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JobCommand Class Reference

#include <JobCommand.h>

List of all members.

Public Member Functions

 JobCommand ()
 JobCommand (const char *cmd)
 ~JobCommand ()
bool HaveCmd () const
bool HaveOpt () const
const char * PopCmd ()
const char * PopOpt ()
const char * PushCmd ()
const char * PushOpt ()
int PopIntOpt ()
double PopFloatOpt ()

Static Public Member Functions

void SplitLine (const char *line, char sep, string &a, string &b)
void StringTok (std::vector< std::string > &ls, const std::string &str, const std::string &tok)
bool IsBool (const char *value)
bool IsInt (const char *s)
bool IsFloat (const char *s)
void StringToRegistry (Registry &r, const char *s)
bool atob (const char *value)

Private Member Functions

void Parse (const char *cmd)

Private Attributes

vector< string > fCmdList
vector< string >::iterator fItrCmdList
vector< string > fOptList
vector< string >::iterator fItrOptList

Friends

ostream & operator<< (ostream &os, const JobCommand &jc)

Constructor & Destructor Documentation

JobCommand::JobCommand (   ) 
 

Definition at line 37 of file JobCommand.cxx.

References fCmdList, fItrCmdList, fItrOptList, and fOptList.

00038 {
00039 //======================================================================
00040 // Purpose: Create an empty command
00041 //======================================================================
00042   // Flag these as empty
00043   fItrCmdList = fCmdList.end();
00044   fItrOptList = fOptList.end();
00045 }

JobCommand::JobCommand (  const char *  cmd  ) 
 

Definition at line 49 of file JobCommand.cxx.

References Parse().

00050 {
00051   this->Parse(cmd);
00052 }

JobCommand::~JobCommand (   ) 
 

Definition at line 169 of file JobCommand.cxx.

00169 {}

Member Function Documentation

bool JobCommand::atob (  const char *  value  )  [static]
 

Definition at line 492 of file JobCommand.cxx.

References MSG.

Referenced by StringToRegistry().

00493 {
00494 //======================================================================
00495 // Convert the text string to its bool equivalent No error checking is
00496 // done. Returns "false" if the contents of value are not regognized
00497 //======================================================================
00498   std::string v(value);
00499   if (v == "true")   return true;  // C++ style
00500   if (v == "false")  return false;
00501   if (v == "kTRUE")  return true;  // ROOT style
00502   if (v == "kFALSE") return false;
00503   if (v == "TRUE")   return true;  // Some other reasonable variations...
00504   if (v == "FALSE")  return false;
00505   if (v == "True")   return true;
00506   if (v == "False")  return false;
00507   if (v == "on")     return true;
00508   if (v == "off")    return false;
00509   if (v == "On")     return true;
00510   if (v == "Off")    return false;
00511   if (v == "ON")     return true;
00512   if (v == "OFF")    return false;
00513 
00514   // Oops, what have we here?
00515   MSG("JobC",Msg::kWarning) << 
00516     "Attmept to convert string '" << value << "' to bool. Result is 'false'\n";
00517   return false;
00518 }

bool JobCommand::HaveCmd (   )  const
 

Definition at line 173 of file JobCommand.cxx.

References fCmdList, and fItrCmdList.

Referenced by UserAnalysis::HandleCommand(), PTSimModule::HandleCommand(), MuCalFitterModule::HandleCommand(), MCInitModule::HandleCommand(), LIRawNt::HandleCommand(), JobCDemoModuleA::HandleCommand(), IoOutputModule::HandleCommand(), FarPlaneCheckout::HandleCommand(), CDTrackerModule::HandleCommand(), CDPreFilterModule::HandleCommand(), AltModuleSliceQualityCheck::HandleCommand(), and PopCmd().

