CTCPConnectionFailed Class Reference

#include <CTCPConnectionFailed.h>

List of all members.

Public Member Functions
	CTCPConnectionFailed (const STD(string)&host, const STD(string)&service, const char *pDoing)
	CTCPConnectionFailed (const CTCPConnectionFailed &rhs)
	~CTCPConnectionFailed ()
	Destructor.
CTCPConnectionFailed &	operator= (const CTCPConnectionFailed &rhs)
int	operator== (const CTCPConnectionFailed &rhs)
	STD (string) getHost() const
	STD (string) getService() const
virtual const char *	ReasonText () const
Protected Member Functions
void	setHost (const STD(string)&rHost)
void	setService (const STD(string)&rService)
Private Member Functions
	STD (string) m_Host
	Attempted peername.
	STD (string) m_Service
	Attempted connection point port.
	STD (string) m_ReasonText
	Reason text is built up here.

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Detailed Description

Encapsulates a connection failure exception. Since connect(2) reports failure reasons through errno, this classs derives from CErrnoException.

Definition at line 304 of file CTCPConnectionFailed.h.

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Constructor & Destructor Documentation

CTCPConnectionFailed::CTCPConnectionFailed (  const STD(string)&  host, const STD(string)&  service, const char *  pDoing )

CTCPConnectionFailed::CTCPConnectionFailed (  const CTCPConnectionFailed &  rhs  )

Copy Constructor. Used by the compiler to create temporaries and by the throw statement to create a copy of the actual exception object to ensure that the exception remains in scope while it travels up the call stack searching for a handler. Parameters: rhs  - The reference object which is being copy constructed. Definition at line 319 of file CTCPConnectionFailed.cpp.

CTCPConnectionFailed::~CTCPConnectionFailed (   )  [inline]

Destructor. Definition at line 319 of file CTCPConnectionFailed.h.

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Member Function Documentation

CTCPConnectionFailed & CTCPConnectionFailed::operator= (  const CTCPConnectionFailed &  rhs  )

Assignment. The functionality is the same as a copy constructor, however the target is a fully constructed object. We protect, therefore against assignment to *this, and since this is not a constructor, we cannot use initializers to assign our members. Parameters: rhs  - The object we are being assigned to. Definition at line 333 of file CTCPConnectionFailed.cpp.

int CTCPConnectionFailed::operator== (  const CTCPConnectionFailed &  rhs  )

Equality compare... This is essentially a member by member compare. Parameters: rhs  - the object to which we are being compared. Definition at line 347 of file CTCPConnectionFailed.cpp.

const char * CTCPConnectionFailed::ReasonText (   )  const [virtual]

Returns a textual string describing the message. This is going to be something like: Failed to connect to host: m_Host on service port m_Service, CErrnoException::ReasonText(). Definition at line 360 of file CTCPConnectionFailed.cpp.

void CTCPConnectionFailed::setHost (  const STD(string)&  rHost  )  [inline, protected]

Definition at line 335 of file CTCPConnectionFailed.h.

void CTCPConnectionFailed::setService (  const STD(string)&  rService  )  [inline, protected]

Definition at line 337 of file CTCPConnectionFailed.h.

CTCPConnectionFailed::STD (  string   )  const [inline]

Definition at line 329 of file CTCPConnectionFailed.h.

CTCPConnectionFailed::STD (  string   )  const [inline]

Definition at line 327 of file CTCPConnectionFailed.h.

CTCPConnectionFailed::STD (  string   )  [mutable, private]

Reason text is built up here.

CTCPConnectionFailed::STD (  string   )  [private]

Attempted connection point port.

CTCPConnectionFailed::STD (  string   )  [private]

Attempted peername.

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

• CTCPConnectionFailed.h
• CTCPConnectionFailed.cpp

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