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OperStateCondList.cc
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OperStateCondList.cc
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// Yo, Emacs! This is -*- C++ -*-
//
// $Id: OperStateCondList.cc,v 1.10 2003/04/11 21:24:10 jzweizig Exp $
//
// Author: David Chin <dwchin@umich.edu>
//
// 2477 Randall Lab, Univ. of Michigan
// 500 E. University Ave.
// Ann Arbor, MI 48109
// +1-734-763-7208
// +1-734-730-1274
//
// Written based on idea by K. Riles <kriles@umich.edu>
#include <time.h>
#include <iostream>
#include <fstream>
#include <string>
#include <cstring>
#include <list>
#include <cstdlib> // aka stdlib.h
#include "osc/boolean/error.hh"
#include "osc/boolean/Token.hh"
#include "osc/boolean/Parser.hh"
#include "OperStateCondList.hh"
#include "osc/ValueAbove.hh"
#include "osc/ValueBelow.hh"
#include "osc/ValueRange.hh"
#include "osc/MeanAbove.hh"
#include "osc/MeanBelow.hh"
#include "osc/MeanRange.hh"
#include "osc/MeanRise.hh"
#include "osc/MeanFall.hh"
#include "osc/RmsAbove.hh"
#include "osc/RmsBelow.hh"
#include "osc/RmsRange.hh"
#include "osc/BitAnd.hh"
#include "osc/BitNand.hh"
#include "osc/BitOr.hh"
#include "osc/BitNor.hh"
#include "osc/AbsPowerAbove.hh"
#include "osc/AbsPowerBelow.hh"
#include "osc/AbsPowerRange.hh"
#include "osc/FractPowerAbove.hh"
#include "osc/FractPowerBelow.hh"
#include "osc/FractPowerRange.hh"
#include "osc/AbsPowerRise.hh"
#include "osc/AbsPowerFall.hh"
#include "osc/AbsPowerGain.hh"
#include "osc/FractPowerRise.hh"
#include "osc/FractPowerFall.hh"
#include "osc/Boolean.hh"
#include "osc/TransitUp.hh"
#include "osc/TransitDown.hh"
using namespace std;
using namespace osc;
//
// Constructor
//
OperStateCondList::OperStateCondList(Dacc& dataAccess,
int debug,
int stride,
std::ostream *pOs)
: mDataAccess(dataAccess),
pmOutstream(pOs),
mDebug(debug),
mStride(stride)
{
//
// Initialize the TypeInfoMap.
//
// Aauugghh!! I can't think of a better way to initialize each TypeInfo
// object with its ParamInfoMap. In fact, the
// comp.lang.c++.moderated posters say it's not possible to do a
// compile-time initialization for a complex structure as this.
// NOTE: the "fraction" parameter is only applicable for
// "point-by-point" OSCs.
// Reminder: ParamInfo(dataType, OptionalP);
// ParamInfo(dataType, OptionalP, int_default, dbl_default)
// At some point, will allow for "debug" parameter
// BOOLEAN
osc::ParamInfoMap booleanPIM;
// TRANSITUP
osc::ParamInfoMap transitupPIM;
transitupPIM["hold"] = osc::ParamInfo(osc::INT, true, 0, 0.);
transitupPIM["dead"] = osc::ParamInfo(osc::INT, true, 0, 0.);
// TRANSITDOWN
osc::ParamInfoMap transitdownPIM;
transitdownPIM["hold"] = osc::ParamInfo(osc::INT, true, 0, 0.);
transitdownPIM["dead"] = osc::ParamInfo(osc::INT, true, 0, 0.);
// VALUEABOVE
osc::ParamInfoMap valueabovePIM;
valueabovePIM["threshold"] = osc::ParamInfo(osc::DOUBLE, false);
valueabovePIM["fraction"] = osc::ParamInfo(osc::DOUBLE, true, 0, 0.);
// VALUEBELOW
osc::ParamInfoMap valuebelowPIM;