00174 {
00175 //======================================================================
00176 // Purpose: Are there parts of the command that need processing?
00177 //
00178 // Returns: true  - there are more parts of the command to parse
00179 //          false - there are no more parts of the command to parse
00180 //======================================================================
00181   if (fItrCmdList == fCmdList.end()) return false;
00182   return true;
00183 }

bool JobCommand::HaveOpt (   )  const
 

Definition at line 187 of file JobCommand.cxx.

References fItrOptList, and fOptList.

Referenced by JobController::ControllerCommand(), UserAnalysis::HandleCommand(), PTSimModule::HandleCommand(), JobCPathModule::HandleCommand(), JobCDemoModuleA::HandleCommand(), IoOutputModule::HandleCommand(), DemoSnarlList::HandleCommand(), DemoEventDump::HandleCommand(), DemoDataReject::HandleCommand(), CDPreFilterModule::HandleCommand(), JobController::Help(), JobCPathHandler::PathFilterCommand(), JobCPathHandler::PathRunCommand(), PopFloatOpt(), PopIntOpt(), and PopOpt().

00188 {
00189 //======================================================================
00190 // Purpose: Are there options that need processing?
00191 //
00192 // Returns: true  - options remain, 
00193 //          false - no more options left
00194 //======================================================================
00195   if (fItrOptList == fOptList.end()) return false;
00196   return true;
00197 }

bool JobCommand::IsBool (  const char *  value  )  [static]
 

Definition at line 467 of file JobCommand.cxx.

Referenced by StringToRegistry().

00468 {
00469 //======================================================================
00470 // Can the string value be interpreted as a bool value?
00471 //======================================================================
00472   std::string v(value);
00473   if (v == "true")   return true; // C++ style
00474   if (v == "false")  return true;
00475   if (v == "kTRUE")  return true; // ROOT style
00476   if (v == "kFALSE") return true;
00477   if (v == "TRUE")   return true; // Some other reasonable variations...
00478   if (v == "FALSE")  return true;
00479   if (v == "True")   return true;
00480   if (v == "False")  return true;
00481   if (v == "on")     return true;
00482   if (v == "off")    return true;
00483   if (v == "On")     return true;
00484   if (v == "Off")    return true;
00485   if (v == "ON")     return true;
00486   if (v == "OFF")    return true;
00487   return false;
00488 }

bool JobCommand::IsFloat (  const char *  s  )  [static]
 

Definition at line 399 of file JobCommand.cxx.

References s().

Referenced by StringToRegistry().

00400 {
00401 //======================================================================
00402 // Does the string s represent a float?
00403 //======================================================================
00404   char* endptr;
00405   strtod(s, &endptr);
00406 // Consider this a failure if the entire string does not convert to a  double
00407   if (endptr != (s + strlen(s))) return false;
00408   
00409   // All checks for "floatness" passed
00410   return true;
00411 }

bool JobCommand::IsInt (  const char *  s  )  [static]
 

Definition at line 382 of file JobCommand.cxx.

References s().

Referenced by StringToRegistry().

00383 {
00384 //======================================================================
00385 // Does the string s represent an integer?
00386 //======================================================================
00387   char* endptr;
00388   strtol(s, &endptr,0);
00389 // Consider this a failure if the entire string does not convert to a long
00390   if (endptr != (s + strlen(s))) return false;
00391   
00392   // All checks for "intness" passed
00393   return true;
00394 }

void JobCommand::Parse (  const char *  cmd  )  [private]
 

Definition at line 56 of file JobCommand.cxx.

References fCmdList, fItrCmdList, fItrOptList, fOptList, and len.

Referenced by JobCommand().

