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@ -60,25 +60,79 @@ Supporting sections:
* [Glossary](#S-glossary)
* [To-do: Unclassified proto-rules](#S-unclassified)
You can look at a specific language feature:
You can sample rules for a specific language feature:
* assignment: [???](#S-???)
* `class`: [???](#S-class)
* constructor: [???](#SS-ctor)
* derived `class`: [???](#SS-hier)
* destructor: [and constructors](#Rc-matched), [when needed?](#Rc-dtor), [may not fail](#Rc-dtor-fail)
* exception: [???](#S-errors)
* `for`: [range-for and for](#Res-for-range) -- [for and while](#Res-for-while) -- [for-initializer](#Res-for-init) -- [empty body](#Res-empty) -- [loop variable](#Res-loop-counter) -- [loop variable type ???](#Res-???)
* `inline`: [???](#S-class)
* initialization: [???](#S-???)
* lambda expression: [???](#SS-lambdas)
* operator: [???](#S-???)
* `public`, `private`, and `protected`: [???]](#S-???)
* `static_assert`: [???](#S-???)
* `struct`: [for organizing data](#Rc-org), [use if no invariant](#Rc-struct), [no private members](#Rc-class)
* `template`: [???](#S-???)
* `unsigned`: [???](#S-???)
* `virtual`: [???](#SS-hier)
* assignment:
[and regular types](#Rc-regular) --
[prefer initialization](#Rc-initialize) --
[copy semantics](#Rc-copy-semantics) --
[move semantics](#Rc-move-semantics) --
[and other operations](Rc-matched) --
[default](#Rc-eqdefault)
* `class`:
[data](#Rc-org) --
[invariant](#Rc-struct) --
[members](#Rc-member) --
[helper functions](#Rc-helper) --
[concrete types](#SS-concrete) --
[constructors, assignments, and destructors](#S-ctor) --
[hierarchies](#SS-hier) --
[operators](#SS-overload) --
* constructor:
[invariant](#Rc-struct) --
[establish invariant](#Rc-ctor) --
[`throw` in constructor](#Rc-throw) --
[default](#Rc-default0) --
[not needed](#Rc-default) --
[`explicit`](#Rc-explicit) --
[delegating](#Rc-delegating) --
[and `virtual`](#RC-ctor-virtual)
* derived `class`:
[when to use](#Rh-domain) --
[as interface](#Rh-abstract) --
[and destructors](#Rh-dtor) --
[copy](#Rh-copy) --
[getters and setters](#Rh-get) --
[`protected`](#Rh-protected) --
[multiple inheritance](#Rh-mi-interface) --
[overloading member functions](#Rh-using) --
[slicing](#Rc-copy-virtual) --
[`dynamic_cast`](#Rh-dynamic_cast)
* destructor:
[and constructors](#Rc-matched) --
[when needed?](#Rc-dtor) --
[may not fail](#Rc-dtor-fail)
* exception:
[???](#S-errors)
* `for`:
[range-for and for](#Res-for-range) --
[for and while](#Res-for-while) --
[for-initializer](#Res-for-init) --
[empty body](#Res-empty) --
[loop variable](#Res-loop-counter) --
[loop variable type ???](#Res-???)
* `inline`:
[???](#S-class)
* initialization:
[???](#S-???)
* lambda expression:
[???](#SS-lambdas)
* operator:
[???](#S-???)
* `public`, `private`, and `protected`:
[???]](#S-???)
* `static_assert`:
[???](#S-???)
* `struct`:
[for organizing data](#Rc-org) --
[use if no invariant](#Rc-struct) --
[no private members](#Rc-class)
* `template`:
[???](#S-???)
* `unsigned`:
[???](#S-???)
* `virtual`:
[???](#SS-hier)
You can look at design concepts used to express the rules: