compile.m File Reference

Go to the source code of this file.

Functions
getenv('BCVTB_OS'	deblank ()
	if (strcmp(os,'windows'))%have Windows LIBBCVTB
	elseif (strcmp(os,'mac')) LIBBCVTB
	loadlibrary (LIBBCVTB,... 'matlabSocket.h',... 'includepath', './..',... 'mfilename', 'bcvtb.m')%-------------------------------------------------------------------%Check if Simulink is installed on this system.If Simulink is%is not installed
if	strcmp (retVal, '') disp('Simulink is not installed on this computer.') disp('The Simulink library will not be compiled.') else makeSBlock
	disp ('***Generating mex file') legacy_code('sfcn_cmex_generate'
def	disp ('***Compiling code')%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%fix from Mathworks(email from 2/7/08) fschange('')
FSCHANGE is a Mathworks internal function that is used for troubleshooting purposes It takes the name of a directory as an input and forces the MATLAB path manager to recheck the contents of the directory to check for	new (or deleted) files.When an empty string is%%passed as an input the entire path is rechecked.%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%Compilation for Windows if(strcmp(os
FSCHANGE is a Mathworks internal function that is used for troubleshooting purposes It takes the name of a directory as an input and forces the MATLAB path manager to recheck the contents of the directory to check for windows have Windows	disp ('***Compiling MATLAB interface for Windows') legacy_code('compile'
	delete (fn) end end exit

Variables
This file compiles the BSD socket interface for Simulink It is called by ant On	Windows
This file compiles the BSD socket interface for Simulink It is called by ant On it requires the Microsoft compiler	Note
This file compiles the BSD socket interface for Simulink It is called by ant On it requires the Microsoft compiler since matlab requires the size of output arrays to be fixed If more elements are	required
else	LIBBCVTB ='../util/libbcvtb.so'
end	incPat = [pwd, '/..']
exit	Otherwise
exit continue and compile simulink libraries	retVal =which('simulink')
	modelName = 'BSDSocket'
	def =legacy_code('initialize')
def	SourceFiles ={'simulinkSocket.c'}
def	HeaderFiles ={'simulinkSocket.h'}
def	SampleTime = 'inherited'
	funNam = {'establishBSDSocket', 'exchangeDoublesWithBSDSocket', 'closeBSDSocket'}
	funSpe
for	i
def	OutputFcnSpec = char(funSpe(i))
FSCHANGE is a Mathworks internal function that is used for troubleshooting purposes It takes the name of a directory as an input and forces the MATLAB path manager to recheck the contents of the directory to check for windows have Windows	c

Function Documentation

getenv('BCVTB_OS' deblank ( )

virtual

delete

(

fn

)

disp

(

'***Generating mex file'

)

def disp

(

'***Compiling code'

)

FSCHANGE is a Mathworks internal function that is used for troubleshooting purposes It takes the name of a directory as an input and forces the MATLAB path manager to recheck the contents of the directory to check for windows have Windows disp

(

'***Compiling MATLAB interface for Windows'

)

elseif

(

strcmp(os,'mac')

)

if

(

strcmp(os,'windows')

)

loadlibrary	(	LIBBCVTB	,
		... 'matlabSocket.h'	,
		... 'includepath'	,
		'./..'	,
		... 'mfilename'	,
		'bcvtb.m'
	)

FSCHANGE is a Mathworks internal function that is used for troubleshooting purposes It takes the name of a directory as an input and forces the MATLAB path manager to recheck the contents of the directory to check for new

(

or

deleted

)

if strcmp	(	retVal	,
		''
	)

Referenced by end(), EPstart(), and start().

Variable Documentation

FSCHANGE is a Mathworks internal function that is used for troubleshooting purposes It takes the name of a directory as an input and forces the MATLAB path manager to recheck the contents of the directory to check for windows have Windows c

Definition at line 89 of file compile.m.

Referenced by first(), and BCVTB.VersionUpdater::main().

