Date: Fri, 29 Mar 2024 07:48:23 +0000 (UTC)
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Subject: Exported From Confluence
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C++ Mapping =
for User Exceptions
Here is a fragment of the Slice defin=
ition for our world time server once more:
exception GenericError {
string reason;
};
exception BadTimeVal extends GenericError {};
exception BadZoneName extends GenericError {};
These exception definitions map as follows:
class GenericError: public Ice::User=
Exception {
public:
std::string reason;
GenericError() {}
explicit GenericError(const string&);
virtual const std::string&  =
;ice_name() const;
virtual Ice::Exception*  =
; ice_clone() const;
virtual void &nbs=
p; ice_throw()&n=
bsp;const;
// Other member functions here.=
..
};
class BadTimeVal: public GenericError {
public:
BadTimeVal() {}
explicit BadTimeVal(const string&);
virtual const std::string&  =
;ice_name() const;
virtual Ice::Exception*  =
; ice_clone() const;
virtual void &nbs=
p; ice_throw()&n=
bsp;const;
// Other member functions here.=
..
};
class BadZoneName: public GenericError {
public:
BadZoneName() {}
explicit BadZoneName(const string&);
virtual const std::string&  =
;ice_name() const;
virtual Ice::Exception*  =
; ice_clone() const;
virtual void &nbs=
p; ice_throw()&n=
bsp;const;
};
Each Slice exception is mapped to a C++ class with the same name. For ea=
ch exception member, the corresponding class contains a public data member.=
(Since BadTimeVal
and BadZoneName
do not have me=
mbers, the generated classes for these exceptions also do not have members.=
)
The inheritance structure of the Slice exceptions is preserved for the g=
enerated classes, so BadTimeVal
and BadZoneName
i=
nherit from GenericError
.
Each exception has three additional member functions:
ice_name
As the name suggests, this member function returns the name of the excepti=
on. For example, if you call the ice_name
member function of a=
BadZoneName
exception, it (not surprisingly) returns the stri=
ng "BadZoneName"
. The ice_name
member function is=
useful if you catch exceptions generically and want to produce a more mean=
ingful diagnostic, for example:=20
try {
// ...
} catch (const GenericError& e) {
cerr << "Caught an except=
ion: " << e.ice_name() << endl;
}
If an exception is raised, this code prints the name of the actual e=
xception (BadTimeVal
or BadZoneName
) because the =
exception is being caught by reference (to avoid slicing).
ice_clone
This member function allows you to polymorphically clone an exception. For=
example:=20
try {
// ...
} catch (const Ice::UserException& e) {
Ice::UserException* copy =3D e.clone();
}
ice_clone
is useful if you need to make a copy of an exc=
eption without knowing its precise run-time type. This allows you to rememb=
er the exception and throw it later by calling ice_throw
.
ice_throw
ice_throw
allows you to throw an=
exception without knowing its precise run-time type. It is implemented as:=
=20
void
GenericError::ice_throw() const
{
throw *this;
}
You can call ice_throw
to throw an exception that you p=
reviously cloned with ice_clone
.
Each exception has a default constructor. This constructor performs memb=
erwise initialization; for simple built?in types, such as integers, the con=
structor performs no initialization, whereas complex types such as strings,=
sequences, and dictionaries are initialized by their respective default co=
nstructors.
An exception also has a second constructor that accepts one argument for=
each exception member. This constructor allows you to instantiate and init=
ialize an exception in a single statement, instead of having to first insta=
ntiate the exception and then assign to its members. For derived exceptions=
, the constructor accepts one argument for each base exception member, plus=
one argument for each derived exception member, in base-to-derived order.<=
/p>
Note that the generated exception classes contain other member functions=
that are not shown here. However, those member functions are internal to t=
he C++ mapping and are not meant to be called by application code.
All user exceptions ultimately inherit from Ice::UserException. In turn, Ice::UserException
inherits from Ice::Exce=
ption
(which is an alias for IceUtil::Exception
):
namespace IceUtil {
class Exception {
virtual const std=
::string& ice_name() const;
Exception*  =
; &n=
bsp; ice_clone() const;
void  =
; &n=
bsp; ice_throw() const;
virtual void &nbs=
p; &=
nbsp;ice_print(std::ostream&) const;
// ...
