Uses of Class java.lang.String (2013 FRC Java API)

Overview

Package

Class

Use

Tree

Deprecated

Index

Help

"
2013 FRC Java API
"

PREV NEXT

FRAMES NO FRAMES

Uses of Class
java.lang.String

Packages that use String
com.ni.rio
com.sun.cldc.i18n
com.sun.cldc.i18n.j2me
com.sun.cldc.io	Provides base class for all connections.
com.sun.cldc.jna	The CLDC/JNA package contains classes that help import native data structures and functions from Java code without writing C code.
com.sun.cldc.util
com.sun.cldc.util.j2me
com.sun.midp.util
com.sun.squawk	Provides classes for low level interactions with the Squawk VM.
com.sun.squawk.compiler
com.sun.squawk.debugger
com.sun.squawk.debugger.sda	The classes that implement the Squawk VM side of the SDWP.
com.sun.squawk.imp	Provides classes for low level interactions with the Squawk implementation of IMP.
com.sun.squawk.io	Provides classes from MIDP or unsupportable optional JSRs that are usually in javax.microedition.io, but are not legally in IMP.
com.sun.squawk.io.connections
com.sun.squawk.io.j2me
com.sun.squawk.io.j2me.channel
com.sun.squawk.io.j2me.debug
com.sun.squawk.io.j2me.dserror
com.sun.squawk.io.j2me.file
com.sun.squawk.io.j2me.http
com.sun.squawk.io.j2me.multicastoutput
com.sun.squawk.io.j2me.serversocket
com.sun.squawk.io.j2me.socket
com.sun.squawk.io.mailboxes	Provides classes for inter-Isolate communication.
com.sun.squawk.microedition.io	Provides classes from MIDP or unsupportable optional JSRs that are usually in javax.microedition.io, but are not legally in IMP.
com.sun.squawk.os
com.sun.squawk.peripheral
com.sun.squawk.platform	Classes that define and provide platform-specific implementations of various features of the JVM.
com.sun.squawk.platform.posix	Classes that define and provide POSIX-specific implementations of various features of the JVM.
com.sun.squawk.platform.posix.linux.natives
com.sun.squawk.platform.posix.macosx.natives
com.sun.squawk.platform.posix.natives
com.sun.squawk.platform.posix.solaris.natives
com.sun.squawk.platform.posix.vxworks.natives
com.sun.squawk.platform.windows	Classes that define and provide MS Windows-specific implementations of various features of the JVM.
com.sun.squawk.platform.windows.natives
com.sun.squawk.pragma
com.sun.squawk.realtime	Provides classes for native memory access based on the javax.realtime package.
com.sun.squawk.rms
com.sun.squawk.security	Provides classes for basic signing of binary data.
com.sun.squawk.security.ecc
com.sun.squawk.security.verifier	Provides classes for basic signing of binary data.
com.sun.squawk.util	Provides classes for basic utilities sometimes found in JSE (LineReader, unsynchronized Vectors, Math utilities, etc.)
com.sun.squawk.vm	Provides classes for basic Squawk VM structures.
edu.wpi.first.wpilibj	The WPI Robotics library (WPILibJ) is a set of Java classes that interfaces to the hardware in the FRC control system and your robot.
edu.wpi.first.wpilibj.buttons
edu.wpi.first.wpilibj.camera	Provides classes for interfacing to the camera.
edu.wpi.first.wpilibj.can
edu.wpi.first.wpilibj.command
edu.wpi.first.wpilibj.communication	Provides classes for communicating with the driver station and synchronizing with C/C++ code.
edu.wpi.first.wpilibj.fpga
edu.wpi.first.wpilibj.image	Provides classes to access National Instrument's nivison library for machine vision enables automated image processing for color identification, tracking and analysis.
edu.wpi.first.wpilibj.livewindow
edu.wpi.first.wpilibj.smartdashboard
edu.wpi.first.wpilibj.util	Provides classes for utility robotics programming.
edu.wpi.first.wpilibj.visa	Provides classes to access I/O functions in visa.h.
java.io	Provides classes for input and output through data streams.
java.lang	MID Profile Language Classes included from Java 2 Standard Edition.
java.util	Contains the collection classes, and the date and time facilities.
javax.microedition.io	Classes for the Generic Connection framework.
javax.microedition.midlet	The MIDlet package defines Mobile Information Device Profile applications and the interactions between the application and the environment in which the application runs.
javax.microedition.rms	The Mobile Information Device Profile provides a mechanism for MIDlets to persistently store data and later retrieve it.
tests

Uses of String in com.ni.rio

Constructors in com.ni.rio with parameters of type String
`NiRioStatus.FatalStatusException(NiRioStatus status, String message)`

Uses of String in com.sun.cldc.i18n

Fields in com.sun.cldc.i18n declared as String
`static String`	`Helper.defaultEncoding` The name of the default character encoding - hardcoded here and in System.getProperty().

Methods in com.sun.cldc.i18n with parameters of type String
`static char[]`	`Helper.byteToCharArray(byte[] buffer, int offset, int length, String enc)` Convert a byte array to a char array
`static byte[]`	`Helper.charToByteArray(char[] buffer, int offset, int length, String enc)` Convert a byte array to a char array
`static Reader`	`Helper.getStreamReader(InputStream is, String name)` Get a reader for an InputStream
`static Writer`	`Helper.getStreamWriter(OutputStream os, String name)` Get a writer for an OutputStream
`static boolean`	`Helper.isISO8859_1(String encodingName)` Is encodingName some variation of "ISO8859_1"?
`Reader`	`StreamReader.open(InputStream in, String enc)` Open the reader
`Writer`	`StreamWriter.open(OutputStream out, String enc)` Open the writer

Uses of String in com.sun.cldc.i18n.j2me

Methods in com.sun.cldc.i18n.j2me with parameters of type String
`void`	`ISO8859_1_Writer.write(String str, int off, int len)` Write a portion of a string.

Uses of String in com.sun.cldc.io

Methods in com.sun.cldc.io with parameters of type String
`Connection`	`ConnectionBaseInterface.openPrim(String name, int mode, boolean timeouts)`

Uses of String in com.sun.cldc.jna

Fields in com.sun.cldc.jna declared as String
`static String`	`Native.DEFAULT`
`protected String`	`Function.name`
`static String`	`Platform.PLATFORM_PACKAGE`

Methods in com.sun.cldc.jna that return String
`static String`	`Platform.commonLibraryMapping(String genericName)` Some platforms have wildly different names for standard libraries.
`static String`	`NativeLibrary.errorStr()` Get any error message provided by the platform (as in dlerror).
`String`	`Function.getName()`
`abstract String`	`Platform.getPlatformNativePackageName()` Get the name of the package that contains the native implementations for this platform (solaris, linux, windows, etc):
`String`	`Posix.getPlatformNativePackageName()` Get the name of the package that contains the native implementation for this platform:
`String`	`Spot.getPlatformNativePackageName()` Get the name of the package that contains the native implementation for this platform:
`String`	`Windows.getPlatformNativePackageName()` Get the name of the package that contains the native implementation for this platform:
`abstract String`	`Platform.getPlatformPackageName()` Get the name of the package that contains the platform classes (posix, windows, etc):
`String`	`Posix.getPlatformPackageName()` Get the name of the package that contains the native implementation for this platform:
`String`	`Spot.getPlatformPackageName()` Get the name of the package that contains the native implementation for this platform:
`String`	`Windows.getPlatformPackageName()` Get the name of the package that contains the native implementation for this platform:
`String`	`Pointer.getString(int offset)` Create a Java string from a C string pointer to by this pointer at offset
`static String`	`Pointer.NativeUnsafeGetString(Address cstr)` Create a Java string from a C string pointer
`String`	`Platform.platformName()` Get the name of the package that contains the native implementation for this platform.
`static String`	`Function.returnString(int ptr)` Standard conversion function that creates java string from a C char* `ptr`.
`String`	`BlockingFunction.toString()`
`String`	`Function.toString()`
`String`	`NativeLibrary.toString()`
`String`	`Platform.toString()`
`String`	`Pointer.toString()`
`String`	`Structure.toString()`
`String`	`VarPointer.toString()`
`String[]`	`Includes.value()`

Methods in com.sun.cldc.jna with parameters of type String
`static String`	`Platform.commonLibraryMapping(String genericName)` Some platforms have wildly different names for standard libraries.
`static Pointer`	`Pointer.createStringBuffer(String value)` Create a native buffer containing the C-string version of the String `vaue`.
`BlockingFunction`	`NativeLibrary.getBlockingFunction(String funcName)` Dynamically look up a blocking native function by name.
`Function`	`NativeLibrary.getFunction(String funcName)` Dynamically look up a native function by name.
`static Function`	`Function.getFunction(String libraryName, String funcName)` Dynamically look up a native function by name in the named library.
`VarPointer`	`NativeLibrary.getGlobalVariableAddress(String varName, int size)` Dynamically look up a native variable by name.
`static NativeLibrary`	`NativeLibrary.getInstance(String name)` Look up a native libray named "name".
`static Library`	`Native.loadLibrary(String name, Class interfaceClass)`
`void`	`Pointer.setString(int offset, String value)` Copy string value to the location at `offset`.

Constructors in com.sun.cldc.jna with parameters of type String
`TaskExecutor(String name)` Create a natve thread with the given name, default priority and default stack size.
`TaskExecutor(String name, int priority, int stacksize)` Create a natve thread with the given name, priority and stack size.

Uses of String in com.sun.cldc.util

Methods in com.sun.cldc.util that return String
`abstract String[]`	`TimeZoneImplementation.getIDs()`

Methods in com.sun.cldc.util with parameters of type String
`abstract TimeZone`	`TimeZoneImplementation.getInstance(String ID)`

Uses of String in com.sun.cldc.util.j2me

Fields in com.sun.cldc.util.j2me declared as String
`static String`	`TimeZoneImpl.HOME_ID`

Methods in com.sun.cldc.util.j2me that return String
`String`	`TimeZoneImpl.getID()` Gets the ID of this time zone.
`String[]`	`TimeZoneImpl.getIDs()` Gets all the available IDs supported.
`static String`	`CalendarImpl.toISO8601String(Calendar calendar)` Converts this `Date` object to a `String`.
`static String`	`CalendarImpl.toString(Calendar calendar)` Converts this `Date` object to a `String` of the form:

Methods in com.sun.cldc.util.j2me with parameters of type String
`TimeZone`	`TimeZoneImpl.getInstance(String ID)` Gets the `TimeZone` for the given ID.

Uses of String in com.sun.midp.util

Methods in com.sun.midp.util with parameters of type String
`static long`	`DateParser.parse(String s)` Attempts to interpret the string `s` as a representation of a date and time.
`static long`	`DateParser.parseISO(String date)` Parses a date string according to the ISO 8601 standard.

Uses of String in com.sun.squawk

Fields in com.sun.squawk declared as String
`static String`	`ObjectMemory.BOOTSTRAP_URI` The reserved URI denoting the bootstrap suite.
`static String`	`ObjectMemory.BOOTSTRAP_URI_PROPERTY` The property name used to specify a different default than squawk.suite for the bootstrap suite.
`static String`	`Suite.FILE_EXTENSION` File name extension that identifies a Suite, includes the '.'.
`static String`	`Suite.FILE_EXTENSION_API` File name extension that identifies a Suite's api, includes the '.'.
`static String`	`Suite.FILE_EXTENSION_METADATA` File name extension that identifies a Suite's metadata, includes the '.'.
`String`	`ManifestProperty.name` The name of the property, for example "MIDlet-Vendor".
`String`	`ResourceFile.name`
`String`	`ScopedLocalVariable.name` The name of the local variable.
`String`	`ObjectMemoryFile.parentURI`
`static String`	`Suite.PROPERTIES_MANIFEST_RESOURCE_NAME` Denotes the name of the resource that represents the resource name from which I extract properties from when an `Suite.installResource(ResourceFile)` is done.
`String`	`ManifestProperty.value` The value of the property, for example "Sun Microsystems, Inc.".

