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$TESTING = true
$0 = __FILE__ if $0 =~ /-e|\(eval\)|^$/
$0 = $0.sub(Dir.pwd, '.')
require 'inline'
require 'tempfile'
require 'tmpdir'
require 'fileutils' unless defined?(::FileUtils)
require 'minitest/autorun'
File.umask(0)
require 'pathname'
$inline_path = './debian/ruby-inline/usr/lib/ruby/vendor_ruby/inline.rb'
$test_inline_path = './test/test_inline.rb'
class InlineTestCase < Minitest::Test
def setup
super
@rootdir = File.join(Dir.tmpdir, "test_inline.#{$$}")
Dir.mkdir @rootdir, 0700 unless test ?d, @rootdir
ENV['INLINEDIR'] = @rootdir
end
def teardown
unless $DEBUG then
FileUtils.rm_rf @rootdir
ENV.delete 'INLINEDIR'
end
end
end
class TestDir < InlineTestCase
def setup
super
@count = 1
end
def util_assert_secure(perms, should_pass)
path = File.join(@rootdir, @count.to_s)
@count += 1
Dir.mkdir path, perms unless perms.nil?
if should_pass then
Dir.assert_secure path
else
assert_raises(SecurityError) do
Dir.assert_secure path
end
end
end
def test_assert_secure
# existing/good
util_assert_secure 0700, true
# existing/bad
util_assert_secure 0707, false
util_assert_secure 0770, false
util_assert_secure 0777, false
# missing
util_assert_secure nil, true
end
end unless Inline::WINDOZE
class TestInline < InlineTestCase
def test_rootdir
assert_equal(@rootdir, Inline.rootdir)
end
def test_directory
# This version requires Rubygems - Work around it
# version = "#{Gem.ruby_engine}-#{RbConfig::CONFIG['ruby_version']}"
engine = defined?(RUBY_ENGINE) ? RUBY_ENGINE : 'ruby'
rubyver = case RUBY_VERSION
when /^1\.9/
'1.9.1'
when /^1\.8/
'1.8'
else
RUBY_VERSION
end
version = "#{engine}-#{rubyver}"
inlinedir = File.join(@rootdir, ".ruby_inline", version)
assert_equal(inlinedir, Inline.directory)
end
end
class TestInline
class TestC < InlineTestCase
def setup
super
@builder = Inline::C.new(self.class)
end
# quick hack to make tests more readable,
# does nothing I wouldn't otherwise do...
def inline(lang=:C)
self.class.inline(lang, true) do |builder|
yield(builder)
end
end
def test_initialize
x = Inline::C.new(self.class)
assert_equal TestInline::TestC, x.mod
assert_equal [], x.src
assert_equal({}, x.sig)
assert_equal [], x.flags
assert_equal [], x.libs
end
def test_accessor
builder = Inline::C.new self.class
builder.struct_name = 'MyStruct'
builder.accessor 'method_name', 'int'
source = util_strip_lines builder.src
expected = []
expected << <<-READER
# line N "#{$inline_path}"
static VALUE method_name(VALUE self) {
MyStruct *pointer;
Data_Get_Struct(self, MyStruct, pointer);
return (INT2FIX(pointer->method_name));
}
READER
expected << <<-WRITER
# line N "#{$inline_path}"
static VALUE method_name_equals(VALUE self, VALUE _value) {
VALUE value = (_value);
MyStruct *pointer;
Data_Get_Struct(self, MyStruct, pointer);
pointer->method_name = FIX2INT(value);
return (value);
}
WRITER
assert_equal expected, source
end
def test_accessor_member_name
builder = Inline::C.new self.class
builder.struct_name = 'MyStruct'
builder.accessor 'method_name', 'int', 'member_name'
source = util_strip_lines builder.src
expected = []
expected << <<-READER
# line N "#{$inline_path}"
static VALUE method_name(VALUE self) {
MyStruct *pointer;
Data_Get_Struct(self, MyStruct, pointer);
return (INT2FIX(pointer->member_name));
}
READER
expected << <<-WRITER
# line N "#{$inline_path}"
static VALUE method_name_equals(VALUE self, VALUE _value) {
