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It's the convention and by following it we make a big step towards
supporting outline navigation.
The convention doesn't say much about what parts of the code are
supposed to be part of that sections and what parts belong in a
subsequent section. Here we put the `require' forms in this section
and maybe some setup code, that's a popular approach.
In most cases there was " " where we now insert "Code:". They both
serve a similar purpose and we keep the former because some users
depend on that for navigation. We even add this " " in libraries
where it previously was missing.
In some cases the permission statement was followed by a commentary,
which obviously does not belong in the "Code:" section. In such cases
add the conventional "Commentary:" section.
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* Narrow font-lock syntax highlighting to only the
active REPL input region.
* Mark REPL output read-only. This can be changed via the
option `geiser-repl-read-only-output-p`.
* Mark REPL output with a user-definable face as
`geiser-font-lock-repl-output`.
Alternatively an option to syntax highlight REPL output
is provided via the option `geiser-repl-highlight-output-p`.
This applies scheme-mode syntax highlighting to any REPL
output. Any additional hooks defined via scheme-mode-hook
are also executed for highlighting this region.
* Remove some unwanted TABs in source files.
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Avoid redefining font-lock-ensure, so that haskell-mode doesn't get mad
at us. Should close github's #164.
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This one should fix github's issue #132. There's still the glitch that
scheme strings are fontified without taking into account extra keywords.
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Addresses github's #158, and its implementation is really easy (kudos to
fice-t, also for telling me about bound-and-true-p).
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We were adding only the scheme-specific ones.
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This fixes a regression introduced by commit
424553e017718c54e219212b27a32b341ec6bd28.
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Should fix #105
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Fixed by using font-lock-ensure instead
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Mainly by reordering definitions so that functions are not used before
defined. There are a couple of places where the compiler and I
disagree (it complains withing eval-after-load), and a valid complain
about functions defined via geiser-popup--define that should be
addressed).
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API for test suites is defined by SRFI-64.
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Exceptions are defined by R6RS, SRFI-18 and SRFI-34.
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Move general indentation rules to "geiser-syntax".
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Move general RNRS/SRFI keywords from "geiser-chicken" to "geiser-syntax".
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Use this function instead of repeating the same code in each
implementation.
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Apparently, the nesting level returned by emacs's syntax parser can be
negative (presumably when it gets confused), and we were not avoiding
calling backward-up-list when that happened.
Could or could not address issue #41...
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This allows partially matched `define-syntax-rule' expressions and
avoids the termination of search-based fontification, which affects
other expressions inside the buffer, in the case of a missing
subexpression.
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The name defined It's more like a function in a define than a variable,
since it can take arguments.
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`define-syntax-rule' is similar enough to procedure definitions that
it should be highlight as a slightly different version of one.
The faces were chosen to keep the same scheme used by `define-macro'.
`define-syntax-rule' was removed from Racket's extra keywords as there
is no need to special case it.
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The parser in geiser-syntax is (tail, but elisp doesn't care)
recursive, and we are setting max-lisp-eval-depth to some, ahem,
heuristic value before starting a read. For long strings, such as
that returned by the list of identifiers exported by the racket
module, the heuristic was bad enough to produce a value making Emacs
to blow away.
This is just a palliative. The real solution is turn the recursion in
geiser-syntax--read into an explicit iteration.
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... and used also internally for C-c C-k, although it doesn't yet work
as well as i wanted when it comes to load modules. The reason is
probably in geiser/enter, where we don't record modification times per
submodule but per path, which is not correct in the presence of submodules.
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By default, keywords are now not fontified in Scheme buffers unless
they have the correct (lower) case. This behaviour can be altered by
new, per-implementation customization variables.
Thanks to Diogo F. S. Ramos for pointing this out.
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Splitting better the specially indented forms between our two
implementations, so that users of a single one don't get weird
indentations for froms without a special meaning in their scheme.
Ideally, we should make these indentation rules buffer-local, so that
when a user is in a, say, Guile buffer, module+ has no special
indentation (as is the case now if that user also has activated
support for Racket).
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We had only for two of them, and one was wrong!
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Hat tip Marijn.
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Let's use the scheme reader instead of half-assed regular expressions
and special-casing.
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Apparently, quack makes (thing-at-point 'symbol) to return "#" when
point is looking at a hash symbol, causing havoc to geiser. This patch
defends us about this behaviour.
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Namely, those with non-letters in their name, because we were using
"%S" instead of "%s" to stringify uninterned symbols.
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If quack-mode is active, we leave additional font locking to it.
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... and i haven't yet refactored `geiser-syntax--scan-locals', oh my.
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... using the new non-interning reader. Plus scanning for case-lambda
and syntax-rules. `geiser-syntax--scan-locals' is in danger of
refactoring, specially if we add support for let-values.
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It was relying on symbol equality, and not dealing correctly with
keyword arguments in this new external world. In the process, some
cleanups to the scheme data display code.
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We were still internalizing scheme _keywords_ in the elisp reader.
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We avoid using elisp's read for symbols, reading uninterned ones
instead. And then, we cannot use symbols as keys in responses from
scheme: we're using strings instead.
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We avoid calling symbol-at-point, and keep the cached signatures with
strings as keys.
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