alib::strings::TCString< TChar > Class Template Reference

Description:

template<typename TChar>
class alib::strings::TCString< TChar >

This class specializes its base class String in that respect that the character strings represented are guaranteed to be zero-terminated.
Zero-terminated strings are widely used by programming language C and are often called "C-strings", what gave the class its name.

See also

For an introduction into the ALib string classes see this module's Programmer's Manual.

Template Parameters

TChar

The character type of this string.

Definition at line 30 of file cstring.inl.

Inheritance diagram for alib::strings::TCString< TChar >:

Collaboration diagram for alib::strings::TCString< TChar >:

Public Method Index:
constexpr	TCString ()=default
	Defaulted default constructor. Leaves this instance uninitialized and undefined.
template<typename T> requires alib::characters::IsImplicitZTArraySource<T, TChar>
constexpr	TCString (const T &src)
template<typename T> requires alib::characters::IsImplicitZTArraySource<T, TChar>
constexpr	TCString (const T *src)
constexpr	TCString (const TChar *pBuffer, integer contentLength)
constexpr	TCString (lang::IsNullptr auto const &) noexcept
	Constructor accepting nullptr. Constructs a nulled string.
template<typename T> requires alib::characters::IsExplicitZTArraySource<T, TChar>
constexpr	TCString (T &src)
template<typename T> requires alib::characters::IsMutableZTArraySource<T, TChar>
constexpr	TCString (T &src)
template<typename T> requires alib::characters::IsExplicitZTArraySource<T, TChar>
constexpr	TCString (T *src)
template<typename T> requires alib::characters::IsMutableZTArraySource<T, TChar>
constexpr	TCString (T *src)
template<typename TAllocator> requires alib::lang::IsAllocator<TAllocator>
	TCString (TAllocator &allocator, const TString< TChar > &copy)
template<typename TAllocator> requires alib::lang::IsAllocator<TAllocator>
void	Allocate (TAllocator &allocator, const TString< TChar > &copy)
template<typename TAllocator> requires alib::lang::IsAllocator<TAllocator>
void	Free (TAllocator &allocator) const
template<lang::Inclusion TInclusion, typename TCheck = CHK>
integer	IndexOfAny (const TCString &needles, integer startIdx=0) const
template<typename T> requires ( alib::characters::IsImplicitArrayCast<T, TChar> && !alib::strings::NoAutoCastTraits< TCString<TChar>, characters::Policy::Implicit, std::remove_cv_t<T> >::value )
constexpr	operator T () const
template<typename T> requires ( alib::characters::IsExplicitArrayCast<T, TChar> && !alib::characters::IsImplicitZTArrayCast<T, TChar> && !alib::characters::IsExplicitZTArrayCast<T, TChar> && !alib::strings::NoAutoCastTraits< TCString<TChar>, characters::Policy::ExplicitOnly, std::remove_cv_t<T> >::value )
constexpr	operator T () const
template<typename T> requires ( !alib::characters::IsImplicitArrayCast <T, TChar> && alib::characters::IsImplicitZTArrayCast<T, TChar> && !alib::strings::NoAutoCastTraits< TCString<TChar>, characters::Policy::Implicit, std::remove_cv_t<T> >::value )
constexpr	operator T () const
template<typename T> requires ( alib::characters::IsExplicitZTArrayCast<T, TChar> && !alib::characters::IsImplicitZTArrayCast<T, TChar> && !alib::strings::NoAutoCastTraits< TCString<TChar>, characters::Policy::ExplicitOnly, std::remove_cv_t<T> >::value )
constexpr	operator T () const
TChar	operator[] (integer op) const
Public Method Index: inherited from alib::strings::TString< TChar >
constexpr	TString () noexcept=default
template<typename T> requires alib::characters::IsImplicitArraySource<T, TChar>
constexpr	TString (const T &src) noexcept
template<typename T> requires alib::characters::IsExplicitArraySource<T, TChar>
constexpr	TString (const T &src) noexcept
constexpr	TString (const TChar *pBuffer, integer pLength) noexcept
constexpr	TString (const TString &) noexcept=default
	Defaulted copy constructor.
	TString (const_iterator &start, const_iterator &end)
constexpr	TString (lang::IsNullptr auto const &) noexcept
	Constructor accepting nullptr. Constructs a nulled string.
template<typename T> requires alib::characters::IsMutableArraySource<T, TChar>
constexpr	TString (T &src) noexcept
template<typename TAllocator> requires alib::lang::IsAllocator<TAllocator>
	TString (TAllocator &allocator, const TString< TChar > &copy)
constexpr	TString (TString &&) noexcept=default
	Defaulted move constructor.
template<typename T> requires ( alib::characters::IsImplicitArrayCast<T, TChar> && !alib::strings::NoAutoCastTraits< TString<TChar>, characters::Policy::Implicit, std::remove_cv_t<T> >::value )
constexpr	operator T () const
template<typename T> requires ( alib::characters::IsExplicitArrayCast<T, TChar> && !alib::strings::NoAutoCastTraits< TString<TChar>, characters::Policy::ExplicitOnly, std::remove_cv_t<T> >::value )
constexpr	operator T () const
constexpr TString &	operator= (const TString &) noexcept=default
constexpr TString &	operator= (TString &&) noexcept=default
constexpr const TChar *	Buffer () const
constexpr integer	Length () const
integer	WStringLength () const
constexpr bool	IsNull () const
constexpr bool	IsNotNull () const
constexpr bool	IsEmpty () const
constexpr bool	IsNotEmpty () const
template<typename TCheck = CHK>
TString< TChar >	Substring (integer regionStart, integer regionLength=MAX_LEN) const
template<typename TCheck = CHK>
TChar	CharAt (integer idx) const
template<typename TCheck = CHK>
TChar	CharAtStart () const
template<typename TCheck = CHK>
TChar	CharAtEnd () const
TChar	operator[] (integer idx) const
std::size_t	Hashcode () const
std::size_t	HashcodeIgnoreCase () const
template<typename TCheck = CHK, lang::Case TSensitivity = lang::Case::Sensitive>
bool	Equals (const TString< TChar > &rhs) const
template<typename TCheck = CHK, lang::Case TSensitivity = lang::Case::Sensitive>
int	CompareTo (const TString< TChar > &rhs) const
template<typename TCheck = CHK, lang::Case TSensitivity = lang::Case::Sensitive>
int	CompareTo (const TString &rhs, integer rhsRegionStart, integer rhsRegionLength=MAX_LEN) const
template<typename TCheck = CHK, lang::Case TSensitivity = lang::Case::Sensitive>
int	CompareTo (const TString &rhs, integer rhsRegionStart, integer rhsRegionLength, integer regionStart, integer regionLength=MAX_LEN) const
template<typename TCheck = CHK, lang::Case TSensitivity = lang::Case::Sensitive>
bool	ContainsAt (const TString &needle, integer pos) const
template<typename TCheck = CHK, lang::Case TSensitivity = lang::Case::Sensitive>
bool	StartsWith (const TString &needle) const
template<typename TCheck = CHK, lang::Case TSensitivity = lang::Case::Sensitive>
bool	EndsWith (const TString &needle) const
template<typename TCheck = CHK>
integer	IndexOf (TChar needle, integer startIdx=0) const
template<typename TCheck = CHK>
integer	IndexOf (TChar needle, integer regionStart, integer regionLength) const
integer	IndexOfOrLength (TChar needle) const
template<typename TCheck = CHK>
integer	IndexOfOrLength (TChar needle, integer startIdx) const
template<typename TCheck = CHK>
integer	LastIndexOf (TChar needle, integer startIndex=MAX_LEN) const
template<lang::Inclusion TInclusion, typename TCheck = CHK>
integer	IndexOfAny (const TString &needles, integer startIdx=0) const
template<lang::Inclusion TInclusion, typename TCheck = CHK>
