Prepare Chicken 6 Port

This commit is contained in:
Daniel Ziltener 2024-09-30 02:41:59 +02:00
parent a3a5daafd4
commit 9728c158bb
Signed by: zilti
GPG key ID: B38976E82C9DAE42
8 changed files with 483 additions and 207 deletions

4
.envrc
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@ -1,2 +1,2 @@
use nix -p chicken chickenPackages_5.chickenEggs.r7rs chickenPackages_5.chickenEggs.rfc3339 chickenPackages_5.chickenEggs.coops chickenPackages_5.chickenEggs.test chickenPackages_5.chickenEggs.salmonella
export NIXPKGS_ALLOW_BROKEN=1
use nix

126
nix/chicken.nix Normal file
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{
pkgs,
lib,
stdenv,
fetchgit,
fetchurl,
makeWrapper,
darwin,
tcc-mob,
version ? "git",
testers
}:
let
platform = with stdenv;
if isDarwin then "macosx"
else if isCygwin then "cygwin"
else if (isFreeBSD || isOpenBSD) then "bsd"
else if isSunOS then "solaris"
else "linux"; # Should be a sane default
in
stdenv.mkDerivation (finalAttrs: {
pname = "chicken";
inherit version;
binaryVersion = 12;
srcs = [
(fetchgit {
url = "git://code.call-cc.org/chicken-core";
rev = "8b7b3124c47e018388f9f6b80bdb89813248ac76";
sha256 = "sha256-BdZhxW6cgN5Lr1YFVZ+iejKMEvGYJ8sQlc+4DnO+Djw=";
})
(fetchurl {
url = "https://code.call-cc.org/dev-snapshots/2024/07/01/chicken-6.0.0-bootstrap.tar.gz";
sha256 = "sha256-qkcyWzsaN9+HbMBolmv7zeaPrtbaCTGa9HoF2g/3//o=";
})
];
unpackPhase = ''
cp -r `echo $srcs | awk '{print $1}'`/* .
cp -r `echo $srcs | awk '{print $1}'`/.* .
chmod -R 777 .
mkdir -p boot/snapshot
cd boot
tar xzf `echo $srcs | awk '{print $2}'`
cd ..
echo ${version} > buildid
cd boot/chicken-6.0.0
case "${platform}" in
bsd)
mkcmd=gmake;;
*)
mkcmd=make;;
esac
export CC="${tcc-mob}/bin/tcc"
$mkcmd C_COMPILER=$CC PREFIX="$(pwd)"/../snapshot
$mkcmd C_COMPILER=$CC PREFIX="$(pwd)"/../snapshot install
cd ../..
./configure --chicken "$(pwd)"/boot/snapshot/bin/chicken --c-compiler "${tcc-mob}/bin/tcc"
$mkcmd boot-chicken
'';
# Disable two broken tests: "static link" and "linking tests"
postPatch = ''
sed -i tests/runtests.sh -e "/static link/,+4 { s/^/# / }"
sed -i tests/runtests.sh -e "/linking tests/,+11 { s/^/# / }"
'';
# -fno-strict-overflow is not a supported argument in clang
hardeningDisable = lib.optionals stdenv.cc.isClang [ "strictoverflow" ];
makeFlags = [
"PLATFORM=${platform}"
"PREFIX=$(out)"
"C_COMPILER=${tcc-mob}/bin/tcc"
"CXX_COMPILER=$(CXX)"
] ++ (lib.optionals stdenv.isDarwin [
"XCODE_TOOL_PATH=${darwin.binutils.bintools}/bin"
"LINKER_OPTIONS=-headerpad_max_install_names"
"POSTINSTALL_PROGRAM=install_name_tool"
]) ++ (lib.optionals (stdenv.hostPlatform != stdenv.buildPlatform) [
"HOSTSYSTEM=${stdenv.hostPlatform.config}"
"TARGET_C_COMPILER=${tcc-mob}/bin/${stdenv.cc.targetPrefix}tcc"
"TARGET_CXX_COMPILER=${stdenv.cc}/bin/${stdenv.cc.targetPrefix}c++"
]);
nativeBuildInputs = [
makeWrapper
pkgs.hostname
tcc-mob
] ++ lib.optionals (stdenv.isDarwin && stdenv.isAarch64) [
darwin.autoSignDarwinBinariesHook
];
configurePhase = ''
./configure --chicken ./chicken-boot --prefix $PREFIX --platform=$PLATFORM --c-compiler "${tcc-mob}/bin/tcc"
'';
doCheck = !stdenv.isDarwin;
postCheck = ''
./csi -R chicken.pathname -R chicken.platform \
-p "(assert (equal? \"${toString finalAttrs.binaryVersion}\" (pathname-file (car (repository-path)))))"
