Le 19/1/16 17:46, stepharo a écrit :
You see I complained a lot about Spotter but I do not care about the order.
I care that I can use it and be told how to use it.
As a newbie programmer I want to get the feel of going fast. I do not want that after the 1 hour of Pharo I'm told that I can look inside the implementation to discover something. First I need a system that shows me what I can do then when I get fluent in Pharo I can
start to think about looking inside.

Stef the poor guy that is writing documentation for dummies.

PS: I want to program with my 15 y old son and that he can program by himself not me doing
magic incantation.



On 19 Jan 2016, at 15:23, Esteban A. Maringolo <[email protected] <mailto:[email protected]>> wrote:

It turns the search field into a "kind of" command line interface, with #sen/#ref as commands. I love CLIs so I welcome it, but I think It "perverts" the search field and uses an awkward syntax. I prefer to type "senders" than to type a special character like #.

I would prefer adding a suffix command so you search for 'do: senders' or 'do: implementors’.

just that there is no syntactical way to know when you want senders or just retrieve methods who start with do: and continue with keyword sen… etc. that’s the reason from the hashtag (which is now a common symbol to filter/tag like in twitter/facebook/etc.)

cheers,
Esteban


Regards!


Esteban A. Maringolo

2016-01-19 10:43 GMT-03:00 Tudor Girba <[email protected]>:

    Hi,

    With the latest GT integration, we also integrated the search
    for senders and references from the first step.

    Here is a detailed explanation about it, including what we still
    want to do, how it’s done, and how to discover what else is around:
    
http://www.humane-assessment.com/blog/spotting-senders-references-with-gtspotter/

    <spotter-senders.png>

    Please let us know what you think.

    Cheers,
    Doru


    --
    www.tudorgirba.com <http://www.tudorgirba.com/>
    www.feenk.com <http://www.feenk.com/>

    "Problem solving efficiency grows with the abstractness level of
    problem understanding."





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