integer	LastIndexOfAny (const TString &needles, integer startIdx=MAX_LEN) const
template<typename TCheck = CHK, lang::Case TSensitivity = lang::Case::Sensitive>
integer	IndexOf (const TString &needle, integer startIdx=0, integer endIdx=strings::MAX_LEN) const
template<typename TCheck = CHK>
integer	IndexOfFirstDifference (const TString &needle, lang::Case sensitivity=lang::Case::Sensitive, integer startIdx=0) const
integer	IndexOfSegmentEnd (TChar opener, TChar closer, integer idx) const
template<typename TCheck = CHK>
integer	CountChar (TChar needle, integer startPos=0) const
template<typename TCheck = CHK>
integer	CountChar (TChar needle, TChar omit, integer startPos) const
template<typename TCheck = CHK, lang::Case TSensitivity = lang::Case::Sensitive>
integer	Count (const TString &needle, integer startPos=0) const
template<typename TCheck = CHK, lang::Case TSensitivity = lang::Case::Sensitive>
integer	Count (const TString &needle, const TString &omit, integer startPos=0) const
ALIB_DLL uint64_t	ParseDecDigits (integer startIdx=0, integer *newIdx=nullptr) const
ALIB_DLL int64_t	ParseInt (integer startIdx=0, TNumberFormat< TChar > *numberFormat=nullptr, integer *newIdx=nullptr) const
int64_t	ParseInt (TNumberFormat< TChar > *numberFormat, integer *newIdx=nullptr) const
int64_t	ParseInt (integer *newIdx) const
int64_t	ParseInt (integer startIdx, integer *newIdx) const
ALIB_DLL uint64_t	ParseDec (integer startIdx=0, TNumberFormat< TChar > *numberFormat=nullptr, integer *newIdx=nullptr) const
uint64_t	ParseDec (TNumberFormat< TChar > *numberFormat, integer *newIdx=nullptr) const
uint64_t	ParseDec (integer *newIdx) const
uint64_t	ParseDec (integer startIdx, integer *newIdx) const
ALIB_DLL uint64_t	ParseBin (integer startIdx=0, TNumberFormat< TChar > *numberFormat=nullptr, integer *newIdx=nullptr) const
uint64_t	ParseBin (TNumberFormat< TChar > *numberFormat, integer *newIdx=nullptr) const
uint64_t	ParseBin (integer *newIdx) const
uint64_t	ParseBin (integer startIdx, integer *newIdx) const
ALIB_DLL uint64_t	ParseHex (integer startIdx=0, TNumberFormat< TChar > *numberFormat=nullptr, integer *newIdx=nullptr) const
uint64_t	ParseHex (TNumberFormat< TChar > *numberFormat, integer *newIdx=nullptr) const
uint64_t	ParseHex (integer *newIdx) const
uint64_t	ParseHex (integer startIdx, integer *newIdx) const
ALIB_DLL uint64_t	ParseOct (integer startIdx=0, TNumberFormat< TChar > *numberFormat=nullptr, integer *newIdx=nullptr) const
uint64_t	ParseOct (TNumberFormat< TChar > *numberFormat, integer *newIdx=nullptr) const
uint64_t	ParseOct (integer *newIdx) const
uint64_t	ParseOct (integer startIdx, integer *newIdx) const
ALIB_DLL double	ParseFloat (integer startIdx=0, TNumberFormat< TChar > *numberFormat=nullptr, integer *newIdx=nullptr) const
double	ParseFloat (TNumberFormat< TChar > *numberFormat, integer *newIdx=nullptr) const
double	ParseFloat (integer *newIdx) const
double	ParseFloat (integer startIdx, integer *newIdx) const
integer	CopyTo (TChar *dest) const
template<typename TAllocator> requires alib::lang::IsAllocator<TAllocator>
void	Allocate (TAllocator &allocator, const TString< TChar > &copy)
template<typename TAllocator> requires alib::lang::IsAllocator<TAllocator>
void	Free (TAllocator &allocator)
const_iterator	begin () const
const_iterator	cbegin () const
const_iterator	end () const
const_iterator	cend () const
const_reverse_iterator	rbegin () const
const_reverse_iterator	rend () const
const_reverse_iterator	crbegin () const
const_reverse_iterator	crend () const
size_type	size () const
bool	AdjustRegion (integer &regionStart, integer &regionLength) const

