CN108153671B - Test system and method for ATML signal-oriented runtime service - Google Patents
Test system and method for ATML signal-oriented runtime service Download PDFInfo
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- CN108153671B CN108153671B CN201711406185.6A CN201711406185A CN108153671B CN 108153671 B CN108153671 B CN 108153671B CN 201711406185 A CN201711406185 A CN 201711406185A CN 108153671 B CN108153671 B CN 108153671B
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Abstract
The invention provides a test system for ATML signal-oriented runtime service, which comprises: the soft bus unit is used for sending and transmitting messages and instructions and receiving test result information; the action engine module is used for loading the test action, stripping, decomposing and analyzing the test action and converting the test action into a signal test action message; the signal engine module is used for realizing signal role analysis, signal conflict resolution, signal state management and signal drive control of the test signal; the message engine module is used for starting to execute the test execution instruction and calling the signal test action message and the test signal message; the resource engine module is used for receiving the conflict-free signal test action message and the test signal message, performing resource matching and taking the test resources which simultaneously meet the test action and the test signal as a matching result; and the data engine module is used for generating the executed data message into test result data meeting the ATML standard, directly outputting a test result file and simultaneously displaying the test result.
Description
Technical Field
The invention relates to the technical field of measurement test and runtime service, in particular to a test system and a method for ATML signal-oriented runtime service.
Background
Runtime refers to the state in which a program is running or being executed. At present, runtime services are key services for signal flow analysis, resource scheduling and the like in a signal-oriented test system based on the ieee std 1671(ATML) standard, and new requirements are provided for test runtime services of a signal-oriented automatic test system along with engineering application requirements of the signal-oriented test system.
The automatic test system goes through the development processes of an SCPI instruction mode, an instrument-oriented mode and a signal-oriented mode, and finally develops into a new generation of signal-oriented advanced automatic test mode based on an IEEE Std 1671(ATML) standard system. In any automatic test system, a complete set of test operation management mechanism is required to support and maintain the automatic test system. The test operation management module is used for receiving an execution command, analyzing a test flow, analyzing a hardware link, controlling hardware resources, acquiring result data and the like, and is the core of the execution of the automatic test system. The method is different from the traditional instrument-oriented operation function which only needs to process a test flow and instrument control, the signal-oriented operation function needs to process various information such as test description, test signals, test actions, test resources, test results and the like, the information is used in the operation process, a set of operation scheme is formed, the whole operation process of the signal-oriented test system is covered, and the method is a key technology of the signal-oriented test system.
The method provided by the invention aims at the signal-oriented automatic test system, packages the signal-oriented test runtime function into an independent runtime service, provides an interface for the automatic test system to call, builds a processing method of test signals, test description, test resources and test results aiming at the ATML system, and solves the technical problem of the signal-oriented test runtime service in the ATML-based automatic test system.
Disclosure of Invention
The invention aims to solve the defects of the existing test system for the ATML signal-oriented runtime service, and provides a test system for the ATML signal-oriented runtime service, aiming at the signal-oriented automatic test requirement, a test runtime interface and a calling service interface of the ATML system framework-based signal-oriented automatic test system are provided, so that the functions of signal role analysis, signal action analysis, signal state management, matching scheduling of test resources, signal conflict resolution, signal drive control, signal message and process scheduling, test data processing and the like in the test process are realized, and the whole test execution process on the signal-oriented automatic test system is realized.
In order to achieve the aim, the invention provides a test system for ATML signal-oriented runtime service, which packages the runtime service into COM components and provides a test runtime interface and a calling service interface of an ATML system framework-based signal-oriented automatic test system; and analyzing and processing data of the test action and the test signal in the test description file to obtain a test result file. The method specifically comprises the following steps:
the soft bus unit is used for sending and transmitting messages and instructions with the message engine module, the action engine module and the data engine module; the soft bus unit is also used for receiving test result information;
the action engine module is used for loading the test action, carrying out stripping decomposition and analysis on the test action, converting the test action into a signal test action message and sending the signal test action message to the message engine module;
the signal engine module is used for realizing the signal role analysis of the test signal, the signal conflict resolution of the signal test action message and the test signal message, the signal state management and the signal drive control function and sending the control information of the test resource to the resource engine module; specifically, the signal engine module receives and loads a test signal, performs signal role analysis on the test signal, generates a test signal message, and sends the test signal message to the message engine module; receiving a signal test action message and a test signal message, and judging and analyzing signal collision; analyzing the signal test action message and the test signal message into a conflict-free signal test action message and a conflict-free test signal message, and sending the conflict-free signal test action message and the conflict-free test signal message to the resource engine module;
the message engine module is used for starting to execute the test execution instruction, calling the signal test action message and the test signal message and sending the signal test action message and the test signal message to the signal engine module;
the resource engine module is used for receiving the conflict-free signal test action message and the conflict-free test signal message, performing resource matching according to the test resources, taking the test resources which simultaneously meet the test action and the test signals as the matching results of the test resources, and sending the matching results to the signal engine module; the control module is also used for receiving the control information, driving the test resources to execute corresponding instrument actions, obtaining a test value or an execution state, and sending data after execution to the signal engine module;
the data engine module is used for generating the executed data message into test result data meeting the ATML standard, directly outputting a test result file, and simultaneously returning the test result data to the soft bus unit so as to display the test result; the signal engine module receives the executed data, generates a data message of which the execution is finished, and sends the data message to the message engine module; and the message engine module receives the data message after the execution is finished and simultaneously sends the data message after the execution is finished to the data engine module.
