by the safety module (27) of the at least one slave unit (22, 23, 24) to the at least one slave unit (22, 23, 24), and wherein the method (1,10) has the following steps: - Defining a limit value for a time during which each slave unit (22,23,24) cannot receive any data to be processed by the safety module (27) of the slave unit (22,23,24) without an error message being issued (2,11); and for each slave unit (22, 23, 24), check whether the slave unit (22, 23, 24) has received data to be processed by the security module (27) of the slave unit (22, 23, 24) from the master unit (21) during the safety cycle (3, 12), wherein, if the slave unit (22, 23, 24) has not received any data to be processed by the security module (27) of the slave unit (22, 23, 24) from the master unit (21) during the safety cycle, a period is determined which indicates how long the slave unit (22, 23, 24) has not received any data to be processed by the security module (27) of the slave unit (22, 23, 24) from the master unit (21) (4, 13), wherein the period is compared with the limit value (5,14), and wherein, if the period is greater than the limit value, it is determined that a communication fault has occurred (6, 15), wherein the procedure (10) further comprises the following step: synchronizing the safety bus (26) to a master communication (17); and wherein a last slave unit (22, 23, 24) in a communication ring has master functionality, and wherein the step (17) of synchronizing the safety bus (26) to the master communication comprises the following step: specifying a start time for a new safety cycle by the last slave unit (22, 23, 24) based on the master communication.

This invention specifically relates to a message transmission method and storage medium that integrates reactive routing and DTN. The method includes: when a source node transmits a message to a destination node: first, it broadcasts a routing request message in the network using the reactive MANET routing protocol mechanism; upon receiving a routing response message, it transmits the message to the source node; upon receiving a routing error message, it uses the DTN mechanism to allocate a copy of the message to a relay node at the topology boundary of the source node, making it a virtual source node; if message transmission fails, it stores a copy of the message at the relay node where the communication link is interrupted, making it a virtual source node; the virtual source node broadcasts routing solicitation information to its neighboring nodes, and repeats the above steps when an opportunity to establish a connection with the destination node is found. This invention can improve the reliability of message transmission through the DTN routing mechanism and fully explore the connectable subtopologies in the MANET network.

A picking system and method includes an article storage, a picking station, a conveying system, a drive system, a control system and an energy supply system. The picking system further comprises an electronic energy saving module, with which the picking system can be switched from a normal operating mode to an energy saving mode and vice versa. The energy saving module is further configured for a) masking, suppressing or automatically acknowledging error messages when switching from the energy saving mode to the normal operating mode, and / or b) suppressing or automatically acknowledging error diagnosis functions or troubleshooting functions when switching from the energy saving mode to the normal operating mode, and / or c) providing an error message acknowledgement element when switching from the energy saving mode to the normal operating mode, by means of which multiple error messages can be acknowledged at the same time.

This invention relates to a Text2SQL self-correction method based on error pattern awareness, belonging to the field of data processing technology. It includes: abstracting general error patterns from isolated error messages to enable the model to have generalizable diagnostic capabilities, and constructing a knowledge graph based on these error patterns; abandoning traditional single-step blind correction, constructing a dynamic feedback loop containing state memory to force the model to escape local optima; and performing adaptive iterative repair termination based on a comprehensive score. This invention models the SQL correction process as a closed-loop control flow of "diagnosis-retrieval-verification," breaking through the traditional "static verification + manual rules" paradigm. It transforms database execution feedback into a structured error pattern representation, guiding a Large Language Model (LLM) to establish generalizable SQL error diagnosis and repair capabilities.

The invention discloses a disaster recovery data restoration method and device, a storage medium and a program product, and relates to the technical field of data processing. After a disaster recovery end receives an inspection instruction, reading information is actively generated, whether storage medium abnormity exists or not is judged according to the reading information, and error reporting information is generated under the condition that the storage medium abnormity exists; according to the error reporting information, the data writing request containing the hard disk data of the hard disk at the production end is obtained, and the hard disk data is written again by the disaster recovery end to complete data recovery under the condition that the storage medium is abnormal, so that the problem that the storage medium abnormality is difficult to identify in the related technology is solved, the data security is guaranteed, and the reliability of data backup is improved.

This invention discloses a method, system, and storage medium for verifying instrument data records. Based on a received data verification command, each record in the instrument data record table is sequentially retrieved. The corresponding screen layout information is retrieved from the instrument information database according to the instrument model. Then, the display features in the screen image are identified and analyzed, and compared with the screen area shape and measurement data layout information stored in the instrument information database. If they are not similar, an instrument model entry error message is triggered. If they are similar, the identified instrument measurement parameters are compared with the recorded parameters in the data record. If they are not the same, a measurement parameter entry error message is triggered. By using screen image content to automatically verify and verify the instrument model and measurement parameters in electronic experimental records, the inefficiency and error-prone nature of existing manual verification methods are overcome.

The invention discloses a non-platform signature system application right obtaining method and system, and the method comprises the steps: transmitting a system right request command and an idle command instance to a system layer super function program; verifying signature information of the professional application program by using a preset platform signature public key; when the verification is passed, executing the system permission request command, and recording an execution state in a command instance; if the execution of the system permission request command is completed within the execution timeout time, stopping the monitoring program; a command execution result is returned to the professional application program, and the command instance is returned to a preset command instance pool after the state of the command instance is updated to be idle; if the execution of the system permission request command is not completed within the execution timeout time, the monitoring program forcibly terminates the execution of the system permission request command; and returning overtime error information to the professional application program. The method and the device are used for realizing effective monitoring of the request execution state, ensuring reasonable utilization of system resources, and ensuring legality of a request source at the same time.