On 11/12/17 00:40, boB Stepp wrote:
> I own this book, too. I'll insert the portions of the text that I
> believe the OP is referring to.
Thanks for the clarification Bob.
>>> composition is aggregation*
>
> On page 18 the author goes on to use a chess set as an example...
>
> He continues in
On 2017-12-10, jia yue Kee wrote:
> Good Day All,
>
> I am new to Python and I came across the concept of Composition
> and Aggregation the other day in Dusty Philips's Python 3:
> Object-Oriented Programming book.
Welcome!
> Based on my reading, what I gathered was that Composition
> implies a
I own this book, too. I'll insert the portions of the text that I
believe the OP is referring to.
On Sun, Dec 10, 2017 at 3:01 AM, Alan Gauld via Tutor wrote:
> On 10/12/17 05:07, jia yue Kee wrote:
>
>> in Dusty Philips's Python 3: Object-Oriented
>> Programming book.
>
> Caveat: I've not read
On 10/12/17 05:07, jia yue Kee wrote:
> in Dusty Philips's Python 3: Object-Oriented
> Programming book.
Caveat: I've not read this book so can only
guess at what the author might be meaning.
> Based on my reading, what I gathered was that Composition implies a
> relationship where the child can
Good Day All,
I am new to Python and I came across the concept of Composition and
Aggregation the other day in Dusty Philips's Python 3: Object-Oriented
Programming book.
Based on my reading, what I gathered was that Composition implies a
relationship where the child cannot exist independent of t