VALUE value = (_value);
MyStruct *pointer;
Data_Get_Struct(self, MyStruct, pointer);
pointer->member_name = FIX2INT(value);
return (value);
}
WRITER
assert_equal expected, source
end
def test_accessor_no_struct_name
builder = Inline::C.new self.class
e = assert_raises RuntimeError do
builder.accessor 'method_name', 'int'
end
assert_equal "struct name not set for reader method_name int", e.message
end
def test_add_type_converter
builder = Inline::C.new self.class
builder.add_type_converter 'my_type', 'ruby_type2my_type',
'my_type2ruby_type'
assert_equal 'my_type2ruby_type', builder.c2ruby('my_type')
assert_equal 'ruby_type2my_type', builder.ruby2c('my_type')
end
def test_alias_type_converter
builder = Inline::C.new self.class
builder.alias_type_converter 'long long', 'int64_t'
assert_equal 'LL2NUM', builder.c2ruby('int64_t')
assert_equal 'NUM2LL', builder.ruby2c('int64_t')
end
def test_reader
builder = Inline::C.new self.class
builder.struct_name = 'MyStruct'
builder.reader 'method_name', 'int'
source = util_strip_lines builder.src
expected = []
expected << <<-READER
# line N "#{$inline_path}"
static VALUE method_name(VALUE self) {
MyStruct *pointer;
Data_Get_Struct(self, MyStruct, pointer);
return (INT2FIX(pointer->method_name));
}
READER
assert_equal expected, source
end
def test_reader_member_name
builder = Inline::C.new self.class
builder.struct_name = 'MyStruct'
builder.reader 'method_name', 'int', 'member_name'
source = util_strip_lines builder.src
expected = []
expected << <<-READER
# line N "#{$inline_path}"
static VALUE method_name(VALUE self) {
MyStruct *pointer;
Data_Get_Struct(self, MyStruct, pointer);
return (INT2FIX(pointer->member_name));
}
READER
assert_equal expected, source
end
def test_reader_no_struct_name
builder = Inline::C.new self.class
e = assert_raises RuntimeError do
builder.reader 'method_name', 'int'
end
assert_equal "struct name not set for reader method_name int", e.message
end
def test_remove_type_converter
builder = Inline::C.new self.class
builder.remove_type_converter 'long'
assert_raises ArgumentError do
builder.c2ruby 'long'
end
end
def test_writer
builder = Inline::C.new self.class
builder.struct_name = 'MyStruct'
builder.writer 'method_name', 'int'
source = util_strip_lines builder.src
expected = []
expected << <<-WRITER
# line N "#{$inline_path}"
static VALUE method_name_equals(VALUE self, VALUE _value) {
VALUE value = (_value);
MyStruct *pointer;
Data_Get_Struct(self, MyStruct, pointer);
pointer->method_name = FIX2INT(value);
return (value);
}
WRITER
assert_equal expected, source
end
def test_writer_member_name
builder = Inline::C.new self.class
builder.struct_name = 'MyStruct'
builder.writer 'method_name', 'int', 'member_name'
source = util_strip_lines builder.src
expected = []
expected << <<-WRITER
# line N "#{$inline_path}"
static VALUE method_name_equals(VALUE self, VALUE _value) {
VALUE value = (_value);
MyStruct *pointer;
Data_Get_Struct(self, MyStruct, pointer);
pointer->member_name = FIX2INT(value);
return (value);
}
WRITER
assert_equal expected, source
end
def test_writer_no_struct_name
builder = Inline::C.new self.class
e = assert_raises RuntimeError do
builder.writer 'method_name', 'int'
end
assert_equal "struct name not set for writer method_name int", e.message
end
def test_ruby2c
x = Inline::C.new(self.class)