Methods in com.sun.squawk that return String
`String`	`Isolate.getClassPath()` Gets the class path for the isolate.
`String`	`Suite.getConfiguration()` Gets the configuration of the suite.
`String`	`Member.getFullyQualifiedName()` Gets the fully qualified name of this field or method.
`String`	`ClassFileMember.getFullyQualifiedName(Klass definingClass)` Gets the fully qualified name of this field or method.
`String`	`Klass.getInternalName()` Gets the internal class name.
`static String`	`DebuggerSupport.getJNISignature(Field field)` Gets the JNI signature of a field's type.
`static String`	`DebuggerSupport.getJNISignature(Klass klass)` Gets the JNI signature of a klass.
`static String`	`DebuggerSupport.getJNISignature(Method method)` Gets the JNI signature of a method's parameters and return type.
`String`	`TranslatorInterface.getLastClassName()` For error recovery, you can get the name of the last class that was processed.
`String[]`	`Isolate.getMainClassArguments()` Get the arguments.
`String`	`Isolate.getMainClassName()` Get the name of the main class.
`String`	`Suite.getManifestProperty(String name)` Gets the value of an `Suite.PROPERTIES_MANIFEST_RESOURCE_NAME` property embedded in the suite.
`static String`	`VM.getManifestProperty(String name)` Gets the value of an `Suite.PROPERTIES_MANIFEST_RESOURCE_NAME` property embedded in the suite.
`String`	`ClassFileMember.getName()` Gets the name of this field or method.
`String`	`Isolate.getName()` Gets name of the isolate.
`String`	`Klass.getName()` Returns the name of this entity in the format expected by `Class.getName()`.
`String`	`Member.getName()` Gets the name of this field or method.
`String`	`Suite.getName()` Gets this suite's name.
`String`	`VMThread.getName()` Gets the name of this thread.
`static String`	`Klass.getNames(Klass[] klasses)` Formats the names of a given array of classes into a single string with each class name separated by a space.
`String`	`Isolate.getParentSuiteSourceURI()`
`String`	`Isolate.getProperty(String key)` Gets a named property of this isolate.
`String`	`Klass.getSignature()` Gets the JNI signature of this class.
`String`	`Klass.getSourceFileName()` Get the source file from which the class was compiled.
`String`	`Field.getStringConstantValue()` Gets the String constant value of this static field.
`String`	`ObjectMemory.getURI()` Gets the URI identifiying this object memory.
`String`	`Suite.getURI()` Gets the URI identifier of the serialized form of this suite.
`static String`	`Isolate.intern(String value)` Returns a canonical representation for the string object from the current isolate.
`static String`	`Method.lineNumberTableAsString(int[] lnt)` Converts a given line number table as a string of numbers where each pair of numbers represents an ip address and a line number.
`String[]`	`Isolate.listErr()` Gets a list of URLs denoting the streams to which `System.err` is currently sending its output.
`String[]`	`Isolate.listOut()` Gets a list of URLs denoting the streams to which `System.out` is currently sending its output.
`static String`	`GC.makeEightBitString(Object oop)` Change the type of the given object to com.sun.squawk.StringOfBytes.
`static String`	`GC.makeSixteenBitString(Object oop)` Change the type of the given object to java.lang.String.
`String`	`Address.toString()` Gets a string representation of this address.
`String`	`Isolate.toString()` Get the string representation of the isolate.
`String`	`Klass.toString()` Converts the object to a string.
`String`	`Member.toString()` Gets a String representation of this field or method.
`String`	`MethodBody.toString()` Produce String for debugging
`String`	`Offset.toString()` Gets a string representation of this offset.
`String`	`Ref.toString()`
`String`	`Suite.toString()` Gets a string representation of this suite.
`String`	`UWord.toString()` Gets a string representation of this word.
`String`	`VMThread.toString()` Returns a string representation of this thread, including a unique number that identifies the thread and the thread's priority.
`static String`	`Klass.toString(Member member, boolean showType)` Gets a string representation of a given field or method.
`static String`	`Suite.typeToString(int suiteType)` Given one of the defined suite types, return an English string describing the suite type.

Methods in com.sun.squawk with parameters of type String
`void`	`Isolate.addErr(String url)` Adds a new connection to which `System.err` will send its output.
`static void`	`ObjectMemoryLoader.addFilePath(String path)` Expecting a string that looks something like "c:\dev\1${File.separatorChar}c:\windows".
`void`	`Suite.addNoClassDefFoundErrorClassNames(String[] classNames)` If a `Klass.forName(String)` is performed and class requested is not found AND its added to our list of `#classesToNoClassDefFoundError` then we will throw a `NoClassDefFoundError`.
`void`	`Isolate.addOut(String url)` Adds a new connection to which `System.out` will send its output.
`void`	`ByteBufferEncoder.addUtf8(String s)` Adds a string to the buffer in UTF8 encoded form.
`static char`	`NativeUnsafe.charAt(String str, int index)` Gets character from a string.
`static Klass`	`Klass.forName(String className)` Returns the `Klass` object associated with the class with the given string name.
`static Klass`	`Klass.getClass(String name, boolean isFieldDescriptor)` Gets a class corresponding to a given name.
`static Hashtable`	`VM.getManifestPropertiesOfSuite(String uri)` A helper method to provide access to the manifest of midlet suites from outside the bootstrap.
`String`	`Suite.getManifestProperty(String name)` Gets the value of an `Suite.PROPERTIES_MANIFEST_RESOURCE_NAME` property embedded in the suite.
`static String`	`VM.getManifestProperty(String name)` Gets the value of an `Suite.PROPERTIES_MANIFEST_RESOURCE_NAME` property embedded in the suite.
`String`	`Isolate.getProperty(String key)` Gets a named property of this isolate.
`InputStream`	`Klass.getResourceAsStream(String name)` Finds a resource with a given name.
`InputStream`	`Suite.getResourceAsStream(String name, Klass klass)` Finds a resource with a given name.
`byte[]`	`Suite.getResourceData(String name)` Gets the contents of a resource file embedded in the suite.
`byte[]`	`TranslatorInterface.getResourceData(String name)` Get the bytes for the resource named `name`.
`static Suite`	`Suite.getSuite(String uri)` Gets the Suite corresponding to a given URI, loading it if necessary.
`static Suite`	`Suite.getSuite(String uri, boolean errorOnIOException)` Gets the Suite corresponding to a given URI, loading it if necessary.
`static String`	`Isolate.intern(String value)` Returns a canonical representation for the string object from the current isolate.
`boolean`	`TranslatorInterface.isOption(String arg)` If `arg` represents a valid translator argument, then return true.
`boolean`	`TranslatorInterface.isValidClassName(String name)` Determines if a given name is a valid class name according the JVM specification.
`static Isolate`	`Isolate.load(DataInputStream dis, String uri)` Loads a serialized isolate from an input stream into RAM.
`static ObjectMemoryFile`	`ObjectMemoryLoader.load(DataInputStream dis, String uri, boolean loadIntoReadOnlyMemory)` Loads an object memory from a given input stream.
`static ObjectMemoryFile`	`ObjectMemoryLoader.load(String uri, boolean loadIntoReadOnlyMemory)` Loads an object memory from a given input stream.
`static ObjectMemoryFile`	`ObjectMemoryLoader.loadHeader(DataInputStream dis, String uri)` Loads the header of an object memory file from a given input stream.
`Klass`	`Suite.lookup(String name)` Gets the `Klass` instance from this suite corresponding to a specified class name in internal form.
`Field`	`Klass.lookupField(String name, Klass type, boolean isStatic)` Finds the `Field` object representing a field in this class's hierarchy.
`static Klass`	`Klass.lookupKlass(String name)` Look up klass in current suite or one of it's parents.
`static Mailbox`	`VM.lookupMailbox(String name)`
`Method`	`Klass.lookupMethod(String name, Klass[] parameterTypes, Klass returnType, Klass currentClass, boolean isStatic)` Finds the `Method` object representing a method in this class's hierarchy.
`static int`	`VM.lookupNative(String name)` Gets the identifier for a native method.
`static void`	`JavaApplicationManager.main(String[] args)` Main routine.
`void`	`Klass.main(String[] args)` Call this class's `public static void main(String[])` method if it is defined.
`static void`	`Test.main(String[] args)`
`void`	`TranslatorInterface.open(Suite suite, String classPath)` Opens a connection with the translator to load & create classes in the context of a given suite.
`static void`	`VM.outPrint(PrintStream stream, String str)` Print str safely to Stream, or to VM.print if that fails.
`static void`	`VM.outPrint(String str)` Print str safely to System.err, or to VM.print if that fails.
`static void`	`VM.outPrintln(PrintStream stream, String str)` Print str safely to Stream, or to VM.print if that fails.
`static void`	`VM.outPrintln(String str)` Print str safely to System.err, or to VM.print if that fails.
`static void`	`VM.print(String x)` Prints a string to the VM output stream.
`static Throwable`	`VM.printExceptionAndTrace(Throwable exc, String msg)` Safely print exception and stack trace to System.err.
`static Throwable`	`VM.printExceptionAndTrace(Throwable exc, String msg, boolean printUsingThrowable)` Safely print exception and stack trace to System.err.
`static void`	`VM.println(String x)` Prints a string followed by a new line to the VM output stream.
`boolean`	`TranslatorInterface.processOption(String arg)` If `arg` represents a valid translator argument, then process it by parsing into property name and value, and set the property value.
`static boolean`	`VM.registerMailbox(String name, Mailbox mailbox)` Register named mailbox with the system.
`static void`	`ObjectMemory.relocate(String uri, Object sourceStartBuffer, Address sourceStart, BitSet oopMap, Address targetStart, Address targetCanonicalStart, int targetSize, boolean toCanonical, boolean requiresEndianSwap, boolean trace, boolean verifyClearOopMap)` Relocates the pointers in a range of memory that point to some target range of memory.
`static void`	`ObjectMemory.relocateParents(String uri, Object startBuffer, Address start, BitSet oopMap, ObjectMemory parent, boolean toCanonical, boolean requiresEndianSwap, boolean trace)` Relocate all the pointers in a range of memory that point to one or more parent object memories.
`void`	`Isolate.removeErr(String url)` Removes the connection identified by `url` (if any) to which `System.err` is currently sending its output.
`void`	`Isolate.removeOut(String url)` Removes the connection identified by `url` (if any) to which `System.out` is currently sending its output.
`void`	`Isolate.save(DataOutputStream dos, String uri)` Serializes the object graph rooted by this hibernated isolate and writes it to a given stream.
`void`	`Suite.save(DataOutputStream dos, String uri)` Serializes the object graph rooted by this suite and writes it to a given stream.
`void`	`Isolate.save(DataOutputStream dos, String uri, boolean bigEndian)` Serializes the object graph rooted by this hibernated isolate and writes it to a given stream.
`ObjectMemory`	`Suite.save(DataOutputStream dos, String uri, boolean bigEndian)` Serializes the object graph rooted by this suite and writes it to a given stream.
`static void`	`ObjectMemorySerializer.save(DataOutputStream dos, String uri, ObjectMemorySerializer.ControlBlock cb, ObjectMemory parent, boolean bigEndian)` Writes a serialized object memory to a given output stream.
`void`	`Suite.saveKlassMetadatas(DataOutputStream dos, String uri)` Serializes the object graph rooted by this suite and writes it to a given stream.
`void`	`Suite.saveKlassMetadatas(DataOutputStream dos, String uri, boolean bigEndian)` Serializes the object graph rooted by this suite and writes it to a given stream.
`void`	`Klass.setClassFileDefinition(Klass superClass, Klass[] interfaces, ClassFileMethod[] virtualMethods, ClassFileMethod[] staticMethods, ClassFileField[] instanceFields, ClassFileField[] staticFields, String sourceFile)` Completes the definition of this class (apart from its bytecodes) based on the information parsed from a class file.
`static void`	`ObjectMemoryLoader.setFilePath(String path)` Expecting a string that looks something like "c:\dev\1${File.separatorChar}c:\windows".
`void`	`Isolate.setName(String newName)` Sets name of the isolate.
`void`	`VMThread.setName(String name)` Sets the name of this thread.
`void`	`Isolate.setProperty(String key, String value)` Adds a named property to this isolate.
`void`	`Suite.setProperty(String key, String value)`
`static void`	`VM.setProperty(String name, String value)` On a hosted system , this calls System.setProperty(), otherwise calls Isolate.currentIsolate().setProperty()
`protected void`	`ObjectMemoryLoader.skipMemoryPadding(String parentURI, int memorySize)` Skips the padding that precedes the 'memory' item to ensure that it is word aligned with respect to the start of the object memory file.
`Suite`	`Suite.strip(int type, String name, Suite parent)` Creates a copy of this suite with its symbolic information stripped according to the given parameters.
`static void`	`VM.unregisterMailbox(String name, Mailbox mailbox)` Unregister named mailbox with the system.
`static void`	`VM.unregisterSuite(String uri)` If the suite is registered, unregister it with the garbage collector.

