![]() Chapter 2, Using Lex, describes how to use lex. It also introduces basic terms we use throughout the book. Lex source is a table of regular expressions and corresponding program. Chapter 1, Lex and Yacc, gives an overview of how and why lex and yacc are used to create compilers and interpreters, and demonstrates some small lex and yacc applications. It is well suited for editor-script type transformations and for segmenting input in preparation for a parsing routine. ![]() Full Stack DevOps D3.js Python Cloud Server JavaScript HTML/CSS Documents Testing Debugging Human factors Database Extract transform load Code reviewers C Java Software as a service AWS (Amazon Web Services) Apache maven Express (express.js) Future proofing Robustness Portable Design pattern Docs Refactor Zones Kubernetes Swarm Containers Docker C# C++ Kotlin Visualisation Gui Object relational mapping Framework Embedded Systems Es6 Ibm db2 CSS Behaviour Auotmation JSON HTML XML Pdf Test driven development Node.js npm Istanbul Underscore.js Babel Comet Ajax jQuery Dynamic language Web Fault tolerant Economics Interconnect Cluster Availability Reliability Ras Performance Converged infrastructure Consolidation Blade Rack Benchmarking Cluster computing Billing Automation Provisioning Orchestration Virtualization Openstack Auto scale NoSQL Grid Analytics Big Data Hpc Hyperscale Itaas Xaas Paas Iaas Python 3.x Python unicode Python imaging library Python pandas Lxml Pypy Python3 Python2 Sphinx Modules Setup. Lex helps write programs whose control flow is directed by instances of regular expressions in the input stream. This section contains example programs for the lex and yacc commands.
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