valuebelowPIM["threshold"] = osc::ParamInfo(osc::DOUBLE, false);
valuebelowPIM["fraction"] = osc::ParamInfo(osc::DOUBLE, true, 0, 0.);
// VALUERANGE
osc::ParamInfoMap valuerangePIM;
valuerangePIM["lo"] = osc::ParamInfo(osc::DOUBLE, false);
valuerangePIM["hi"] = osc::ParamInfo(osc::DOUBLE, false);
valuerangePIM["fraction"] = osc::ParamInfo(osc::DOUBLE, true, 0, 0.);
// MEANABOVE
osc::ParamInfoMap meanabovePIM;
meanabovePIM["threshold"] = osc::ParamInfo(osc::DOUBLE, false);
// MEANBELOW
osc::ParamInfoMap meanbelowPIM;
meanbelowPIM["threshold"] = osc::ParamInfo(osc::DOUBLE, false);
// MEANRANGE
osc::ParamInfoMap meanrangePIM;
meanrangePIM["lo"] = osc::ParamInfo(osc::DOUBLE, false);
meanrangePIM["hi"] = osc::ParamInfo(osc::DOUBLE, false);
// MEANRISE
osc::ParamInfoMap meanrisePIM;
meanrisePIM["threshold"] = osc::ParamInfo(osc::DOUBLE, false);
meanrisePIM["nstrides"] = osc::ParamInfo(osc::INT, true, 1, 0.);
// MEANFALL
osc::ParamInfoMap meanfallPIM;
meanfallPIM["threshold"] = osc::ParamInfo(osc::DOUBLE, false);
meanfallPIM["nstrides"] = osc::ParamInfo(osc::INT, true, 1, 0.);
// RMSABOVE
osc::ParamInfoMap rmsabovePIM;
rmsabovePIM["threshold"] = osc::ParamInfo(osc::DOUBLE, false);
// RMSBELOW
osc::ParamInfoMap rmsbelowPIM;
rmsbelowPIM["threshold"] = osc::ParamInfo(osc::DOUBLE, false);
// RMSRANGE
osc::ParamInfoMap rmsrangePIM;
rmsrangePIM["lo"] = osc::ParamInfo(osc::DOUBLE, false);
rmsrangePIM["hi"] = osc::ParamInfo(osc::DOUBLE, false);
// BITAND
osc::ParamInfoMap bitandPIM;
bitandPIM["fraction"] = osc::ParamInfo(osc::DOUBLE, true, 0, 0.);
bitandPIM["mask"] = osc::ParamInfo(osc::INT, false);
// BITNAND
osc::ParamInfoMap bitnandPIM;
bitnandPIM["fraction"] = osc::ParamInfo(osc::DOUBLE, true, 0, 0.);
bitnandPIM["mask"] = osc::ParamInfo(osc::INT, false);
// BITOR
osc::ParamInfoMap bitorPIM;
bitorPIM["fraction"] = osc::ParamInfo(osc::DOUBLE, true, 0, 0.);
bitorPIM["mask"] = osc::ParamInfo(osc::INT, false);
// BITNOR
osc::ParamInfoMap bitnorPIM;
bitnorPIM["fraction"] = osc::ParamInfo(osc::DOUBLE, true, 0, 0.);
bitnorPIM["mask"] = osc::ParamInfo(osc::INT, false);
// ABSPOWERABOVE
osc::ParamInfoMap abspowerabovePIM;
abspowerabovePIM["freqhi"] = osc::ParamInfo(osc::DOUBLE, false);
abspowerabovePIM["freqlo"] = osc::ParamInfo(osc::DOUBLE, false);
abspowerabovePIM["threshold"] = osc::ParamInfo(osc::DOUBLE, false);
// ABSPOWERBELOW
osc::ParamInfoMap abspowerbelowPIM;
abspowerbelowPIM["freqhi"] = osc::ParamInfo(osc::DOUBLE, false);
abspowerbelowPIM["freqlo"] = osc::ParamInfo(osc::DOUBLE, false);
abspowerbelowPIM["threshold"] = osc::ParamInfo(osc::DOUBLE, false);
// ABSPOWERRANGE
osc::ParamInfoMap abspowerrangePIM;
abspowerrangePIM["freqhi"] = osc::ParamInfo(osc::DOUBLE, false);
abspowerrangePIM["freqlo"] = osc::ParamInfo(osc::DOUBLE, false);
abspowerrangePIM["lo"] = osc::ParamInfo(osc::DOUBLE, false);
abspowerrangePIM["hi"] = osc::ParamInfo(osc::DOUBLE, false);
// FRACTPOWERABOVE
osc::ParamInfoMap fractpowerabovePIM;
fractpowerabovePIM["freqhi"] = osc::ParamInfo(osc::DOUBLE, false);
fractpowerabovePIM["freqlo"] = osc::ParamInfo(osc::DOUBLE, false);
