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- Kawa: Part . Reference Documentation
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- News: Recent changes Features The Kawa Community Getting and installing Kawa Kawa Scheme Tutorial Reference Documentation Usage Reference (running Kawa) Syntax Program structure Multiple values Symbols and namespaces Procedures Numbers Characters and text Data structures Eval and Environments Debugging Input, output, files Types Object, Classes and Modules Working with XML and HTML Miscellaneous topics Frequently Asked Questions The Kawa language framework License Index Table of Contents Part . Reference Documentation Table of Contents 5. Usage Reference (running Kawa) 5.1. Command-line arguments 5.1.1. Argument processing 5.1.2. General options 5.1.3. Options for language selection 5.1.4. Options for warnings and errors 5.1.5. Options for setting variables 5.1.6. Options for controlling output formatting 5.1.7. Options for compiling and optimizing 5.1.8. Options for debugging 5.1.9. Options for web servers 5.1.10. Options for the JVM 5.2. Running Command Scripts 5.2.1. Setting kawa options in the script 5.2.2. Other ways to pass options using meta-arg or –script 5.2.3. Scripts for compiled code 5.3. Running a Command Interpreter in a new Window 5.4. Exiting Kawa 5.5. Compiling to byte-code 5.5.1. Compiling to a set of .class files 5.5.2. Compiling to an archive file 5.5.3. Compiling using Ant 5.5.4. Compiling to a standalone application 5.5.5. Compiling to an applet 5.5.6. Compiling to a native executable 6. Syntax 6.1. Notation 6.2. Lexical and datum syntax 6.3. Lexical syntax 6.3.1. Formal account 6.3.2. Line endings 6.3.3. Whitespace and comments 6.3.4. Identifiers 6.3.5. Numbers 6.4. Datum syntax 6.4.1. Datum labels 6.4.2. Abbreviations 6.5. Hash-prefixed forms 6.6. Primitive expression syntax 6.6.1. Literal expressions 6.6.2. Variable references 6.6.3. Procedure calls 6.7. Property access using colon notation 6.7.1. Part lookup rules 6.7.2. Specific cases 6.7.2.1. Invoking methods 6.7.2.2. Accessing fields 6.7.2.3. Type literal 6.7.2.4. Type cast 6.7.2.5. Type test 6.7.2.6. New object construction 6.7.2.7. Getting array length 6.8. Programs and Bodies 6.9. Syntax and conditional compilation 6.10. Macros 6.10.1. Pattern language 6.10.2. Identifier predicates 6.10.3. Syntax-object and datum conversions 6.10.4. Signaling errors in macro transformers 6.10.5. Convenience forms 6.11. Named quasi-literals 7. Program structure 7.1. Boolean values 7.2. Conditionals 7.3. Definitions 7.4. Local binding constructs 7.5. Lazy evaluation 7.5.1. Delayed evaluation 7.5.2. Implicit forcing 7.5.3. Blank promises 7.5.4. Lazy and eager types 7.6. Threads 7.7. Exception handling 7.7.1. Simple error objects 7.7.2. Named exceptions 7.7.3. Native exception handling 8. Multiple values 9. Symbols and namespaces 9.1. Simple symbols 9.2. Namespaces and compound symbols 9.2.1. Namespace objects 9.2.2. Compound symbols 9.2.3. Namespace aliases 9.3. Keywords 9.4. Special named constants 10. Procedures 10.1. Procedure properties 10.1.1. Standard properties 10.2. Generic (dynamically overloaded) procedures 10.3. Extended Formal Arguments List 10.4. Partial application 11. Numbers 11.1. Arithmetic operations 11.2. Numerical input and output 11.3. Quaternions 11.3.1. The (kawa quaternions) module 11.3.2. The (kawa rotations) module 11.3.2.1. Rotation Representation Conversions 11.3.2.2. Rotation Operations 11.4. Quantities and Units 11.5. Logical Number Operations 11.5.1. SRFI-60 Logical Number Operations 11.5.2. Deprecated Logical Number Operations 11.6. Performance of numeric operations 12. Characters and text 12.1. Characters 12.2. Character sets 12.3. Strings 12.3.1. Basic string procedures 12.3.2. String Comparisons 12.3.3. String Conversions 12.3.4. String Cursor API 12.4. String literals 12.4.1. Simple string literals 12.4.2. String templates 12.4.2.1. Special characters 12.4.2.2. Multiline string literals 12.4.2.3. Embedded expressions 12.4.2.4. Formatting 12.5. Unicode character classes and conversions 12.5.1. Characters 12.5.2. Deprecated in-place case modification 12.6. Regular expressions 12.6.1. Java regular expressions 12.6.2. Portable Scheme regular expressions 13. Data structures 13.1. Sequences 13.2. Lists 13.2.1. SRFI-1 list library 13.2.2. SRFI-101 Purely Functional Random-Access Pairs and Lists 13.3. Vectors 13.4. Uniform vectors 13.4.1. Relationship with Java arrays 13.5. Bytevectors 13.6. Streams - lazy lists 13.7. Multi-dimensional Arrays 13.8. Hash tables 13.8.1. R6RS hash tables 13.8.1.1. Procedures 13.8.1.2. Inspection 13.8.1.3. Hash functions 13.8.2. SRFI-69 hash tables 13.8.2.1. Type constructors and predicate 13.8.2.2. Reflective queries 13.8.2.3. Dealing with single elements 13.8.2.4. Dealing with the whole contents 13.8.2.5. Hash functions 14. Eval and Environments 14.1. Locations 14.2. Parameter objects 15. Debugging 16. Input, output, files 16.1. Named output formats 16.2. Paths - file name, URLs, and URIs 16.2.1. Extracting Path components 16.3. File System Interface 16.4. Reading and writing whole files 16.4.1. Reading a