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Malcolm Parsons 2017-05-24 11:15:58 +01:00 committed by Jonathan Wakely
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@ -67,7 +67,7 @@ You can sample rules for specific language features:
[prefer initialization](#Rc-initialize) -- [prefer initialization](#Rc-initialize) --
[copy](#Rc-copy-semantics) -- [copy](#Rc-copy-semantics) --
[move](#Rc-move-semantics) -- [move](#Rc-move-semantics) --
[other operations](Rc-matched) -- [other operations](#Rc-matched) --
[default](#Rc-eqdefault) [default](#Rc-eqdefault)
* `class`: * `class`:
[data](#Rc-org) -- [data](#Rc-org) --
@ -108,7 +108,7 @@ You can sample rules for specific language features:
[may not fail](#Rc-dtor-fail) [may not fail](#Rc-dtor-fail)
* exception: * exception:
[errors](#S-errors) -- [errors](#S-errors) --
[`throw`](Re-throw) -- [`throw`](#Re-throw) --
[for errors only](#Re-errors) -- [for errors only](#Re-errors) --
[`noexcept`](#Re-noexcept) -- [`noexcept`](#Re-noexcept) --
[minimize `try`](#Re-catch) -- [minimize `try`](#Re-catch) --
@ -131,7 +131,7 @@ You can sample rules for specific language features:
[lambdas](#Rf-capture-vs-overload) [lambdas](#Rf-capture-vs-overload)
* `inline`: * `inline`:
[small functions](#Rf-inline) -- [small functions](#Rf-inline) --
[in headers](Rs-inline) [in headers](#Rs-inline)
* initialization: * initialization:
[always](#Res-always) -- [always](#Res-always) --
[prefer `{}`](#Res-list) -- [prefer `{}`](#Res-list) --
@ -142,7 +142,7 @@ You can sample rules for specific language features:
* lambda expression: * lambda expression:
[when to use](#SS-lambdas) [when to use](#SS-lambdas)
* operator: * operator:
[conventional](Ro-conventional) -- [conventional](#Ro-conventional) --
[avoid conversion operators](#Ro-conventional) -- [avoid conversion operators](#Ro-conventional) --
[and lambdas](#Ro-lambda) [and lambdas](#Ro-lambda)
* `public`, `private`, and `protected`: * `public`, `private`, and `protected`:
@ -166,7 +166,7 @@ You can sample rules for specific language features:
* `virtual`: * `virtual`:
[interfaces](#Ri-abstract) -- [interfaces](#Ri-abstract) --
[not `virtual`](#Rc-concrete) -- [not `virtual`](#Rc-concrete) --
[destructor](Rc-dtor-virtual) -- [destructor](#Rc-dtor-virtual) --
[never fail](#Rc-dtor-fail) [never fail](#Rc-dtor-fail)
You can look at design concepts used to express the rules: You can look at design concepts used to express the rules:
@ -7140,7 +7140,7 @@ Factoring out `Utility` makes sense if many derived classes share significant "i
Obviously, the example is too "theoretical", but it is hard to find a *small* realistic example. Obviously, the example is too "theoretical", but it is hard to find a *small* realistic example.
`Interface` is the root of an [interface hierarchy](#Rh-abstract) `Interface` is the root of an [interface hierarchy](#Rh-abstract)
and `Utility` is the root of an [implementation hierarchy](Rh-kind). and `Utility` is the root of an [implementation hierarchy](#Rh-kind).
Here is [a slightly more realistic example](https://www.quora.com/What-are-the-uses-and-advantages-of-virtual-base-class-in-C%2B%2B/answer/Lance-Diduck) with an explanation. Here is [a slightly more realistic example](https://www.quora.com/What-are-the-uses-and-advantages-of-virtual-base-class-in-C%2B%2B/answer/Lance-Diduck) with an explanation.
##### Note ##### Note