fractpowerabovePIM["threshold"] = osc::ParamInfo(osc::DOUBLE, false);
// FRACTPOWERBELOW
osc::ParamInfoMap fractpowerbelowPIM;
fractpowerbelowPIM["freqhi"] = osc::ParamInfo(osc::DOUBLE, false);
fractpowerbelowPIM["freqlo"] = osc::ParamInfo(osc::DOUBLE, false);
fractpowerbelowPIM["threshold"] = osc::ParamInfo(osc::DOUBLE, false);
// FRACTPOWERRANGE
osc::ParamInfoMap fractpowerrangePIM;
fractpowerrangePIM["freqhi"] = osc::ParamInfo(osc::DOUBLE, false);
fractpowerrangePIM["freqlo"] = osc::ParamInfo(osc::DOUBLE, false);
fractpowerrangePIM["lo"] = osc::ParamInfo(osc::DOUBLE, false);
fractpowerrangePIM["hi"] = osc::ParamInfo(osc::DOUBLE, false);
// ABSPOWERRISE
osc::ParamInfoMap abspowerrisePIM;
abspowerrisePIM["freqhi"] = osc::ParamInfo(osc::DOUBLE, false);
abspowerrisePIM["freqlo"] = osc::ParamInfo(osc::DOUBLE, false);
abspowerrisePIM["threshold"] = osc::ParamInfo(osc::DOUBLE, false);
abspowerrisePIM["nstrides"] = osc::ParamInfo(osc::INT, true, 1, 0.);
// ABSPOWERFALL
osc::ParamInfoMap abspowerfallPIM;
abspowerfallPIM["freqhi"] = osc::ParamInfo(osc::DOUBLE, false);
abspowerfallPIM["freqlo"] = osc::ParamInfo(osc::DOUBLE, false);
abspowerfallPIM["threshold"] = osc::ParamInfo(osc::DOUBLE, false);
abspowerfallPIM["nstrides"] = osc::ParamInfo(osc::INT, true, 1, 0.);
// ABSPOWERGAIN
osc::ParamInfoMap abspowergainPIM;
abspowergainPIM["freqhi"] = osc::ParamInfo(osc::DOUBLE, false);
abspowergainPIM["freqlo"] = osc::ParamInfo(osc::DOUBLE, false);
abspowergainPIM["threshold"] = osc::ParamInfo(osc::DOUBLE, false);
abspowergainPIM["nstrides"] = osc::ParamInfo(osc::INT, true, 1, 0.);
// FRACTPOWERRISE
osc::ParamInfoMap fractpowerrisePIM;
fractpowerrisePIM["freqhi"] = osc::ParamInfo(osc::DOUBLE, false);
fractpowerrisePIM["freqlo"] = osc::ParamInfo(osc::DOUBLE, false);
fractpowerrisePIM["threshold"] = osc::ParamInfo(osc::DOUBLE, false);
fractpowerrisePIM["nstrides"] = osc::ParamInfo(osc::INT, true, 1, 0.);
// FRACTPOWERFALL
osc::ParamInfoMap fractpowerfallPIM;
fractpowerfallPIM["freqhi"] = osc::ParamInfo(osc::DOUBLE, false);
fractpowerfallPIM["freqlo"] = osc::ParamInfo(osc::DOUBLE, false);
fractpowerfallPIM["threshold"] = osc::ParamInfo(osc::DOUBLE, false);
fractpowerfallPIM["nstrides"] = osc::ParamInfo(osc::INT, true, 1, 0.);
// DEBUG
if (mDebug > 2) {
cout << "OperStateCondList: constructing (debug level "
<< mDebug << ")..." << endl;
cout << "\tboolean has " << booleanPIM.size()
<< " parameters" << endl;
cout << "\ttransitup has " << transitupPIM.size()
<< " parameters" << endl;
cout << "\ttransitdown has " << transitdownPIM.size()
<< " parameters" << endl;
cout << "\tvalueabove has " << valueabovePIM.size()
<< " parameters" << endl;
cout << "\tvaluebelow has " << valuebelowPIM.size()
<< " parameters" << endl;
cout << "\tvaluerange has " << valuerangePIM.size()
<< " parameters" << endl;
cout << "\tmeanabove has " << meanabovePIM.size()
<< " parameters" << endl;
cout << "\tmeanbelow has " << meanbelowPIM.size()
<< " parameters" << endl;
cout << "\tmeanrange has " << meanrangePIM.size()
<< " parameters" << endl;