'';
passthru.tests.version = testers.testVersion {
package = finalAttrs.finalPackage;
command = "csi -version";
};
meta = {
homepage = "https://call-cc.org/";
license = lib.licenses.bsd3;
maintainers = with lib.maintainers; [ corngood nagy konst-aa ];
platforms = lib.platforms.unix;
description = "Portable compiler for the Scheme programming language";
longDescription = ''
CHICKEN is a compiler for the Scheme programming language.
CHICKEN produces portable and efficient C, supports almost all
of the R5RS Scheme language standard, and includes many
enhancements and extensions. CHICKEN runs on Linux, macOS,
Windows, and many Unix flavours.
'';
};
})

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nix/tinycc.nix Normal file
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{ lib
, copyPkgconfigItems
, fetchFromRepoOrCz
, makePkgconfigItem
, perl
, stdenv
, texinfo
, which
}:
stdenv.mkDerivation (finalAttrs: {
pname = "tcc-mob";
version = "0.9.29-unstable-2024-09-16";
src = fetchFromRepoOrCz {
repo = "tinycc";
rev = "b8b6a5fd7b4e8cab8e5a5d01064cf5bf2b5eed95";
hash = "sha256-jY0P2GErmo//YBaz6u4/jj/voOE3C2JaIDRmo0orXN8=";
};
outputs = [ "out" "info" "man" ];
nativeBuildInputs = [
copyPkgconfigItems
perl
texinfo
which
];
strictDeps = true;
pkgconfigItems = let
libtcc-pcitem = {
name = "libtcc";
inherit (finalAttrs) version;
cflags = [ "-I${libtcc-pcitem.variables.includedir}" ];
libs = [
"-L${libtcc-pcitem.variables.libdir}"
"-Wl,--rpath ${libtcc-pcitem.variables.libdir}"
"-ltcc"
];
variables = {
prefix = "${placeholder "out"}";
includedir = "${placeholder "dev"}/include";
libdir = "${placeholder "lib"}/lib";
};
description = "Tiny C compiler backend";
};
in [
(makePkgconfigItem libtcc-pcitem)
];
postPatch = ''
patchShebangs texi2pod.pl
'';
configureFlags = [
"--cc=$CC"
"--ar=$AR"
"--crtprefix=${lib.getLib stdenv.cc.libc}/lib"
"--sysincludepaths=${lib.getDev stdenv.cc.libc}/include:{B}/include"
"--libpaths=${lib.getLib stdenv.cc.libc}/lib"
# build cross compilers
"--enable-cross"
] ++ lib.optionals stdenv.hostPlatform.isMusl [
"--config-musl"
];
preConfigure = let
# To avoid "malformed 32-bit x.y.z" error on mac when using clang
versionIsClean = version:
builtins.match "^[0-9]\\.+[0-9]+\\.[0-9]+" version != null;
in ''
${
if stdenv.isDarwin && ! versionIsClean finalAttrs.version
then "echo 'not overwriting VERSION since it would upset ld'"
else "echo ${finalAttrs.version} > VERSION"
}
configureFlagsArray+=("--elfinterp=$(< $NIX_CC/nix-support/dynamic-linker)")
'';
env.NIX_CFLAGS_COMPILE = toString (lib.optionals stdenv.cc.isClang [
"-Wno-error=implicit-int"
"-Wno-error=int-conversion"
]);
# Test segfault for static build
doCheck = !stdenv.hostPlatform.isStatic;
checkTarget = "test";
# https://www.mail-archive.com/tinycc-devel@nongnu.org/msg10142.html
preCheck = lib.optionalString (stdenv.isDarwin && stdenv.isx86_64) ''
rm tests/tests2/{108,114}*
'';
meta = {
homepage = "https://repo.or.cz/tinycc.git";
description = "Small, fast, and embeddable C compiler and interpreter";
longDescription = ''
TinyCC (aka TCC) is a small but hyper fast C compiler. Unlike other C
compilers, it is meant to be self-sufficient: you do not need an external
assembler or linker because TCC does that for you.
