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1 Complexity of Embedded Systems

Embedded systems have evolved far beyond their original scope of handling simple control tasks. They now power smart devices, vehicles, industrial systems, and critical infrastructure, acting as intelligent, interconnected platforms. This growth...

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1 Reading Samples

The impulse framework provides specialized interfaces for accessing signal data at different levels of abstraction. Whether you need to read a single value, iterate through samples, or analyze complex structures, the framework offers the right...

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impulse for VS Code

impulse is a powerful visualization and analysis workbench designed to help engineers understand, analyze, and debug complex semiconductor and multi-core software systems. It provides a seamless integration into IDE frameworks and supports a...

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2 Introduction

impulse is a powerful visualization and analysis workbench designed to help engineers understand, analyze, and debug complex semiconductor and multi-core software systems. It provides seamless integration into IDE frameworks and enables...

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2 Iterating Samples

The impulse framework provides two complementary approaches for traversing signal data: pointers for interactive navigation with random access, and iterators for systematic traversal through defined ranges. Both support bidirectional movement and...

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3 impulse at a Glance

The impulse Viewer is a comprehensive tool designed to visualize and analyze signal data, such as traces, simulation outputs, and logs. It provides a user-friendly interface for managing, filtering, and exploring signals, making it an essential...

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3 Writing Samples

The impulse framework provides type-specific writer interfaces that ensure correct encoding and efficient storage of signal data. Each writer follows a consistent lifecycle pattern (open-write-close) while offering specialized methods for its...

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4 Building Records

The impulse framework provides two main approaches for creating records: the general IRecordProducer for multi-domain records with different time bases, and ISingleDomainRecordProducer for simplified single-domain cases. Both offer fluent APIs...

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4 Views

Every development process is unique, and every developer has a distinct workflow. With impulse, users can customize their views to match their specific needs, ensuring an efficient and intuitive experience. The user-friendly interface keeps the...

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5 Property Models

The property system in impulse provides a standardized way to configure framework components through IPropertyModel, which manages typed properties with validation, default values, and UI metadata. Properties enable runtime configuration without...

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5 View Signals and Folders

In the impulse framework, View Signals and View Folders are essential for organizing and visualizing signal data effectively. View Signals are configurable representations of signal data that provide information on which signal to use or how to...

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6 Complementary Views

Complementary views in the impulse Viewer, such as Sample Tables and the Sample Inspector, enhance the analysis process by providing synchronized and detailed insights into signal data. These views are fully integrated with the active viewer,...

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6 Implementing a Record Reader

Custom readers bridge the gap between external data formats and impulse’s record structure. The framework provides abstract base classes like AbstractSingleDomainRecordReader that handle common functionality, allowing you to focus on...

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