Protected Type Index:
using	base = TString<TChar>
	Shortcut to the base type.

Additional Inherited Members
Public Type Index: inherited from alib::strings::TString< TChar >
using	size_type = integer
	The type defining sizes of strings.
using	value_type = TChar
	Exposes template parameter TChar to the outer world in a std compatible way.
using	const_iterator = TRandomAccessIterator<const TChar>
using	const_reverse_iterator = std::reverse_iterator<const_iterator>
Protected Field Index: inherited from alib::strings::TString< TChar >
const TChar *	buffer
integer	length
Protected Method Index: inherited from alib::strings::TString< TChar >
template<lang::Case TSensitivity = lang::Case::Sensitive>
ALIB_DLL integer	indexOfString (const TString &needle, integer startIdx, integer endIdx) const

Type Definition Details:

base

template<typename TChar>

using alib::strings::TCString< TChar >::base = TString<TChar>

protected

Shortcut to the base type.

Definition at line 34 of file cstring.inl.

Constructor(s) / Destructor Details:

TCString() [1/9]

template<typename TChar>

alib::strings::TCString< TChar >::TCString ( const TChar * pBuffer, integer contentLength )

inlineexplicitconstexpr

Constructor accepting a pointer to a character array and a string length.

Note

It is a user's responsibility to ensure that the character array provided includes a terminating '\0' character.
In debug-compilations a run-time assertion is raised if the provided buffer is not zero-terminated.

Parameters

pBuffer	The buffer to use.
contentLength	The length of the content in the given buffer.

Definition at line 50 of file cstring.inl.

TCString() [2/9]

template<typename TChar>

alib::strings::TCString< TChar >::TCString ( lang::IsNullptr auto const & )

inlineconstexprnoexcept

Constructor accepting nullptr. Constructs a nulled string.

Definition at line 62 of file cstring.inl.

TCString() [3/9]

template<typename TChar>

template<typename T>
requires alib::characters::IsImplicitZTArraySource<T, TChar>

alib::strings::TCString< TChar >::TCString ( const T & src )

inlineconstexpr

Templated implicit constructor accepting a const reference to an object of a type that satisfies the concept IsImplicitZTArraySource.

Custom types can be enabled for this constructor by specializing the traits-type ZTArrayTraits, which is used for both; the implementation of the concept, and the implementation of this constructor itself.

Template Parameters

T	The type of the given src. Requires satisfying the concept IsImplicitZTArraySource. Deduced by the compiler.

Parameters

src	The source of the string data to copy.

Definition at line 78 of file cstring.inl.

TCString() [4/9]

template<typename TChar>

template<typename T>
requires alib::characters::IsImplicitZTArraySource<T, TChar>

alib::strings::TCString< TChar >::TCString ( const T * src )

inlineconstexpr

Templated implicit constructor accepting a const pointer to an object of a type that satisfies the concept IsImplicitZTArraySource.

Custom types can be enabled for this constructor by specializing the traits-type ZTArrayTraits, which is used for both; the implementation of the concept, and the implementation of this constructor itself.

Template Parameters

T	The type of the given src. Requires satisfying the concept IsImplicitZTArraySource. Deduced by the compiler.

Parameters

src	A pointer to the source of the string data to copy.

Definition at line 103 of file cstring.inl.

TCString() [5/9]

template<typename TChar>

template<typename T>
requires alib::characters::IsExplicitZTArraySource<T, TChar>

alib::strings::TCString< TChar >::TCString ( T & src )

inlineexplicitconstexpr

Templated explicit constructor accepting a const reference to an object of a type that satisfies the concept IsExplicitZTArraySource.

Custom types can be enabled for this constructor by specializing the traits-type ZTArrayTraits, which is used for both; the implementation of the concept, and the implementation of this constructor itself.

Template Parameters

T	The type of the given src. Requires satisfying the concept IsExplicitZTArraySource. Deduced by the compiler.

Parameters

src	The source of the string data to copy.

Definition at line 126 of file cstring.inl.

TCString() [6/9]

template<typename TChar>

template<typename T>
requires alib::characters::IsExplicitZTArraySource<T, TChar>

alib::strings::TCString< TChar >::TCString ( T * src )

inlineexplicitconstexpr

Templated explicit constructor accepting a const pointer to an object of a type that satisfies the concept IsExplicitZTArraySource.

Custom types can be enabled for this constructor by specializing the traits-type ZTArrayTraits, which is used for both; the implementation of the concept, and the implementation of this constructor itself.

Template Parameters

T	The type of the given src. Requires satisfying the concept IsExplicitZTArraySource. Deduced by the compiler.

Parameters

src	A pointer to the source of the string data to copy.

Definition at line 151 of file cstring.inl.

TCString() [7/9]

template<typename TChar>

template<typename T>
requires alib::characters::IsMutableZTArraySource<T, TChar>

alib::strings::TCString< TChar >::TCString ( T & src )

inlineexplicitconstexpr

Templated explicit constructor accepting a mutable reference to an object of a type that satisfies the concept IsMutableZTArraySource.

Custom types can be enabled for this constructor by specializing the traits-type ZTArrayTraits, which is used for both; the implementation of the concept, and the implementation of this constructor itself.