cout << "\tmeanrise has " << meanrisePIM.size()
<< " parameters" << endl;
cout << "\tmeanfall has " << meanfallPIM.size()
<< " parameters" << endl;
cout << "\trmsabove has " << rmsabovePIM.size()
<< " parameters" << endl;
cout << "\trmsbelow has " << rmsbelowPIM.size()
<< " parameters" << endl;
cout << "\trmsrange has " << rmsrangePIM.size()
<< " parameters" << endl;
cout << "\tbitand has " << bitandPIM.size()
<< " parameters" << endl;
cout << "\tbitnand has " << bitnandPIM.size()
<< " parameters" << endl;
cout << "\tbitor has " << bitorPIM.size()
<< " parameters" << endl;
cout << "\tbitnor has " << bitnorPIM.size()
<< " parameters" << endl;
cout << "\tabspowerabove has " << abspowerabovePIM.size()
<< " parameters" << endl;
cout << "\tabspowerbelow has " << abspowerbelowPIM.size()
<< " parameters" << endl;
cout << "\tabspowerrange has " << abspowerrangePIM.size()
<< " parameters" << endl;
cout << "\tfractpowerabove has " << fractpowerabovePIM.size()
<< " parameters" << endl;
cout << "\tfractpowerbelow has " << fractpowerbelowPIM.size()
<< " parameters" << endl;
cout << "\tfractpowerrange has " << fractpowerrangePIM.size()
<< " parameters" << endl;
cout << "\tabspowerrise has " << abspowerrisePIM.size()
<< " parameters" << endl;
cout << "\tabspowerfall has " << abspowerfallPIM.size()
<< " parameters" << endl;
cout << "\tabspowergain has " << abspowergainPIM.size()
<< " parameters" << endl;
cout << "\tfractpowerrise has " << fractpowerrisePIM.size()
<< " parameters" << endl;
cout << "\tfractpowerfall has " << fractpowerfallPIM.size()
<< " parameters" << endl;
cout << endl;
cout << "OperStateCondList::OperStateCondList(): about to put PIMs "
<< "into TypeInfoMap" << endl;
}
// Put all the PIMs from above into the TypeInfoMap
mTypeInfoMap["boolean"] = osc::TypeInfo(booleanPIM, false);
mTypeInfoMap["transitup"] = osc::TypeInfo(transitupPIM, false);
mTypeInfoMap["transitdown"] = osc::TypeInfo(transitdownPIM, false);
mTypeInfoMap["valueabove"] = osc::TypeInfo(valueabovePIM, true);
mTypeInfoMap["valuebelow"] = osc::TypeInfo(valuebelowPIM, true);
mTypeInfoMap["valuerange"] = osc::TypeInfo(valuerangePIM, true);
mTypeInfoMap["meanabove"] = osc::TypeInfo(meanabovePIM, true);
mTypeInfoMap["meanbelow"] = osc::TypeInfo(meanbelowPIM, true);
mTypeInfoMap["meanrange"] = osc::TypeInfo(meanrangePIM, true);
mTypeInfoMap["meanrise"] = osc::TypeInfo(meanrisePIM, true);
mTypeInfoMap["meanfall"] = osc::TypeInfo(meanfallPIM, true);
mTypeInfoMap["rmsabove"] = osc::TypeInfo(rmsabovePIM, true);
mTypeInfoMap["rmsbelow"] = osc::TypeInfo(rmsbelowPIM, true);
mTypeInfoMap["rmsrange"] = osc::TypeInfo(rmsrangePIM, true);
mTypeInfoMap["bitand"] = osc::TypeInfo(bitandPIM, true);
mTypeInfoMap["bitnand"] = osc::TypeInfo(bitnandPIM, true);
mTypeInfoMap["bitor"] = osc::TypeInfo(bitorPIM, true);
mTypeInfoMap["bitnor"] = osc::TypeInfo(bitnorPIM, true);
mTypeInfoMap["abspowerabove"] = osc::TypeInfo(abspowerabovePIM, true);
mTypeInfoMap["abspowerbelow"] = osc::TypeInfo(abspowerbelowPIM, true);
mTypeInfoMap["abspowerrange"] = osc::TypeInfo(abspowerrangePIM, true);
