http/modules/capiModule.cpp File Reference

Detailed Description

C language interface module.


Functions
int	maConfigureServer (MaServer server, char configFile)
void	maCreateEnvVars (MaRequest rq, char buf, int len)
MaHttp *	maCreateHttp ()
MaServer *	maCreateServer (MaHttp http, char name, char *serverRoot)
int	maDefineEgiForm (char *name, MaEgiCb fn)
int	maDefineEsp (char *name, MaEspCb fn)
void	maDeleteHttp (MaHttp *http)
void	maDeleteServer (MaServer *server)
int	maGetConfigErrorLine (MaServer *server)
char *	maGetCookie (MaRequest *rq)
void	maGetCrackedCookie (MaRequest rq, char name, char value, char *path)
char *	maGetVar (MaRequest rq, MaEnvType objType, char var, char *defaultValue)
void	maRedirect (MaRequest rq, int code, char url)
void	maRequestError (MaRequest rq, int code, char fmt,...)
void	maSetCookie (MaRequest rq, char name, char value, int lifetime, char path, bool secure)
int	maSetFileName (MaRequest rq, char fileName)
void	maSetResponseCode (MaRequest *rq, int code)
void	maSetVar (MaRequest rq, MaEnvType objType, char var, char *value)
int	maStartServers (MaHttp *http)
void	maStopServers (MaHttp *http)
int	maWrite (MaRequest rq, char buf, int size)
int	maWriteFmt (MaRequest rq, char fmt,...)
int	maWriteStr (MaRequest rq, char s)
void	mprAddLogFileListener ()
int	mprCreateMpr (char *appName)
int	mprGetAsyncSelectMode ()
int	mprGetFds (fd_set readInterest, fd_set writeInterest, fd_set exceptInterest, int maxFd, int *lastGet)
int	mprGetIdleTime ()
int	mprIsExiting ()
int	mprRunTasks ()
int	mprRunTimers ()
void	mprServiceEvents (int loopOnce, int maxTimeout)
void	mprServiceIO (int readyFds, fd_set readFds, fd_set writeFds, fd_set *exceptFds)
void	mprServiceWinIO (int sock, int winMask)
void	mprSetAsyncSelectMode (int on)
void	mprSetHwnd (HWND appHwnd)
void	mprSetLogSpec (char *logSpec)
void	mprSetSocketHwnd (HWND socketHwnd)
void	mprSetSocketMessage (int msgId)
int	mprStartMpr (int startFlags)
void	mprStopMpr ()
void	mprTerminate (int graceful)
void	mprTrace (int level, char *fmt,...)

Function Documentation

int maConfigureServer	(	MaServer *	server,
		char *	configFile
	)

Synopsis:: configure the entire server from a configuration file.

Overview:: Servers are configured via an Apache-style configuration file. A server may listen on multiple ports and may contain multiple virtual hosts.

Parameters:

server	Pointer to the MaServer object created via maCreateServer.
configFile	Path of the configuration file.

Returns:: Returns zero if successful, otherwise a negative MPR error code.

Library:: libcapiModule

Configure options:: Requires BLD_FEATURE_CONFIG_PARSE.

See also:: maDeleteHttp

void maCreateEnvVars	(	MaRequest *	rq,
		char *	buf,
		int	len
	)

Synopsis:: Decode a buffer and create environment variables.

Overview:: This call will URL decode the buffer and create AppWeb environment variables for each keyword.

Parameters:

rq	Request handle
buf	Buffer to decode into environment variables. Does not need to be null terminated.
len	Length of buffer.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: maDeleteHttp

MaHttp * maCreateHttp

(

)

Synopsis:: Create the application's HTTP object

Overview:: One MaHttp object is needed per application to manage all servers.

Returns:: Pointer to the MaHttp object.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: maDeleteHttp

MaServer * maCreateServer	(	MaHttp *	http,
		char *	name,
		char *	serverRoot
	)

Synopsis:: Create a HTTP server.

Overview:: Creates a logical HTTP server that may consist of multiple virtual servers.