Constructors in com.sun.squawk with parameters of type String
`ClassFileConstantField(String name, int modifiers, Klass type, long constantValue)` Creates a new `ClassFileConstantField` instance for a field with a primitive ConstantValue attribute.
`ClassFileConstantField(String name, int modifiers, Klass type, String constantValue)` Creates a new `ClassFileConstantField` instance for a field with a String ConstantValue attribute.
`ClassFileField(String name, int modifiers, Klass type)` Creates a new `ClassFileField` instance.
`ClassFileMethod(String name, int modifiers, Klass returnType, Klass[] parameterTypes, int pragmas)` Creates a new `ClassFileMethod` instance.
`CrossIsolateThread(Isolate target, String name)` Allocates a new `CrossIsolateThread` object to be run in the given isolate's context, with the given name.
`IllegalStoreException(String s)` Constructs an `IllegalStoreException` with the specified detail message.
`Isolate(Hashtable properties, int midletNum, String classPath, String parentSuiteSourceURI)` Creates an new isolate.
`Isolate(Hashtable properties, String mainClassName, String[] args, String classPath, String parentSuiteSourceURI)` Creates an new isolate.
`Isolate(Hashtable properties, String mainClassName, String[] args, String classPath, String parentSuiteSourceURI)` Creates an new isolate.
`Isolate(String mainClassName, String[] args, String classPath, String parentSuiteSourceURI)` Creates an new isolate.
`Isolate(String mainClassName, String[] args, String classPath, String parentSuiteSourceURI)` Creates an new isolate.
`Klass(String name, Klass superType)` Only used by UninitializedObjectClass constructor.
`ManifestProperty(String name, String value)` Creates a property object.
`ObjectMemory(Address start, int size, String uri, Object root, int hash, ObjectMemory parent)` Constructs a new object memory file.
`ObjectMemoryFile(int minor, int major, int attributes, int parentHash, String parentURI, ObjectMemory objectMemory)`
`ResourceFile(String name, boolean isPersistent)`
`ResourceFile(String name, byte[] data)` Creates a resource file object.
`ScopedLocalVariable(String name, Klass type, int slot, int start, int length)` Creates a `ScopedLocalVariable` instance representing the symbolic information for a local variable in a Squawk bytecode method.
`VMThread(Thread apiThread, String name)` Allocates a new `VMThread` object to support a given API Thread instance.

Uses of String in com.sun.squawk.compiler

Fields in com.sun.squawk.compiler declared as String
`static String`	`SymbolicFixupTable.ABS_32`
`static String`	`SymbolicFixupTable.REL_24`
`static String`	`SymbolicFixupTable.REL_32`

Methods in com.sun.squawk.compiler that return String
`String`	`SymbolicFixupTable.getFixupSymbol(String category, int position)`
`String`	`TargetArchitecture.getName()`
`String`	`Type.toString()` Gets the name of the type

Methods in com.sun.squawk.compiler with parameters of type String
`void`	`SymbolicFixupTable.addFixup(String category, int position, String symbol)`
`void`	`Linker.addSymbol(String symbol, int address)`
`Compiler`	`BaseCompiler.comment(String str)` Add a comment node to the IR.
`Enumeration`	`SymbolicFixupTable.getFixups(String category)`
`String`	`SymbolicFixupTable.getFixupSymbol(String category, int position)`
`static Compiler`	`Compilation.newCompiler(String arch)` Create a new compiler for a specific architecture.
`byte[]`	`Linker.relocate(String name, int targetAddress)`
`Compiler`	`BaseCompiler.symbol(String name)` Push an address of an unresolved symbol onto the stack.

Constructors in com.sun.squawk.compiler with parameters of type String
`Type(int asize, int osize, int code, String name)` Constructor.
`Type(int asize, int osize, int code, Type primitive, String name)` Constructor.

Uses of String in com.sun.squawk.debugger

Fields in com.sun.squawk.debugger declared as String
`String`	`EventRequestModifier.ClassMatch.classPattern` The restricted regular expression sent by the debugger
`String`	`EventRequestModifier.ClassMatch.pattern` The string derived from the regular expression to do the matching.

Methods in com.sun.squawk.debugger that return String
`static String`	`EventRequest.getNameForJDWPEventKind(int eventKind)` Gets the name string corresponding to a given `JDWP.EventKind` constant.
`static String`	`EventRequest.getNameForJDWPSuspendPolicy(int policy)` Gets the name string corresponding to a given `JDWP.SuspendPolicy` constant.
`String`	`PacketInputStream.readString(String s)` Reads from the stream a representation of a Unicode character string encoded in Java modified UTF-8 format; this string of characters is then returned as a `String`.
`abstract String`	`JDWPListener.sourceName()` Subclasses must return a meaning name for this listener that will be useful as a suffix for log messages on this thread.
`String`	`CommandPacket.toString()` Returns a string representation of the object.
`abstract String`	`DataType.toString()`
`String`	`DataType.TaggedObjectID.toString()` Returns a string representation of the object.
`String`	`DataType.MethodID.toString()` Returns a string representation of the object.
`String`	`DataType.FieldID.toString()`
`String`	`DataType.FrameID.toString()` Returns a string representation of the object.
`String`	`DataType.Location.toString()` Returns a string representation of the object.
`String`	`EventRequest.toString()` Returns a string representation of the object.
`String`	`EventRequestModifier.Count.toString()` Returns a string representation of the object.
`String`	`EventRequestModifier.ClassOnly.toString()` Returns a string representation of the object.
`String`	`EventRequestModifier.ClassMatch.toString()` Returns a string representation of the object.
`String`	`EventRequestModifier.LocationOnly.toString()` Returns a string representation of the object.
`String`	`EventRequestModifier.ExceptionOnly.toString()` Returns a string representation of the object.
`String`	`EventRequestModifier.ThreadOnly.toString()` Returns a string representation of the object.
`String`	`EventRequestModifier.Step.toString()` Returns a string representation of the object.
`abstract String`	`Packet.toString()` Returns a string representation of the object.
`String`	`ReplyPacket.toString()` Returns a string representation of the object.
`static String`	`CommandPacket.toString(int set, int command)` Gets the identifier for a given JDWP command.

Methods in com.sun.squawk.debugger with parameters of type String
`void`	`PacketOutputStream.close(String s)` Closes this stream and its underlying stream.
`static void`	`Log.log(String msg)` Logs a message as a line sent to the current logging stream.
`void`	`JDWPListener.open(String url, byte[] handshake, boolean initiate, boolean isJDB, Runnable delayer)` Opens the connection used by this listener and performs a handshake with the remote host once the connection has been established.
`boolean`	`PacketInputStream.readBoolean(String s)` Reads a boolean value from this stream.
`byte`	`PacketInputStream.readByte(String s)` Reads one byte from this stream.
`char`	`PacketInputStream.readChar(String s)` Reads a char value from this stream.
`double`	`PacketInputStream.readDouble(String s)` Reads a double value from this stream.
`DataType.FieldID`	`PacketInputStream.readFieldID(String s)`
`float`	`PacketInputStream.readFloat(String s)` Reads a float value from this stream.
`DataType.FrameID`	`PacketInputStream.readFrameID(String s)`
`int`	`PacketInputStream.readInt(String s)` Reads an int value from this stream.
`DataType.Location`	`PacketInputStream.readLocation(String s)`
`long`	`PacketInputStream.readLong(String s)` Reads a long value from this stream.
`DataType.MethodID`	`PacketInputStream.readMethodID(String s)`
`DataType.ObjectID`	`PacketInputStream.readObjectID(String s)`
`DataType.ReferenceTypeID`	`PacketInputStream.readReferenceTypeID(String s)`
`short`	`PacketInputStream.readShort(String s)` Reads a short value from this stream.
`String`	`PacketInputStream.readString(String s)` Reads from the stream a representation of a Unicode character string encoded in Java modified UTF-8 format; this string of characters is then returned as a `String`.
`DataType.TaggedObjectID`	`PacketInputStream.readTaggedObjectID(String s)`
`void`	`PacketOutputStream.writeBoolean(boolean value, String s)` Writes a boolean value to this stream.
`void`	`PacketOutputStream.writeByte(int value, String s)` Writes one byte to this stream.
`void`	`PacketOutputStream.writeChar(char value, String s)` Writes a char value to this stream.
`void`	`PacketOutputStream.writeDouble(double value, String s)` Writes a double value to this stream.
`void`	`PacketOutputStream.writeFieldID(DataType.FieldID value, String s)`
`void`	`PacketOutputStream.writeFloat(float value, String s)` Writes a float value to this stream.
`void`	`PacketOutputStream.writeFrameID(DataType.FrameID value, String s)`
`void`	`PacketOutputStream.writeInt(int value, String s)` Writes an int value to this stream.
`void`	`PacketOutputStream.writeLocation(DataType.Location value, String s)`
`void`	`PacketOutputStream.writeLong(long value, String s)` Writes a long value to this stream.
`void`	`PacketOutputStream.writeMethodID(DataType.MethodID value, String s)`
`void`	`PacketOutputStream.writeNullLocation(String s)`
`void`	`PacketOutputStream.writeObjectID(DataType.ObjectID value, String s)`
`void`	`PacketOutputStream.writePrimitive(byte tag, long value, String s)` Writes a primitive value to this stream preceeded by a tag describing the type and data size (in bytes) of the value.
`void`	`PacketOutputStream.writeReferenceTypeID(DataType.ReferenceTypeID value, String s)`
`void`	`PacketOutputStream.writeShort(short value, String s)` Writes a short value to this stream.
`void`	`PacketOutputStream.writeString(String value, String s)` Writes a string to the underlying output stream using UTF-8 encoding in a machine-independent manner.
`void`	`PacketOutputStream.writeTaggedObjectID(DataType.TaggedObjectID value, String s)`

Constructors in com.sun.squawk.debugger with parameters of type String
`JDWPConnection(String url, byte[] handshake, boolean initiate, boolean isJDB, Runnable delayer)` Creates a connection based on a given URL and does a handshake with the remote enity once the connection is established.
`SDWPException(int error, String msg)`
`SDWPException(String msg)`

Uses of String in com.sun.squawk.debugger.sda

Methods in com.sun.squawk.debugger.sda that return String
`String`	`ObjectManager.getStringForID(DataType.ObjectID objectID)`
`String`	`SDPListener.sourceName()` Subclasses must return a meaning name for this listener that will be useful as a suffix for log messages on this thread.

Methods in com.sun.squawk.debugger.sda with parameters of type String
`static void`	`SDA.main(String[] args)` Program entry point.
`void`	`ObjectManager.writeTaggedObject(PacketOutputStream out, Object object, String s)` Writes the JDWP tag and object ID of an object to a given packet stream.

Uses of String in com.sun.squawk.imp

Methods in com.sun.squawk.imp with parameters of type String
`static void`	`MIDletMainWrapper.main(String[] args)`

Uses of String in com.sun.squawk.io

Methods in com.sun.squawk.io that return String
`String`	`BufferedReader.readLine()` Read a line of text.

Methods in com.sun.squawk.io with parameters of type String
`OutputStream`	`MulticastOutputStream.add(String name, OutputStream out)` Adds a given output stream to those contained by this multicaster.
`OutputStream`	`MulticastOutputStream.get(String name)` Gets the output stream from this multicaster identified by a given name.
`abstract Connection`	`ConnectionBase.open(String protocol, String name, int mode, boolean timeouts)` Open a connection to a target.
`abstract Connection`	`ConnectionBaseAdapter.openPrim(String name, int mode, boolean timeouts)` Initialize the StreamConnection and return it.
`OutputStream`	`MulticastOutputStream.remove(String name)` Removes a given output stream from those contained by this multicaster.
`void`	`BufferedWriter.write(String s, int off, int len)` Write a portion of a String.

