Transaction Flow Visualization for Distributed Software Systems
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Complexity in modern distributed software systems makes it difficult for developers and administrators to modify, update, test, verify, and develop components due to the lack of global knowledge of the system's composite parts, and traditional graphical representations fail to adequately represent transaction flows and their performance.
Innovation Solution
A transaction analysis system that monitors software transactions, determines transaction fragments, and generates graphical representations of transaction flows, including block elements for software components and connector elements for transaction fragments, with formatting based on duration and instance frequency, allowing for interactive tagging and differential analysis.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of information
If traditional graphical representations are used to depict system architecture, then the representation is simple and easy to understand, but it fails to adequately represent transaction flows and their performance characteristics
Solution Approach 1:
The graphical representation is segmented into multiple element types: block elements for software components, connector elements for transaction fragments, and formatting elements for performance data. This segmentation allows comprehensive transaction flow information to be represented while maintaining organizational structure that prevents overwhelming complexity
Solution Approach 2:
The patent adds visual dimensions to traditional graphical representations by incorporating formatting attributes (color, size, style) that encode performance characteristics like duration and instance frequency. This transforms a two-dimensional structural diagram into a multi-dimensional visualization that conveys both architectural relationships and performance metrics simultaneously
2Measurement precision
If detailed monitoring of all transaction fragments is implemented, then performance analysis capability is improved, but the complexity of system monitoring and data processing increases
Solution Approach 1:
The patent extracts only the essential performance characteristics (duration and instance frequency) from complex transaction monitoring data and represents them through simplified formatting attributes in the graphical display. This extraction approach maintains high measurement precision for key metrics while avoiding the complexity of displaying or processing all possible transaction details
Solution Approach 2:
Different formatting attributes are applied locally to different elements based on their specific characteristics: connector elements may be formatted by duration, while block elements may be formatted by instance frequency. This local quality approach allows precise performance measurement to be applied selectively where most valuable, reducing overall system complexity
3Loss of information
If comprehensive transaction data is collected from multiple sources, then system understanding capability is improved, but the difficulty of data integration and analysis increases
Solution Approach 1:
The patent merges transaction flow structure information with performance measurement data into a single integrated graphical representation. By combining these data types in one visualization framework, the system eliminates the need for separate analysis tools and reduces the difficulty of integrating and analyzing data from multiple sources
Data Source
AI summary
Transaction data is accessed and a flow of a particular one of the plurality of transactions is determined from the transaction data, the flow describing involvement of a particular set of the software components in the particular transaction and a plurality of transaction fragments of the particular transaction. A duration of each of the plurality of transaction fragments can be determined and a graphical representation of the flow can be generated that includes a set of graphical block elements and a set of graphical connector elements, each of the graphical block elements representing a respective software component, each of the graphical connector elements representing a respective one of the transaction fragments, where a particular one of the graphical connector elements is formatted based on the respective duration determined for the corresponding transaction fragment.