TCC compiles so fast that even for big projects Makefiles may not be
necessary.
TCC not only supports ANSI C, but also most of the new ISO C99 standard
and many GNU C extensions.
TCC can also be used to make C scripts, i.e. pieces of C source that you
run as a Perl or Python script. Compilation is so fast that your script
will be as fast as if it was an executable.
TCC can also automatically generate memory and bound checks while allowing
all C pointers operations. TCC can do these checks even if non patched
libraries are used.
With libtcc, you can use TCC as a backend for dynamic code generation.
'';
license = with lib.licenses; [ lgpl21Only ];
mainProgram = "tcc";
maintainers = with lib.maintainers; [ joachifm AndersonTorres ];
platforms = lib.platforms.unix;
# https://www.mail-archive.com/tinycc-devel@nongnu.org/msg10199.html
broken = stdenv.isDarwin && stdenv.isAarch64;
};
})
# TODO: more multiple outputs
# TODO: self-compilation

34
shell.nix Normal file
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with import <nixpkgs> {
overlays = [
(final: prev: {
tcc-mob = final.callPackage ./nix/tinycc.nix { stdenv = final.gcc13Stdenv; };
chicken = final.callPackage ./nix/chicken.nix {
stdenv = final.gcc13Stdenv;
version = "6.0.0-8b7b312";
};
})
];
};
mkShell {
packages = with pkgs; [
tcc-mob
chicken
]
# ++ (with pkgs.chickenPackages_5.chickenEggs; [
# apropos
# chicken-doc
# srfi-1
# srfi-18
# lsp-server
# srfi-152
# ])
;
shellHook = ''
export CC="${pkgs.tcc-mob}/bin/tcc"
export CHICKEN_INSTALL_PREFIX="$HOME/.chicken"
export CHICKEN_INSTALL_REPOSITORY="$HOME/.chicken/eggs"
export CHICKEN_REPOSITORY_PATH="${pkgs.chicken}/lib/chicken/12:$HOME/.chicken/eggs"
export PATH="$PATH:$CHICKEN_PREFIX"
export CHICKEN_INSTALL_PREFIX="${pkgs.chicken}"
'';
}

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@ -1,52 +1,51 @@
(import (r7rs)
(test)
(import (test)
(rfc3339)
(toml))
(test-group "Basic"
(let ((tdat (table-from-file "basic.toml")))
(test "7 Key-Value-Pairs"
7 (toml-count-key-vals tdat))
7 (tdat 'count-key-vals))
(test "Field name is TOML"
"TOML" (toml-string tdat "name"))
"TOML" (tdat 'string "name"))
(test "Field language is Chicken Scheme"
"Chicken Scheme" (toml-string tdat "language"))
"Chicken Scheme" (tdat 'string "language"))
(test "has-bool is #t"
#t (toml-bool tdat "has-bool"))
#t (tdat 'bool "has-bool"))
(test "int is 5"
5 (toml-int tdat "int"))
5 (tdat 'int "int"))
(test "double is 10.8"
10.8 (toml-double tdat "double"))
10.8 (tdat 'double "double"))
(test "timestamp parsing"
#(1979 05 27 07 32 00 0.0 0)
(rfc3339->vector (toml-timestamp tdat "timestamp")))))
(rfc3339->vector (tdat 'timestamp "timestamp")))))
(test-group "Table"
(let ((tdat (table-from-file "table.toml")))
(test "No top-level Key-Value-Pairs"