Parameters:

http	Pointer to the MaHttp object created by maCreateHttp.
name	Descriptive name to give to the server.
serverRoot	Top level path of the directory containing the server.

Returns:: Pointer to the MaServer object

Stability classification:: Evolving.

Library:: libcapiModule

See also:

int maDefineEgiForm	(	char *	name,
		MaEgiCb	fn
	)

Deprecated:: Deprecated in release 2.0. Use ESP instead.

Synopsis:: Defines a C language EGI form

Overview:: This call links a C procedure to an EGI name. When a URL referencing the form is invoked, the EGI handler will ensure the nominated code is called. E.g. The URL:

http://localhost/egi/myForm?name=Julie

Could be enabled by calling maDefineEgiForm("myForm", myFormProc); EGI is deprecated as ESP and customer handlers provide the same functionality more effectively.

Parameters:

name	Name to publish the form as. This appears in the URL. Names must therefore only contain valid URL characters.
fn	C callback function to invoke.

Returns:: Zero if successful. Otherwise it returns an MPR error code.

Stability classification:: Deprecated.

Library:: libcapiModule

Configure options:: Requires BLD_FEATURE_LEGACY_API.

See also:: maEspDefineCMethod

int maDefineEsp	(	char *	name,
		MaEspCb	fn
	)

Deprecated:: Deprecated in release 2.0. Use maEspDefineCMethod instead.

Synopsis:: Defines a C lanaguage ESP procedure

Overview:: This call links a C procedure to an ESP name. When a web page containing a call to the procedure, the ESP handler will ensure the nominated code is called.

Parameters:

name	Name to use in the ESP web page for this ESP procedure.
fn	C callback function to invoke.

Returns:: Zero if successful. Otherwise it returns an MPR error code.

Stability classification:: Deprecated.

Library:: libcapiModule

Configure options:: Requires BLD_FEATURE_LEGACY_API.

See also:: maEspDefineCMethod

void maDeleteHttp

(

MaHttp *

http

)

Synopsis:: Delete the MaHttp object

Overview:: Before exiting an application, maDeleteHttp should be called to delete the MaHttp object.

Parameters:

http

MaHttp application object returned from maCreateHttp.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: maCreateHttp, maCreateServer, maDeleteServer

void maDeleteServer

(

MaServer *

server

)

Synopsis:: Delete the MaServer object

Overview:: Before exiting an application, maDeleteServer should be called to delete the maServer object.

Parameters:

server

MaServer object returned from maCreateServer

Stability classification:: Evolving.

Library:: libcapiModule

See also:: maCreateHttp, maCreateServer, maDeleteHttp

int maGetConfigErrorLine

(

MaServer *

server

)

Synopsis:: Return the current configuration file line number

Overview:: If a error is encountered when parsing the configuration file, maGetConfigErrorLine will return the current line number for error reporting purposes.

Parameters:

server

MaServer object returned from maCreateServer.

Returns:: The current line number (origin 1).

Stability classification:: Evolving.

Library:: libcapiModule

See also:: maConfigureServer

char * maGetCookie

(

MaRequest *

)

Synopsis:: Return the request cookie.

Overview:: A client request may optionally include a HTTP cookie. This request returns a pointer to the cookie string.

Parameters:

rq	Request object handle

Returns:: Pointer to the cookie for the current request.

Configure options:: Requires BLD_FEATURE_COOKIE or BLD_FEATURE_SESSION

Stability classification:: Evolving.

Library:: libcapiModule

See also:: maGetFileName, maGetCrackedCookie, maSetCookie

void maGetCrackedCookie	(	MaRequest *	rq,
		char **	name,
		char **	value,
		char **	path
	)

Synopsis:: Parse the request cookie.

Overview:: Parse the cookie and return the cookie's name, value and path.

Parameters:

rq	Request object handle
name	Pointer to store allocated cookie's name. Caller must free.
value	Pointer to store allocated cookie's value. Caller must free.
path	Pointer to store allocated cookie's path. Caller must free.