mTypeInfoMap["fractpowerabove"] = osc::TypeInfo(fractpowerabovePIM, true);
mTypeInfoMap["fractpowerbelow"] = osc::TypeInfo(fractpowerbelowPIM, true);
mTypeInfoMap["fractpowerrange"] = osc::TypeInfo(fractpowerrangePIM, true);
mTypeInfoMap["abspowerrise"] = osc::TypeInfo(abspowerrisePIM, true);
mTypeInfoMap["abspowerfall"] = osc::TypeInfo(abspowerfallPIM, true);
mTypeInfoMap["abspowergain"] = osc::TypeInfo(abspowergainPIM, true);
mTypeInfoMap["fractpowerrise"] = osc::TypeInfo(fractpowerrisePIM, true);
mTypeInfoMap["fractpowerfall"] = osc::TypeInfo(fractpowerfallPIM, true);
if (mDebug > 1) {
cout << "OperStateCondList(): mTypeInfoMap.size() = "
<< mTypeInfoMap.size() << endl;
osc::TypeInfoMap::iterator iter = mTypeInfoMap.begin();
for (; iter != mTypeInfoMap.end(); ++iter) {
cout << "\tNo. of params in " << (*iter).first
<< ": " << (*iter).second.nParams() << endl;
cout << "\tNo. of optional params in " << (*iter).first
<< ": " << (*iter).second.nOptParams() << endl;
cout << "\tNo. of compulsory params in " << (*iter).first
<< ": " << (*iter).second.nCompulsoryParams()
<< endl << endl;
}
}
}
//
// Destructor
//
OperStateCondList::~OperStateCondList()
{
return;
}
//
// debug(void)
//
int OperStateCondList::debug(void) const
{
return mDebug;
}
//
// setDebug(int debug)
//
void OperStateCondList::setDebug(int debuglvl)
{
mDebug = debuglvl;
}
//
// stride(void)
//
int OperStateCondList::stride(void) const
{
return (int)mStride;
}
//
// setStride(int stride)
//
void OperStateCondList::setStride(int stride)
{
if (stride > 0) {
mStride = (double)stride;
} else {
cerr << "OperStateCondList::setStride(): "
<< "stride must be positive definite. Using default: ";
mStride = mDataAccess.getStride().GetSecs();
if (mStride == 0.) {
mStride = 1.;
}
cerr << mStride << " secs" << endl;
}
mDataAccess.setStride(mStride);
}
//
// setDebug(std::string, int)
//
void OperStateCondList::setDebug(std::string oscname, int debuglvl)
{
if (find(oscname) != end()) {
if (mDebug > 0)
cerr << "OperStateCondList: setting debug level of '"
<< oscname << "' to " << debuglvl << endl;
((*this)[oscname])->setDebug(debuglvl);
} else {
if (mDebug > 0)
cerr << "OperStateCondList: ERROR: setDebug(): no OSC named '"
<< oscname << "'; ignoring" << endl;
}
}
//
// ignore
//
void OperStateCondList::ignore(std::string oscname)
{
// if OSC exists
if (find(oscname) != end()) {
if (mDebug > 0) {
cerr << "OperStateCondList: NOTICE: ignoring condition '"
<< oscname << "'" << endl;
}
// if there is a channel associated with the OSC, fix up the
// channel utilisation number
if ((*this)[oscname]->channel().size() != 0) {
if (mDebug > 1) {
cerr << "OperStateCondList::ignore() INFO: channel name: "
<< (*this)[oscname]->channel() << endl;
cerr << "OperStateCondList::ignore() INFO: utilization: "
<< mChannelUtilization[(*this)[oscname]->channel()]
<< endl;
}
// If there is only one OSC utilizing the channel associated
// with this OSC, then this OSC is the only one utilizing the
// channel. Thus, we may remove it from the DataAccessor.