In the signal engine module, the signal test action message specifically includes: signal operation type action message, function operation type action message, condition judgment type action message and input/output type action message.
The signal role analysis is to analyze a standard test signal defined in the ATML standard into three types of signal roles of Source (Source), measurement (Sensor) and monitoring (Monitor), and simultaneously analyze the signal content of a corresponding role signal and characteristic parameters carried by the signal content; wherein the characteristic parameters include: the signal library, the signal type, the signal name, the signal attribute and the signal parameter characteristic value.
The signal conflict resolution is to resolve the action conflict between the test action in the test description file and the test signal on the signal level, that is, to judge and analyze the signal conflict between the signal test action message and the test signal message; according to the information of the signal role analysis, the description of the 18 types of test actions specified by the standard in the test description is arranged into the control action of the practical test resource, and the normal operation of the signal test flow is realized by controlling the sequence of the actions and using different process resources.
The signal state management is used for managing the operation state of each signal in the current operation state in real time; and (4) listing the signals of the three types of signal roles analyzed through the signal roles into a management range until the operation control is finished, wherein the state contents of the signals are different from each other. Wherein the signal states of the source type include: initialization, output start, output termination and reset; the measurement type of signal states include: initialization, connection establishment, data measurement, connection disconnection and reset; monitoring types of signal conditions include: initialization, connection establishment, time state, event state, data measurement, disconnection, reset. Meanwhile, the signals of the three roles also need to be managed in the configuration state of the signals, including: unconfigured, configured, connected, used.
And the signal drive control is used for generating and outputting an execution control action of the test action, carrying out a final action of test signal execution control on the current test action according to the information of signal conflict resolution and signal state management, calling a signal capability resource provided by a resource engine, and finishing the execution of the test action.
Based on the above testing system for the running-time service of the ATML signal, the present invention further provides a testing method for the running-time service of the ATML signal, which analyzes and processes the test actions and the test signals in the test description file to obtain a test result file, and specifically includes:
step 1) the soft bus unit sends a command of loading a test action to the action engine module, the action engine module loads the test action and carries out the stripping decomposition and analysis of the test action, the test action is converted into a signal test action message, and then the signal test action message is sent to the message engine module;
step 2) the signal engine module receives and loads the test signal, performs signal role analysis on the test signal, generates a test signal message, and sends the test signal message to the message engine module;
step 3) the soft bus unit sends a test execution instruction, the message engine module starts to execute the test execution instruction, and the signal test action message in the step 1) and the test signal message in the step 2) are called and sent to the signal engine module;
step 4), the signal engine module receives the signal test action message and the test signal message and judges and analyzes the signal conflict; analyzing the signal test action message and the test signal message into a conflict-free signal test action message and a conflict-free test signal message, and sending the conflict-free signal test action message and the conflict-free test signal message to the resource engine module;
step 5) the resource engine module receives the conflict-free signal test action message and the conflict-free test signal message, performs resource matching according to the test resources, takes the test resources which simultaneously meet the test action and the test signal as the matching results of the test resources, and sends the matching results to the signal engine module;
step 6), the signal engine module updates the test signal state message and sends the test signal state message to the message engine module; after receiving the test signal state message, the message engine module sends an execution state updating message to the soft bus unit so as to update the execution data message of the test action and the execution data message of the test signal execution;
step 7) the signal engine module sends control information of the test resources to the resource engine module, the resource engine module receives the control information, drives the test resources to execute corresponding instrument actions, obtains a test value or an execution state, and sends the executed data to the signal engine module;
step 8) the signal engine module receives the executed data in the step 7), generates a data message of the executed data and sends the data message to the message engine module; the message engine module receives the executed data message and sends the executed data message to the data engine module;
and 9) the data engine module generates the executed data message into test result data meeting the ATML standard, directly outputs a test result file, and simultaneously returns the test result data to the soft bus unit to display the test result.
