My name is Aisyah. I am 17 years old and I am a high school student in Jakarta. I enjoy listening to music, hanging out with friends, and helping people in my community. In my free time I volunteer at a local animal shelter where I help care for and play with the dogs and cats.
オンラインゲーム向けのキャラクター・背景・アイテムデザイン制作サービス(2D・3D)を提供しております。インドネシアの良質なリソースを使い、安価で高品質なサービスをお届けいたします。詳しくはryo@klikgame.comまでご連絡くださいませ。
We provide online game designers at reasonable budget. Please e-mail us at ryo@klikgame.com.
My name is Aisyah. I am 17 years old and I am a high school student in Jakarta. I enjoy listening to music, hanging out with friends, and helping people in my community. In my free time I volunteer at a local animal shelter where I help care for and play with the dogs and cats.
オンラインゲーム向けのキャラクター・背景・アイテムデザイン制作サービス(2D・3D)を提供しております。インドネシアの良質なリソースを使い、安価で高品質なサービスをお届けいたします。詳しくはryo@klikgame.comまでご連絡くださいませ。
We provide online game designers at reasonable budget. Please e-mail us at ryo@klikgame.com.
This document discusses the issue tracking software JIRA. It provides an overview of what JIRA is, key concepts like customizable workflows, reasons to use JIRA like its extensive features and customizability, who uses JIRA with over 10,000 customers in 90 countries, and examples of features like issue creation, roadmaps, reports, notifications, searching and security. It concludes that JIRA is a capable issue management application that has grown to manage various business processes through workflow automation.
Lexical analysis is the first step in compiler construction and involves breaking a program into individual tokens. A Lex program has three sections: declarations, translation rules, and auxiliary code. The declarations section defines regular expressions and global variables. The translation rules section matches regular expressions to tokens and executes C code actions. When a regular expression is matched in the input stream, its corresponding action is executed to return the appropriate token.
recognizer for a language, Deterministic finite automata, Non-deterministic finite automata, conversion of NFA to DFA, Regular Expression to NFA, Thomsons Construction
This document discusses language processors and their fundamentals. It begins by explaining the semantic gap between how software is designed and implemented, and how language processors help bridge this gap. It then covers different types of language processors like translators, interpreters, and preprocessors. The key activities of language processors - analysis and synthesis - are explained. Analysis includes lexical, syntax and semantic analysis, while synthesis includes memory allocation and code generation. Language specifications using grammars and different binding times are also covered. Finally, common language processing development tools like LEX and YACC are introduced.
This document discusses assembly language and assemblers. It begins by explaining that assembly language provides a more readable and convenient way to program compared to machine language. It then describes how an assembler works, translating assembly language programs into machine code. The elements of assembly language are defined, including mnemonic operation codes, symbolic operands, and data declarations. The document also covers instruction formats, sample assembly language programs, and the processing an assembler performs to generate machine code from assembly code.
This document discusses the issue tracking software JIRA. It provides an overview of what JIRA is, key concepts like customizable workflows, reasons to use JIRA like its extensive features and customizability, who uses JIRA with over 10,000 customers in 90 countries, and examples of features like issue creation, roadmaps, reports, notifications, searching and security. It concludes that JIRA is a capable issue management application that has grown to manage various business processes through workflow automation.
Lexical analysis is the first step in compiler construction and involves breaking a program into individual tokens. A Lex program has three sections: declarations, translation rules, and auxiliary code. The declarations section defines regular expressions and global variables. The translation rules section matches regular expressions to tokens and executes C code actions. When a regular expression is matched in the input stream, its corresponding action is executed to return the appropriate token.
recognizer for a language, Deterministic finite automata, Non-deterministic finite automata, conversion of NFA to DFA, Regular Expression to NFA, Thomsons Construction
This document discusses language processors and their fundamentals. It begins by explaining the semantic gap between how software is designed and implemented, and how language processors help bridge this gap. It then covers different types of language processors like translators, interpreters, and preprocessors. The key activities of language processors - analysis and synthesis - are explained. Analysis includes lexical, syntax and semantic analysis, while synthesis includes memory allocation and code generation. Language specifications using grammars and different binding times are also covered. Finally, common language processing development tools like LEX and YACC are introduced.
This document discusses assembly language and assemblers. It begins by explaining that assembly language provides a more readable and convenient way to program compared to machine language. It then describes how an assembler works, translating assembly language programs into machine code. The elements of assembly language are defined, including mnemonic operation codes, symbolic operands, and data declarations. The document also covers instruction formats, sample assembly language programs, and the processing an assembler performs to generate machine code from assembly code.