00057 {
00058 //======================================================================
00059 // Purpose: Parse a command line
00060 //
00061 // For example the command:
00062 //
00063 // /Path/Module/Set a 10
00064 //
00065 // Has fCmdList = {"Path","Module","Set"} and
00066 //     fOptList = {"a", "10"}
00067 //
00068 // Any command starting as "#" is taken to be a comment. Also,
00069 // standard C and C++ commenting styles are supported. However,
00070 // multi-line comments are *not* supported.
00071 //======================================================================
00072   int len;       // Number of characters in the command
00073   bool procCmd;  // Are we working on the command?
00074   bool procOpt;  // Are we handling options?
00075   bool inQuotes; // Are we inside a quoted string?
00076   bool expectSpecial; // Expect a special character?
00077   string word;   // The current word in the command line
00078   // MsgStream& msgDebug = MSGSTREAM("JobC",Msg::kDebug); // Debug stream
00079   
00080   word          = "";
00081   len           = strlen(cmd);
00082   procCmd       = true;
00083   procOpt       = false;
00084   inQuotes      = false;
00085   expectSpecial = false;
00086   // msgDebug << "Parse: ";
00087   for (int i=0; i<len; ++i) {
00088     // If we've been told not to treat this character as a token, just
00089     // and it to the word
00090     if (expectSpecial) {
00091       word += cmd[i];
00092       expectSpecial = false;
00093       continue; // next character
00094     }
00095 
00096     // See if we have a \ which flags that the next character is not a token
00097     if (cmd[i] == '\\') {
00098       expectSpecial = true;
00099       continue; // next character;
00100     }
00101 
00102     // Check if we are entering/leaving a quoted passage
00103     if (cmd[i] == '"' || cmd[i] == '\'') {
00104       inQuotes = !inQuotes;
00105       continue; // next character
00106     }
00107     if (inQuotes) {
00108       // Use every character inside quotes
00109       word += cmd[i];
00110       continue; // next character
00111     }
00112 
00113     // Skip extra white space
00114     if (i>0 && cmd[i]==' ' && cmd[i-1]==' ') {
00115       continue; // next character
00116     }
00117 
00118     // Check for command separator
00119     if (procCmd && cmd[i] == '/') {
00120       // Place the previous word (if there is one) in the command list
00121       if (word.length()>0) fCmdList.push_back(word);
00122       // msgDebug << '/' << word;
00123       word = "";
00124       continue; // next character
00125     }
00126 
00127     // White space is used to separate commands from options and
00128     // options from each other
00129     if (cmd[i] == ' ' || cmd[i] == '=') {
00130       if (procCmd) {
00131         // Place the previous work in the command list
00132         // msgDebug << '/' << word;
00133         if (word.length()>0) fCmdList.push_back(word);
00134         word = "";
00135         // Switch from processing commands to options
00136         procCmd = false;
00137         procOpt = true;
00138       }
00139       else if (procOpt) {
00140         // msgDebug << '|' << word;
00141         if (word.length()>0) fOptList.push_back(word);
00142         word = "";
00143       }
00144       continue; // next character
00145     }
00146     
00147     // Character triggered no special action -- add it to word
00148     word += cmd[i];
00149   } // End loop over characters
00150 
00151 
00152   if (procCmd) {
00153     // msgDebug << '/' << word;
00154     if (word.length()) fCmdList.push_back(word);
00155   }
00156   if (procOpt) {
00157     // msgDebug << '|' << word;
00158     if (word.length()) fOptList.push_back(word);
00159   }
00160   // msgDebug << "\n";
00161 
00162   // Point the iterators at the begining of the lists
00163   fItrCmdList = fCmdList.begin();
00164   fItrOptList = fOptList.begin();
00165 }

const char * JobCommand::PopCmd (   ) 
 

Definition at line 201 of file JobCommand.cxx.

References HaveCmd().