if (mChannelUtilization[(*this)[oscname]->channel()] == 1) {
if (mDebug > 1) {
cerr << "OperStateCondList: INFO: removing channel '"
<< (*this)[oscname]->channel() << "'" << endl;
}
mDataAccess.rmChannel((*this)[oscname]->channel().c_str());
mChannelUtilization.erase((*this)[oscname]->channel());
} else { // more than one OSC uses this channel
mChannelUtilization[(*this)[oscname]->channel()] -= 1;
}
}
delete (*this)[oscname];
erase(oscname);
} else { // OSC does not exist; fuggedaboudit
if (mDebug > 0)
cerr << "OperStateCondList: ERROR: ignore(): no OSC named '"
<< oscname << "'; skipping" << endl;
return;
}
}
//
// ignoreAllExcept()
//
void OperStateCondList::ignoreAllExcept(std::string prefix)
{
if (mDebug > 0) {
cerr << "OperStateCondList::ignoreAllExcept(): prefix: "
<< prefix << endl;
}
if (prefix.size() == 0) {
cerr << "OperStateCondList::ignoreAllExcept(): zero length prefix; "
<< "skipping" << endl;
return;
}
OperStateCondList::iterator iter;
top:
iter = begin();
for (; iter != end(); ++iter) {
if ((*iter).first.size() > 0 &&
(*iter).first.substr(0,prefix.size()) != prefix) {
ignore((*iter).first);
goto top;
}
}
}
//
// watchedQuantity()
//
double OperStateCondList::watchedQuantity(std::string oscname)
{
if (find(oscname) != end()) {
return (*this)[oscname]->watchedQuantity();
} else {
if (mDebug > 0) {
cerr << "OperStateCondList: ERROR: watchedQuantity(): no OSC named '"
<< oscname << "'; ignoring" << endl;
}
return (double)0.;
}
}
//
// chanUtilInfo() -- only for debugging
//
void OperStateCondList::chanUtilInfo(void) const
{
if (mDebug > 0) {
cerr << "OperStateCondList: INFO: Channel Utilization Info: " << endl;
cerr << "\tsize = " << mChannelUtilization.size() << endl;
ChannelUtilMap::const_iterator iter = mChannelUtilization.begin();
for (; iter != mChannelUtilization.end(); ++iter)
cerr << "\t" << (*iter).first << ": " << (*iter).second << endl;
}
}
//
// listOSCs()
//
void OperStateCondList::listOSCs(void) const
{
std::cerr << "OperStateCondList: INFO: OSCs defined:" << std::endl;
const_iterator iter = begin();
for (; iter != end(); ++iter)
std::cerr << "\t" << (*iter).first << std::endl;
}
//
// readConfig()
//
// File format:
// # This is a comment
// include <foo.conf> # this is in some std. dir
// include "bar.conf" # this is in same dir as this file
// OSC_name OSC_type Channel_name param_name=param_value
// OSC_name OSC_type Channel_name param_name="channel_name"
//
void OperStateCondList::readConfig(std::string filename)
{
if (mDebug > 0)
cout << "OperStateCondList: Reading config file "
<< filename << endl;
// Open config file for reading
ifstream configfile(filename.c_str());
if (!configfile) {
cout << "OperStateCondList.readConfig(): error opening file "
<< filename.c_str() << endl;
std::exit(EXIT_FAILURE);
}
char line[mMaxStrLen]; // char array to store line currently being parsed
char *lasts = 0; // pointer to last position in line being parsed;
// for use in strtok_r()
std::string oscName; // Name of OSC
std::string typeName; // Name of OSC type
std::string chanName; // Name of Channel
static const int maxTokens = 64;
char token[maxTokens][mMaxStrLen]; // Array of tokens pulled from line
int nTokens = 0; // Number of tokens pulled from line
int lineNum = 0; // Line number
static int numErrors = 0; // tot. number of errors in
// reading config file
if (mDebug > 1) {
cout << "OperStateCondList.readconfig(): mTypeInfoMap.size() = "
<< mTypeInfoMap.size() << endl;
}
// Read file in line by line
while (!configfile.eof()) {
// read in next line
configfile.getline(line, mMaxStrLen);
++lineNum;
if (mDebug > 0) {
cout << "OperStateCondList.readConfig(): Read line #"
<< lineNum << endl;
if (mDebug > 1)
cout << "\tLine is: " << line << endl;
}
// if line is not zero-length
if (strlen(line) > 0) {
// Skip comments: lines beginning with "#" or "*"
if (strchr("#", line[0]) != NULL || strchr("*", line[0]) != NULL)
continue; // go to next line
//
// Parse line
//
// Count number of tokens in line, and put tokens into an array
// of char[]'s
nTokens = 0;
static const char *sepChars = " \t";
char *p = strtok_r(line, sepChars, &lasts);
while (p != NULL) {
strcpy(token[nTokens], p);
if (mDebug > 1)
cout << "token[" << nTokens << "] = "
<< token[nTokens] << endl;
// skip inline comments
if (p[0] == '#' || p[0] == '*')
break;
++nTokens;
p = strtok_r(NULL, sepChars, &lasts);
}
//
// Form a parse tree...