assert_equal 'NUM2CHR', x.ruby2c("char")
assert_equal 'StringValuePtr', x.ruby2c("char *")
assert_equal "FI\X2INT", x.ruby2c("int")
assert_equal 'NUM2UINT', x.ruby2c("unsigned")
assert_equal 'NUM2UINT', x.ruby2c("unsigned int")
assert_equal 'NUM2LONG', x.ruby2c("long")
assert_equal 'NUM2ULONG', x.ruby2c("unsigned long")
assert_equal 'NUM2LL', x.ruby2c("long long")
assert_equal 'NUM2ULL', x.ruby2c("unsigned long long")
assert_equal 'NUM2DBL', x.ruby2c("double")
assert_equal 'NUM2OFFT', x.ruby2c("off_t")
assert_equal '', x.ruby2c("VALUE")
assert_raises ArgumentError do
x.ruby2c('blah')
end
end
def test_c2ruby
x = Inline::C.new(self.class)
assert_equal 'CHR2FIX', x.c2ruby("char")
assert_equal 'rb_str_new2', x.c2ruby("char *")
assert_equal 'INT2FIX', x.c2ruby("int")
assert_equal 'UINT2NUM', x.c2ruby("unsigned int")
assert_equal 'UINT2NUM', x.c2ruby("unsigned")
assert_equal 'LONG2NUM', x.c2ruby("long")
assert_equal 'ULONG2NUM', x.c2ruby("unsigned long")
assert_equal 'LL2NUM', x.c2ruby("long long")
assert_equal 'ULL2NUM', x.c2ruby("unsigned long long")
assert_equal 'rb_float_new', x.c2ruby("double")
assert_equal 'OFFT2NUM', x.c2ruby("off_t")
assert_equal '', x.c2ruby("VALUE")
assert_raises ArgumentError do
x.c2ruby('blah')
end
end
def util_module_name(*signatures)
md5 = Digest::MD5.new
signatures.each do |signature|
@builder.sig[signature] = [nil, 0]
md5 << signature.to_s
end
assert_equal("Inline_TestInline__TestC_#{md5}", @builder.module_name)
end
def test_module_name_0_methods
util_module_name
end
def test_module_name_1_method
util_module_name :something1
end
def test_module_name_2_methods
util_module_name :something2, :something3
end
def test_module_name_2_other_methods
util_module_name :something4, :something5
end
def util_parse_signature(src, expected, t=nil, a=nil, b=nil)
result = nil
@builder.add_type_converter t, a, b unless t.nil?
result = @builder.parse_signature(src)
assert_equal(expected, result)
end
def test_parse_signature
src = "// stupid cpp comment
#include \"header.h\"
/* stupid c comment */
int
add(int x, int y) {
int result = x+y;
return result;
}
"
expected = {
'name' => 'add',
'return' => 'int',
'arity' => 2,
'args' => [
['x', 'int'],
['y', 'int']
]
}
util_parse_signature(src, expected)
end
def test_parse_signature_custom
src = "// stupid cpp comment
#include \"header.h\"
/* stupid c comment */
int
add(fooby x, int y) {
int result = x+y;
return result;
}
"
expected = {
'name' => 'add',
'return' => 'int',
'arity' => 2,
'args' => [
[ 'x', 'fooby' ],
['y', 'int']
]
}
util_parse_signature(src, expected,
"fooby", "r2c_fooby", "c2r_fooby")
end
def test_parse_signature_register
src = "// stupid cpp comment
#include \"header.h\"
/* stupid c comment */
int
add(register int x, int y) {
int result = x+y;
return result;
}
"
expected = {
'name' => 'add',
'return' => 'int',
'arity' => 2,
'args' => [
[ 'x', 'register int' ],
['y', 'int']
]
}
util_parse_signature(src, expected,
"register int", "FI\X2INT", "INT2FI\X")
end
def util_generate(src, expected, expand_types=true)
result = @builder.generate src, expand_types
result = util_strip_lines result
expected = "# line N \"#{$0}\"\n" + expected
assert_equal(expected, result)
end
def util_generate_raw(src, expected)
util_generate(src, expected, false)
end
def util_strip_lines(src)
case src
when String then
src.gsub(/\# line \d+/, '# line N').gsub(Dir.pwd, '.')