0 (toml-count-key-vals tdat))
0 (tdat 'count-key-vals))
(test "One top-level table"
1 (toml-count-tables tdat))
(let ((servertbl (toml-table tdat "server")))
1 (tdat 'count-tables))
(let ((servertbl (tdat 'table "server")))
(test "\"server\" table has 2 Key-Value-Pairs"
2 (toml-count-key-vals servertbl))
2 (servertbl 'count-key-vals))
(test "host is www.example.com"
"www.example.com" (toml-string servertbl "host"))
"www.example.com" (servertbl 'string "host"))
(test "timestamp parsing"
#(2022 09 09 0 0 0 0.0 0)
(rfc3339->vector (toml-timestamp servertbl "timestamp"))))))
(rfc3339->vector (servertbl 'timestamp "timestamp"))))))
(test-group "Array"
(let* ((tdat (table-from-file "table.toml"))
(tserv (toml-table tdat "server"))
(tarr (toml-array tserv "port")))
(tserv (tdat 'table "server"))
(tarr (tserv 'array "port")))
(test "There is one array"
1 (toml-count-arrays tserv))
1 (tserv 'count-arrays))
(test "The array has three entries"
3 (toml-count-entries tarr))
3 (tarr 'count-entries))
(test "Element 0 is 8080"
8080 (toml-int tarr 0))
8080 (tarr 'int 0))
(test "Element 2 is 8282"
8282 (toml-int tarr 2))))
8282 (tarr 'int 2))))
(test-exit)

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@ -6,8 +6,7 @@
(chicken gc)
(chicken format)
rfc3339
coops
coops-primitive-objects)
prometheus)
(foreign-declare "#include <toml.h>")
@ -16,95 +15,106 @@
(sprintf "0~S" n)
(sprintf "~S" n)))
(define (set-toml-table-finalizer ttable)
(define PointerObject (*the-root-object* 'clone))
(PointerObject 'add-value-slot! 'ptr 'set-ptr! #f)
;;; TOML Array
(define (make-TomlArray pointer)
(let ((obj (TomlArray 'clone)))
(obj 'set-ptr! pointer)
obj))
(define-object TomlArray (PointerObject)
((self-key self resend)
((foreign-lambda* c-string ((c-pointer tarr))
"C_return(toml_array_key(tarr));")
(self 'ptr)))
((count-entries self resend)
((foreign-lambda* int ((c-pointer tarr))
"C_return(toml_array_nelem(tarr));")
(self 'ptr)))
((string self resend index)
((foreign-primitive ((c-pointer tarr)
(int index))
"toml_datum_t datum = toml_string_at(tarr, index);"
"C_word* s = C_alloc(C_SIZEOF_STRING(strlen(datum.u.s)));"
"C_word data[3] = { C_SCHEME_UNDEFINED, C_k, C_string2(&s, datum.u.s) };"
"free(datum.u.s);"
"C_values(3, data);")
(self 'ptr) index))
((bool self resend index)
((foreign-lambda* bool ((c-pointer tarr)
(int index))
"C_return(toml_bool_at(tarr, index).u.b);")
(self 'ptr) index))
((int self resend index)
((foreign-lambda* int ((c-pointer tarr)
(int index))
"C_return(toml_int_at(tarr, index).u.i);")
(self 'ptr) index))
((double self resend index)
((foreign-lambda* double ((c-pointer tarr)
(int index))
"C_return(toml_double_at(tarr, index).u.d);")
(self 'ptr) index))
((timestamp self resend index)