Referenced by JobController::ControllerCommand(), UserAnalysis::HandleCommand(), TimeCalibratorSRModule::HandleCommand(), RotoClientModule::HandleCommand(), RerootToRawDataModule::HandleCommand(), RecoTreeModule::HandleCommand(), PulserFromRawCollectorModule::HandleCommand(), PulserCollectorModule::HandleCommand(), PTSimModule::HandleCommand(), PlotMuonClusterModule::HandleCommand(), PEGainModule::HandleCommand(), MuCalFitterModule::HandleCommand(), MCInitModule::HandleCommand(), LIRawNt::HandleCommand(), JobCRootModule::HandleCommand(), JobCRootCommandModule::HandleCommand(), JobCPathModule::HandleCommand(), JobCPathHandler::HandleCommand(), JobController::HandleCommand(), JobCMsgModule::HandleCommand(), JobCModule::HandleCommand(), JobCDisplayModule::HandleCommand(), JobCDemoModuleA::HandleCommand(), IoOutputModule::HandleCommand(), FitTrack3ListModule::HandleCommand(), FillSpillServerMon::HandleCommand(), FillHvFromSingles::HandleCommand(), FillFarRunQuality::HandleCommand(), FarPlaneCheckout::HandleCommand(), FarDetStripListModule::HandleCommand(), FarDetSliceListModule::HandleCommand(), FarDetEventModule::HandleCommand(), FarDetDataQualityModule::HandleCommand(), DumpBadElectronics::HandleCommand(), DmxDeMuxFilterModule::HandleCommand(), DmxDeMuxCosmicsModule::HandleCommand(), DemoSnarlList::HandleCommand(), DemoMCFilter::HandleCommand(), DemoEventDump::HandleCommand(), DemoDataReject::HandleCommand(), DbuDaqMonitorModule::HandleCommand(), DbmModule::HandleCommand(), DataQualityReader::HandleCommand(), DataQualityFilter::HandleCommand(), Cutter::HandleCommand(), CheezyDisplayModule::HandleCommand(), CDTrackerModule::HandleCommand(), CDPreFilterModule::HandleCommand(), CalDetSIModule::HandleCommand(), CalDetPIDModule::HandleCommand(), AtNuTreeModule::HandleCommand(), AtNuFitModule::HandleCommand(), AtNuFindModule::HandleCommand(), AtNuDisplayModule::HandleCommand(), AltModuleStpPatternRec::HandleCommand(), AltModuleSliceList::HandleCommand(), and AltDeMuxModule::HandleCommand().

00202 {
00203 //======================================================================
00204 // Purpose: Return the current option parameter as a character string
00205 //
00206 // Returns: A pointer to the start of the option character string
00207 //          If the list of options has been exhausted this returns ""
00208 //======================================================================
00209   if (this->HaveCmd()) {
00210     const char *val = 0;
00211     val = (*fItrCmdList).c_str();
00212     ++fItrCmdList;
00213     return val;
00214   }
00215   return 0;
00216 }

double JobCommand::PopFloatOpt (   ) 
 

Definition at line 295 of file JobCommand.cxx.

References HaveOpt().

Referenced by UserAnalysis::HandleCommand(), RerootToRawDataModule::HandleCommand(), PTSimModule::HandleCommand(), PlotMuonClusterModule::HandleCommand(), MCInitModule::HandleCommand(), DmxDeMuxFilterModule::HandleCommand(), DemoMCFilter::HandleCommand(), CheezyDisplayModule::HandleCommand(), CDTrackerModule::HandleCommand(), and CalDetPIDModule::HandleCommand().

00296 {
00297 //======================================================================
00298 // Purpose: Return the current option parameter as a floating point
00299 //          number and advance the counter.
00300 //
00301 // Returns: The current option interpreted as a floating point number
00302 //          If the list of options has been exhausted this returns 0.0
00303 //======================================================================
00304   if (this->HaveOpt()) {
00305     double val = 0.0;
00306     val = atof((*fItrOptList).c_str());
00307     ++fItrOptList;
00308     return val;
00309   }
00310   return 0.0;
00311 }

int JobCommand::PopIntOpt (   ) 
 

Definition at line 275 of file JobCommand.cxx.

References HaveOpt().