Wherein, in the step 1), the signal test action message specifically includes: signal operation type action message, function operation type action message, condition judgment type action message and input/output type action message.
The invention has the advantages that:
1. the method provides runtime service for the execution of the test description of the ATML standard signal-oriented automatic test software, and can realize the execution function of the test description.
2. The method provides standard runtime service for the execution of test description based on the ATML standard, constructs a uniform interface, and the automatic test software conforming to the ATML standard can call the service to execute the test description, thereby realizing the execution service of the uniform signal-oriented automatic test flow.
3. The method comprises the steps of constructing five engines of messages, actions, signals, resources and data in the runtime service, dividing the runtime service facing the signals into five parts, wherein each part is used for the respective affairs, forming a signal execution logic with a clear limit, and only modifying a specific engine module to deal with standard expansion and upgrading.
Drawings
FIG. 1 is a schematic diagram of the test system for ATML signal oriented runtime services of the present invention;
fig. 2 is a flowchart of the testing method of the present invention for the runtime service of the ATML signal.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings.
The invention provides a test system for ATML signal-oriented runtime service, which packages the runtime service into COM components and provides a test runtime interface and a calling service interface of an ATML system framework-based signal-oriented automatic test system. As shown in fig. 1, the input of the signal-oriented test execution is a test description, and the test execution content in the test description file includes: test actions, test signals, test resources; the output of the signal-oriented test execution is a test result; and analyzing and processing data of the test action and the test signal in the test description file to obtain a test result file.
The test system specifically comprises:
the soft bus unit is used for sending and transmitting messages and instructions with the message engine module, the action engine module and the data engine module; the soft bus unit is also used for receiving test result information;
the action engine module is used for loading the test action, carrying out stripping decomposition and analysis on the test action, converting the test action into a signal test action message and sending the signal test action message to the message engine module;
the signal engine module is used for receiving and loading the test signal, analyzing the signal role of the test signal, generating a test signal message and sending the test signal message to the message engine module; the signal engine module is used for receiving the signal test action message and the test signal message and judging and analyzing the signal conflict; analyzing the signal test action message and the test signal message into a conflict-free signal test action message and a conflict-free test signal message, and sending the conflict-free signal test action message and the conflict-free test signal message to the resource engine module; the resource engine module is also used for sending control information of the test resources to the resource engine module;
the message engine module is used for starting to execute the test execution instruction, calling the signal test action message and the test signal message and sending the signal test action message and the test signal message to the signal engine module; the message engine module realizes interaction and management of test signal messages and test action messages of the soft bus unit, the action engine module, the signal engine module and the data engine module in the signal-oriented flow execution process; the message engine module controls the working processes of the action engine module, the signal engine module and the data engine module in the test execution process, analyzes the test execution related commands input by the soft bus unit, controls the processes to work in sequence in the execution start related commands, controls the processes to pause and resume according to the current running state and the signal state in a reasonable sequence in the process of pausing and continuing execution, and distributes the starting and stopping functions of the reference calling process according to the current process state in the reference execution.
The resource engine module is used for receiving the conflict-free signal test action message and the conflict-free test signal message, performing resource matching according to the test resources, taking the test resources which simultaneously meet the test action and the test signals as the matching results of the test resources, and sending the matching results to the signal engine module; the control module is also used for receiving the control information, driving the test resources to execute corresponding instrument actions, obtaining a test value or an execution state, and sending data after execution to the signal engine module;
the data engine module is used for generating the executed data message into test result data meeting the ATML standard, directly outputting a test result file, and simultaneously returning the test result data to the soft bus unit so as to display the test result; the signal engine module receives the executed data, generates a data message of which the execution is finished, and sends the data message to the message engine module; and the message engine module receives the data message after the execution is finished and simultaneously sends the data message after the execution is finished to the data engine module.
The signal test action message specifically includes: signal operation type action message, function operation type action message, condition judgment type action message and input/output type action message.
The resource engine module is used for realizing the uniform calling and control operation of the test signal capability resources, uniformly classifying various instrument resources used for testing into available test resources through the signal capability abstract hardware resources, and the test resources comprise the resource capabilities of source, measurement and monitoring signals and are used for providing actions corresponding to signal actions. Meanwhile, the resource engine module needs to provide the optimal resource in the current state for each specific signal action through test resource matching scheduling, provide path searching capability, provide automatically matched optimized test resource allocation for the test action of each signal, and drive and call the final control hardware instrument module through the signals in the test resources according to the allocation result of the resources.