when Array then
src.map do |chunk|
util_strip_lines chunk
end
end
end
# Ruby Arity Rules, from the mouth of Matz:
# -2 = ruby array argv
# -1 = c array argv
# 0 = self
# 1 = self, value
# 2 = self, value, value
# ...
# 16 = self, value * 15
def test_generate_raw_arity_0
src = "VALUE y(VALUE self) {blah;}"
expected = "static VALUE y(VALUE self) {blah;}"
util_generate_raw(src, expected)
end
def test_generate_arity_0
src = "int y() { do_something; return 42; }"
expected = "static VALUE y(VALUE self) {\n do_something; return INT2FIX(42); }"
util_generate(src, expected)
end
def test_generate_arity_0_no_return
src = "void y() { do_something; }"
expected = "static VALUE y(VALUE self) {\n do_something;\nreturn Qnil;\n}"
util_generate(src, expected)
end
def test_generate_arity_0_void_return
src = "void y(void) {go_do_something_external;}"
expected = "static VALUE y(VALUE self) {
go_do_something_external;\nreturn Qnil;\n}"
util_generate(src, expected)
end
def test_generate_arity_0_int_return
src = "int x() {return 42}"
expected = "static VALUE x(VALUE self) {
return INT2FIX(42)}"
util_generate(src, expected)
end
def test_generate_raw_arity_1
src = "VALUE y(VALUE self, VALUE obj) {blah;}"
expected = "static VALUE y(VALUE self, VALUE obj) {blah;}"
util_generate_raw(src, expected)
end
def test_generate_arity_1
src = "int y(int x) {blah; return x+1;}"
expected = "static VALUE y(VALUE self, VALUE _x) {\n int x = FIX2INT(_x);\nblah; return INT2FIX(x+1);}"
util_generate(src, expected)
end
def test_generate_arity_1_no_return
src = "void y(int x) {blah;}"
expected = "static VALUE y(VALUE self, VALUE _x) {\n int x = FIX2INT(_x);\nblah;\nreturn Qnil;\n}"
util_generate(src, expected)
end
def test_generate_raw_arity_2
src = "VALUE func(VALUE self, VALUE obj1, VALUE obj2) {blah;}"
expected = "static VALUE func(VALUE self, VALUE obj1, VALUE obj2) {blah;}"
util_generate_raw(src, expected)
end
def test_generate_arity_2
src = "int func(int x, int y) {blah; return x+y;}"
expected = "static VALUE func(VALUE self, VALUE _x, VALUE _y) {\n int x = FIX2INT(_x);\n int y = FIX2INT(_y);\nblah; return INT2FIX(x+y);}"
util_generate(src, expected)
end
def test_generate_raw_arity_3
src = "VALUE func(VALUE self, VALUE obj1, VALUE obj2, VALUE obj3) {blah;}"
expected = "static VALUE func(VALUE self, VALUE obj1, VALUE obj2, VALUE obj3) {blah;}"
util_generate_raw(src, expected)
end
def test_generate_arity_too_many
src = "int too_many(int a1, int a2, int a3, int a4, int a5, int a6, int a7, int a8, int a9, int aA, int aB, int aC, int aD, int aE, int aF, int ugh) {
int q = v + w;
return q+x+y+z;
}"
assert_raises ArgumentError do
@builder.generate src, true
end
end
def test_generate_comments
src = "// stupid cpp comment
/* stupid c comment */
int
add(int x, int y) { // add two numbers
return x+y;
}
"
expected = "static VALUE add(VALUE self, VALUE _x, VALUE _y) {
int x = FIX2INT(_x);
int y = FIX2INT(_y);
return INT2FIX(x+y);
}
"
util_generate(src, expected)
end
def test_generate_local_header
src = "// stupid cpp comment
#include \"header\"
/* stupid c comment */
int
add(int x, int y) { // add two numbers
return x+y;
}
"
