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| author | Adriaan Moors <adriaan.moors@typesafe.com> | 2014-03-10 17:58:03 -0700 |
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| committer | Adriaan Moors <adriaan.moors@typesafe.com> | 2014-03-10 18:43:35 -0700 |
| commit | 21ca2cf9d8e39274934f2dca79c8ee8eda024ae3 (patch) | |
| tree | 5586fa55adda0a2327750c3ca372b54e5534fac6 /07-classes-and-objects.md | |
| parent | 37ef8a2763c0e2c10a9d30cf3bb1f3dcebc22d4e (diff) | |
| download | scala-21ca2cf9d8e39274934f2dca79c8ee8eda024ae3.tar.gz scala-21ca2cf9d8e39274934f2dca79c8ee8eda024ae3.tar.bz2 scala-21ca2cf9d8e39274934f2dca79c8ee8eda024ae3.zip | |
convert {\em } to _..._
Diffstat (limited to '07-classes-and-objects.md')
| -rw-r--r-- | 07-classes-and-objects.md | 10 |
1 files changed, 5 insertions, 5 deletions
diff --git a/07-classes-and-objects.md b/07-classes-and-objects.md index 0db574b26a..e212e56ada 100644 --- a/07-classes-and-objects.md +++ b/07-classes-and-objects.md @@ -521,7 +521,7 @@ the validity and meaning of a modifier are as follows. from templates inside $C$. An different form of qualification is `private[this]`. A member - $M$ marked with this modifier is called {\em object-protected}; it can be accessed only from within + $M$ marked with this modifier is called _object-protected_; it can be accessed only from within the object in which it is defined. That is, a selection $p.M$ is only legal if the prefix is `this` or `$O$.this`, for some class $O$ enclosing the reference. In addition, the restrictions for @@ -713,8 +713,8 @@ Here, such an access modifier is given it applies to the primary constructor to the class. - $(\mathit{ps}_1)\ldots(\mathit{ps}_n)$ are formal value parameter clauses for - the {\em primary - constructor} of the class. The scope of a formal value parameter includes + the _primary + constructor_ of the class. The scope of a formal value parameter includes all subsequent parameter sections and the template $t$. However, a formal value parameter may not form part of the types of any of the parent classes or members of the class @@ -995,8 +995,8 @@ passed to the superclass of the trait. This is not necessary as traits are initialized after the superclass is initialized. Assume a trait $D$ defines some aspect of an instance $x$ of -type $C$ (i.e.\ $D$ is a base class of $C$). Then the {\em actual -supertype} of $D$ in $x$ is the compound type consisting of all the +type $C$ (i.e.\ $D$ is a base class of $C$). Then the _actual +supertype_ of $D$ in $x$ is the compound type consisting of all the base classes in $\mathcal{L}(C)$ that succeed $D$. The actual supertype gives the context for resolving a [`super` reference](#this-and-super) in a trait. Note that the actual supertype depends |