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General Programming issue
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Join Date: Dec 2004
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Hi, i am writting an essay on the new programming language "zonnon", and i have some very useful information on it. In fact, too useful. i was wondering whether someone might be able to translate some of it into 'english' for me, as i don't really know a lot about the programming lingo. Here is the bit i need help understanding, under the heading "goals for the zonnon project":
(bits i don't understand in red)
1. design support for 'programming in the large'
2. a modern object model that supports concurrency: activities in objects replacing passive method calls
3. formalised interaction between activities (dialogs)
4. good for both structured and OO programming styles for a wide range of applications ... OS to business
5. support multi-processor and distributed systems
6. support inter-operation with other languages and their libraries
if anyone can help me out with a translation for any or all of these bullet point aims for the developers to meet, then it would be very much appreciated! thank you
(bits i don't understand in red)
1. design support for 'programming in the large'
2. a modern object model that supports concurrency: activities in objects replacing passive method calls
3. formalised interaction between activities (dialogs)
4. good for both structured and OO programming styles for a wide range of applications ... OS to business
5. support multi-processor and distributed systems
6. support inter-operation with other languages and their libraries
if anyone can help me out with a translation for any or all of these bullet point aims for the developers to meet, then it would be very much appreciated! thank you
>1. design support for 'programming in the large'
We let you write big programs.
>2. a modern object model that supports concurrency: activities in objects replacing passive method calls
We let you do more than one thing at a time.
>3. formalised interaction between activities (dialogs)
We force you to put things together our way.
>4. good for both structured and OO programming styles for a wide range of applications ... OS to business
We're slaves to the latest trends and buzzwords.
>5. support multi-processor and distributed systems
We don't restrict you to MS-DOS.
>6. support inter-operation with other languages and their libraries
You can use stuff from other languages that we think are important.
We let you write big programs.
>2. a modern object model that supports concurrency: activities in objects replacing passive method calls
We let you do more than one thing at a time.
>3. formalised interaction between activities (dialogs)
We force you to put things together our way.
>4. good for both structured and OO programming styles for a wide range of applications ... OS to business
We're slaves to the latest trends and buzzwords.
>5. support multi-processor and distributed systems
We don't restrict you to MS-DOS.
>6. support inter-operation with other languages and their libraries
You can use stuff from other languages that we think are important.
New members chased away this month: 5
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Join Date: Dec 2004
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Thanks! I think? Not sure if your answers are entirely serious, like..
But atleast i know what they mean for the rest! thanks
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Originally Posted by Narue
>3. formalised interaction between activities (dialogs)
We force you to put things together our way.
>4. good for both structured and OO programming styles for a wide range of applications ... OS to business
We're slaves to the latest trends and buzzwords.
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Join Date: Dec 2004
Posts: 207
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Solved Threads: 8
I'll give it a go too:
1. design support for 'programming in the large'
We tried to make the manual easy enough to understand, so anyone can use it.
2. a modern object model that supports concurrency: activities in objects replacing passive method calls
It wortks when more than one thing is happening at once, but it won't let you control a scientific experiment with precise timing.
3. formalised interaction between activities (dialogs)
The things which are happening at once can talk to each other, further confusing the entire process.
4. good for both structured and OO programming styles for a wide range of applications ... OS to business
It works fine for business, computer games, and general programming, but it can't do anything with precision timing.
5. support multi-processor and distributed systems
Meaning you can hook several copmputers together, and it will mess up on all of them.
6. support inter-operation with other languages and their libraries
You can program in several languages and scotch-tape the programs together.
Most of this stuff is exactly what I DON'T need.
1. design support for 'programming in the large'
We tried to make the manual easy enough to understand, so anyone can use it.
2. a modern object model that supports concurrency: activities in objects replacing passive method calls
It wortks when more than one thing is happening at once, but it won't let you control a scientific experiment with precise timing.
3. formalised interaction between activities (dialogs)
The things which are happening at once can talk to each other, further confusing the entire process.
4. good for both structured and OO programming styles for a wide range of applications ... OS to business
It works fine for business, computer games, and general programming, but it can't do anything with precision timing.
5. support multi-processor and distributed systems
Meaning you can hook several copmputers together, and it will mess up on all of them.
6. support inter-operation with other languages and their libraries
You can program in several languages and scotch-tape the programs together.
Most of this stuff is exactly what I DON'T need.
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