(let*-values (((Y M D h m s millis z)
((foreign-primitive ((c-pointer tarr)
(int index))
"toml_datum_t datum = toml_timestamp_at(tarr, index);"
"toml_timestamp_t* stamp = datum.u.ts;"
"C_word* s = C_alloc(C_SIZEOF_STRING(strlen(stamp->z ?: \"Z\")));"
"C_word data[10] = { C_SCHEME_UNDEFINED, C_k, "
"C_fix(stamp->year ? *stamp->year : 0), C_fix(stamp->month ? *stamp->month : 0), C_fix(stamp->day ? *stamp->day : 0), "
"C_fix(stamp->hour ? *stamp->hour : 0), C_fix(stamp->minute ? *stamp->minute : 0),"
"C_fix(stamp->second ? *stamp->second : 0), C_fix(stamp->millisec ? *stamp->second : 0), "
"C_string2(&s, stamp->z ?: \"Z\") } ;"
"free(datum.u.ts);"
"C_values(10, data);")
(self 'ptr) index))
((rfcstr) (sprintf "~A-~A-~AT~A:~A:~A.~A~A"
Y (zeropad M) (zeropad D)
(zeropad h) (zeropad m) (zeropad s)
millis z)))
(string->rfc3339 rfcstr)))
((array self resend index)
(make-TomlArray
((foreign-lambda* c-pointer ((c-pointer tarr)
(int index))
"C_return(toml_array_at(tarr, index));")
(self 'ptr) index)))
((table self resend index)
(make-TomlTable
((foreign-lambda* c-pointer ((c-pointer tarr)
(int index))
"C_return(toml_table_at(tarr, index));")
(self 'ptr) index))))
;;; TOML Table
(define TomlTable (PointerObject 'clone))
(define (make-TomlTable pointer)
(let ((obj (TomlTable 'clone)))
(obj 'set-ptr! pointer)
obj))
(define (set-table-finalizer ttable)
(set-finalizer! ttable
(lambda (obj)
((foreign-lambda* void ((c-pointer ttp))
"toml_free(ttp);")
(ptr ttable)))))
(define-class <TomlArray> ()
((ptr :accessor ptr :initform #f)))
(define-class <TomlTable> ()
((ptr :accessor ptr :initform #f)))
(define-method (toml-self-key (tarr <TomlArray>))
((foreign-lambda* c-string ((c-pointer tarr))
"C_return(toml_array_key(tarr));")
(ptr tarr)))
(define-method (toml-count-entries (tarr <TomlArray>))
((foreign-lambda* int ((c-pointer tarr))
"C_return(toml_array_nelem(tarr));")
(ptr tarr)))
(define-method (toml-string (tarr <TomlArray>) (index <integer>))
((foreign-primitive ((c-pointer tarr)
(int index))
"toml_datum_t datum = toml_string_at(tarr, index);"
"C_word* s = C_alloc(C_SIZEOF_STRING(strlen(datum.u.s)));"
"C_word data[3] = { C_SCHEME_UNDEFINED, C_k, C_string2(&s, datum.u.s) };"
"free(datum.u.s);"
"C_values(3, data);")
(ptr tarr) index))
(define-method (toml-bool (tarr <TomlArray>) (index <integer>))
((foreign-lambda* bool ((c-pointer tarr)
(int index))
"C_return(toml_bool_at(tarr, index).u.b);")
(ptr tarr) index))
(define-method (toml-int (tarr <TomlArray>) (index <integer>))
((foreign-lambda* int ((c-pointer tarr)
(int index))
"C_return(toml_int_at(tarr, index).u.i);")
(ptr tarr) index))
(define-method (toml-double (tarr <TomlArray>) (index <integer>))
((foreign-lambda* double ((c-pointer tarr)
(int index))
"C_return(toml_double_at(tarr, index).u.d);")