Uses of String in com.sun.squawk.io.connections

Methods in com.sun.squawk.io.connections with parameters of type String
`byte[]`	`ClasspathConnection.getBytes(String name)` Convenience method that provides access to the bytes to be found by doing a `ClasspathConnection.openInputStream(String)` on file named `name`.
`InputStream`	`ClasspathConnection.openInputStream(String name)`

Uses of String in com.sun.squawk.io.j2me

Methods in com.sun.squawk.io.j2me that return String
`String`	`ParameterParser.parse(String name)` Parses the = pairs separated by ';' in a URL name.

Methods in com.sun.squawk.io.j2me with parameters of type String
`abstract boolean`	`ParameterParser.parameter(String name, String value)` Notifies a subclass of a = pair that has been parsed.
`String`	`ParameterParser.parse(String name)` Parses the = pairs separated by ';' in a URL name.

Uses of String in com.sun.squawk.io.j2me.channel

Methods in com.sun.squawk.io.j2me.channel that return String
`String`	`ChannelInputStream.readUTF()` Reads in a string that has been encoded using a modified UTF-8 format.

Methods in com.sun.squawk.io.j2me.channel with parameters of type String
`Connection`	`Protocol.open(String protocol, String name, int mode, boolean timeouts)` open
`void`	`ChannelOutputStream.writeChars(String s)` Writes a string to the underlying output stream as a sequence of characters.
`void`	`ChannelOutputStream.writeUTF(String str)` Writes a string to the underlying output stream using UTF-8 encoding in a machine-independent manner.

Uses of String in com.sun.squawk.io.j2me.debug

Methods in com.sun.squawk.io.j2me.debug with parameters of type String
`Connection`	`Protocol.open(String protocol, String name, int mode, boolean timeouts)` Open the connection

Uses of String in com.sun.squawk.io.j2me.dserror

Methods in com.sun.squawk.io.j2me.dserror with parameters of type String
`Connection`	`Protocol.open(String protocol, String name, int mode, boolean timeouts)` Open the connection

Uses of String in com.sun.squawk.io.j2me.file

Methods in com.sun.squawk.io.j2me.file that return String
`String`	`Protocol.getName()`
`String`	`Protocol.getPath()`
`String`	`Protocol.getURL()`

Methods in com.sun.squawk.io.j2me.file with parameters of type String
`protected void`	`Protocol.connect(String name, int mode, boolean timeouts)` Establishes the connection.
`static void`	`Protocol.create(String name)` Create a file for writing
`static boolean`	`Protocol.exists(String name)` return true if the specified file exists
`static void`	`Test.main(String[] args)` test code
`Connection`	`Protocol.open(String protocol, String name, int mode, boolean timeouts)` Open the connection
`Connection`	`Protocol.openPrim(String name, int mode, boolean timeouts)` Opens the file connection.

Constructors in com.sun.squawk.io.j2me.file with parameters of type String
`ConnectionClosedException(String detailMessage)`

Uses of String in com.sun.squawk.io.j2me.http

Methods in com.sun.squawk.io.j2me.http that return String
`String`	`Protocol.getEncoding()`
`String`	`Protocol.getFile()`
`String`	`Protocol.getHeaderField(int index)`
`String`	`Protocol.getHeaderField(String name)`
`String`	`Protocol.getHeaderFieldKey(int index)`
`String`	`Protocol.getHost()`
`String`	`Protocol.getProtocol()`
`String`	`Protocol.getQuery()`
`String`	`Protocol.getRef()`
`String`	`Protocol.getRequestMethod()`
`String`	`Protocol.getRequestProperty(String key)`
`String`	`Protocol.getResponseMessage()`
`String`	`Protocol.getType()`
`String`	`Protocol.getURL()`

Methods in com.sun.squawk.io.j2me.http with parameters of type String
`String`	`Protocol.getHeaderField(String name)`
`long`	`Protocol.getHeaderFieldDate(String name, long def)`
`int`	`Protocol.getHeaderFieldInt(String name, int def)`
`String`	`Protocol.getRequestProperty(String key)`
`static void`	`Protocol.main(String[] args)` Call using a full URL (rmeber to include the FILE part!" > squawk com.sun.squawk.io.j2me.http.Protocol http://www.yahoo.com/index.html
`Connection`	`Protocol.open(String protocol, String url, int mode, boolean timeouts)`
`void`	`Protocol.setRequestMethod(String method)`
`void`	`Protocol.setRequestProperty(String key, String value)`

Uses of String in com.sun.squawk.io.j2me.multicastoutput

Methods in com.sun.squawk.io.j2me.multicastoutput with parameters of type String
`Connection`	`Protocol.open(String protocol, String name, int mode, boolean timeouts)` Opens the connection.

Uses of String in com.sun.squawk.io.j2me.serversocket

Methods in com.sun.squawk.io.j2me.serversocket that return String
`String`	`Protocol.getLocalAddress()`

Methods in com.sun.squawk.io.j2me.serversocket with parameters of type String
`Connection`	`Protocol.open(String protocol, String name, int mode, boolean timeouts)` Open the connection

Uses of String in com.sun.squawk.io.j2me.socket

Methods in com.sun.squawk.io.j2me.socket that return String
`String`	`Protocol.getAddress()`
`String`	`Protocol.getLocalAddress()`

Methods in com.sun.squawk.io.j2me.socket with parameters of type String
`static void`	`Test.main(String[] args)` test code
`Connection`	`Protocol.open(String protocol, String name, int mode, boolean timeouts)` Open the connection

Uses of String in com.sun.squawk.io.mailboxes

Methods in com.sun.squawk.io.mailboxes that return String
`String`	`Mailbox.getName()` Returns the registered name of the mail box, if registered.
`String`	`ServerChannel.getName()` Get the name that this ServerChannel was registered under.
`String`	`Mailbox.toString()` Returns a string representation of the object.
`String`	`MailboxAddress.toString()` Returns a string representation of the object.

Methods in com.sun.squawk.io.mailboxes with parameters of type String
`static ServerChannel`	`ServerChannel.create(String name)` Creates a new ServerChannel with the given name and registers it with the system.
`static Mailbox`	`Mailbox.create(String name, MailboxHandler handler)` Creates a Mailbox with the given name and registers it with the system.
`static Channel`	`Channel.lookup(String serverChannelName)` Create a connection to a remote Channel using the name of registered ServerChannel.
`static MailboxAddress`	`MailboxAddress.lookupMailbox(String name, Mailbox replyMailbox)` This method looks up a MailboxAddress that has been registered with the system, and implicitly opens the connection to the remote Mailbox.

Constructors in com.sun.squawk.io.mailboxes with parameters of type String
`MailboxInUseException(String name)` Creates a new instance of AddressClosedException
`NoSuchMailboxException(String name)` Creates a new instance of NoSuchMailboxException

Uses of String in com.sun.squawk.microedition.io

Methods in com.sun.squawk.microedition.io that return String
`String`	`FileConnection.getName()`
`String`	`FileConnection.getPath()`
`String`	`FileConnection.getURL()`

Uses of String in com.sun.squawk.os

Methods in com.sun.squawk.os with parameters of type String
`Parm`	`Parm.cstring(String str)` Add a String parameter.
`static int`	`CSystem.lookup(String s)` Lookup a C link symbol.
`static int`	`CSystem.mallocString(String str)` Malloc some memory and copy a string into it.

Uses of String in com.sun.squawk.peripheral

Fields in com.sun.squawk.peripheral declared as String
`protected String`	`SimulatedNorFlashSector.fileName`
`static String`	`SimulatedNorFlashSector.SECTORS_FILE_EXTENSION`
`static String`	`SimulatedNorFlashSector.ZERO_PADDING`

Constructors in com.sun.squawk.peripheral with parameters of type String
`InsufficientFlashMemoryException(String s)`
`SimulatedNorFlashSector(String fileName)`

Uses of String in com.sun.squawk.platform

Fields in com.sun.squawk.platform declared as String
`protected String`	`BaseGCFFile.nativeFileName` File name.

Methods in com.sun.squawk.platform that return String
`static String`	`Platform.getPlatformName()`
`String`	`GCFFile.illegalFileNameChars()` Returns a string that contains all characters forbidden for the use on the given platform except "/" (forward slash) which is always considered illegal.

Methods in com.sun.squawk.platform with parameters of type String
`void`	`BaseGCFFile.connect(String rootName, String fileName)` Connect file handler to the abstract file target.
`void`	`GCFFile.connect(String rootName, String fileName)` Connect file handler to the abstract file target.
`int`	`GCFSockets.open(String hostname, int port, int mode)` Opens a TCP connection to a server.

Uses of String in com.sun.squawk.platform.posix

Methods in com.sun.squawk.platform.posix that return String
`String`	`GCFFileImpl.illegalFileNameChars()` Returns a string that contains all characters forbidden for the use on the given platform except "/" (forward slash) which is always considered illegal.
`String`	`GCFSocketsImpl.inet_ntop(int in)` Takes an IPv4 Internet address and returns string representing the address in `.' notation

Methods in com.sun.squawk.platform.posix with parameters of type String
`int`	`GCFSocketsImpl.open(String hostname, int port, int mode)`

Uses of String in com.sun.squawk.platform.posix.linux.natives

Methods in com.sun.squawk.platform.posix.linux.natives that return String
`String`	`LibCImpl.realName(String nominalName)`

Methods in com.sun.squawk.platform.posix.linux.natives with parameters of type String
`NetDB.hostent`	`NetDBImpl.gethostbyname(String arg0)`
`String`	`LibCImpl.realName(String nominalName)`
`int`	`LibCImpl.stat(String arg0, LibC.stat arg1)` Implements stat by calling __xstat function

Uses of String in com.sun.squawk.platform.posix.macosx.natives

Methods in com.sun.squawk.platform.posix.macosx.natives with parameters of type String
`NetDB.hostent`	`NetDBImpl.gethostbyname(String arg0)`

Uses of String in com.sun.squawk.platform.posix.natives

Fields in com.sun.squawk.platform.posix.natives declared as String
`String`	`NetDB.hostent.h_name`

Methods in com.sun.squawk.platform.posix.natives that return String
`String`	`Socket.inet_ntop(int af, IntByReference src, Pointer dst, int size)` Takes an IPv4 Internet address and returns string representing the address in `.' notation
`String`	`SocketImpl.inet_ntop(int arg0, IntByReference arg1, Pointer arg2, int arg3)`
`String`	`LibCImpl.realName(String nominalName)` Allow platforms to substitute different names.
`String`	`Socket.sockaddr_in.toString()`

Methods in com.sun.squawk.platform.posix.natives with parameters of type String
`NetDB.hostent`	`NetDB.gethostbyname(String name)` The gethostbyname() function returns a HostEnt structure describing an internet host referenced by name.
`boolean`	`Socket.inet_pton(String str, IntByReference in_addr)` Interprets the specified character string as an Internet address, placing the address into the structure provided.
`boolean`	`SocketImpl.inet_pton(String arg0, IntByReference arg1)`
`int`	`LibC.open(String name, int oflag, int mode)` open or create a file for reading or writing
`int`	`LibCImpl.open(String arg0, int arg1, int arg2)`
`String`	`LibCImpl.realName(String nominalName)` Allow platforms to substitute different names.
`int`	`LibC.stat(String name, LibC.stat stat)` Get information on the named "name".
`int`	`LibCImpl.stat(String arg0, LibC.stat arg1)`
`int`	`LibC.unlink(String name)` Remove the directory entry for name (may delete the file)
`int`	`LibCImpl.unlink(String arg0)`

Uses of String in com.sun.squawk.platform.posix.solaris.natives

Methods in com.sun.squawk.platform.posix.solaris.natives with parameters of type String
`NetDB.hostent`	`NetDBImpl.gethostbyname(String arg0)`

Uses of String in com.sun.squawk.platform.posix.vxworks.natives

Methods in com.sun.squawk.platform.posix.vxworks.natives with parameters of type String
`NetDB.hostent`	`NetDBImpl.gethostbyname(String arg0)`