Template Parameters

T	The type of the given src. Requires satisfying the concept IsMutableZTArraySource. Deduced by the compiler.

Parameters

src	The source of the string data to copy.

Definition at line 176 of file cstring.inl.

TCString() [8/9]

template<typename TChar>

template<typename T>
requires alib::characters::IsMutableZTArraySource<T, TChar>

alib::strings::TCString< TChar >::TCString ( T * src )

inlineexplicitconstexpr

Templated explicit constructor accepting a mutable pointer to an object of a type that satisfies the concept IsMutableZTArraySource.

Custom types can be enabled for this constructor by specializing the traits-type ZTArrayTraits, which is used for both; the implementation of the concept, and the implementation of this constructor itself.

Template Parameters

T	The type of the given src. Requires satisfying the concept IsMutableZTArraySource. Deduced by the compiler.

Parameters

src	A pointer to the source of the string data to copy.

Definition at line 201 of file cstring.inl.

TCString() [9/9]

template<typename TChar>

template<typename TAllocator>
requires alib::lang::IsAllocator<TAllocator>

alib::strings::TCString< TChar >::TCString ( TAllocator & allocator, const TString< TChar > & copy )

inline

Constructor which allocates memory including an extra character for zero-termination, copies the given string's contents and lets this CString represent this new zero-terminated character array.
Note that it is up to the using code to duly deallocate the memory, because the destructor of this type does not do so.

See also

Methods Allocate and Free for information how to use allocated string objects.

Template Parameters

TAllocator

The type of the given allocator, as prototyped with Allocator. Deduced by the compiler.

Parameters

allocator	The allocator to use.
copy	The string to copy to the new memory allocated.

Definition at line 227 of file cstring.inl.

Method Details:

Allocate()

template<typename TChar>

template<typename TAllocator>
requires alib::lang::IsAllocator<TAllocator>

void alib::strings::TCString< TChar >::Allocate ( TAllocator & allocator, const TString< TChar > & copy )

inline

Sets this object to a zero-terminated copy of the given string, allocated in given allocator.

Note

In case given copy is empty or nulled, no allocation is performed and this string is set to empty. Still the pointer to the buffer is copied. Thus, this string behaves in respect to method IsNull the same as given string copy.

Template Parameters

TAllocator

The type of the given allocator, as prototyped with Allocator. Deduced by the compiler.

Parameters

allocator	The allocator to use.
copy	The string to copy to the new memory allocated.

Definition at line 441 of file cstring.inl.

Free()

template<typename TChar>

template<typename TAllocator>
requires alib::lang::IsAllocator<TAllocator>

void alib::strings::TCString< TChar >::Free ( TAllocator & allocator ) const

inline

Deallocates this String's memory in allocator and sets this instance to nulled.

See also

Notes in the similar method TString::Free of the base class, which apply with this override likewise.

Template Parameters

TAllocator

The type of the given allocator, as prototyped with Allocator. Deduced by the compiler.

Parameters

allocator

The allocator to use.

Definition at line 465 of file cstring.inl.

IndexOfAny()

template<typename TChar>

template<lang::Inclusion TInclusion, typename TCheck = CHK>

integer alib::strings::TCString< TChar >::IndexOfAny ( const TCString< TChar > & needles, integer startIdx = 0 ) const

inline

Returns the index of the first character which is included, respectively not included in a given set of characters.

This method searches forwards. For backwards search, see String::LastIndexOfAny.

Note

This method overrides method String::IndexOf. This implementation however expects a CString with parameter needles (beside the fact that it has to be invoked on a CString itself). If no zero-terminated needle string is available, the parent's original method needs to be invoked. This has to be done by explicitly naming the parent class in the invocation, like for example in

   myCString.TString::IndexOfAny<Inclusion::Include>( myString );

On most platforms, this zero-terminated version should perform slightly faster than the original method in class String.

Template Parameters

TCheck	Defaults to CHK, which is the normal invocation mode. If <false> is added to the method name, no parameter checks are performed and the needles must not be empty.
TInclusion	Denotes whether the search returns the first index that holds a value that is included or that is not excluded in the set of needle characters.

Parameters

needles	Set of characters to be taken into account.
startIdx	The index to start the search at. If the given value is less than 0, it is set to 0. If it exceeds the length of the string, the length of the string is returned. Defaults to 0.