file 16.4.2. Blobs 16.4.3. Writing to a file 16.4.4. Functions 16.5. Ports 16.5.1. String and bytevector ports 16.5.2. Input 16.5.3. Output 16.5.4. Line numbers and other input port properties 16.5.5. Miscellaeous 16.6. Formatted Output (Common-Lisp-style) 16.6.1. Implemented CL Format Control Directives 16.6.2. Formatting Integers 16.6.3. Formatting real numbers 16.6.4. Miscellaneous formatting operators 16.6.5. Unimplemented CL Format Control Directives 16.6.6. Extended, Replaced and Additional Control Directives 16.7. Resources 17. Types 17.1. Standard Types 17.2. Parameterized Types 17.3. Type tests and conversions 18. Object, Classes and Modules 18.1. Defining new classes 18.1.1. General class properties 18.1.2. Declaring fields 18.1.3. Declaring methods 18.1.4. Example 18.1.5. Synchronized methods 18.2. Anonymous classes 18.2.1. Lambda as shorthand for anonymous class 18.3. Enumeration types 18.4. Annotations of declarations 18.5. Modules and how they are compiled to classes 18.5.1. Name visibility 18.5.2. R7RS explicit library modules 18.5.3. How a module becomes a class 18.5.4. Static vs non-static modules 18.5.5. Module options 18.6. Importing from a library 18.6.1. Searching for modules 18.6.2. Searching for source files 18.6.3. Builtin libraries 18.6.4. Importing from a plain class 18.7. Record types 18.8. Creating New Record Types On-the-fly 18.9. Calling Java methods from Scheme 18.9.1. Calling static methods using colon notation 18.9.2. Calling instance methods using colon notation 18.9.3. Method names 18.9.4. Invoking a method with the invoke function 18.9.5. Using a namespace prefix 18.10. Allocating objects 18.11. Accessing object fields 18.11.1. Accessing static fields and properties 18.11.2. Accessing instance fields and properties 18.11.3. Using field and static-field methods 18.11.4. Older colon-dot notation 18.12. Mapping Scheme names to Java names 18.13. Scheme types in Java 18.14. Using Java Arrays 18.14.1. Creating new Java arrays 18.14.2. Accessing Java array elements 18.14.3. Old low-level array macros 18.15. Loading Java functions into Scheme 18.16. Evaluating Scheme expressions from Java 18.16.1. Using javax.script portable Java scripting 19. Working with XML and HTML 19.1. Formatting XML 19.2. Creating HTML nodes 19.3. Creating XML nodes 19.4. XML literals 19.4.1. Element constructors 19.4.2. Elements contents (children) 19.4.3. Attributes 19.4.4. QNames and namespaces 19.4.5. Other XML types 19.4.5.1. Processing instructions 19.4.5.2. XML comments 19.4.5.3. CDATA sections 19.5. Web page scripts 19.6. Self-configuring web page scripts 19.6.1. Using the OpenJDK built-in web server 19.6.2. Using a servlet container 19.6.3. Finding a matching script 19.6.4. Determining script language 19.6.5. Compilation and caching 19.7. Installing web page scripts as Servlets 19.7.1. Creating a web application 19.7.2. Compiling a web page script to a servlet 19.7.3. Installing a servlet under Tomcat 19.7.4. Installing a servlet under Glassfish 19.7.5. Servlet-specific script functions 19.8. Installing Kawa programs as CGI scripts 19.9. Functions for accessing HTTP requests 19.9.1. Request URL components 19.9.2. Request parameters 19.9.3. Request headers 19.9.4. Request body 19.9.5. Request IP addresses and ports 19.9.6. Miscellaneous request properties 19.10. Generating HTTP responses 19.11. Using non-Scheme languages for XML/HTML 19.11.1. XQuery language 19.11.2. XSL transformations 19.11.3. KRL - The Kawa Report Language for generating XML/HTML 19.11.4. Differences between KRL and BRL 20. Miscellaneous topics 20.1. Building JavaFX applications 20.1.1. Using JavaFX with JDK 7 20.2. Building for Android 20.2.1. Downloading and setting up the Android SDK 20.2.2. Building Kawa for Android 20.2.3. Creating the application 20.2.4. Running the application on the Android emulator 20.2.5. Running the application on your device 20.2.6. Some debugging notes 20.2.7. Other resources 20.3. Android view construction 20.3.1. View object allocation 20.3.2. Event handlers 20.4. System inquiry 20.5. Processes 20.5.1. Creating a process 20.5.2. Process literals 20.5.3. Process values and process output 20.5.4. Substitution and tokenization 20.5.5. Input/output redirection 20.5.6. Pipe-lines 20.5.7. Setting the process environment 20.5.8. Waiting for process exit 20.5.9. Exiting the current process 20.5.10. Deprecated functions 20.6. Time-related functions 20.7. Deprecated low-level functions 20.7.1. Low-level Method invocation 20.7.2. Low-level field operations 20.7.3. Old low-level array macros 21. Frequently Asked Questions 22. The Kawa language framework 23. License 23.1. License for the Kawa software 23.2. License for the Kawa manual Index Index Usage Reference (running Kawa) Syntax Program structure Multiple values Symbols and namespaces Procedures Numbers Characters and text Data structures Eval and Environments Debugging Input, output, files Types Object, Classes and Modules Working with XML and HTML Miscellaneous topics Frequently Asked Questions The Kawa language framework License Index Previous: Kawa Scheme Tutorial
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