Uses of String in com.sun.squawk.platform.windows

Methods in com.sun.squawk.platform.windows that return String
`String`	`GCFFileImpl.illegalFileNameChars()` Returns a string that contains all characters forbidden for the use on the given platform except "/" (forward slash) which is always considered illegal.
`String`	`GCFSocketsImpl.inet_ntop(int in)` Takes an IPv4 Internet address and returns string representing the address in `.' notation

Methods in com.sun.squawk.platform.windows with parameters of type String
`int`	`GCFSocketsImpl.open(String hostname, int port, int mode)`

Uses of String in com.sun.squawk.platform.windows.natives

Fields in com.sun.squawk.platform.windows.natives declared as String
`String`	`NetDB.hostent.h_name`

Methods in com.sun.squawk.platform.windows.natives that return String
`String`	`Socket.inet_ntop(int af, IntByReference src, Pointer dst, int size)` Takes an IPv4 Internet address and returns string representing the address in `.' notation
`String`	`SocketImpl.inet_ntop(int arg0, IntByReference arg1, Pointer arg2, int arg3)`
`String`	`Socket.sockaddr_in.toString()`

Methods in com.sun.squawk.platform.windows.natives with parameters of type String
`NetDB.hostent`	`NetDB.gethostbyname(String name)` The gethostbyname() function returns a HostEnt structure describing an internet host referenced by name.
`NetDB.hostent`	`NetDBImpl.gethostbyname(String arg0)`
`boolean`	`Socket.inet_pton(String str, IntByReference in_addr)` Interprets the specified character string as an Internet address, placing the address into the structure provided.
`boolean`	`SocketImpl.inet_pton(String arg0, IntByReference arg1)`
`int`	`LibC.open(String name, int oflag, int mode)` open or create a file for reading or writing
`int`	`LibCImpl.open(String arg0, int arg1, int arg2)`
`int`	`LibC.stat(String name, LibC.stat stat)` Get information on the named "name".
`int`	`LibCImpl.stat(String arg0, LibC.stat arg1)`
`int`	`LibC.unlink(String name)` Remove the directory entry for name (may delete the file)
`int`	`LibCImpl.unlink(String arg0)`

Uses of String in com.sun.squawk.pragma

Methods in com.sun.squawk.pragma with parameters of type String
`static int`	`PragmaException.toModifier(String className)` Converts the name of a pragma class to a corresponding bit constant.

Uses of String in com.sun.squawk.realtime

Constructors in com.sun.squawk.realtime with parameters of type String
`OffsetOutOfBoundsException(String description)` A descriptive constructor for `OffsetOutOfBoundsException`.
`SizeOutOfBoundsException(String description)` A descriptive constructor for `SizeOutOfBoundsException`.
`UnsupportedPhysicalMemoryException(String description)` A descriptive constructor for `UnsupportedPhysicalMemoryException`.

Uses of String in com.sun.squawk.rms

Fields in com.sun.squawk.rms declared as String
`protected String`	`ApplicationDescriptorEntry.midletName`
`protected String`	`ApplicationDescriptorEntry.midletVendor`
`protected String`	`ApplicationDescriptorEntry.midletVersion`
`protected String`	`RecordStoreEntry.name`
`static String`	`ApplicationDescriptorEntry.PROPERTY_MIDLET_NAME`
`static String`	`ApplicationDescriptorEntry.PROPERTY_MIDLET_VENDOR`
`static String`	`ApplicationDescriptorEntry.PROPERTY_MIDLET_VERSION`

Methods in com.sun.squawk.rms that return String
`protected String`	`RecordStoreManager.checkMIDletVersion(String nameInstalled, String vendorInstalled, String versionInstalled)`
`String`	`ApplicationDescriptorEntry.getMidletName()`
`String`	`IApplicationDescriptorEntry.getMidletName()`
`String`	`ApplicationDescriptorEntry.getMidletVendor()`
`String`	`IApplicationDescriptorEntry.getMidletVendor()`
`String`	`ApplicationDescriptorEntry.getMidletVersion()`
`String`	`IApplicationDescriptorEntry.getMidletVersion()`
`String`	`IRecordStoreEntry.getName()`
`String`	`RecordStoreEntry.getName()`
`String[]`	`IRecordStoreManager.getRecordStoreNames()`
`String[]`	`RecordStoreManager.getRecordStoreNames()`

Methods in com.sun.squawk.rms with parameters of type String
`protected String`	`RecordStoreManager.checkMIDletVersion(String nameInstalled, String vendorInstalled, String versionInstalled)`
`boolean`	`IRecordStoreManager.deleteRecordStore(String name)`
`boolean`	`RecordStoreManager.deleteRecordStore(String name)`
`IRecordStoreEntry`	`IRecordStoreManager.getRecordStore(String name, boolean createIfNecessary)`
`IRecordStoreEntry`	`RecordStoreManager.getRecordStore(String name, boolean createIfNecessary)`
`void`	`ApplicationDescriptorEntry.setMidletName(String name)`
`void`	`IApplicationDescriptorEntry.setMidletName(String name)`
`void`	`ApplicationDescriptorEntry.setMidletVendor(String vendor)`
`void`	`IApplicationDescriptorEntry.setMidletVendor(String vendor)`
`void`	`ApplicationDescriptorEntry.setMidletVersion(String version)`
`void`	`IApplicationDescriptorEntry.setMidletVersion(String version)`
`void`	`IRecordStoreEntry.setName(String name)`
`void`	`RecordStoreEntry.setName(String name)`

Uses of String in com.sun.squawk.security

Methods in com.sun.squawk.security that return String
`static String`	`HexEncoding.hexEncode(byte[] b)` Create a string containing the all of the data in the byte array `b`, encoded as hexadecimal characters.
`static String`	`HexEncoding.hexEncode(byte[] b, int len)` Create a string containing the data in the byte array `b`, encoded as hexadecimal characters.
`String`	`CryptoException.toString()` Returns a human readable string describing this exception.

Methods in com.sun.squawk.security with parameters of type String
`static byte[]`	`HexEncoding.hexDecode(String str)` Decode a string containing hexadecimal characters into a byte array.

Uses of String in com.sun.squawk.security.ecc

Methods in com.sun.squawk.security.ecc that return String
`String`	`FFA.toString(int[] a)`

Methods in com.sun.squawk.security.ecc with parameters of type String
`int[]`	`FFA.from(int[] r, String a)`
`int[]`	`FFA.from(String a)`

Uses of String in com.sun.squawk.security.verifier

Constructors in com.sun.squawk.security.verifier with parameters of type String
`SignatureVerifierException(String msg)` Creates a new instance of SignatureVerifierException

Uses of String in com.sun.squawk.util

Fields in com.sun.squawk.util declared as String
`static String[]`	`ArgsUtilities.skipList` Skip svn entries, etc...

Methods in com.sun.squawk.util that return String
`static String[]`	`ArgsUtilities.cut(String str)` Cuts a string of white space separated tokens into an array of strings, one element for each token.
`static String`	`SquawkHashtable.enumerationsToString(Enumeration keys, Enumeration elements, int size)` Utility class to get a rather long string representation of any kind of hashtable.
`static String`	`SquawkVector.enumerationToString(Enumeration elements, int size)` Utility to return a string representation of any enumeration.
`static String[]`	`ArgsUtilities.expandArgFiles(String[] args)` Expands any argfiles.
`String`	`StructuredFileInputStream.getFileName()` Gets the name of the file from which this reader is reading.
`static String`	`ArgsUtilities.getOptArg(String[] args, int index, String opt)` Gets the argument to a command line option.
`String`	`StringTokenizer.nextToken()` Returns the next token of the String.
`String`	`StringTokenizer.nextToken(String delim)` Returns the next token, after switching to the new delimiter set.
`String`	`LineReader.readLine()` Read a line of text.
`static String`	`DataInputUTF8Decoder.readUTF(DataInput in, boolean isClassFile, boolean twoByteLength)` Reads a UTF-8 encoded String from `in`.
`static String`	`DataInputUTF8Decoder.readUTF(DataInput in, boolean isClassFile, int utflen)` Reads a UTF-8 encoded String from `in`.
`String`	`StructuredFileInputStream.readUTF(String prefix)` Reads a UTF-8 encoded string from the file.
`static String`	`ComputationTimer.timesAsString()` Returns a string representation of the times accumulated by the timer in the form of a set of entries, enclosed in braces and separated by the ASCII characters ", " (comma and space).
`static String`	`ArgsUtilities.toPlatformPath(String path, boolean isClassPath)` Converts a given file or class path to the correct format for the underlying platform.
`String`	`ArrayHashtable.toString()` Returns a rather long string representation of this hashtable.
`String`	`BitSet.toString()` Returns a string representation of this bit set.
`String`	`IntHashtable.toString()` Returns a rather long string representation of this hashtable.
`String`	`SquawkHashtable.toString()` Returns a rather long string representation of this hashtable.
`String`	`SquawkVector.toString()` Returns a string representation of this vector.

Methods in com.sun.squawk.util with parameters of type String
`static void`	`Assert.always(boolean cond, String msg)` Asserts that the specified condition is true.
`static void`	`Assert.always(boolean cond, String filename, int lineno)`
`static void`	`Assert.always(boolean cond, String msg, String filename, int lineno)`
`static String[]`	`ArgsUtilities.cut(String str)` Cuts a string of white space separated tokens into an array of strings, one element for each token.
`static void`	`Tracer.enableFeature(String feature)` Enable a given feature to be traced.
`static String[]`	`ArgsUtilities.expandArgFiles(String[] args)` Expands any argfiles.
`abstract Error`	`StructuredFileInputStream.formatError(String msg)` Throw a LinkageError to indicate there was an IO error or the file did not conform to the structure expected by the client of this class.
`static String`	`ArgsUtilities.getOptArg(String[] args, int index, String opt)` Gets the argument to a command line option.
`static String`	`ArgsUtilities.getOptArg(String[] args, int index, String opt)` Gets the argument to a command line option.
`static boolean`	`Tracer.isTracing(String feature)` Determines whether or not a given feature is being traced.
`static boolean`	`Tracer.isTracing(String feature, String component)` Determines whether or not a given feature is being traced for a given component.
`String`	`StringTokenizer.nextToken(String delim)` Returns the next token, after switching to the new delimiter set.
`static void`	`ArgsUtilities.processClassArg(String arg, Vector classes, Vector resources)` Processes a single command line argument that specifies one or more class names or resource names.
`static void`	`ArgsUtilities.processClassJarOrZipArg(String arg, Vector classes, Vector resources)` Processes a single command line argument that specifies a jar or zip file of class files.
`static void`	`ArgsUtilities.processClassListArg(String arg, Vector classes)` Processes a single command line argument that specifies a file containing a set of class names, one per line.
`static void`	`ArgsUtilities.readArgFile(String name, Vector args)` Processes a file containing command line arguments.
`int`	`StructuredFileInputStream.readByte(String prefix)` Reads a signed byte from the file.
`double`	`StructuredFileInputStream.readDouble(String prefix)` Reads a double value from the file.
`float`	`StructuredFileInputStream.readFloat(String prefix)` Reads a float value from the file.
`void`	`StructuredFileInputStream.readFully(byte[] b, String prefix)` Reads some bytes from the class file and stores them into the buffer array `b`.
`int`	`StructuredFileInputStream.readInt(String prefix)` Reads an integer from the class file.
`static void`	`ArgsUtilities.readLines(String file, Vector lines)` Reads all the lines of a file into a given vector.
`long`	`StructuredFileInputStream.readLong(String prefix)` Reads a long value from the file.
`int`	`StructuredFileInputStream.readShort(String prefix)` Reads a signed short from the file.
`int`	`StructuredFileInputStream.readUnsignedByte(String prefix)` Reads an unsigned byte from the file.
`int`	`StructuredFileInputStream.readUnsignedShort(String prefix)` Reads an unsigned short from the class file.
`String`	`StructuredFileInputStream.readUTF(String prefix)` Reads a UTF-8 encoded string from the file.
`static void`	`Tracer.setFilter(String filter)` Sets the string used to enable/disable the tracer.
`static RuntimeException`	`Assert.shouldNotReachHere(String msg)` Asserts that the compiler should never reach this point.
`static RuntimeException`	`Assert.shouldNotReachHere(String filename, int lineno)`
`static RuntimeException`	`Assert.shouldNotReachHere(String msg, String filename, int lineno)`
`static RuntimeException`	`Assert.shouldNotReachHereFatal(String msg)` Asserts that the compiler should never reach this point.
`static RuntimeException`	`Assert.shouldNotReachHereFatal(String filename, int lineno)`
`static RuntimeException`	`Assert.shouldNotReachHereFatal(String msg, String filename, int lineno)`
`void`	`StructuredFileInputStream.skip(int n, String prefix)` Skips over and discards `n` bytes of data from the file.
`static void`	`Assert.that(boolean cond, String msg)` Asserts that the specified condition is true.
`static void`	`Assert.that(boolean cond, String filename, int lineno)`
`static void`	`Assert.that(boolean cond, String msg, String filename, int lineno)`
`static void`	`Assert.thatFatal(boolean cond, String msg)` Asserts that the specified condition is true.
`static void`	`Assert.thatFatal(boolean cond, String filename, int lineno)`
`static void`	`Assert.thatFatal(boolean cond, String msg, String filename, int lineno)`
`protected static void`	`Assert.throwAssertFailedException(String message)` Create one centralized place where an exception is thrown in case of Assert failure.
`static Object`	`ComputationTimer.time(String id, ComputationTimer.Computation computation)` Time a specified computation denoted by a specified identifier.
`static Object`	`ComputationTimer.time(String id, ComputationTimer.ComputationException computation)` Time a specified computation denoted by a specified identifier.
`static String`	`ArgsUtilities.toPlatformPath(String path, boolean isClassPath)` Converts a given file or class path to the correct format for the underlying platform.
`static void`	`Tracer.trace(String message)` Output a string to the tracer's print stream.
`static void`	`Tracer.traceln(String message)` Output a string to the tracer's print stream followed by a newline.
`static int`	`DataOutputUTF8Encoder.writeUTF(String str, DataOutput out, boolean twoByteLength)` Writes a string to `out` in UTF-8 encoded form.