Configure options:: Requires BLD_FEATURE_COOKIE or BLD_FEATURE_SESSION

Stability classification:: Evolving.

Library:: libcapiModule

See also:: maGetCookie, maSetCookie

char * maGetVar	(	MaRequest *	rq,
		MaEnvType	objType,
		char *	var,
		char *	defaultValue
	)

Synopsis:: Return the value of the specified HTTP environment variable

Overview:: This call will query the value of HTTP environment variables. These variables are used by CGI, EGI and ESP handlers. ESP pages and EGI forms may access these variables.

Parameters:

rq	Request object handle
objType	Type of environment variable. Select from: MA_SERVER_OBJ MA_SESSION_OBJ MA_REQUEST_OBJ MA_HEADER_OBJ MA_COOKIE_OBJ MA_FILES_OBJ MA_FORM_OBJ MA_APPLICATION_OBJ MA_GLOBAL_OBJ MA_LOCAL_OBJ.
var	Name of the variable to access.
defaultValue	Default value to return if the variable is not defined.

Returns:: The value of the variable if it is defined. Otherwise the defaultValue is returned.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: maSetVar

void maRedirect	(	MaRequest *	rq,
		int	code,
		char *	url
	)

Synopsis:: Redirect the user's browser to a new location

Overview:: maRedirect will respond to the current request with a HTTP redirection (code 301). The redirection may be to another page with the current web, or it may be to a different server.

Parameters:

rq	Request object handle
code	HTTP redirection code
url	URL representing the new location. May omit the "http://server/" prefix for redirections within the exiting web.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: maRequestError

void maRequestError	(	MaRequest *	rq,
		int	code,
		char *	fmt,
		...
	)

Synopsis:: Return an error to the client (user's browser)

Overview:: If a handler encounters an error, it can call maRequestError to return the appropriate HTTP error code and message to the user's browser.

Parameters:

rq	Request handle
code	HTTP error code. E.g. 500 for an internal server error.
fmt	Printf style format string followed by assocated arguments.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: maWrite

void maSetCookie	(	MaRequest *	rq,
		char *	name,
		char *	value,
		int	lifetime,
		char *	path,
		bool	secure
	)

Synopsis:: Set a cookie to be defined in the client's browser

Overview:: This call will define a cookie which will be sent with the response to the client. Subsequent requests from the browser should then contain the cookie. It can be used to create and track user sessions.

eint maSetFileName	(	MaRequest *	rq,
		char *	fileName
	)

Synopsis:: Set the local file name for the document that satisfies this request.

Overview:: This call defines the local file name for a document which will be returned to the user's browser.

Parameters:

rq	Request object handle.
fileName	Path name in the local file system for the document.

Returns:: Returns zero if successful. Otherwise a negative MPR error code will be returned. On errors, maSetFileName will call requestError and will terminate the request.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: maGetFileName

void maSetResponseCode	(	MaRequest *	rq,
		int	code
	)

Synopsis:: Set the HTTP request response code

Overview:: MOB

Parameters:

rq	Request object handle
code	Numeric HTTP response code

Library:: libcapiModule

See also:

void maSetVar	(	MaRequest *	rq,
		MaEnvType	objType,
		char *	var,
		char *	value
	)

Synopsis:: Set the value of a HTTP environment variable

Overview:: This call will define the value of an HTTP environment variable. These variables are used by CGI, EGI and ESP handlers. ESP pages and EGI forms may access these variables. The variable will be created if it does not exist. If it already exists, its value will be updated.

Parameters:

rq	Request object handle.
objType	Type of environment variable. Select from: MA_SERVER_OBJ MA_SESSION_OBJ MA_REQUEST_OBJ MA_HEADER_OBJ MA_COOKIE_OBJ MA_FILES_OBJ MA_FORM_OBJ MA_APPLICATION_OBJ MA_GLOBAL_OBJ MA_LOCAL_OBJ.
var	Name of environment variable to set.
value	Value to set.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: maGetVar

int maStartServers

(

MaHttp *

http

)

Synopsis:: Activate HTTP servers.

