[#5218] Ruby Book Eng tl, ch1 question — Jon Babcock <jon@...>

13 messages 2000/10/02

[#5404] Object.foo, setters and so on — "Hal E. Fulton" <hal9000@...>

OK, here is what I think I know.

14 messages 2000/10/11

[#5425] Ruby Book Eng. tl, 9.8.11 -- seishitsu ? — Jon Babcock <jon@...>

18 messages 2000/10/11
[#5427] RE: Ruby Book Eng. tl, 9.8.11 -- seishitsu ? — OZAWA -Crouton- Sakuro <crouton@...> 2000/10/11

At Thu, 12 Oct 2000 03:49:46 +0900,

[#5429] Re: Ruby Book Eng. tl, 9.8.11 -- seishitsu ? — Jon Babcock <jon@...> 2000/10/11

Thanks for the input.

[#5432] Re: Ruby Book Eng. tl, 9.8.11 -- seishitsu ? — Yasushi Shoji <yashi@...> 2000/10/11

At Thu, 12 Oct 2000 04:53:41 +0900,

[#5516] Re: Some newbye question — ts <decoux@...>

>>>>> "D" == Davide Marchignoli <marchign@di.unipi.it> writes:

80 messages 2000/10/13
[#5531] Re: Some newbye question — matz@... (Yukihiro Matsumoto) 2000/10/14

Hi,

[#5544] Re: Some newbye question — Davide Marchignoli <marchign@...> 2000/10/15

On Sat, 14 Oct 2000, Yukihiro Matsumoto wrote:

[#5576] Re: local variables (nested, in-block, parameters, etc.) — Dave Thomas <Dave@...> 2000/10/16

matz@zetabits.com (Yukihiro Matsumoto) writes:

[#5617] Re: local variables (nested, in-block, parameters, etc.) — "Brian F. Feldman" <green@...> 2000/10/16

Dave Thomas <Dave@thomases.com> wrote:

[#5705] Dynamic languages, SWOT ? — Hugh Sasse Staff Elec Eng <hgs@...>

There has been discussion on this list/group from time to time about

16 messages 2000/10/20
[#5712] Re: Dynamic languages, SWOT ? — Charles Hixson <charleshixsn@...> 2000/10/20

Hugh Sasse Staff Elec Eng wrote:

[#5882] [RFC] Towards a new synchronisation primitive — hipster <hipster@...4all.nl>

Hello fellow rubyists,

21 messages 2000/10/26

[ruby-talk:5331] Unit testing network code?

From: Hugh Sasse Staff Elec Eng <hgs@...>
Date: 2000-10-09 11:46:38 UTC
List: ruby-talk #5331
Can someone give me pointers on how to Unit Test code that is run on
two machines communicating over a network?

I think maybe one would test each end on its own first, faking the
communication between them, then start up both ends together and cause
them to interact.  That seems fair enough but when the network is not
reliable (UDP for example), how does one isolate the different problems
introduced by a lossy network from each other and from the property being
tested?

	Hugh
	hgs@dmu.ac.uk



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