Constructors in com.sun.squawk.util with parameters of type String
`NotImplementedYetException(String s)` Constructs an `NotImplementedYetException` with the specified detail message.
`StringTokenizer(String str)` Constructs a StringTokenizer on the specified String, using the default delimiter set (which is " \t\n\r").
`StringTokenizer(String str, String delim)` Constructs a StringTokenizer on the specified String, using the specified delimiter set.
`StringTokenizer(String str, String delim, boolean returnTokens)` Constructs a StringTokenizer on the specified String, using the specified delimiter set.
`StructuredFileInputStream(InputStream in, String filePath, String traceFeature)` Creates a `StructuredFileInputStream` that reads class components from a given input stream.
`UnexpectedException(String message, Throwable unexpected)`

Uses of String in com.sun.squawk.vm

Fields in com.sun.squawk.vm declared as String
`static String`	`Native.LINKABLE_NATIVE_METHODS` An encoded table of the native methods that can be linked to during class loading at runtime.
`static String`	`AddressType.Mnemonics` A char array (encoded in a string) provided a char representation for each valid address type constant.

Methods in com.sun.squawk.vm that return String
`static String`	`AddressType.getMnemonic(byte type)` Gets the mnemonic for an address type value.

Uses of String in edu.wpi.first.wpilibj

Fields in edu.wpi.first.wpilibj declared as String
`static String`	`RobotBase.ERRORS_TO_DRIVERSTATION_PROP` Boolean System property.
`protected static String`	`RobotBase.FILE_NAME` name and contents of the version file that is read by the DS to determine the library version
`String`	`DriverStation.Alliance.name` The Alliance name.
`protected static String`	`RobotBase.VERSION_CONTENTS`

Methods in edu.wpi.first.wpilibj that return String
`String`	`CANJaguar.getDescription()`
`String`	`MotorSafety.getDescription()`
`String`	`RobotDrive.getDescription()`
`String`	`SafePWM.getDescription()`
`String`	`NamedSendable.getName()`
`String`	`Accelerometer.getSmartDashboardType()`
`String`	`AnalogChannel.getSmartDashboardType()`
`String`	`AnalogPotentiometer.getSmartDashboardType()`
`String`	`CANJaguar.getSmartDashboardType()`
`String`	`Compressor.getSmartDashboardType()`
`String`	`Counter.getSmartDashboardType()` Live Window code, only does anything if live window is activated.
`String`	`DigitalInput.getSmartDashboardType()`
`String`	`DigitalOutput.getSmartDashboardType()`
`String`	`DoubleSolenoid.getSmartDashboardType()`
`String`	`Encoder.getSmartDashboardType()`
`String`	`GearTooth.getSmartDashboardType()`
`String`	`Gyro.getSmartDashboardType()`
`String`	`HiTechnicColorSensor.getSmartDashboardType()`
`String`	`HiTechnicCompass.getSmartDashboardType()`
`String`	`PIDController.getSmartDashboardType()`
`String`	`PWM.getSmartDashboardType()`
`String`	`Relay.getSmartDashboardType()`
`String`	`Sendable.getSmartDashboardType()`
`String`	`Servo.getSmartDashboardType()`
`String`	`Solenoid.getSmartDashboardType()`
`String`	`Ultrasonic.getSmartDashboardType()`
`String`	`Preferences.getString(String key, String backup)` Returns the string at the given key.
`String`	`SerialPort.readString()` Read a string out of the buffer.
`String`	`SerialPort.readString(int count)` Read a string out of the buffer.

Methods in edu.wpi.first.wpilibj with parameters of type String
`boolean`	`Dashboard.addString(String value)` Pack a NULL-terminated string of 8-bit characters into the dashboard data structure.
`boolean`	`Dashboard.addString(String value, int length)` Pack a string of 8-bit characters of specified length into the dashboard data structure.
`static void`	`Preferences.ImproperPreferenceKeyException.confirmString(String value)` Tests if the given string is ok to use as a key in the preference table.
`boolean`	`Preferences.containsKey(String key)` Returns whether or not there is a key with the given name.
`boolean`	`Preferences.getBoolean(String key, boolean backup)` Returns the boolean at the given key.
`static boolean`	`RobotBase.getBooleanProperty(String name, boolean defaultValue)`
`double`	`Preferences.getDouble(String key, double backup)` Returns the double at the given key.
`float`	`Preferences.getFloat(String key, float backup)` Returns the float at the given key.
`int`	`Preferences.getInt(String key, int backup)` Returns the int at the given key.
`long`	`Preferences.getLong(String key, long backup)` Returns the long at the given key.
`String`	`Preferences.getString(String key, String backup)` Returns the string at the given key.
`static boolean`	`Preferences.ImproperPreferenceKeyException.isAcceptable(String value)` Returns whether or not the given string is ok to use in the preference table.
`void`	`SerialPort.print(String write)` Deprecated. use write(string.getBytes()) instead
`void`	`DriverStationLCD.println(DriverStationLCD.Line line, int startingColumn, String text)` Print formatted text to the Driver Station LCD text buffer.
`void`	`Preferences.putBoolean(String key, boolean value)` Puts the given boolean into the preferences table.
`void`	`Preferences.putDouble(String key, double value)` Puts the given double into the preferences table.
`void`	`Preferences.putFloat(String key, float value)` Puts the given float into the preferences table.
`void`	`Preferences.putInt(String key, int value)` Puts the given int into the preferences table.
`void`	`Preferences.putLong(String key, long value)` Puts the given long into the preferences table.
`void`	`Preferences.putString(String key, String value)` Puts the given string into the preferences table.
`void`	`Preferences.remove(String key)` Remove a preference
`void`	`Dashboard.MemAccess.setString(int index, String value)`

Constructors in edu.wpi.first.wpilibj with parameters of type String
`AnalogTrigger.AnalogTriggerException(String message)` Create a new exception with the given message
`AnalogTriggerOutput.AnalogTriggerOutputException(String message)` Create a new exception with the given message
`DriverStationEnhancedIO.EnhancedIOException(String msg)`
`HiTechnicColorSensor.ColorSensorException(String message)` Create a new exception with the given message
`HiTechnicCompass.CompassException(String message)` Create a new exception with the given message
`Preferences.ImproperPreferenceKeyException(String value, char letter)` Instantiates an exception with a descriptive message based on the input.
`Preferences.IncompatibleTypeException(String value, String type)` Creates an exception with a description based on the input
`Relay.InvalidValueException(String message)` Create a new exception with the given message
`SPIDevice.BadSPIConfigException(String message)`

Uses of String in edu.wpi.first.wpilibj.buttons

Methods in edu.wpi.first.wpilibj.buttons that return String
`String`	`Trigger.getSmartDashboardType()` These methods continue to return the "Button" SmartDashboard type until we decided to create a Trigger widget type for the dashboard.

Constructors in edu.wpi.first.wpilibj.buttons with parameters of type String
`NetworkButton(NetworkTable table, String field)`
`NetworkButton(String table, String field)`

Uses of String in edu.wpi.first.wpilibj.camera

Methods in edu.wpi.first.wpilibj.camera with parameters of type String
`static AxisCamera`	`AxisCamera.getInstance(String address)` Get a reference to the AxisCamera, or initialize the AxisCamera if it has not yet been initialized.

Constructors in edu.wpi.first.wpilibj.camera with parameters of type String
`AxisCameraException(String msg)` Create a new AxisCameraException.

Uses of String in edu.wpi.first.wpilibj.can

Constructors in edu.wpi.first.wpilibj.can with parameters of type String
`CANMessageNotAllowedException(String msg)`

Uses of String in edu.wpi.first.wpilibj.command

Methods in edu.wpi.first.wpilibj.command that return String
`String`	`Command.getName()` Returns the name of this command.
`String`	`Scheduler.getName()`
`String`	`Subsystem.getName()` Returns the name of this subsystem, which is by default the class name.
`String`	`Command.getSmartDashboardType()`
`String`	`PIDCommand.getSmartDashboardType()`
`String`	`PIDSubsystem.getSmartDashboardType()`
`String`	`Scheduler.getSmartDashboardType()`
`String`	`Subsystem.getSmartDashboardType()`
`String`	`Scheduler.getType()`
`String`	`Command.toString()` The string representation for a `Command` is by default its name.
`String`	`Subsystem.toString()`

Constructors in edu.wpi.first.wpilibj.command with parameters of type String
`Command(String name)` Creates a new command with the given name.
`Command(String name, double timeout)` Creates a new command with the given name and timeout.
`CommandGroup(String name)` Creates a new `CommandGroup` with the given name.
`IllegalUseOfCommandException(String message)` Instantiates an `IllegalUseOfCommandException` with the given message.
`PIDCommand(String name, double p, double i, double d)` Instantiates a `PIDCommand` that will use the given p, i and d values.
`PIDCommand(String name, double p, double i, double d, double period)` Instantiates a `PIDCommand` that will use the given p, i and d values.
`PIDSubsystem(String name, double p, double i, double d)` Instantiates a `PIDSubsystem` that will use the given p, i and d values.
`PIDSubsystem(String name, double p, double i, double d, double f)` Instantiates a `PIDSubsystem` that will use the given p, i and d values.
`PIDSubsystem(String name, double p, double i, double d, double f, double period)` Instantiates a `PIDSubsystem` that will use the given p, i and d values.
`PrintCommand(String message)` Instantiates a `PrintCommand` which will print the given message when it is run.
`Subsystem(String name)` Creates a subsystem with the given name
`WaitCommand(String name, double timeout)` Instantiates a `WaitCommand` with the given timeout.

Uses of String in edu.wpi.first.wpilibj.communication

Methods in edu.wpi.first.wpilibj.communication with parameters of type String
`static void`	`UsageReporting.report(int resource, int instanceNumber, int context, String feature)` Report the usage of a resource of interest.

Uses of String in edu.wpi.first.wpilibj.fpga

Fields in edu.wpi.first.wpilibj.fpga declared as String
`static String`	`ExpectedFPGASignature.kBitfileName`
`static String`	`ExpectedFPGASignature.kExpectedFPGASignatureStr`

Uses of String in edu.wpi.first.wpilibj.image

Methods in edu.wpi.first.wpilibj.image that return String
`String`	`EllipseMatch.toString()`
`String`	`ParticleAnalysisReport.toString()` Get string representation of the particle analysis report.

