log file types with the use of built-in text log parsers that are described in Parsing Input Text Log Files. log files, Message Analyzer enables you to retrieve data from various common text. matu format, as described in Locating Supported Input Data File Types. log input file formats, in addition to Message Analyzer native files in the. It also provides the capability to retrieve, aggregate, and analyze data from one or more saved traces, which includes support for the.
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Message Analyzer enables you to capture, display, and analyze protocol messaging traffic, and to trace and assess system events, Windows component events, and device messages. Acquiring Data Through a Message Analyzer Session After these sections, you can review the Getting Started Primers.
You will learn more about these features in the next few sections that provide an overview of acquiring data through a Message Analyzer session and using various tools to focus data capture and analysis on specific types of data. Moreover, Message Analyzer formalizes its parser definitions to enable more artifacts to be derived from them, such as test cases and documentation. This is in contrast to Message Analyzer's predecessor Network Monitor, which shows only flat or static message packets in original capture order and does not hide any noise, reassemble fragments, or simulate protocol behavior to allow for interpreting states and maintaining a protocol model, such as Message Analyzer does. For example, you could select a TCP Viewpoint and drive all TCP messages to top-level in the Analysis Grid to facilitate better analysis of TCP messages. In this manner, the important information that you need to see for any particular message is readily exposed at top-level in the Analysis Grid viewer, which is the main analysis surface that Message Analyzer provides.Īnother significant feature that enables you to focus on messages of interest is Viewpoints, which display data from the perspective of a chosen protocol, module, or layer with no messages above it. Locating message fragment reassemblies within the origins tree (stack messages) rather than in a dispersed chronological display.Įnabling you to control the layer up to which Message Analyzer will parse, with the use of Parsing Levels.Įnabling you to "select" specific data that you want to view through filtering. Message Analyzer does this by the following.Įnabling you to remove lower-layer messages in a capture so you can focus on higher-layer data of interest.ĭisplaying individual message summaries as well as high-level overviews of trace statistics and trends.Įxposing diagnostics data in top-level transactions.Ĭreating top-level Operation nodes that encapsulate request and response messages for quick assessment of details, such as server response time. The overarching and new approach that Message Analyzer uses when capturing traffic is to limit network noise and to expose at top-level both the issues that occur at lower levels and hidden information that is critical to quick analysis. Procedures: Quick Start Procedures: Using the Network Tracing Features Procedures: Using the Data Retrieval Features Procedures: Using the Data Viewing Features Procedures: Using the Data Filtering Features Procedures: Using the Asset Management Features Procedures: Using the Chart Viewer Layout Configuration Features To go directly to procedures that provide examples of using Message Analyzer, see the following topics: Links are provided throughout so that you can navigate to more information about the described features as needed.
This section begins with some background concepts about Microsoft Message Analyzer and then goes into several mini-tutorials or Getting Started Primers that will help you get started with using this unique tool.
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