Returns

The index of the first character found which is included, respectively not included, in the given set of characters. If nothing is found, -1 is returned.

Definition at line 394 of file cstring.inl.

operator T() [1/4]

template<typename TChar>

template<typename T>
requires ( alib::characters::IsImplicitArrayCast<T, TChar> && !alib::strings::NoAutoCastTraits< TCString<TChar>, characters::Policy::Implicit, std::remove_cv_t<T> >::value )

alib::strings::TCString< TChar >::operator T ( ) const

inlineconstexpr

Templated implicit cast operator constructing an instance of type T from this string instance. This operator requires the type T satisfying the concept IsImplicitZTArrayCast.

Custom types can be enabled for this operator by specializing the traits-type ArrayTraits, which is used for both; the implementation of the concept, and the implementation of this operator itself.

Template Parameters

T	The type to implicitly cast this instance to. Requires satisfying the concept IsImplicitZTArrayCast. Deduced by the compiler.

Returns

A value of type T.

Definition at line 261 of file cstring.inl.

operator T() [2/4]

template<typename TChar>

template<typename T>
requires ( alib::characters::IsExplicitArrayCast<T, TChar> && !alib::characters::IsImplicitZTArrayCast<T, TChar> && !alib::characters::IsExplicitZTArrayCast<T, TChar> && !alib::strings::NoAutoCastTraits< TCString<TChar>, characters::Policy::ExplicitOnly, std::remove_cv_t<T> >::value )

alib::strings::TCString< TChar >::operator T ( ) const

inlineexplicitconstexpr

Templated explicit cast operator constructing an instance of type T from this string instance. This operator requires the type T satisfying the concept IsExplicitZTArrayCast.

Custom types can be enabled for this operator by specializing the traits-type ArrayTraits, which is used for both; the implementation of the concept, and the implementation of this operator itself.

Template Parameters

T	The type to implicitly cast this instance to. Deduced by the compiler.

Returns

A value of type T.

Definition at line 285 of file cstring.inl.

operator T() [3/4]

template<typename TChar>

template<typename T>
requires ( !alib::characters::IsImplicitArrayCast <T, TChar> && alib::characters::IsImplicitZTArrayCast<T, TChar> && !alib::strings::NoAutoCastTraits< TCString<TChar>, characters::Policy::Implicit, std::remove_cv_t<T> >::value )

alib::strings::TCString< TChar >::operator T ( ) const

inlineconstexpr

Templated implicit cast operator constructing an instance of type T from this string instance. This operator requires the type T satisfying the concept IsImplicitZTArrayCast.

Custom types can be enabled for this operator by specializing the traits-type ZTArrayTraits, which is used for both; the implementation of the concept, and the implementation of this operator itself.

Template Parameters

T	The type to implicitly cast this instance to. Requires satisfying the concept IsImplicitZTArrayCast. Deduced by the compiler.

Returns

A value of type T.

Definition at line 310 of file cstring.inl.

operator T() [4/4]

template<typename TChar>

template<typename T>
requires ( alib::characters::IsExplicitZTArrayCast<T, TChar> && !alib::characters::IsImplicitZTArrayCast<T, TChar> && !alib::strings::NoAutoCastTraits< TCString<TChar>, characters::Policy::ExplicitOnly, std::remove_cv_t<T> >::value )

alib::strings::TCString< TChar >::operator T ( ) const

inlineexplicitconstexpr

Templated explicit cast operator constructing an instance of type T from this string instance. This operator requires the type T satisfying the concept IsExplicitZTArrayCast.

Custom types can be enabled for this operator by specializing the traits-type ZTArrayTraits, which is used for both; the implementation of the concept, and the implementation of this operator itself.

Template Parameters

T	The type to explicitly cast this instance to. Deduced by the compiler.

Returns

A value of type T.

Definition at line 333 of file cstring.inl.

operator[]()

template<typename TChar>

TChar alib::strings::TCString< TChar >::operator[] ( integer op ) const

inline

Reads a character at a given index.
Overrides String::operator[] to change the debug assertion to allow inclusion of the termination character.

Attention

No parameter check is performed (other than an assertions in debug-compilation of ALib). See String::operator[] for details.

Parameters

op	The index of the character within this object's buffer.

Returns

If the character contained at index op.

Definition at line 349 of file cstring.inl.

---

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

• cstring.inl