//
//
// INCLUDE
//
if (strcmp(token[0], "include") == 0) {
if (nTokens == 1) {
cerr << "Include file not specified in line #"
<< lineNum << "; skipping" << endl;
} else {
if (token[1][0] == '"') { // include "file.conf"
removeDblQuotes(token[1]);
readConfig(token[1]);
} else if (token[1][0] == '<') { // include <file.conf>
int len = strlen(token[1]);
// Remove angle brackets
if (token[1][len-1] != '>') {
++numErrors;
cerr << filename << ": line #" << lineNum
<< ": Error: Missing '>'; skipping"
<< endl;
} else {
char *tmpstr = new char[len];
for (int cnt = 0; cnt < len; ++cnt)
tmpstr[cnt] = '\0';
strncpy(tmpstr, token[1]+1, len-2);
strcpy(token[1], tmpstr);
delete [] tmpstr;
}
// Extract DMTPARS env. variable
char *tmpdmtpars = getenv("DMTPARS");
if (tmpdmtpars == NULL) {
++numErrors;
cerr << filename << ":" << "line #" << lineNum
<< ": Error"
<< ": Environment variable DMTPARS undefined;"
<< " skipping" << endl;
} else {
std::string dmtpars = tmpdmtpars;
readConfig(dmtpars + "/" + std::string(token[1]));
}
} else {
++numErrors;
cerr << filename << ":" << "line #" << lineNum
<< ": Error: syntax; skipping" << endl;
}
}
continue; // go to next line
} // End: INCLUDE
//
// IGNORE
// Note: User is responsible for dependencies.
//
if (strcmp(token[0], "ignore") == 0) {
if (nTokens == 1) {
++numErrors;
cerr << filename << ":" << "line #" << lineNum
<< ": Error: must specify OSC name; skipping" << endl;
} else if (token[1][0] == '"') {
removeDblQuotes(token[1]);
if (find(token[1]) == end()) {
++numErrors;
cerr << filename << ":" << "line #" << lineNum
<< ": Error: OSC named '" << token[1]
<< "' not found; skipping" << endl;
} else {
if (mDebug > 0) {
cout << "OperStateCondList.readConfig(): "
<< "ignore " << token[1] << endl;
}
ignore(token[1]);
}
} else {
++numErrors;
cerr << filename << ":" << "line #" << lineNum
<< ": Error: need double-quotes around OSC name"
<< endl;
}
continue;
} // End: IGNORE
//
// IGNOREALLEXCEPT
// Format: ignoreallexcept "H1" "H0"
//
if (strcmp(token[0], "ignoreallexcept") == 0) {
if (nTokens == 1) {
++numErrors;
cerr << filename << ":" << "line #" << lineNum
<< ": Error: must specify site name(s); skipping"
<< endl;
} else if (token[1][0] == '"') {
removeDblQuotes(token[1]);
ignoreAllExcept(token[1]);
} else {
++numErrors;
cerr << filename << ":" << "line #" << lineNum
<< ": Error: need double-quotes around "
<< "string '" << token[1]
<< "'; skipping" << endl;
}
continue;
} // End: IGNOREALLEXCEPT
//
// DEBUGLEVEL
// Note: User is responsible for a sensible (i.e. integer)
// debuglevel
//
if (strcmp(token[0], "debuglevel") == 0) {
if (nTokens == 1) {
++numErrors;
cerr << filename << ":" << "line #" << lineNum
<< ": Error: Debug level not specified; skipping"
<< endl;
} else {
setDebug(atoi(token[1]));
}
continue;
} // End: DEBUGLEVEL
//
// STRIDE
// Sets the time stride that is used for TSeries objects.
// Must be an integer, although internally stored as a double.