Referenced by UserAnalysis::HandleCommand(), RotoClientModule::HandleCommand(), RerootToRawDataModule::HandleCommand(), PTSimModule::HandleCommand(), PEGainModule::HandleCommand(), MCInitModule::HandleCommand(), JobCRootModule::HandleCommand(), IoOutputModule::HandleCommand(), DmxDeMuxCosmicsModule::HandleCommand(), DemoEventDump::HandleCommand(), DemoDataReject::HandleCommand(), DbuDaqMonitorModule::HandleCommand(), CheezyDisplayModule::HandleCommand(), CDTrackerModule::HandleCommand(), CDPreFilterModule::HandleCommand(), and CalDetPIDModule::HandleCommand().

00276 {
00277 //======================================================================
00278 // Purpose: Return the current option parameter as an integer number
00279 //          and advance the counter.
00280 //
00281 // Returns: The current option interpreted as an integer number
00282 //          If the list of options has been exhausted this returns 0
00283 //======================================================================
00284   if (this->HaveOpt()) {
00285     int val;
00286     val = atoi((*fItrOptList).c_str());
00287     ++fItrOptList;
00288     return val;
00289   }
00290   return 0;
00291 }

const char * JobCommand::PopOpt (   ) 
 

Definition at line 256 of file JobCommand.cxx.

References HaveOpt().

Referenced by DbmCmdOptions::AddOpt(), JobController::ControllerCommand(), UserAnalysis::HandleCommand(), TimeCalibratorSRModule::HandleCommand(), RotoClientModule::HandleCommand(), RerootToRawDataModule::HandleCommand(), RecoTreeModule::HandleCommand(), PlotMuonClusterModule::HandleCommand(), JobCRootModule::HandleCommand(), JobCRootCommandModule::HandleCommand(), JobCPathModule::HandleCommand(), JobCMsgModule::HandleCommand(), JobCDisplayModule::HandleCommand(), JobCDemoModuleA::HandleCommand(), IoOutputModule::HandleCommand(), FillSpillServerMon::HandleCommand(), FillHvFromSingles::HandleCommand(), FillFarRunQuality::HandleCommand(), FarDetStripListModule::HandleCommand(), FarDetSliceListModule::HandleCommand(), FarDetEventModule::HandleCommand(), FarDetDataQualityModule::HandleCommand(), DumpBadElectronics::HandleCommand(), DmxDeMuxFilterModule::HandleCommand(), DmxDeMuxCosmicsModule::HandleCommand(), DemoSnarlList::HandleCommand(), DemoMCFilter::HandleCommand(), DemoEventDump::HandleCommand(), DemoDataReject::HandleCommand(), DbuDaqMonitorModule::HandleCommand(), DataQualityReader::HandleCommand(), DataQualityFilter::HandleCommand(), Cutter::HandleCommand(), CheezyDisplayModule::HandleCommand(), CDTrackerModule::HandleCommand(), CDPreFilterModule::HandleCommand(), CalDetPIDModule::HandleCommand(), AtNuTreeModule::HandleCommand(), AtNuFitModule::HandleCommand(), AtNuFindModule::HandleCommand(), AtNuDisplayModule::HandleCommand(), AltModuleStpPatternRec::HandleCommand(), AltModuleSliceList::HandleCommand(), AltDeMuxModule::HandleCommand(), JobController::Help(), JobCPathHandler::PathFilterCommand(), JobCPathHandler::PathRunCommand(), DbmCmdOptions::ProcessCmd(), DbmModule::SetLogLevel(), and DbmModule::SetTimer().

00257 {
00258 //======================================================================
00259 // Purpose: Return the current option parameter as a character string
00260 //
00261 // Returns: A pointer to the start of the option character string
00262 //          If the list of options has been exhausted this returns ""
00263 //======================================================================
00264   if (this->HaveOpt()) {
00265     const char *val = 0;
00266     val = (*fItrOptList).c_str();
00267     ++fItrOptList;
00268     return val;
00269   }
00270   return 0;
00271 }

const char * JobCommand::PushCmd (   ) 
 

Definition at line 220 of file JobCommand.cxx.