(ptr tarr) index))
(define-method (toml-timestamp (tarr <TomlArray>) (index <integer>))
(let*-values (((Y M D h m s millis z)
((foreign-primitive ((c-pointer tarr)
(int index))
"toml_datum_t datum = toml_timestamp_at(tarr, index);"
"toml_timestamp_t* stamp = datum.u.ts;"
"C_word* s = C_alloc(C_SIZEOF_STRING(strlen(stamp->z ?: \"Z\")));"
"C_word data[10] = { C_SCHEME_UNDEFINED, C_k, "
"C_fix(stamp->year ? *stamp->year : 0), C_fix(stamp->month ? *stamp->month : 0), C_fix(stamp->day ? *stamp->day : 0), "
"C_fix(stamp->hour ? *stamp->hour : 0), C_fix(stamp->minute ? *stamp->minute : 0),"
"C_fix(stamp->second ? *stamp->second : 0), C_fix(stamp->millisec ? *stamp->second : 0), "
"C_string2(&s, stamp->z ?: \"Z\") } ;"
"free(datum.u.ts);"
"C_values(10, data);")
(ptr tarr) index))
((rfcstr) (sprintf "~A-~A-~AT~A:~A:~A.~A~A"
Y (zeropad M) (zeropad D)
(zeropad h) (zeropad m) (zeropad s)
millis z)))
(string->rfc3339 rfcstr)))
(define-method (toml-array (tarr <TomlArray>) (index <integer>))
(make <TomlArray> 'ptr
((foreign-lambda* c-pointer ((c-pointer tarr)
(int index))
"C_return(toml_array_at(tarr, index));")
(ptr tarr) index)))
(define-method (toml-table (tarr <TomlArray>) (index <integer>))
(make <TomlTable> 'ptr
((foreign-lambda* c-pointer ((c-pointer tarr)
(int index))
"C_return(toml_table_at(tarr, index));")
(ptr tarr) index)))
(ttable 'ptr)))))
(define (table-from-file filename)
(let ((ttp ((foreign-lambda* c-pointer ((c-string fname))
@ -115,8 +125,8 @@
"C_return(conf);")
filename)))
(when (not (eq? ttp 0))
(let ((tomltable (make <TomlTable> 'ptr ttp)))
(set-toml-table-finalizer tomltable)
(let ((tomltable (make-TomlTable ttp)))
(set-table-finalizer tomltable)
tomltable))))
(define (table-from-string str)
@ -126,109 +136,104 @@
"C_return(conf);")
str)))
(when (not (eq? ttp 0))
(let ((tomltable (make <TomlTable> 'ptr ttp)))
(set-toml-table-finalizer tomltable)
(let ((tomltable (make-TomlTable ttp)))
(set-table-finalizer tomltable)
tomltable))))
(define (set-toml-datum-string-finalizer tdatum)
(set-finalizer! tdatum
(lambda (obj)
((foreign-lambda* void ((c-pointer tdat))
"free(tdat);")
(ptr tdatum)))))
(define-object TomlTable (PointerObject)
(define-method (toml-self-key (ttbl <TomlTable>))
((foreign-lambda* c-string ((c-pointer ttbl))
"C_return(toml_table_key(ttbl));")
(ptr ttbl)))
((self-key self resend)
((foreign-lambda* c-string ((c-pointer ttbl))
"C_return(toml_table_key(ttbl));")
(self 'ptr)))
(define-method (toml-key-exists? (ttbl <TomlTable>) (key <string>))
(= 1
((foreign-lambda* int ((c-pointer ttbl)
(c-string key))
"C_return(toml_key_exists(ttbl, key));")
(ptr ttbl) key)))
((key-exists? self resend key)
(= 1
((foreign-lambda* int ((c-pointer ttbl)
(c-string key))
