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* tests/011/patmatch.tl,
* tests/019/pct-fun.tl: Disable unused
warnings around file self-compilation.
* tests/011/tree-bind.tl: Fix one unused
variable instance using interned symbol.
* tests/011/compile.tl: Disable unused
warnings around all file compilation.
* tests/012/lambda.tl: Use the parameter
of one trivial lambda.
* tests/common.tl: Disable unused warnings
around compiled tests.
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* stdlib/type.tl (sys:typecase-expander): New function, formed
from body of typecase. Bad clause syntax now handled with
compile-error rather than (throwf 'eval-error). The t symbol
is handled specially: it turns into a t conditon in the
resulting cond rather than a typep test. The compiler will
nicely eliminate dead code after that. Now etypecase is handled
here also: if we are expanding etypecase, we just emit the
extra clause.
(typecase, etypecase): Reduced to sys:typecase-expander calls.
* tests/012/typecase.tl: New file.
* tests/012/compile.tl: Add type.tl to list of compile-tested
files.
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This is a basic read/print consistency problem. When a symbol
is printed that is anywhere in the fallback list of the
current package, we are dumping it unqualified, even if
it is hidden by a same-named symbol in the current package
itself or such a symbol occurring earlier in the fallback
list.
* lib.c (symbol_needs_prefix): When the to-be-printed symbol
is found in the fallback list, re-scan the current package
for a symbol having the same name, as well as the preceding
nodes in the fallback list. If such a symbol is found, then
the to-be printed symbol must be package-qualified.
* tests/012/syms.expected: New file.
* tests/012/syms.tl: Likewise.
* tests/012/compile.tl: Pull syms into compile job.
* txr.1: Clarify text about this. The existing text's
only reasonable interpretation supports the behavior which
this patch ensures (which is needed on grounds of read/print
consistency) but the text lacks precision.
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* tests/012/compile.tl: Add const.tl file.
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* tests/012/compile.tl: Remove suffixes from name list, and
simplify code.
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* tests/012/compile.tl: Simplify code with regsub.
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Makefile (%.expected): New implicit rule. Whenever a test requires a
.expected file, if it is missing, we create an empty one.
This file will be treated as an intermediate by GNU Make, which means
that it will be deleted when make terminates.
* tests/012/compile.tl: Some of the .tl files no longer have
an .expected file, so we have to test for that in the
catenating logic.
* tests/008/call-2.expected,
* tests/008/no-stdin-hang.expected,
* tests/011/macros-3.expected,
* tests/011/patmatch.expected,
* tests/012/aseq.expected,
* tests/012/ashwin.expected,
* tests/012/compile.tl,
* tests/012/cont.expected,
* tests/012/defset.expected,
* tests/012/ifa.expected,
* tests/012/oop-seq.expected,
* tests/012/parse.expected,
* tests/012/quasi.expected,
* tests/012/quine.expected,
* tests/012/seq.expected,
* tests/012/struct.expected,
* tests/012/stslot.expected,
* tests/014/dgram-stream.expected,
* tests/014/in6addr-str.expected,
* tests/014/inaddr-str.expected,
* tests/014/socket-basic.expected,
* tests/015/awk-fconv.expected,
* tests/015/split.expected,
* tests/015/trim.expected,
* tests/016/arith.expected,
* tests/016/ud-arith.expected,
* tests/017/ffi-misc.expected,
* tests/018/chmod.expected: Empty file deleted.
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* tests/012/compile.tl (new-file): Compiles a select set of
.tl files in the same directory. The compile.expected file is
dynamically created from catenating the .expected files
corresponding to those .tl files; the output is expected to be
the same from compiling those files as from interpreting them.
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