The signal role analysis is to analyze a standard signal defined in the ATML standard into three types of signal roles, namely Source (Source), measurement (Sensor) and monitoring (Monitor), and simultaneously analyze the signal content of a corresponding role signal and characteristic parameters carried by the signal content, wherein the characteristic parameters include: the signal library, the signal type, the signal name, the signal attribute and the signal parameter characteristic value.
And the signal conflict resolution is to resolve action conflicts between the test actions in the test description file and the test signals on a signal level, arrange the descriptions of the 18 types of test actions specified by the standard in the test description into practical test resource control actions according to the information analyzed by the signal roles, and realize the normal operation of the signal test flow by controlling the sequence of the actions and using different process resources.
The signal state management is used for managing the operation state of each signal in the current operation state in real time; and (4) listing the signals of the three types of signal roles after signal analysis into a management range until the operation control is finished, wherein the state contents of each type of signals are different. Wherein the signal states of the source type include: initialization, output start, output termination and reset; the measurement type of signal states include: initialization, connection establishment, data measurement, connection disconnection and reset; monitoring types of signal conditions include: initialization, connection establishment, time state, event state, data measurement, disconnection, reset. Meanwhile, the signals of the three roles also need to be managed in the configuration state of the signals, including: unconfigured, configured, connected, used.
Based on the above testing system for the running-time service oriented to the ATML signal, the present invention further provides a testing method for the running-time service oriented to the ATML signal, which analyzes and processes the test actions and the test signals in the test description file to obtain a test result file, as shown in fig. 2, specifically including:
step 1) the soft bus unit sends a command of loading a test action to the action engine module, the action engine module loads the test action and carries out the stripping decomposition and analysis of the test action, the test action is converted into a signal test action message, and then the signal test action message is sent to the message engine module;
step 2) the signal engine module receives and loads the test signal, performs signal role analysis on the test signal, generates a test signal message, and sends the test signal message to the message engine module;
step 3) the soft bus unit sends a test execution instruction, the message engine module starts to execute the test execution instruction, and the signal test action message in the step 1) and the test signal message in the step 2) are called and sent to the signal engine module;
step 4), the signal engine module receives the signal test action message and the test signal message and judges and analyzes the signal conflict; analyzing the signal test action message and the test signal message into a conflict-free signal test action message and a conflict-free test signal message, and sending the conflict-free signal test action message and the conflict-free test signal message to the resource engine module;
step 5) the resource engine module receives the conflict-free signal test action message and the conflict-free test signal message, performs resource matching according to the test resources, takes the test resources which simultaneously meet the test action and the test signal as the matching results of the test resources, and sends the matching results to the signal engine module;
step 6), the signal engine module updates the test signal state message and sends the test signal state message to the message engine module; after receiving the test signal state message, the message engine module sends an execution state updating message to the soft bus unit so as to update the execution data message of the test action and the execution data message of the test signal execution;
step 7) the signal engine module sends control information of the test resources to the resource engine module, the resource engine module receives the control information, drives the test resources to execute corresponding instrument actions, obtains a test value or an execution state, and sends the executed data to the signal engine module;
step 8) the signal engine module receives the executed data in the step 7), generates a data message of the executed data and sends the data message to the message engine module; the message engine module receives the executed data message and sends the executed data message to the data engine module;
and 9) the data engine module generates the executed data message into test result data meeting the ATML standard, directly outputs a test result file, and simultaneously returns the test result data to the soft bus unit to display the test result.
Wherein, in the step 1), the signal test action message specifically includes: signal operation type action message, function operation type action message, condition judgment type action message and input/output type action message.
Finally, it should be noted that the above embodiments are only used for illustrating the technical solutions of the present invention and are not limited. Although the present invention has been described in detail with reference to the embodiments, it will be understood by those skilled in the art that various changes may be made and equivalents may be substituted without departing from the spirit and scope of the invention as defined in the appended claims.
