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// This file is part of the uSTL library, an STL implementation.
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//
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// Copyright (c) 2005-2009 by Mike Sharov <msharov@users.sourceforge.net>
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// This file is free software, distributed under the MIT License.
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#ifndef USTDXEPT_H_46F7AE967738B588038F95E41158D7FF
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#define USTDXEPT_H_46F7AE967738B588038F95E41158D7FF
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#include "uexception.h"
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#include "ustring.h"
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namespace ustl {
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enum {
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xfmt_ErrorMessage = 2,
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xfmt_LogicError = xfmt_ErrorMessage,
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xfmt_RuntimeError = xfmt_ErrorMessage
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};
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/// \class logic_error ustdxept.h ustl.h
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/// \ingroup Exceptions
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///
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/// \brief Logic errors represent problems in the internal logic of the program.
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///
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class error_message : public exception {
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public:
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explicit error_message (const char* arg) throw();
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virtual ~error_message (void) throw();
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inline virtual const char* what (void) const throw() { return (m_Arg.c_str()); }
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inline virtual const char* name (void) const throw() { return ("error"); }
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virtual void info (string& msgbuf, const char* fmt = NULL) const throw();
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virtual void read (istream& is);
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virtual void write (ostream& os) const;
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virtual size_t stream_size (void) const;
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protected:
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string m_Arg;
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};
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/// \class logic_error ustdxept.h ustl.h
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/// \ingroup Exceptions
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///
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/// \brief Logic errors represent problems in the internal logic of the program.
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///
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class logic_error : public error_message {
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public:
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inline explicit logic_error (const char* arg) throw() : error_message (arg) {}
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inline virtual const char* name (void) const throw() { return ("logic error"); }
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};
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/// \class domain_error ustdxept.h ustl.h
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/// \ingroup Exceptions
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///
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/// \brief Reports domain errors ("domain" is in the mathematical sense)
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///
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class domain_error : public logic_error {
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public:
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inline explicit domain_error (const char* arg) throw() : logic_error (arg) {}
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inline virtual const char* name (void) const throw() { return ("domain error"); }
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};
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/// \class invalid_argument ustdxept.h ustl.h
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/// \ingroup Exceptions
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///
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/// \brief Reports an invalid argument to a function.
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///
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class invalid_argument : public logic_error {
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public:
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inline explicit invalid_argument (const char* arg) throw() : logic_error (arg) {}
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inline virtual const char* name (void) const throw() { return ("invalid argument"); }
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};
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/// \class length_error ustdxept.h ustl.h
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/// \ingroup Exceptions
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///
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/// \brief Reports when an object exceeds its allowed size.
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///
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class length_error : public logic_error {
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public:
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inline explicit length_error (const char* arg) throw() : logic_error (arg) {}
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inline virtual const char* name (void) const throw() { return ("length error"); }
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};
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/// \class out_of_range ustdxept.h ustl.h
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/// \ingroup Exceptions
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///
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/// \brief Reports arguments with values out of allowed range.
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///
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class out_of_range : public logic_error {
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public:
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inline explicit out_of_range (const char* arg) throw() : logic_error (arg) {}
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inline virtual const char* name (void) const throw() { return ("out of range"); }
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};
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/// \class runtime_error ustdxept.h ustl.h
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/// \ingroup Exceptions
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///
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/// \brief Reports errors that are dependent on the data being processed.
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///
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class runtime_error : public error_message {
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public:
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inline explicit runtime_error (const char* arg) throw() : error_message (arg) {}
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inline virtual const char* name (void) const throw() { return ("runtime error"); }
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};
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/// \class range_error ustdxept.h ustl.h
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/// \ingroup Exceptions
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///
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/// \brief Reports data that does not fall within the permitted range.
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///
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class range_error : public runtime_error {
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public:
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inline explicit range_error (const char* arg) throw() : runtime_error (arg) {}
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inline virtual const char* name (void) const throw() { return ("range error"); }
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};
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/// \class overflow_error ustdxept.h ustl.h
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/// \ingroup Exceptions
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///
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/// \brief Reports arithmetic overflow.
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///
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class overflow_error : public runtime_error {
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public:
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inline explicit overflow_error (const char* arg) throw() : runtime_error (arg) {}
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inline virtual const char* name (void) const throw() { return ("overflow error"); }
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};
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/// \class underflow_error ustdxept.h ustl.h
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/// \ingroup Exceptions
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///
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/// \brief Reports arithmetic underflow.
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///
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class underflow_error : public runtime_error {
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public:
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inline explicit underflow_error (const char* arg) throw() : runtime_error (arg) {}
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inline virtual const char* name (void) const throw() { return ("underflow error"); }
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};
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} // namespace ustl
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#endif
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