- ...calls
- We don't regard parallelism here.
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- ...it
- Not all real languages provide such a type. In C this can be emulated
with pointers.
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- ...language
- You might ask, why we should declare an Integer class if there is already
an integer type available. We come back to this when we talk about inheritance.
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- ...[2]
- This book is only available in German. However, since this is one of
the best books about object-oriented programming I know of, I decided to
cite it here.
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- ...point
- We use lowercase letters when we talk at the object level.
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- ...characters
- Don't argue whether such a method makes really sense or not. It is
just introduced for illustrating purposes.
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- ...apples
- Of course, there must be a definition for the type Apple.
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- ...parenthesis
- This is due to a historical ``accident'' while developing C .
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- ...object
- In the following we will drop the word ``object'' and will speak of
``the point''.
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- ...languages
- This is due to the fact that C++ supports function polymorphism. Therefore
the name mangling must take function parameters into account.
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- ...files)
- This also creates an intermediary preprocessed raw C++ file. A typical
suffix is .i.
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- ...files
- This has nothing to do with objects in the object-oriented sense.
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- ...libraries
- For example, standard functions such as printf() are provided
this way.
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- ...templates
- C++ also allows the definition of function templates. However,
as we do not use them, we will not explain them any further.
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- ...lists
- Do not mix up this use of ``class'' with the ``class definition'' used
before. Here we mean with ``class'' a set of class definitions which share
some common properties, or a ``class of classes''.
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