"C_return(toml_key_exists(ttbl, key));")
(self 'ptr) key)))
(define-method (toml-count-key-vals (ttbl <TomlTable>))
((foreign-lambda* int ((c-pointer ttbl))
"C_return(toml_table_nkval(ttbl));")
(ptr ttbl)))
((count-key-vals self resend)
((foreign-lambda* int ((c-pointer ttbl))
"C_return(toml_table_nkval(ttbl));")
(self 'ptr)))
(define-method (toml-count-arrays (ttbl <TomlTable>))
((foreign-lambda* int ((c-pointer ttbl))
"C_return(toml_table_narr(ttbl));")
(ptr ttbl)))
((count-arrays self resend)
((foreign-lambda* int ((c-pointer ttbl))
"C_return(toml_table_narr(ttbl));")
(self 'ptr)))
(define-method (toml-count-tables (ttbl <TomlTable>))
((foreign-lambda* int ((c-pointer ttbl))
"C_return(toml_table_ntab(ttbl));")
(ptr ttbl)))
((count-tables self resend)
((foreign-lambda* int ((c-pointer ttbl))
"C_return(toml_table_ntab(ttbl));")
(self 'ptr)))
(define-method (toml-key-at (ttbl <TomlTable>) (index <integer>))
((foreign-lambda* c-string ((c-pointer ttbl)
((key-at self resend index)
((foreign-lambda* c-string ((c-pointer ttbl)
(int index))
"C_return(toml_key_in(ttbl, index));")
(ptr ttbl) index))
(self 'ptr) index))
(define-method (toml-string (ttbl <TomlTable>) (key <string>))
((foreign-primitive ((c-pointer ttbl)
((string self resend key)
((foreign-primitive ((c-pointer ttbl)
(c-string key))
"toml_datum_t datum = toml_string_in(ttbl, key);"
"C_word* s = C_alloc(C_SIZEOF_STRING(strlen(datum.u.s)));"
"C_word data[3] = { C_SCHEME_UNDEFINED, C_k, C_string2(&s, datum.u.s) };"
"free(datum.u.s);"
"C_values(3, data);")
(ptr ttbl) key))
(self 'ptr) key))
(define-method (toml-bool (ttbl <TomlTable>) (key <string>))
((foreign-lambda* bool ((c-pointer ttbl)
(c-string key))
((bool self resend key)
((foreign-lambda* bool ((c-pointer ttbl)
(c-string key))
"C_return(toml_bool_in(ttbl, key).u.b);")
(ptr ttbl) key))
(self 'ptr) key))
(define-method (toml-int (ttbl <TomlTable>) (key <string>))
((foreign-lambda* int ((c-pointer ttbl)
(c-string key))
((int self resend key)
((foreign-lambda* int ((c-pointer ttbl)
(c-string key))
"C_return(toml_int_in(ttbl, key).u.i);")
(ptr ttbl) key))
(self 'ptr) key))
(define-method (toml-double (ttbl <TomlTable>) (key <string>))
((foreign-lambda* double ((c-pointer ttbl)
((double self resend key)
((foreign-lambda* double ((c-pointer ttbl)
(c-string key))
"C_return(toml_double_in(ttbl, key).u.d);")
(ptr ttbl) key))
(self 'ptr) key))
(define-method (toml-timestamp (ttbl <TomlTable>) (key <string>))
(let*-values (((Y M D h m s millis z)
((foreign-primitive ((c-pointer ttbl)
(c-string key))
"toml_datum_t datum = toml_timestamp_in(ttbl, key);"
"toml_timestamp_t* stamp = datum.u.ts;"
"C_word* s = C_alloc(C_SIZEOF_STRING(strlen(stamp->z ?: \"Z\")));"
"C_word data[10] = { C_SCHEME_UNDEFINED, C_k, "