Synopsis:: Start all the logical servers corresponding to the supplied MaHttp object. Once stared, the default server an any virtual servers will be activated and begin responding to HTTP requests.

Parameters:

http

MaHttp object created via maCreateHttp.

Returns:: Zero if successful, otherwise a MPR error code is returned.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: maStopServers

void maStopServers

(

MaHttp *

http

)

Synopsis:: Deactivate HTTP servers

Overview:: Stop all the logical servers corresponding to the supplied MaHttp object. The servers will cease serving new requests immediately. Existing requests will continue to be processed by the handlers.

Parameters:

http

MaHttp object created via maCreateHttp

Stability classification:: Evolving.

Library:: libcapiModule

See also:: maStartServers

int maWrite	(	MaRequest *	rq,
		char *	buf,
		int	size
	)

Synopsis:: Write a block of data back to the user's browser.

Overview:: This call is the most efficient way to return data back to a user's browser.

Parameters:

rq	Request object handle
buf	Pointer to the data buffer to write
size	Size of the buffer in bytes

Returns:: Number of bytes written. Should equal size. On errors, returns a negative MPR error code.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: maWriteFmt, maWriteStr

int maWriteFmt	(	MaRequest *	rq,
		char *	fmt,
		...
	)

Synopsis:: Write a formatted string back to the user's browser.

Overview:: Format a printf style string and write back to the browser.

Parameters:

rq	Request object handle.
fmt	Printf style format string followed by assocated arguments.

Returns:: Number of bytes written. On errors, returns a negative MPR error code.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: maWrite, maWriteStr

int maWriteStr	(	MaRequest *	rq,
		char *	s
	)

Synopsis:: Write a string back to the user's browser.

Overview:: Write the string back to the browser.

Parameters:

rq	Request object handle.
s	Pointer to string to write.

Returns:: Number of bytes written. On errors, returns a negative MPR error code.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: maWrite, maWriteFmt

void mprAddLogFileListener

(

)

Synopsis:: Add a log listener that logs messages to a file.

Overview:: The MPR logging service permits multiple listeners to be registered to receive log messages. The LogFile listenener logs messages to the file specified by mprSetLogSpec.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: mprSetLogSpec.

int mprCreateMpr

(

char *

appName

)

Synopsis:: Create an MPR instance for the application.

Overview:: To support AppWeb, an application needs the services of the Mbedthis Portable Runtime (MPR). This call activates the MPR and must be issued prior to any other AppWeb API call.

Parameters:

appName

Name of the application. This is used for internal error reporting from AppWeb and the MPR.

Returns:: Zero if successful. Otherwise returns a negative MPR error code.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: mprDeleteMpr

int mprGetAsyncSelectMode

(

)

Synopsis:: Return the current async select mode

Overview:: Return TRUE if the application is using windows async message select rather than the Unix select mechanism.

Returns:: TRUE if using async select.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: mprSetAsyncSelectMode

int mprGetFds	(	fd_set *	readInterest,
		fd_set *	writeInterest,
		fd_set *	exceptInterest,
		int *	maxFd,
		int *	lastGet
	)

Synopsis:: Get the select file masks for all MPR file and sockets.

Overview:: The getFds call set the select I/O masks for all files and sockets in use by the MPR. Application event loops should call getFds and then OR in their own file descriptors before calling select using the masks. getFds will only modify the masks if the I/O interests of underlying file descriptors have changed. This means that getFds may not modify the masks if nothing much has changed. It is imperative that you not clear the masks between calls to getFds. Consequently, you should copy or save the masks before using them in select -- as select will modify the masks. If you want to force getFds to rebuild the masks, zero the value pointed to by the lastGet parameter.

Parameters:

readInterest	fd_set read interest mask
writeInterest	fd_set write interest mask
exceptInterest	Not used
maxFd	Number of the highest file descriptor plus 1. This value is used by select.
lastGet	Pointer to a timestamp integer used by getFds to manage when getFds was last run. The value pointed to should be initialized to -1.