# FIX: should be 2 spaces before the return. Can't find problem.
expected = "#include \"header\"
static VALUE add(VALUE self, VALUE _x, VALUE _y) {
int x = FIX2INT(_x);
int y = FIX2INT(_y);
return INT2FIX(x+y);
}
"
util_generate(src, expected)
end
def test_generate_map_name
src = "VALUE y_equals(VALUE self) {blah;}"
expected = "static VALUE y_equals(VALUE self) {blah;}"
util_generate_raw(src, expected)
assert_equal [-1, nil, 'y='], @builder.sig['y_equals']
end
def test_generate_system_header
src = "// stupid cpp comment
#include <header>
/* stupid c comment */
int
add(int x, int y) { // add two numbers
return x+y;
}
"
expected = "#include <header>
static VALUE add(VALUE self, VALUE _x, VALUE _y) {
int x = FIX2INT(_x);
int y = FIX2INT(_y);
return INT2FIX(x+y);
}
"
util_generate(src, expected)
end
def test_generate_wonky_return
src = "unsigned\nlong z(void) {return 42}"
expected = "static VALUE z(VALUE self) {
return ULONG2NUM(42)}"
util_generate(src, expected)
end
def test_generate_compact
src = "int add(int x, int y) {return x+y}"
expected = "static VALUE add(VALUE self, VALUE _x, VALUE _y) {
int x = FIX2INT(_x);
int y = FIX2INT(_y);
return INT2FIX(x+y)}"
util_generate(src, expected)
end
def test_generate_char_star_normalize
src = "char\n\*\n blah( char*s) {puts(s); return s}"
expected = "static VALUE blah(VALUE self, VALUE _s) {
char * s = StringValuePtr(_s);
puts(s); return rb_str_new2(s)}"
util_generate(src, expected)
end
def test_generate_ext
@builder.c_singleton "VALUE allocate() { return Qnil; }"
@builder.c "VALUE my_method() { return Qnil; }"
@builder.prefix "static int x;"
windoze = "\n __declspec(dllexport)" if Inline::WINDOZE
expected = <<-EXT
#include "ruby.h"
static int x;
# line N "#{$test_inline_path}"
static VALUE allocate(VALUE self) {
return (Qnil); }
# line N "#{$test_inline_path}"
static VALUE my_method(VALUE self) {
return (Qnil); }
#ifdef __cplusplus
extern \"C\" {
#endif#{windoze}
void Init_Inline_TestInline__TestC_3ab8c09639e499394bb1f0a0194a839f() {
VALUE c = rb_cObject;
c = rb_const_get(c, rb_intern("TestInline"));
c = rb_const_get(c, rb_intern("TestC"));
rb_define_alloc_func(c, (VALUE(*)(VALUE))allocate);
rb_define_method(c, "my_method", (VALUE(*)(ANYARGS))my_method, 0);
}
#ifdef __cplusplus
}
#endif
EXT
assert_equal expected, util_strip_lines(@builder.generate_ext)
end
def test_generate_ext_bad_allocate
@builder.c_singleton "VALUE allocate(VALUE bad) { return Qnil; }"
e = assert_raises RuntimeError do
@builder.generate_ext
end
assert_equal 'TestInline::TestC::allocate must have an arity of zero',
e.message
end
def test_c
result = @builder.c "int add(int a, int b) { return a + b; }"
expected = "# line N \"#{$0}\"\nstatic VALUE add(VALUE self, VALUE _a, VALUE _b) {\n int a = FIX2INT(_a);\n int b = FIX2INT(_b);\n return INT2FIX(a + b); }"
result = util_strip_lines result
assert_equal expected, result
assert_equal [expected], util_strip_lines(@builder.src)
end
def test_c_raw
src = "static VALUE answer_raw(int argc, VALUE *argv, VALUE self) { return INT2NUM(42); }"
result = @builder.c_raw src.dup
result = util_strip_lines result
expected = "# line N \"#{$0}\"\n" + src
assert_equal expected, result
assert_equal [expected], util_strip_lines(@builder.src)
end
def test_map_c_const
@builder.map_c_const :C_NAME => :int
expected = [
" rb_define_const(c, \"C_NAME\", INT2FIX(C_NAME));"
]
assert_equal expected, @builder.init_extra
end
def test_map_c_const_named
@builder.map_c_const :C_NAME => [:int, :RUBY_NAME]
expected = [
" rb_define_const(c, \"RUBY_NAME\", INT2FIX(C_NAME));"
]
assert_equal expected, @builder.init_extra
end
# TODO: fix ?
def util_simple_code(klassname, c_src)
result = "
require 'inline'
class #{klassname}
inline do |builder|
builder.c <<-EOC
#{c_src}
EOC
end
end"
result
end
def util_test_build(src)
tempfile = Tempfile.new("util_test_build")
tempfile.write src
tempfile.close
rb_file = tempfile.path + ".rb"
File.rename tempfile.path, rb_file
begin
Kernel.module_eval { require rb_file }
yield if block_given?