References fCmdList, and fItrCmdList.

Referenced by JobController::ControllerCommand(), JobController::HandleCommand(), and JobCDisplayModule::HandleCommand().

00221 {
00222 //======================================================================
00223 // Purpose: Return the current option parameter as a character string
00224 //
00225 // Returns: A pointer to the start of the option character string
00226 //          If the list of options has been exhausted this returns ""
00227 //======================================================================
00228   if (fItrCmdList != fCmdList.begin()) {
00229     const char *val = 0;
00230     --fItrCmdList;
00231     val = (*fItrCmdList).c_str();
00232     return val;
00233   }
00234   return 0;
00235 }

const char * JobCommand::PushOpt (   ) 
 

Definition at line 237 of file JobCommand.cxx.

References fItrOptList, and fOptList.

Referenced by JobCRootModule::HandleCommand().

00238 {
00239 //======================================================================
00240 // Purpose: Return the current option parameter as a character string
00241 //
00242 // Returns: A pointer to the start of the option character string
00243 //          If the list of options has been exhausted this returns ""
00244 //======================================================================
00245   if (fItrOptList != fOptList.begin()) {
00246     const char *val = 0;
00247     --fItrOptList;
00248     val = (*fItrOptList).c_str();
00249     return val;
00250   }
00251   return 0;
00252 }

void JobCommand::SplitLine (  const char *  line,
char  sep,
string &  a,
string &  b
)  [static]
 

Definition at line 315 of file JobCommand.cxx.

References MSG.

Referenced by JobCPathModule::Add(), JobCPath::AddBetween(), JobCMsgModule::Attach(), JobCPathModule::Create(), JobCMsgModule::Format(), JobCPath::Node(), and JobCPathHandler::PathFilterCommand().

00316 {
00317 //======================================================================
00318 // Purpose: Split a character string into two pieces given a
00319 //          separator.  Example peas::carots into peas and carrots
00320 //
00321 // Inputs: line - the text to split
00322 //         sep  - the separation character (':' in the example above)
00323 //         a    - text before the separator
00324 //         b    - text after separator
00325 //======================================================================
00326   // Clear a and b strings
00327   a = "";
00328   b = "";
00329   bool doFront = true;
00330   for (const char* c = line; *c != '\0'; ++c) {
00331     if (*c == ' ') continue;
00332     if (*c == sep) {
00333       doFront = false;
00334       continue;
00335     }
00336     if (doFront) a += (*c);
00337     else         b += (*c);
00338   }
00339 
00340   MSG("JobC",Msg::kVerbose) << 
00341     "Split " << line << " into " << a << " " << b << ".\n";
00342 }

void JobCommand::StringTok (  std::vector< std::string > &  ls,
const std::string &  str,
const std::string &  tok
)  [static]
 

Definition at line 347 of file JobCommand.cxx.

Referenced by JobCPathModule::Add(), JobCPathModule::Create(), JobCMsgModule::Format(), and JobCMsgModule::SetDefaultFormat().

00350 {
00351 //======================================================================
00352 // Split a long string into a set of shorter strings spliting along
00353 // divisions makers by the characters listed in the token string
00354 //======================================================================
00355   const string::size_type S     = str.size();
00356   const string::size_type toksz = tok.size();
00357   string::size_type  i = 0;
00358   
00359   while (i < S) {
00360     // eat leading whitespace
00361     while ( (i<S) && (tok.find(str[i])<=toksz) ) {
00362       ++i;
00363     }
00364     if (i == S)  return;  // nothing left but WS
00365     
00366     // find end of word
00367     string::size_type  j = i+1;
00368     while ( (j<S) && !(tok.find(str[j])<=toksz) ) {
00369       ++j;
00370     }
00371 
00372     // add word
00373     ls.push_back(str.substr(i,j-i));
00374     
00375     // set up for next loop
00376     i = j+1;
00377   }  
00378 }

void JobCommand::StringToRegistry (  Registry &  r,
const char *  s
)  [static]
 

Definition at line 415 of file JobCommand.cxx.