Returns:: Returns TRUE if the masks were modified.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: Mpr, mprGetIdleTime, mprRunTasks, mprRunTimers, mprServiceEvents

int mprGetIdleTime

(

)

Synopsis:: Return the time to wait till the next timer or event is due.

Overview:: Application event loops should call getIdleTime to determine how long they should sleep waiting for the next event to occur.

Returns:: Returns the number of milli-seconds till the next timer is due.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: Mpr, runTimers

int mprIsExiting

(

)

Synopsis:: Determine if the application is exiting

Overview:: Returns TRUE if the application has been instructed to exit via mprTerminate. The application's main event loop should call isExiting whenever an event is detected. If isExiting returns TRUE, the application should gracefully exit.

Returns:: Returns TRUE if the application should exit.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: Mpr

int mprRunTasks

(

)

Synopsis:: Execute all runable tasks

Overview:: If an application is running single-threaded, a call to runTasks will cause all queued Tasks to run. If multi-threaded, this call will have no effect. Application event loops should call runTasks before sleeping to ensure all tasks have had a chance to

int mprRunTimers

(

)

Synopsis:: Check timers and run all due timers.

Overview:: The runTimers method should be called by event loops to call any timers that are due.

Returns:: Returns TRUE if any timers were run.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: Mpr, mprRunTasks, mprGetIdleTime, mprServiceEvents, mprServiceIO

void mprServiceEvents	(	int	loopOnce,
		int	maxTimeout
	)

Synopsis:: Service pending I/O events

Overview:: The MPR includes a unified I/O event service which efficiently processes I/O and invokes handlers for the underlying socket or file descriptors (on Unix). The MPR Socket layer will automatically integrate with the event mechanism so that I/O will cause the socket callback handlers to be invoked.

mprServiceEvents is the primary mechanism to wait for I/O events and to cause them to be serviced. When called in multi-threaded applications, it will use a thread pool to continually service events until the application is instructed to exit via mprTerminate. When used in single-threaded applications, it is usually used within a larger custom event loop in the application.

Parameters:

loopOnce	Determines if mprServiceEvents will service only the current events or if it continue to service future events.
maxTimeout	If loopOnce is TRUE, maxTimeout specifies the time to wait current events or if it continue to service future events.

Remarks:

Callers have several options when integrating the MPR and products using the MPR. You can:

run a dedicated thread servicing events
call serviceEvents from your own event loop
create your own routine to service events using mprServiceEvents() as a prototype.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: Mpr, mprServiceIO

void mprServiceIO	(	int	readyFds,
		fd_set *	readFds,
		fd_set *	writeFds,
		fd_set *	exceptFds
	)

Synopsis:: Service any pending I/O events

Overview:: serviceIO will analyse the provided select masks and will call all registered select handlers if an I/O event has occurred for that handler. MprSocket automatically creates select handlers on Unix and so the socket handlers will be also invoked if an I/O event occurs. This routine call be called on Windows, but the native windows message mechanism will provide higher throughput.

Parameters:

readyFds	Number of file descriptors with I/O events
readFds	Read select mask
writeFds	Write select mask
exceptFds	Exception select mask

Stability classification:: Evolving.

Library:: libcapiModule

See also:: Mpr, mprGetIdleTime, mprRunTasks, mprRunTimers, mprGetFds, mprServiceEvents

void mprServiceWinIO	(	int	sock,
		int	winMask
	)

Synopsis:: Service any pending I/O events for a given socket (Windows)

Overview:: serviceIO service the I/O event specified in winMask for the given socket.

Parameters:

sock	Socket descriptor
winMask	Windows Message I/O mask

Stability classification:: Evolving.

Library:: libcapiModule

Scope:: Windows

See also:: Mpr, mprGetIdleTime, mprRunTasks, mprRunTimers, mprGetFds, mprServiceEvents

void mprSetAsyncSelectMode

(

int

)

Synopsis:: Set the current async select mode

Overview:: Determine if the application is using windows async message select rather than the Unix select mechanism.