ensure
File.unlink rb_file
end
end
def test_build_good
skip "https://github.com/MagLev/maglev/issues/231" if maglev?
code = util_simple_code(:DumbTest1, "long dumbpi() { return 314; }")
util_test_build(code) do
result = DumbTest1.new.dumbpi
assert_equal(314, result)
end
end
def test_build_bad
code = util_simple_code(:DumbTest2, "void should_puke() { 1+1 2+2 }")
assert_raises(CompilationError) do
util_test_build(code) do
flunk
end
end
end
def util_strip_comments(input)
expect = 'line 1
#if 0
line 2
#endif
line 3
'
assert_equal expect, @builder.strip_comments(input)
end
def test_strip_comments_cpp
input = 'line 1
#if 0
line 2
#endif
// 1 comment
// 2 comment
line 3 // trailing comment
'
util_strip_comments(input)
end
def test_strip_comments_c
input = 'line 1
#if 0
line 2
#endif
/*
* 1 comment
* 2 comment
*/
line 3 /* trailing comment */
'
util_strip_comments(input)
end
def test_load
# totally tested by test_build
assert true
end
end # class TestC
end # class TestInline
module Foo
class Bar
# inline stuff will go here...
end
end
$test_module_code = <<-EOR
module Foo
class Bar
inline do |builder|
builder.c <<-EOC
static int forty_two_instance() { return 42; }
EOC
builder.c_singleton <<-EOC
static int twenty_four_class() { return 24; }
EOC
end
end
end
EOR
$test_module_code2 = <<-EOR
require 'inline'
# Demonstrates native functions in nested classes and
# extending a class more than once from different ruby
# source files
module Foo
class Bar
inline do |builder|
builder.c <<-EOC
int twelve_instance() { return 12; }
EOC
builder.c_singleton <<-EOC
int twelve_class() { return 12; }
EOC
end
end
end
EOR
class TestModule < InlineTestCase
def test_nested
skip "https://github.com/MagLev/maglev/issues/231" if maglev?
Object.class_eval $test_module_code
fb = Foo::Bar.new
assert_equal(42, fb.forty_two_instance)
assert_equal(24, Foo::Bar.twenty_four_class)
tempfile = Tempfile.new("test_inline_nested")
tempfile.write($test_module_code2)
tempfile.flush
tempfile.rewind
FileUtils.cp tempfile.path, "#{tempfile.path}.rb"
require "#{tempfile.path}.rb"
assert_equal(12, fb.twelve_instance)
assert_equal(12, Foo::Bar.twelve_class)
FileUtils.rm "#{tempfile.path}.rb"
end
def test_argument_check_good
skip "https://github.com/MagLev/maglev/issues/231" if maglev?
util_arity_check
fb = Foo::Bar.new
assert_equal 13, fb.arity6(1, 2, 3, 4, 5, "blah")
end
def test_argument_check_fewer
skip "https://github.com/MagLev/maglev/issues/231" if maglev?
util_arity_check
fb = Foo::Bar.new
assert_raises ArgumentError do
fb.arity6(1, 2, 3)
end
end
def test_argument_check_more
skip "https://github.com/MagLev/maglev/issues/231" if maglev?
util_arity_check
fb = Foo::Bar.new
assert_raises ArgumentError do
fb.arity6(1, 2, 3, 4, 5, "blah", :extra)
end
end
def test_inline
skip "https://github.com/MagLev/maglev/issues/231" if maglev?
self.class.inline(:C) do |builder|
builder.c "int add(int a, int b) { return a + b; }"
end
assert(test(?d, Inline.directory),
"inline dir should have been created")
matches = Dir[File.join(Inline.directory, "Inline_TestModule_*.c")]
assert_equal(1, matches.length, "Source should have been created")
library_file = matches.first.gsub(/\.c$/) { "." + RbConfig::CONFIG["DLEXT"] }
assert(test(?f, library_file),
"Library file should have been created")
end
def util_arity_check
methods = Foo::Bar.public_instance_methods.map { |s| s.to_s }
unless methods.include? "arity6" then
Foo::Bar.inline do |builder|
builder.include "<string.h>"
builder.c "int arity6(int u, int v, int w, int x, int y, char * z) { return x + y + strlen(z); }"
end
end
end
end
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