};
std::ostream& operator<<(std::ostrea=
m&, const Exception&);
// ...
}
namespace Ice {
typedef IceUtil::Exception Exception;
class UserException: public Exceptio=
n {
public:
virtual const std=
::string& ice_name() const =3D 0;
// ...
};
}
Ice::Exception
forms the root of the exception inheritance =
tree. Apart from the usual ice_name
, ice_clone
, a=
nd ice_throw
member functions, it contains the ice_print=
member functions. ice_print
prints the name of the exc=
eption. For example, calling ice_print
on a BadTimeVal=
code> exception prints:
BadTimeVal
To make printing more convenient, operator<<
is overl=
oaded for Ice::Exception
, so you can also write:
try {
// ...
} catch (const Ice::Exception& e) {
cerr << e << endl;
}
This produces the same output because operator<<
call=
s ice_print
internally.
For Ice run time exceptions, ice_print
also shows the file =
name and line number at which the exception was thrown.
C++ =
Default Constructors for Exceptions
Exceptions have a default constructor that default-constructs each data =
member. Members having a complex type, such as strings, sequences, and dict=
ionaries, are initialized by their own default constructor. However, the de=
fault constructor performs no initialization for members having one of the =
simple built-in types boolean, integer, floating point, or enumeration. For=
such a member, it is not safe to assume that the member has a reasonable d=
efault value. This is especially true for enumerated types as the member's =
default value may be outside the legal range for the enumeration, in which =
case an exception will occur during marshaling unless the member is explici=
tly set to a legal value.
To ensure that data members of primitive types are initialized to reason=
able values, you can declare def=
ault values in your Slice definition. The default constructor initializ=
es each of these data members to its declared value.
Exceptions also have a second constructor that has one parameter for eac=
h data member. This allows you to construct and initialize a class instance=
in a single statement (instead of first having to construct the instance a=
nd then assign to its members). For derived exceptions, this constructor ha=
s one parameter for each of the base class's data members, plus one paramet=
er for each of the derived class's data members, in base-to-derived order.<=
/p>
C++ Mapp=
ing for Run-Time Exceptions
The Ice run time throws run-time exceptions for a number of pre-defined =
error conditions. All run-time exceptions directly or indirectly derive fro=
m Ice::LocalException
(which, in turn, derives from Ice:=
:Exception
). Ice::LocalException
has the usual member f=
unctions: ice_name
, ice_clone
, ice_throw, and (inherited from Ice::Exception
), ice_print, ice_file
, and ice_line
.
Recall the inheritance diagram for user and =
run-time exceptions. By catching exceptions at the appropriate point in the=
hierarchy, you can handle exceptions according to the category of error th=
ey indicate:
Ice::Exception
This is the root of the complete inheritance tree. Catching Ice::Exc=
eption
catches both user and run-time exceptions.
Ice::UserException
This is the root exception for all user exceptions. Catching Ice::Us=
erException
catches all user exceptions (but not run-time exceptions=
).
Ice::LocalException
This is the root exception for all run-time exceptions. Catching Ice=
::LocalException
catches all run-time exceptions (but not user excep=
tions).
Ice::TimeoutException
This is the base exception for both operation-invocation and connection-es=
tablishment timeouts.
Ice::ConnectTimeoutException
This exception is raised when the initial attempt to establish a connectio=
n to a server times out.
For example, a ConnectTimeoutException
can be handled as ConnectTimeoutException, TimeoutException
, Lo=
calException
, or Exception
.
You will probably have little need to catch run-time exceptions as their=
most-derived type and instead catch them as LocalException
; t=
he fine-grained error handling offered by the remainder of the hierarchy is=
of interest mainly in the implementation of the Ice run time. Exceptions t=
o this rule are the exceptions related to facet and =
object life cycles, which you may want to catch explicitly. These excep=
tions are FacetNotExistException
and ObjectNotExistExcep=
tion
, respectively.
See Also
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