//
if (strcmp(token[0], "stride") == 0) {
if (nTokens == 1) {
++numErrors;
cerr << filename << ":" << "line #" << lineNum
<< ":Error: Time stride not specified; skipping"
<< endl;
} else {
setStride(atoi(token[1]));
}
continue;
} // END: STRIDE
//
// Define OSCs
//
if (nTokens < 3) {
++numErrors;
cerr << filename << ":" << "line #" << lineNum
<< ": Error: Incomplete line; skipping" << endl;
continue; // go to next line
}
// New OSCs are defined by a line that looks like:
// name OSCtype "channel_name" paramname=param
// [paramname=param ...]
// name boolean "definition_string"
oscName = token[0];
typeName = token[1];
// Skip if this name has already been defined
if (oscNameDefinedP(oscName) == true) {
++numErrors;
cerr << filename << ":" << "line #" << lineNum
<< ": Error: Redefinition of OSC named \""
<< oscName << "\": skipping" << endl;
continue; // go to next line
}
// Skip if no such OSC
if (mTypeInfoMap.find(typeName) == mTypeInfoMap.end()) {
++numErrors;
cerr << filename << ":" << "line #" << lineNum << ": Error"
<< ": no such OSC type \"" << typeName
<< "\"; skipping" << endl;
continue; // go to next line
}
//
// Parse the parameter definitions
//
// We need to allow for a channel name in the value
// position so that parameter values may be read from a
// named Epics channel. Do this by making two maps: one
// which stores a bool saying if param is to be read from
// channel; other one contains channel name
// Pick out the parameters
unsigned int nParams; // number of params
osc::IntParMap intParams; // map of param values
osc::DblParMap dblParams; // map of param values
lasts = 0; // place holder for strtok_r
// DEBUG
if (mDebug > 2) {
cout << "OperStateCondList.readConfig(): "
<< "mTypeInfoMap.size() = "
<< mTypeInfoMap.size() << endl;
}
// if atomic OSC type
if (mTypeInfoMap[typeName].atomicP() == true) {
// number of compulsory parameters
nParams = mTypeInfoMap[typeName].nCompulsoryParams();
// do we have the wrong number of parameters?
if ((int)nParams > nTokens - 3) {
++numErrors;
cerr << filename << ": line #" << lineNum
<< ": Error: Too few parameters #" << lineNum
<< "; skipping" << endl;
if (mDebug > 0) {
cerr << " got " << nTokens - 3 << "; expect "
<< nParams << endl;
}
continue;
} else { // we have the correct number of params
chanName = token[2];
removeDblQuotes(&chanName);
if (mDebug > 2)
cout << "OperStateCondList::readConfig(): chanName = "
<< chanName << endl;
// Stuff parameter values into maps
int error = parseAtomicParams(token, lineNum,
filename,
&intParams, &dblParams);
if (error > 0) { // FIXME: ignore errors and skip
// to next line for now
++numErrors;
continue; // go to next line
}
// Parameters are now in maps. Construct OSC type
// with these parameters.
if (osc::stringCaseCmp(typeName,"valueabove")) {
incrChanUtilMaybe(chanName);
(*this)[oscName] =
new ValueAbove(&mDataAccess, pmOutstream,
chanName, intParams,
dblParams, mDebug);
} else if (osc::stringCaseCmp(typeName,"valuebelow")) {
incrChanUtilMaybe(chanName);
(*this)[oscName] =
new ValueBelow(&mDataAccess, pmOutstream,
chanName, intParams,
dblParams, mDebug);
} else if (stringCaseCmp(typeName,"valuerange")) {
incrChanUtilMaybe(chanName);
(*this)[oscName] =
new ValueRange(&mDataAccess, pmOutstream,
chanName, intParams,
dblParams, mDebug);
} else if (osc::stringCaseCmp(typeName,"meanabove")) {
incrChanUtilMaybe(chanName);
(*this)[oscName] =
new MeanAbove(&mDataAccess, pmOutstream,
chanName, intParams,
dblParams, mDebug);
} else if (osc::stringCaseCmp(typeName,"meanbelow")) {
incrChanUtilMaybe(chanName);
(*this)[oscName] =
new MeanBelow(&mDataAccess, pmOutstream,
chanName, intParams,
dblParams, mDebug);
} else if (osc::stringCaseCmp(typeName,"meanrange")) {
incrChanUtilMaybe(chanName);
(*this)[oscName] =
new MeanRange(&mDataAccess, pmOutstream,
chanName, intParams,
dblParams, mDebug);
} else if (osc::stringCaseCmp(typeName,"meanrise")) {
incrChanUtilMaybe(chanName);
(*this)[oscName] =