FSCHANGE is a Mathworks internal function that is used for troubleshooting purposes It takes the name of a directory as an input and forces the MATLAB path manager to recheck the contents of the directory to check for windows have Windows def =legacy_code('initialize')

Definition at line 58 of file compile.m.

funNam = {'establishBSDSocket', 'exchangeDoublesWithBSDSocket', 'closeBSDSocket'}

Definition at line 63 of file compile.m.

funSpe

Initial value:

= {'int16 y1 = establishBSDSocket(int16 u1[1])', ...
            'int16 y1 = exchangeDoublesWithBSDSocket(int16 u1[1], int16 u2[1], int16 y2[1], int16 u3[1], double u4[1], double u5[], double y3[1], double y4[1024])', ...
            'int16 y1 = closeBSDSocket(int16 u1[1], int16 u2[1])'}

Definition at line 64 of file compile.m.

def HeaderFiles ={'simulinkSocket.h'}

Definition at line 60 of file compile.m.

for i

Initial value:

=1:3
    def.SFunctionName = char(funNam(i))

Definition at line 69 of file compile.m.

Referenced by adInterfaceMCC.actor.ADInterfaceMCCWriter::addPropertyValue(), bacnet.actor.BACnetWriter::addPropertyValue(), assembleBuffer(), adInterfaceMCC.actor.ADInterfaceMCCWriter::checkNumberOfInput(), adInterfaceMCC.actor.ADInterfaceMCCWriter::consumeToken(), bacnet.actor.BACnetWriter::consumeToken(), disassembleBuffer(), disassembleHeaderBuffer(), EPstart(), adInterfaceMCC.util.ADInterfaceMCC::executeProcess(), bacnet.util.BACnet::executeProcess(), first(), freeResource(), getepvariables(), getepvariablesFMU(), adInterfaceMCC.util.ADInterfaceMCCDeviceManager::getProcesses(), bacnet.util.BACnetDeviceManager::getProcesses(), getsockethost(), getsocketportnumber(), getxmlvalues(), GetPath::main(), main(), bacnet.util.BACnetObjectType::parseObjectType(), adInterfaceMCC.actor.ADInterfaceMCCWriter::prefire(), bacnet.actor.BACnetWriter::prefire(), adInterfaceMCC.actor.ADInterfaceMCCReader::propertyValueReader(), bacnet.util.BACnetDeviceManager::readCompleteObjectPropertyList(), bacnet.util.BACnetDeviceManager::readDeviceArray(), bacnet.util.BACnet::readDevicePropertyArray(), bacnet.util.BACnetDeviceManager::readDevicePropertyList(), readfromsocket(), bacnet.util.BACnetDeviceManager::readObjectList(), BCVTB.Launcher::setupCommandList(), BCVTB.Launcher::setupPtolemyArguments(), start(), adInterfaceMCC.util.ADInterfaceMCCDeviceManager::toString(), bacnet.util.BACnetDeviceManager::toString(), bacnet.util.BACnet::transformArrayList(), adInterfaceMCC.util.ADInterfaceMCC::transformArrayListDouble(), adInterfaceMCC.util.ADInterfaceMCC::transformArrayListString(), bacnet.util.BACnet::validateAttributes(), adInterfaceMCC.util.ADInterfaceMCC::validateAttributes(), bacnet.util.BACnet::validateDevice(), bacnet.util.BACnet::validateObjectType(), and bacnet.util.BACnet::validatePropertyName().

end incPat = [pwd, '/..']

Definition at line 39 of file compile.m.

else LIBBCVTB ='../util/libbcvtb.so'

Definition at line 37 of file compile.m.

modelName = 'BSDSocket'

Definition at line 56 of file compile.m.

This file compiles the BSD socket interface for Simulink It is called by ant On it requires the Microsoft compiler Note

Definition at line 5 of file compile.m.

exit Otherwise

Definition at line 47 of file compile.m.

def OutputFcnSpec = char(funSpe(i))

Definition at line 71 of file compile.m.

This file compiles the BSD socket interface for Simulink It is called by ant On it requires the Microsoft compiler since matlab requires the size of output arrays to be fixed If more elements are required

Definition at line 5 of file compile.m.

Referenced by adInterfaceMCC.actor.ADInterfaceMCCWriter::prefire(), and bacnet.actor.BACnetWriter::prefire().

exit continue and compile simulink libraries retVal =which('simulink')

Definition at line 49 of file compile.m.

def SampleTime = 'inherited'

Definition at line 61 of file compile.m.

def SourceFiles ={'simulinkSocket.c'}

Definition at line 59 of file compile.m.

This file compiles the BSD socket interface for Simulink It is called by ant On Windows

Definition at line 5 of file compile.m.