"C_fix(stamp->year ? *stamp->year : 0), C_fix(stamp->month ? *stamp->month : 0), C_fix(stamp->day ? *stamp->day : 0), "
"C_fix(stamp->hour ? *stamp->hour : 0), C_fix(stamp->minute ? *stamp->minute : 0),"
"C_fix(stamp->second ? *stamp->second : 0), C_fix(stamp->millisec ? *stamp->second : 0), "
"C_string2(&s, stamp->z ?: \"Z\") } ;"
"free(datum.u.ts);"
"C_values(10, data);")
(ptr ttbl) key))
((rfcstr) (sprintf "~A-~A-~AT~A:~A:~A.~A~A"
Y (zeropad M) (zeropad D)
(zeropad h) (zeropad m) (zeropad s)
millis z)))
(string->rfc3339 rfcstr)))
((timestamp self resend key)
(let*-values (((Y M D h m s millis z)
((foreign-primitive ((c-pointer ttbl)
(c-string key))
"toml_datum_t datum = toml_timestamp_in(ttbl, key);"
"toml_timestamp_t* stamp = datum.u.ts;"
"C_word* s = C_alloc(C_SIZEOF_STRING(strlen(stamp->z ?: \"Z\")));"
"C_word data[10] = { C_SCHEME_UNDEFINED, C_k, "
"C_fix(stamp->year ? *stamp->year : 0), C_fix(stamp->month ? *stamp->month : 0), C_fix(stamp->day ? *stamp->day : 0), "
"C_fix(stamp->hour ? *stamp->hour : 0), C_fix(stamp->minute ? *stamp->minute : 0),"
"C_fix(stamp->second ? *stamp->second : 0), C_fix(stamp->millisec ? *stamp->second : 0), "
"C_string2(&s, stamp->z ?: \"Z\") } ;"
"free(datum.u.ts);"
"C_values(10, data);")
(self 'ptr) key))
((rfcstr) (sprintf "~A-~A-~AT~A:~A:~A.~A~A"
Y (zeropad M) (zeropad D)
(zeropad h) (zeropad m) (zeropad s)
millis z)))
(string->rfc3339 rfcstr)))
(define-method (toml-array (ttbl <TomlTable>) (key <string>))
(make <TomlArray> 'ptr
((foreign-lambda* c-pointer ((c-pointer ttbl)
((array self resend key)
(make-TomlArray
((foreign-lambda* c-pointer ((c-pointer ttbl)
(c-string key))
"C_return(toml_array_in(ttbl, key));")
(ptr ttbl) key)))
(self 'ptr) key)))
(define-method (toml-table (ttbl <TomlTable>) (key <string>))
(make <TomlTable> 'ptr
((foreign-lambda* c-pointer ((c-pointer ttbl)
((table self resend key)
(make-TomlTable
((foreign-lambda* c-pointer ((c-pointer ttbl)
(c-string key))
"C_return(toml_table_in(ttbl, key));")
(ptr ttbl) key)))
(self 'ptr) key))))

View file

@ -4,7 +4,7 @@
(category parsing)
(license "MIT")
(version "0.8")
(dependencies r7rs rfc3339 coops)
(dependencies rfc3339 prometheus)
(test-dependencies test)
(components
@ -12,5 +12,4 @@
(source "tomlc99/toml.c"))
(extension toml
(objects tomlc99/toml)
(csc-options "-X" "r7rs" "-R" "r7rs" "-K" "prefix" "-sJ"
"-Itomlc99"))))
(csc-options "-sJ" "-Itomlc99"))))

View file

@ -1,21 +1,5 @@
(import (r7rs))
(define-library (toml)
(export table-from-file
table-from-string
toml-self-key
toml-count-entries
toml-count-key-vals
toml-count-arrays
toml-count-tables
toml-string
toml-bool
toml-int
toml-double
toml-timestamp
toml-array
toml-table
toml-key-exists?
toml-key-at)
table-from-string)
(begin
(include "toml-impl.scm")))