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Thanks Ella Couch for reporting this issue.
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Loosen type-checking slightly to accomodate type abbreviations.
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Thanks Lakshman Swaminathan for reporting this issue.
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Thanks Ella Couch for running into these.
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Undo 3743. Really any time we create new instructions from whole cloth
during rewriting or transform, the whole notion of 'original name' goes
out the window. Pointless trying to fight that fact of life.
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One way to ensure we always set old_name is to create a method to
initialize names as opposed to just assigning them.
Still not ideal because we still assign directly most of the time, so
it's easy to forget.
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Thanks Ella Couch for reporting this.
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Periodic cleanup to replace 'reply' with 'return' everywhere in the
repo.
I use 'reply' for students to help reinforce the metaphor of function
calls as being like messages through a pipe. But that causes 'reply' to
get into my muscle memory when writing Mu code for myself, and I worry
that that makes Mu seem unnecessarily alien to anybody reading on
Github.
Perhaps I should just give it up? I'll try using 'return' with my next
student.
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Another CI fix.
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More helpful messages when people forget 'load-ingredients'.
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As long as Mu operates atop Unix, we need to make these assumptions.
Thanks Ella Couch for finding this loophole.
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Always check if next_word() returned an empty string (if it hit eof).
Thanks Rebecca Allard for running into a crash when a .mu file ends with
'{' (without a following newline).
Open question: how to express the constraint that next_word() should
always check if its result is empty? Can *any* type system do that?!
Even the usual constraint that we must use a result isn't iron-clad: you
could save the result in a variable but then ignore it. Unless you go to
Go's extraordinary lengths of considering any dead code an error.
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Drop an ancient case of premature optimization: skipping transform for
recipes without bodies. These days recipes also have headers that need
transforming.
Thanks Caleb Couch for running into this issue.
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Can't use type abbreviations inside 'memory-should-contain'.
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Process type abbreviations in function headers.
Still a couple of places where doing this causes strange errors. We'll
track those down next.
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The old approach with '&' and '@' modifiers turned out to be a bad idea
because it introduces notions of precedence. Worse, it turns out you
want different precedence rules at different times as the old test
alluded:
x:@number:3 # we want this to mean (address number 3)
x:address:@number # we want this to mean (address array number)
Instead we'll give up and focus on a single extensible mechanism that
allows us to say this instead:
x:@:number:3
x:address:@:number
In addition it allows us to shorten other types as well:
x:&:@:num
type board = &:@:&:@:char # for tic-tac-toe
Hmm, that last example reminds me that we don't handle abbreviations
inside type abbreviation definitions so far..
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Always show instruction before any transforms in error messages.
This is likely going to make some errors unclear because they *need* to
show the original instruction. But if we don't have tests for those
situations did they ever really work?
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Standardize quotes around reagents in error messages.
I'm still sure there's issues. For example, the messages when
type-checking 'copy'. I'm not putting quotes around them because in
layer 60 I end up creating dilated reagents, and then it's a bit much to
have quotes and (two kinds of) brackets. But I'm sure I'm doing that
somewhere..
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