Claims (6)
1. A test system for ATML signal-oriented runtime service is characterized in that test actions and test signals in a test description file are analyzed and subjected to data processing to obtain a test result file, and the test result file comprises the following components:
the soft bus unit is used for sending and transmitting messages and instructions with the message engine module, the action engine module and the data engine module; the soft bus unit is also used for receiving test result information;
the action engine module is used for loading the test action, carrying out stripping decomposition and analysis on the test action and converting the test action into a signal test action message;
the signal engine module is used for realizing the signal role analysis of the test signal, the signal conflict resolution of the signal test action message and the test signal message, the signal state management and the signal drive control; the resource engine module is also used for sending control information of the test resources to the resource engine module;
the message engine module is used for starting to execute the test execution instruction, calling the signal test action message and the test signal message and sending the signal test action message and the test signal message to the signal engine module;
the resource engine module is used for receiving the conflict-free signal test action message and the conflict-free test signal message, performing resource matching, taking the test resources meeting the test action and the test signal simultaneously as the matching result of the test resources, and sending the matching result to the signal engine module; the control module is also used for receiving the control information, driving the test resources to execute corresponding instrument actions, obtaining a test value or an execution state, and sending data after execution to the signal engine module;
the data engine module is used for generating the executed data message into test result data meeting the ATML standard, directly outputting a test result file, and simultaneously returning the test result data to the soft bus unit so as to display the test result; and the signal engine module receives the executed data and generates a data message of the executed data.
2. The test system according to claim 1, wherein in the signal engine module, the signal test action message specifically includes: signal operation type action message, function operation type action message, condition judgment type action message and input/output type action message.
3. The test system of claim 1, wherein the signal engine module is configured to receive and load a test signal, perform signal role analysis on the test signal, generate a test signal message, and send the test signal message to the message engine module; receiving a signal test action message and a test signal message, and judging and analyzing signal collision; and analyzing the signal test action message and the test signal message into a collision-free signal test action message and a collision-free test signal message, and sending the collision-free signal test action message and the collision-free test signal message to the resource engine module.
4. The test system of claim 1, wherein the signal role analysis analyzes standard test signals defined in the ATML standard into three types of signal roles of source, measurement and monitoring, and simultaneously analyzes signal contents of corresponding role signals and characteristic parameters carried by the role signals; wherein the characteristic parameters include: the device comprises a signal library, a signal type, a signal name, a signal attribute and a signal parameter characteristic value;
the signal conflict resolution is to resolve the action conflict between the test action in the test description file and the test signal on the signal level, that is, to judge and analyze the signal conflict between the signal test action message and the test signal message; and according to the information of the signal role analysis, the description of the 18 types of test actions specified by the ATML standard in the test description is arranged into the practical test resource control action, and the normal operation of the signal test flow is realized by controlling the sequence of the actions and using different process resources.
5. A method for testing a system oriented to ATML signal runtime services as recited in any of claims 1-4, wherein the analyzing and data processing of the test actions and test signals in the test description file to obtain a test result file specifically comprises:
step 1) the soft bus unit sends a command of loading a test action to the action engine module, the action engine module loads the test action and carries out the stripping decomposition and analysis of the test action, the test action is converted into a signal test action message, and then the signal test action message is sent to the message engine module;
step 2) the signal engine module receives and loads the test signal, performs signal role analysis on the test signal, generates a test signal message, and sends the test signal message to the message engine module;
step 3) the soft bus unit sends a test execution instruction, the message engine module starts to execute the test execution instruction, and the signal test action message in the step 1) and the test signal message in the step 2) are called and sent to the signal engine module;
step 4), the signal engine module receives the signal test action message and the test signal message and judges and analyzes the signal conflict; analyzing the signal test action message and the test signal message into a conflict-free signal test action message and a conflict-free test signal message, and sending the conflict-free signal test action message and the conflict-free test signal message to the resource engine module;
step 5) the resource engine module receives the conflict-free signal test action message and the conflict-free test signal message, performs resource matching according to the test resources, takes the test resources which simultaneously meet the test action and the test signal as the matching results of the test resources, and sends the matching results to the signal engine module;
step 6), the signal engine module updates the test signal state message and sends the test signal state message to the message engine module; after receiving the test signal state message, the message engine module sends an execution state updating message to the soft bus unit so as to update the execution data message of the test action and the execution data message of the test signal execution;
step 7) the signal engine module sends control information of the test resources to the resource engine module, the resource engine module receives the control information, drives the test resources to execute corresponding instrument actions, obtains a test value or an execution state, and sends the executed data to the signal engine module;
step 8) the signal engine module receives the executed data in the step 7), generates a data message of the executed data and sends the data message to the message engine module; the message engine module receives the executed data message and sends the executed data message to the data engine module;
and 9) the data engine module generates the executed data message into test result data meeting the ATML standard, directly outputs a test result file, and simultaneously returns the test result data to the soft bus unit to display the test result.
6. The method according to claim 5, wherein in step 1), the signal test action message specifically includes: signal operation type action message, function operation type action message, condition judgment type action message and input/output type action message.
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