Methods in edu.wpi.first.wpilibj.image with parameters of type String
`static void`	`NIVision.readFile(Pointer image, String fileName)` Read an image from to the given image from the given filename
`void`	`BinaryImage.write(String fileName)`
`void`	`Image.write(String fileName)` Write the image to a file.
`static void`	`NIVision.writeFile(Pointer image, String fileName)` Write an image to the given file.
`static void`	`NIVision.writeFile(Pointer image, String fileName, Pointer colorTable)` Write an image to the given file.

Constructors in edu.wpi.first.wpilibj.image with parameters of type String
`HSLImage(String fileName)` Create a new image by loading a file.
`NIVisionException(String msg)` Create a new NIVisionException.
`RGBImage(String fileName)` Create a new image by loading a file.

Uses of String in edu.wpi.first.wpilibj.livewindow

Methods in edu.wpi.first.wpilibj.livewindow with parameters of type String
`static void`	`LiveWindow.addActuator(String moduleType, int moduleNumber, int channel, LiveWindowSendable component)` Add Actuator to LiveWindow.
`static void`	`LiveWindow.addActuator(String subsystem, String name, LiveWindowSendable component)` Add an Actuator associated with the subsystem and with call it by the given name.
`static void`	`LiveWindow.addSensor(String moduleType, int moduleNumber, int channel, LiveWindowSendable component)` Add Sensor to LiveWindow.
`static void`	`LiveWindow.addSensor(String subsystem, String name, LiveWindowSendable component)` Add a Sensor associated with the subsystem and with call it by the given name.

Uses of String in edu.wpi.first.wpilibj.smartdashboard

Methods in edu.wpi.first.wpilibj.smartdashboard that return String
`String`	`SendableChooser.getSmartDashboardType()`
`static String`	`SmartDashboard.getString(String key)` Returns the value at the specified key.
`static String`	`SmartDashboard.getString(String key, String defaultValue)` Returns the value at the specified key.

Methods in edu.wpi.first.wpilibj.smartdashboard with parameters of type String
`void`	`SendableChooser.addDefault(String name, Object object)` Add the given object to the list of options and marks it as the default.
`void`	`SendableChooser.addObject(String name, Object object)` Adds the given object to the list of options.
`static boolean`	`SmartDashboard.getBoolean(String key)` Returns the value at the specified key.
`static boolean`	`SmartDashboard.getBoolean(String key, boolean defaultValue)` Returns the value at the specified key.
`static double`	`SmartDashboard.getDouble(String key)` Deprecated. Use `getNumber` instead
`static double`	`SmartDashboard.getDouble(String key, double defaultValue)` Deprecated. Use `getNumber` instead.
`static int`	`SmartDashboard.getInt(String key)` Deprecated. Use `getNumber` instead
`static int`	`SmartDashboard.getInt(String key, int defaultValue)` Deprecated. Use `getNumber` instead
`static double`	`SmartDashboard.getNumber(String key)` Returns the value at the specified key.
`static double`	`SmartDashboard.getNumber(String key, double defaultValue)` Returns the value at the specified key.
`static String`	`SmartDashboard.getString(String key)` Returns the value at the specified key.
`static String`	`SmartDashboard.getString(String key, String defaultValue)` Returns the value at the specified key.
`static void`	`SmartDashboard.putBoolean(String key, boolean value)` Maps the specified key to the specified value in this table.
`static void`	`SmartDashboard.putData(String key, Sendable data)` Maps the specified key to the specified value in this table.
`static void`	`SmartDashboard.putDouble(String key, double value)` Deprecated. Use`putNumber` instead
`static void`	`SmartDashboard.putInt(String key, int value)` Deprecated. Use `putNumber method` instead
`static void`	`SmartDashboard.putNumber(String key, double value)` Maps the specified key to the specified value in this table.
`static void`	`SmartDashboard.putString(String key, String value)` Maps the specified key to the specified value in this table.

Uses of String in edu.wpi.first.wpilibj.util

Constructors in edu.wpi.first.wpilibj.util with parameters of type String
`AllocationException(String msg)` Create a new AllocationException
`BoundaryException(String message)` Create a new exception with the given message
`CheckedAllocationException(String msg)` Create a new CheckedAllocationException
`UncleanStatusException(int status, String message)` Create a new UncleanStatusException
`UncleanStatusException(String message)` Create a new UncleanStatusException

Uses of String in edu.wpi.first.wpilibj.visa

Methods in edu.wpi.first.wpilibj.visa that return String
`static String`	`VisaException.lookUpCode(int errorCode)`
`static String`	`VisaException.makeMessage(String function, int errorCode)`

Methods in edu.wpi.first.wpilibj.visa with parameters of type String
`protected static void`	`Visa.assertCleanStatus(String function)`
`static String`	`VisaException.makeMessage(String function, int errorCode)`
`static int`	`Visa.viOpen(int sesn, String name, int mode, int timeout)`
`static void`	`Visa.viVPrintf(int vi, String write)`

Constructors in edu.wpi.first.wpilibj.visa with parameters of type String
`VisaException(String function, int errorCode)` Create a new VisaException

Uses of String in java.io

Methods in java.io that return String
`String`	`DataInput.readUTF()` Reads in a string that has been encoded using a modified UTF-8 format.
`String`	`DataInputStream.readUTF()` See the general contract of the `readUTF` method of `DataInput`.
`static String`	`DataInputStream.readUTF(DataInput in)` Reads from the stream `in` a representation of a Unicode character string encoded in Java modified UTF-8 format; this string of characters is then returned as a `String`.
`String`	`ByteArrayOutputStream.toString()` Converts the buffer's contents into a string, translating bytes into characters according to the platform's default character encoding.

Methods in java.io with parameters of type String
`void`	`PrintStream.print(String s)` Print a string.
`void`	`PrintStream.println(String x)` Print a String and then terminate the line.
`void`	`Writer.write(String str)` Write a string.
`void`	`OutputStreamWriter.write(String str, int off, int len)` Write a portion of a string.
`void`	`Writer.write(String str, int off, int len)` Write a portion of a string.
`void`	`DataOutput.writeChars(String s)` Writes every character in the string `s`, to the output stream, in order, two bytes per character.
`void`	`DataOutputStream.writeChars(String s)` Writes a string to the underlying output stream as a sequence of characters.
`void`	`DataOutput.writeUTF(String s)` Writes two bytes of length information to the output stream, followed by the Java modified UTF representation of every character in the string `s`.
`void`	`DataOutputStream.writeUTF(String str)` Writes a string to the underlying output stream using UTF-8 encoding in a machine-independent manner.

Constructors in java.io with parameters of type String
`EOFException(String s)` Constructs an `EOFException` with the specified detail message.
`InputStreamReader(InputStream is, String enc)` Create an InputStreamReader that uses the named character encoding.
`InterruptedIOException(String s)` Constructs an `InterruptedIOException` with the specified detail message.
`IOException(String s)` Constructs an `IOException` with the specified detail message.
`OutputStreamWriter(OutputStream os, String enc)` Create an OutputStreamWriter that uses the named character encoding.
`UnsupportedEncodingException(String s)` Constructs an UnsupportedEncodingException with a detail message.
`UTFDataFormatException(String s)` Constructs a `UTFDataFormatException` with the specified detail message.

Uses of String in java.lang

Methods in java.lang that return String
`String`	`String.concat(String str)` Concatenates the specified string to the end of this string.
`String`	`Throwable.getMessage()` Returns the error message string of this throwable object.
`String`	`Class.getName()` Returns the fully-qualified name of the entity (class, interface, array class, primitive type, or void) represented by this `Class` object, as a `String`.
`String`	`Thread.getName()` Returns this thread's name.
`static String`	`System.getProperty(String key)` Gets the system property indicated by the specified key.
`String`	`String.intern()` Returns a canonical representation for the string object.
`String`	`String.replace(char oldChar, char newChar)` Returns a new string resulting from replacing all occurrences of `oldChar` in this string with `newChar`.
`String`	`String.substring(int beginIndex)` Returns a new string that is a substring of this string.
`String`	`String.substring(int beginIndex, int endIndex)` Returns a new string that is a substring of this string.
`static String`	`Integer.toBinaryString(int i)` Creates a string representation of the integer argument as an unsigned integer in base 2.
`static String`	`Integer.toHexString(int i)` Creates a string representation of the integer argument as an unsigned integer in base 16.
`String`	`String.toLowerCase()` Converts all of the characters in this `String` to lower case.
`static String`	`Integer.toOctalString(int i)` Creates a string representation of the integer argument as an unsigned integer in base 8.
`String`	`Boolean.toString()` Returns a String object representing this Boolean's value.
`String`	`Byte.toString()` Returns a String object representing this Byte's value.
`String`	`Character.toString()` Returns a String object representing this character's value.
`String`	`Class.toString()` Converts the object to a string.
`String`	`Double.toString()` Returns a String representation of this Double object.
`String`	`Float.toString()` Returns a String representation of this Float object.
`String`	`Integer.toString()` Returns a String object representing this Integer's value.
`String`	`Long.toString()` Returns a String object representing this Long's value.
`String`	`Object.toString()` Returns a string representation of the object.
`String`	`Short.toString()` Returns a String object representing this Short's value.
`String`	`String.toString()` This object (which is already a string!) is itself returned.
`String`	`StringBuffer.toString()` Converts to a string representing the data in this string buffer.
`String`	`Thread.toString()` Returns a string representation of this thread, including a unique number that identifies the thread and the thread's priority.
`String`	`Throwable.toString()` Returns a short description of this throwable object.
`static String`	`Double.toString(double d)` Creates a string representation of the `double` argument.
`static String`	`Float.toString(float f)` Returns a String representation for the specified float value.
`static String`	`Integer.toString(int i)` Returns a new String object representing the specified integer.
`static String`	`Integer.toString(int i, int radix)` Creates a string representation of the first argument in the radix specified by the second argument.
`static String`	`Long.toString(long i)` Returns a new String object representing the specified integer.
`static String`	`Long.toString(long i, int radix)` Creates a string representation of the first argument in the radix specified by the second argument.
`String`	`String.toUpperCase()` Converts all of the characters in this `String` to upper case.
`String`	`String.trim()` Removes white space from both ends of this string.
`static String`	`String.valueOf(boolean b)` Returns the string representation of the `boolean` argument.
`static String`	`String.valueOf(char c)` Returns the string representation of the `char` argument.
`static String`	`String.valueOf(char[] data)` Returns the string representation of the `char` array argument.
`static String`	`String.valueOf(char[] data, int offset, int count)` Returns the string representation of a specific subarray of the `char` array argument.
`static String`	`String.valueOf(double d)` Returns the string representation of the `double` argument.
`static String`	`String.valueOf(float f)` Returns the string representation of the `float` argument.
`static String`	`String.valueOf(int i)` Returns the string representation of the `int` argument.
`static String`	`String.valueOf(long l)` Returns the string representation of the `long` argument.
`static String`	`String.valueOf(Object obj)` Returns the string representation of the `Object` argument.