References atob(), IsBool(), IsFloat(), IsInt(), Registry::LockValues(), MSG, Registry::Set(), and Registry::UnLockValues().

Referenced by JobCModule::Set().

00416 {
00417 //======================================================================
00418 // Convert a string like "a=1 b=2.0 name=Mark" to a registry
00419 //======================================================================
00420   // JobCommand's expect format Command option1 option2...  so cast
00421   // the string into this form by prepending a bogus command string
00422   string cmd("Set "); // Set is as good a command name as any...
00423   cmd += s;           // Append the registry string
00424   JobCommand c(cmd.c_str());
00425 
00426   // Use the command to build a registry
00427   r.UnLockValues();
00428   while (c.HaveOpt()) {
00429     const char* key;
00430     const char* value;
00431 
00432     // Extract key/value pair
00433     key = c.PopOpt();
00434     if (c.HaveOpt() == false) {
00435       MSG("JobC",Msg::kWarning) << "Missing value for key \"" 
00436                                 << key << "\"!" << endl;
00437       return;
00438     }
00439     value = c.PopOpt();
00440     
00441     // Guess type of value and build registry
00442     if (JobCommand::IsInt(value)) {
00443       // Intergers are floats so check them next
00444       int i = atoi(value);
00445       r.Set(key, i);
00446     }
00447     else if (JobCommand::IsFloat(value)) {
00448       // Check float as it is the smallest set
00449       double d = atof(value);
00450       r.Set(key, d);
00451     }
00452     else if (JobCommand::IsBool(value)) {
00453       bool b = JobCommand::atob(value);
00454       r.Set(key, b); // Which Set is this?? char? int? Dunno...
00455     }
00456     else {
00457       // Everything is a string so check that last
00458       r.Set(key, value);
00459     }
00460   }
00461 
00462   r.LockValues();
00463 }

Friends And Related Function Documentation

ostream& operator<< (  ostream &  os,
const JobCommand &  jc
)  [friend]
 

Definition at line 19 of file JobCommand.cxx.

00020 {
00021   vector<string>::const_iterator itrend(jc.fCmdList.end());
00022   vector<string>::const_iterator itr;
00023   bool ifirst = true;
00024   for (itr = jc.fCmdList.begin(); itr!= itrend; ++itr) {
00025     if (ifirst) { os << (*itr); ifirst = false; }
00026     else os << "/" << (*itr);
00027   }
00028   itrend = jc.fOptList.end();
00029   for (itr = jc.fOptList.begin(); itr!= itrend; ++itr) {
00030     os << " " << (*itr);
00031   }
00032   return os;
00033 }

Member Data Documentation

vector<string> JobCommand::fCmdList [private]
 

Definition at line 57 of file JobCommand.h.

Referenced by HaveCmd(), JobCommand(), Parse(), and PushCmd().

vector<string>::iterator JobCommand::fItrCmdList [private]
 

Definition at line 58 of file JobCommand.h.

Referenced by HaveCmd(), JobCommand(), Parse(), and PushCmd().

vector<string>::iterator JobCommand::fItrOptList [private]
 

Definition at line 60 of file JobCommand.h.

Referenced by HaveOpt(), JobCommand(), Parse(), and PushOpt().

vector<string> JobCommand::fOptList [private]
 

Definition at line 59 of file JobCommand.h.

Referenced by HaveOpt(), JobCommand(), Parse(), and PushOpt().

The documentation for this class was generated from the following files:
Generated on Mon Feb 15 11:09:21 2010 for loon by  doxygen 1.3.9.1