Editing Operators in C and C++ (section)

===Other===
{| class="wikitable" style="width:100%"
! colspan="2" rowspan="2" | Operation
! rowspan="2" | Syntax
! rowspan="2" | Can overload
! rowspan="2" | In C
! colspan="2" | C++ prototype
|-
! in class K
! outside class
|- 
| {{rh}} colspan="2" | [[function (programming)|Function]] call
| align="center" | <code>a'''('''a1, a2''')'''</code>
| {{yes}}
| {{yes}}
| {{cpp|1=R K::operator ()(S a, T b, ...);}}<!--'operator' shows as blue even though other prototypes shows it as green; seems to be a bug in the cpp template; unknown how to workaround.-->
| {{n/a}}
|-
| {{rh}} colspan="2" | [[comma operator|Comma]] 
| style="text-align:center;" | <code>a''',''' b</code> || {{yes}} || {{yes}} 
| {{cpp|1=R K::operator ,(S b);}}
| {{cpp|1=R operator ,(K a, S b);}}
|-
| {{rh}} colspan="2" | [[?:|Ternary conditional]] 
| style="text-align:center;" | <code>a '''?''' b ''':''' c</code> || {{no}} || {{yes}} 
| colspan="2" {{n/a}}
|-
| {{rh}} colspan="2" | [[Scope resolution operator#C++|Scope resolution]] 
| style="text-align:center;" | <code>a'''::'''b</code><ref name="scopal" group="lower-alpha" /> || {{no}} || {{no}} 
| colspan="2" {{n/a}}
|-
| {{rh}} colspan="2" | User-defined literals<ref name="ud-literal" group="lower-alpha" /><ref name="sinceCXX11" group="lower-alpha" />
| style="text-align: center;" | <code><nowiki>"a"_b</nowiki></code> || {{yes}} || {{no}}
| {{n/a}}
| {{cpp|1=R operator "" _b(T a)}}
|-
| {{rh}} colspan="2" | [[Sizeof]]
| style="text-align:center;" | <code>'''sizeof''' a</code><ref name="sizeof" group="lower-alpha" /><br /><code>'''sizeof''' (R)</code> || {{no}} || {{yes}} 
| colspan="2" {{n/a}}
|-
| {{rh}} colspan="2" | Size of [[variadic template|parameter pack]]<ref name="sinceCXX11" group="lower-alpha" />
| style="text-align:center;" | <code>'''sizeof...'''(Args)</code> || {{no}} || {{no}}
| colspan="2" {{n/a}}
|-
| {{rh}} colspan="2" | Alignof<ref name="sinceCXX11" group="lower-alpha" />
| style="text-align:center;" | <code>'''alignof'''(R)</code> <br> or <code>'''_Alignof'''(R)</code><ref name="alignof" group="lower-alpha"/> || {{no}} || {{yes}} 
| colspan="2" {{n/a}}
|-
| {{rh}} colspan="2" | [[Decltype]]<ref name="sinceCXX11" group="lower-alpha" />
| style="text-align:center;" | <code>'''decltype''' (a)</code><br/><code>'''decltype''' (R)</code> || {{no}} || {{no}}
| colspan="2" {{n/a}}
|-
| {{rh}} colspan="2" | Type identification 
| style="text-align:center;" | <code>'''typeid'''(a)</code><br><code>'''typeid'''(R)</code> || {{no}} || {{no}} 
| colspan="2" {{n/a}}
|-
| {{rh}} colspan="2" | [[type conversion|Conversion]]<br>{{small|(C-style cast)}} 
| style="text-align:center;" | <code>(R)a</code> || {{yes}} || {{yes}}
| {{cpp|1=K::operator R();}}<ref>{{cite web|url=https://en.cppreference.com/w/cpp/language/cast_operator|title=user-defined conversion|access-date=5 April 2020}}</ref>
| {{n/a}}
|-
| {{rh}} colspan="2" | [[type conversion|Conversion]]{{efn|Behaves like const_cast/static_cast/reinterpret_cast. In the last two cases, the <code>auto</code> specifier is replaced with the type of the invented variable x declared with <code>auto x(a);</code> (which is never interpreted as a function declaration) or <code>auto x{a};</code>, respectively.}}<ref>[https://en.cppreference.com/w/cpp/language/explicit_cast Explicit type conversion] in C++</ref>
| style="text-align:center;" | <code>R(a)</code><br><code>R{a}</code><ref name="sinceCXX11" group="lower-alpha" /><br><code>auto(a)</code><ref name="sinceCXX23" group="lower-alpha" /><br><code>auto{a}</code><ref name="sinceCXX23" group="lower-alpha" /> || {{no}} || {{no}}
| {{rh}} colspan="2" {{n/a}}
|-
| {{rh}} colspan="2" | [[static_cast]] conversion{{efn|For user-defined conversions, the return type implicitly and necessarily matches the operator name unless the type is inferred (e.g. {{cpp|1=operator auto()}}, {{cpp|1=operator decltype(auto)()}} etc.).}}
| style="text-align:center;" | <code>'''static_cast'''<R>(a)</code> || {{yes}} || {{no}}
| {{cpp|1=K::operator R();}}<br>{{cpp|1=explicit K::operator R();}}<ref name="sinceCXX11" group="lower-alpha" />
| {{n/a}}
|-
| {{rh}} colspan="2" | [[dynamic cast]] conversion
| style="text-align:center;" | <code>'''dynamic_cast'''<R>(a)</code> || {{no}} || {{no}}
| colspan="2" {{n/a}}
|-
| {{rh}} colspan="2" | [[const_cast]] conversion
| style="text-align:center;" | <code>'''const_cast'''<R>(a)</code> || {{no}} || {{no}}
| colspan="2" {{n/a}}
|-
| {{rh}} colspan="2" | [[reinterpret_cast]] conversion
| style="text-align:center;" | <code>'''reinterpret_cast'''<R>(a)</code> || {{no}} || {{no}}
| colspan="2" {{n/a}}
|-
| {{rh}} colspan="2" | [[new (c++)|Allocate storage]] 
| style="text-align:center;" | <code>'''new''' R</code><ref name="infer" group="lower-alpha"/> || {{yes}} || {{no}} 
| {{cpp|1=void* K::operator new(size_t x);}}
| {{cpp|1=void* operator new(size_t x);}}
|-
| {{rh}} colspan="2" | Allocate array 
| style="text-align:center;" | <code>'''new''' R'''['''n''']'''</code><ref name="infer2" group="lower-alpha"/> || {{yes}} || {{no}} 
| {{cpp|1=void* K::operator new[](size_t a);}}
| {{cpp|1=void* operator new[](size_t a);}}
|-
| {{rh}} colspan="2" | [[operator delete|Deallocate storage]]
| style="text-align:center;" | <code>'''delete''' a</code> || {{yes}} || {{no}} 
| {{cpp|1=void K::operator delete(void* a);}}
| {{cpp|1=void operator delete(void* a);}}
|-
| {{rh}} colspan="2" | Deallocate array 
| style="text-align:center;" | <code>'''delete[]''' a</code> || {{yes}} || {{no}} 
| {{cpp|1=void K::operator delete[](void* a);}}
| {{cpp|1=void operator delete[](void* a);}}
|-
| {{rh}} colspan="2" | Exception check<ref name="sinceCXX11" group="lower-alpha" />
| style="text-align:center;" | <code>'''noexcept'''(a)</code> || {{no}} || {{no}}
| colspan="2" {{n/a}}
|}