Methods in java.lang with parameters of type String
`StringBuffer`	`StringBuffer.append(String str)` Appends the string to this string buffer.
`int`	`String.compareTo(String anotherString)` Compares two strings lexicographically.
`String`	`String.concat(String str)` Concatenates the specified string to the end of this string.
`boolean`	`String.endsWith(String suffix)` Tests if this string ends with the specified suffix.
`boolean`	`String.equalsIgnoreCase(String anotherString)` Compares this `String` to another `String`, ignoring case considerations.
`static Class`	`Class.forName(String className)` Returns the `Class` object associated with the class with the given string name.
`byte[]`	`String.getBytes(String enc)` Convert this `String` into bytes according to the specified character encoding, storing the result into a new byte array.
`static String`	`System.getProperty(String key)` Gets the system property indicated by the specified key.
`InputStream`	`Class.getResourceAsStream(String name)` Finds a resource with a given name.
`int`	`String.indexOf(String str)` Returns the index within this string of the first occurrence of the specified substring.
`int`	`String.indexOf(String str, int fromIndex)` Returns the index within this string of the first occurrence of the specified substring, starting at the specified index.
`StringBuffer`	`StringBuffer.insert(int offset, String str)` Inserts the string into this string buffer.
`static byte`	`Byte.parseByte(String s)` Assuming the specified String represents a byte, returns that byte's value.
`static byte`	`Byte.parseByte(String s, int radix)` Assuming the specified String represents a byte, returns that byte's value.
`static double`	`Double.parseDouble(String s)` Returns a new double initialized to the value represented by the specified `String`, as performed by the `valueOf` method of class `Double`.
`static float`	`Float.parseFloat(String s)` Returns a new float initialized to the value represented by the specified `String`, as performed by the `valueOf` method of class `Double`.
`static int`	`Integer.parseInt(String s)` Parses the string argument as a signed decimal integer.
`static int`	`Integer.parseInt(String s, int radix)` Parses the string argument as a signed integer in the radix specified by the second argument.
`static long`	`Long.parseLong(String s)` Parses the string argument as a signed decimal `long`.
`static long`	`Long.parseLong(String s, int radix)` Parses the string argument as a signed `long` in the radix specified by the second argument.
`static short`	`Short.parseShort(String s)` Assuming the specified String represents a short, returns that short's value.
`static short`	`Short.parseShort(String s, int radix)` Assuming the specified String represents a short, returns that short's value in the radix specified by the second argument.
`boolean`	`String.regionMatches(boolean ignoreCase, int toffset, String other, int ooffset, int len)` Tests if two string regions are equal.
`boolean`	`String.startsWith(String prefix)` Tests if this string starts with the specified prefix.
`boolean`	`String.startsWith(String prefix, int toffset)` Tests if this string starts with the specified prefix beginning at the specified index.
`static Double`	`Double.valueOf(String s)` Returns a new `Double` object initialized to the value represented by the specified string.
`static Float`	`Float.valueOf(String s)` Returns the floating point value represented by the specified String.
`static Integer`	`Integer.valueOf(String s)` Returns a new Integer object initialized to the value of the specified String.
`static Integer`	`Integer.valueOf(String s, int radix)` Returns a new Integer object initialized to the value of the specified String.

Constructors in java.lang with parameters of type String
`ArithmeticException(String s)` Constructs an `ArithmeticException` with the specified detail message.
`ArrayIndexOutOfBoundsException(String s)` Constructs an `ArrayIndexOutOfBoundsException` class with the specified detail message.
`ArrayStoreException(String s)` Constructs an `ArrayStoreException` with the specified detail message.
`ClassCastException(String s)` Constructs a `ClassCastException` with the specified detail message.
`ClassNotFoundException(String s)` Constructs a `ClassNotFoundException` with the specified detail message.
`Error(String s)` Constructs an Error with the specified detail message.
`Exception(String s)` Constructs an `Exception` with the specified detail message.
`IllegalAccessException(String s)` Constructs an `IllegalAccessException` with a detail message.
`IllegalArgumentException(String s)` Constructs an `IllegalArgumentException` with the specified detail message.
`IllegalMonitorStateException(String s)` Constructs an `IllegalMonitorStateException` with the specified detail message.
`IllegalStateException(String s)` Constructs an IllegalStateException with the specified detail message.
`IllegalThreadStateException(String s)` Constructs an `IllegalThreadStateException` with the specified detail message.
`IndexOutOfBoundsException(String s)` Constructs an `IndexOutOfBoundsException` with the specified detail message.
`InstantiationException(String s)` Constructs an `InstantiationException` with the specified detail message.
`InterruptedException(String s)` Constructs an `InterruptedException` with the specified detail message.
`NegativeArraySizeException(String s)` Constructs a `NegativeArraySizeException` with the specified detail message.
`NoClassDefFoundError(String s)` Constructs a `NoClassDefFoundError` with the specified detail message.
`NullPointerException(String s)` Constructs a `NullPointerException` with the specified detail message.
`NumberFormatException(String s)` Constructs a `NumberFormatException` with the specified detail message.
`OutOfMemoryError(String s)` Constructs an `OutOfMemoryError` with the specified detail message.
`RuntimeException(String s)` Constructs a `RuntimeException` with the specified detail message.
`SecurityException(String s)` Constructs a `SecurityException` with the specified detail message.
`String(byte[] bytes, int off, int len, String enc)` Construct a new `String` by converting the specified subarray of bytes using the specified character encoding.
`String(byte[] bytes, String enc)` Construct a new `String` by converting the specified array of bytes using the specified character encoding.
`String(String value)` Initializes a newly created `String` object so that it represents the same sequence of characters as the argument; in other words, the newly created string is a copy of the argument string.
`StringBuffer(String str)` Constructs a string buffer so that it represents the same sequence of characters as the string argument; in other words, the initial contents of the string buffer is a copy of the argument string.
`StringIndexOutOfBoundsException(String s)` Constructs a `StringIndexOutOfBoundsException` with the specified detail message.
`Thread(Runnable target, String name)` Allocates a new `Thread` object with the given target and name.
`Thread(String name)` Allocates a new `Thread` object with the given name.
`Throwable(String message)` Constructs a new `Throwable` with the specified error message.
`VirtualMachineError(String s)` Constructs a `VirtualMachineError` with the specified detail message.

Uses of String in java.util

Methods in java.util that return String
`static String[]`	`TimeZone.getAvailableIDs()` Gets all the available IDs supported.
`String`	`TimeZone.getID()` Gets the ID of this time zone.
`String`	`Date.toString()` Converts this `Date` object to a `String` of the form:
`String`	`Hashtable.toString()` Returns a rather long string representation of this hashtable.
`String`	`Vector.toString()` Returns a string representation of this vector.

Methods in java.util with parameters of type String
`static TimeZone`	`TimeZone.getTimeZone(String ID)` Gets the `TimeZone` for the given ID.

Constructors in java.util with parameters of type String
`NoSuchElementException(String s)` Constructs a `NoSuchElementException`, saving a reference to the error message string `s` for later retrieval by the `getMessage` method.

Uses of String in javax.microedition.io

Fields in javax.microedition.io declared as String
`static String`	`HttpConnection.GET` HTTP Get method.
`static String`	`HttpConnection.HEAD` HTTP Head method.
`static String`	`HttpConnection.POST` HTTP Post method.

Methods in javax.microedition.io that return String
`String`	`Datagram.getAddress()` Get the address of the datagram.
`String`	`SocketConnection.getAddress()` Gets the remote address to which the socket is bound.
`String`	`ContentConnection.getEncoding()` Returns a string describing the encoding of the content which the resource connected to is providing.
`String`	`HttpConnection.getFile()` Returns the file portion of the URL of this `HttpConnection`.
`String`	`HttpConnection.getHeaderField(int n)` Gets a header field value by index.
`String`	`HttpConnection.getHeaderField(String name)` Returns the value of the named header field.
`String`	`HttpConnection.getHeaderFieldKey(int n)` Gets a header field key by index.
`String`	`HttpConnection.getHost()` Returns the host information of the URL of this `HttpConnection`.
`String`	`MulticastConnection.getLocalAddress()` Gets the local address to which the socket is bound.
`String`	`ServerSocketConnection.getLocalAddress()` Gets the local address to which the socket is bound.
`String`	`SocketConnection.getLocalAddress()` Gets the local address to which the socket is bound.
`String`	`UDPDatagramConnection.getLocalAddress()` Gets the local address to which the datagram connection is bound.
`String`	`HttpConnection.getProtocol()` Returns the protocol name of the URL of this `HttpConnection`.
`String`	`HttpConnection.getQuery()` Returns the query portion of the URL of this `HttpConnection`.
`String`	`HttpConnection.getRef()` Returns the ref portion of the URL of this `HttpConnection`.
`String`	`HttpConnection.getRequestMethod()` Get the current request method.
`String`	`HttpConnection.getRequestProperty(String key)` Returns the value of the named general request property for this connection.
`String`	`HttpConnection.getResponseMessage()` Gets the HTTP response message, if any, returned along with the response code from a server.
`String`	`MulticastDatagram.getSourceAddress()`
`String`	`ContentConnection.getType()` Returns the type of content that the resource connected to is providing.
`String`	`HttpConnection.getURL()` Return a string representation of the URL for this connection.

Methods in javax.microedition.io with parameters of type String
`String`	`HttpConnection.getHeaderField(String name)` Returns the value of the named header field.
`long`	`HttpConnection.getHeaderFieldDate(String name, long def)` Returns the value of the named field parsed as date.
`int`	`HttpConnection.getHeaderFieldInt(String name, int def)` Returns the value of the named field parsed as a number.
`String`	`HttpConnection.getRequestProperty(String key)` Returns the value of the named general request property for this connection.
`Datagram`	`DatagramConnection.newDatagram(byte[] buf, int size, String addr)` Make a new datagram object.
`Datagram`	`DatagramConnection.newDatagram(int size, String addr)` Create a new datagram object.
`static Connection`	`Connector.open(String name)` Create and open a Connection.
`static Connection`	`Connector.open(String name, int mode)` Create and open a Connection.
`static Connection`	`Connector.open(String name, int mode, boolean timeouts)` Create and open a Connection.
`static DataInputStream`	`Connector.openDataInputStream(String name)` Create and open a connection input stream.
`static DataOutputStream`	`Connector.openDataOutputStream(String name)` Create and open a connection output stream.
`static InputStream`	`Connector.openInputStream(String name)` Create and open a connection input stream.
`static OutputStream`	`Connector.openOutputStream(String name)` Create and open a connection output stream.
`void`	`Datagram.setAddress(String addr)` Set datagram address.
`void`	`HttpConnection.setRequestMethod(String method)` Set the method for the URL request, one of: GET POST HEAD are legal, subject to protocol restrictions.
`void`	`HttpConnection.setRequestProperty(String key, String value)` Sets the general request property.

Constructors in javax.microedition.io with parameters of type String
`ConnectionNotFoundException(String s)` Constructs a ConnectionNotFoundException with the specified detail message.

Uses of String in javax.microedition.midlet

Methods in javax.microedition.midlet that return String
`String`	`MIDlet.getAppProperty(String key)` Provides a `MIDlet` with a mechanism to retrieve named properties from the application management software.

Methods in javax.microedition.midlet with parameters of type String
`String`	`MIDlet.getAppProperty(String key)` Provides a `MIDlet` with a mechanism to retrieve named properties from the application management software.

Constructors in javax.microedition.midlet with parameters of type String
`MIDletStateChangeException(String s)` Constructs an exception with the specified detail message.

Uses of String in javax.microedition.rms

Methods in javax.microedition.rms that return String
`String`	`RecordStore.getName()` Returns the name of this RecordStore.
`static String[]`	`RecordStore.listRecordStores()` Returns an array of the names of record stores owned by the MIDlet suite.

Methods in javax.microedition.rms with parameters of type String
`static void`	`RecordStore.deleteRecordStore(String recordStoreName)` Deletes the named record store.
`static RecordStore`	`RecordStore.openRecordStore(String recordStoreName, boolean createIfNecessary)` Open (and possibly create) a record store associated with the given MIDlet suite.

Constructors in javax.microedition.rms with parameters of type String
`InvalidRecordIDException(String message)` Constructs a new `InvalidRecordIDException` with the specified detail message.
`RecordStoreException(String message)` Constructs a new `RecordStoreException` with the specified detail message.
`RecordStoreFullException(String message)` Constructs a new `RecordStoreFullException` with the specified detail message.
`RecordStoreNotFoundException(String message)` Constructs a new `RecordStoreNotFoundException` with the specified detail message.
`RecordStoreNotOpenException(String message)` Constructs a new `RecordStoreNotOpenException` with the specified detail message.

Uses of String in tests

Methods in tests with parameters of type String
`static void`	`TestApp.main(String[] args)`
`static void`	`TestApp2.main(String[] args)`

Overview

Package

Class

Use

Tree

Deprecated

Index

Help

"
2013 FRC Java API
"

PREV NEXT

FRAMES NO FRAMES

"For updated information see the Java FRC site"

Uses of Classjava.lang.String

Uses of Class
java.lang.String