JobCMethod Class Reference

#include <JobCMethod.h>

List of all members.

Public Types
typedef enum JobCMethod::EMethod	Method_t
enum	EMethod {   kVoidMethod = 0, kGet = 1, kPut = 2, kAna = 3,   kReco = 4 }
Public Member Functions
	JobCMethod (Method_t code)
bool	Exists (const JobCModule *module) const
const char *	GetName () const
int	operator== (Method_t rhs) const
int	operator!= (Method_t rhs) const
JobCResult	Execute (JobCModule *module, MomNavigator *mom) const
Static Public Member Functions
const JobCMethod *	GetMethodByName (const string &name)
Private Attributes
Method_t	fMethodCode

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Member Typedef Documentation

typedef enum JobCMethod::EMethod JobCMethod::Method_t

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Member Enumeration Documentation

enum JobCMethod::EMethod

Enumeration values: kVoidMethod  kGet  kPut  kAna  kReco  Definition at line 33 of file JobCMethod.h. { kVoidMethod =0, kGet =1, kPut =2, kAna =3, kReco =4 } Method_t;

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Constructor & Destructor Documentation

JobCMethod::JobCMethod (  Method_t  code  )

Definition at line 53 of file JobCMethod.cxx. : fMethodCode(code) { }

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Member Function Documentation

JobCResult JobCMethod::Execute (  JobCModule *  module, MomNavigator *  mom )  const

Definition at line 57 of file JobCMethod.cxx. References JobCModule::Ana(), fMethodCode, JobCModule::Get(), kAna, kGet, kPut, kReco, MSG, JobCModule::Put(), and JobCModule::Reco(). Referenced by JobCNode::Execute(). { //====================================================================== // Purpose: Pass the "MINOSObjectMap" to a specific method of a module // for processing // // Inputs: mom - pointer to the "MINOSObjectMap" // mod - pointer to a a job module // // Returns: Pass/Fail/NoDecision //====================================================================== switch(fMethodCode) { case JobCMethod::kGet: return mod->Get(mom); case JobCMethod::kPut: return mod->Put(mom); case JobCMethod::kAna: return mod->Ana(mom); case JobCMethod::kReco: return mod->Reco(mom); default: MSG("JobC", Msg::kFatal) << "Attempt to execute invalid JobCMethod. Code=" << (int)fMethodCode << "\n"; abort(); break; } // Should never get here but this keeps compilers quiet return JobCResult::kFatal; }

bool JobCMethod::Exists (  const JobCModule *  module  )  const

Definition at line 86 of file JobCMethod.cxx. Referenced by JobCNode::JobCNode(). { //====================================================================== // Purpose: Test if a module implements this method // // Note: I can't think of a good way to do this yet so for now this // does nothing //====================================================================== return true; }

const JobCMethod * JobCMethod::GetMethodByName (  const string &  name  )  [static]

Definition at line 22 of file JobCMethod.cxx. References kAna, kGet, kPut, kReco, kVoidMethod, and MSG. Referenced by JobCPath::CreateNode(). { //====================================================================== // Return a pointer to a method specified name name m //====================================================================== if (m == "Get") { static const JobCMethod get(JobCMethod::kGet); return &get; } if (m == "Put") { static const JobCMethod put(JobCMethod::kPut); return &put; } if (m == "Ana") { static const JobCMethod ana(JobCMethod::kAna); return &ana; } if (m == "Reco") { static const JobCMethod reco(JobCMethod::kReco); return &reco; } if (m == "Void") { static const JobCMethod voidmethod(JobCMethod::kVoidMethod); return &voidmethod; } MSG("JobC",Msg::kError) << "method name = " << m << "\n"; return 0; }

const char * JobCMethod::GetName (   )  const

Definition at line 99 of file JobCMethod.cxx. Referenced by JobCPath::CreateNode(), and JobCNode::MatchModuleMethod(). { //====================================================================== // Purpose: What is the name of this Module?? // Returns: The name of this module //====================================================================== // The order and content of gsMethodName and gsMethodCode must match // exactly static const char *gsMethodName[] = { "Void", "Get", "Put", "Ana", "Reco", }; return gsMethodName[fMethodCode]; }

int JobCMethod::operator!= (  Method_t  rhs  )  const

Definition at line 131 of file JobCMethod.cxx. References fMethodCode. { //====================================================================== // Purpose: Test for equality betweeb two methods // // Returns: true/false (0 or 1) //====================================================================== return (fMethodCode != rhs); }

int JobCMethod::operator== (  Method_t  rhs  )  const

Definition at line 119 of file JobCMethod.cxx. References fMethodCode. { //====================================================================== // Purpose: Test for equality betweeb two methods // // Returns: true/false (0 or 1) //====================================================================== return (fMethodCode == rhs); }

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Member Data Documentation

Method_t JobCMethod::fMethodCode [private]

Definition at line 54 of file JobCMethod.h. Referenced by Execute(), operator!=(), and operator==().

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The documentation for this class was generated from the following files:

• JobCMethod.h
• JobCMethod.cxx

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