Parameters:

on	If TRUE, enable async select mechanism.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: mprGetAsyncSelectMode

void mprSetHwnd

(

HWND

appHwnd

)

Synopsis:: Set the Window handle for the application

Overview:: Define the window handle for the application that the MPR and AppWeb will use.

Parameters:

appHwnd

Application window handle

Stability classification:: Evolving.

Library:: libcapiModule

Scope:: Windows

See also:: mprSetSocketHwnd, mprServiceIO

void mprSetLogSpec

(

char *

logSpec

)

Synopsis:: Define the file to use for logging messages.

Overview:: This call specifies a log file specification to use with the LogFile listener. The logSpec parameter specifies the log file name and optionally specifies :

Log verbosity level
Maximum log file size
List of module names to log

Parameters:

logSpec

Log file specification of the format:

fileName[[,moduleName]...][:level][.maxSize]

Module names (if specified) are internal MPR names such as socket. This allows you to log trace from only designated modules. The level must be between 0 and 9 with 9 being the most verbose. A good normal level is 2. The maxSize specification is the size of the logfile in MB before rotating. When rotated, the old file will have a ".old" appended.

Returns:: Returns zero if successful. Otherwise returns a negative MPR error code.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: mprAddLogFileListener, mprLog, mprError

void mprSetSocketHwnd

(

HWND

socketHwnd

)

Synopsis:: Set the socket handle for the application

Overview:: Define the window handle to use for socket events.

Parameters:

socketHwnd

Socket window handle

Stability classification:: Evolving.

Library:: libcapiModule

Scope:: Windows

See also:: mprSetHwnd, mprServiceIO

void mprSetSocketMessage

(

int

msgId

)

Synopsis:: Set the windows message type to use for socket messages

Overview:: Define the message type that the MPR will use in response to socket I/O events.

Parameters:

msgId

Windows message type.

Stability classification:: Evolving.

Library:: libcapiModule

Scope:: Windows

See also:: mprSetHwnd, mprSetSocketHwnd, mprServiceIO

int mprStartMpr

(

int

startFlags

)

Synopsis:: Starts the MPR services

Overview:: After creating the MPR object via mprCreateMpr, this call will fully initialize the MPR and to start all services. These services include thread services, the thread pool, timer services, select handlers and command execution services.

Parameters:

startFlags

Or the following flags:

MPR_SERVICE_THREAD to create a service thread to run select. The thread will call mprServiceEvents to process I/O events.
MPR_KILLABLE to create a pid file to support killing running MPRs.

Returns:: Returns zero if successful, otherwise returns a negative MPR error code.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: mprCreateMpr, mprStopMpr

void mprStopMpr

(

)

Synopsis:: Stop the MPR services

Overview:: Applications should call mprStopMpr before exiting to gracefully terminate MPR processing.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: mprCreateMpr, mprStartMpr

void mprTerminate

(

int

graceful

)

Synopsis:: Instruct the application to exit

Overview:: Calling mprTerminate will cause the MPR event loop to exit. When called with the graceful parameter set to TRUE, mprTerminate will set the isExiting flag and take no further action. The MPR event loop or the applications event loop will check this flag by calling mprIsExiting to determine if the application should exit. If graceful is FALSE, mprTerminate will call exit for an immediate application termination.

Parameters:

graceful

If FALSE, call exit and terminate the application immediately. If TRUE, set the MPR isExiting flag.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: mprIsExiting, mprServiceEvents

void mprTrace	(	int	level,
		char *	fmt,
		...
	)

Synopsis:: Log a message to the MPR logging facility

Overview:: Log a message at the specified log level

Parameters:

level	log level between 0 and 9, 9 being the most verbose level.
fmt	Printf style format string. Variable number of arguments to
...	Variable number of arguments for printf data

Returns:: Returns zero if successful. Otherwise a negative MPR error code.

Remarks:: mprLog is highly useful as a debugging aid when integrating or when developing new modules.

Stability classification:: Evolving.

Library:: libcapiModule

See also:: mprError

http/modules/capiModule.cpp File Reference

Detailed Description

Functions

Function Documentation

See Also