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#!perl
# Copyright (C) 2001-2008, Parrot Foundation.
use strict;
use warnings;
use lib qw( t . lib ../lib ../../lib );
use Test::More;
use Parrot::Test tests => 26;
=head1 NAME
t/library/dumper.t - test dumping of data
=head1 SYNOPSIS
% prove t/library/dumper.t
=head1 DESCRIPTION
Tests data dumping.
=cut
# no. 1
pir_output_is( <<'CODE', <<'OUT', "dumping array of sorted numbers" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc array
new array, 'ResizablePMCArray'
push array, 0
push array, 1
push array, 2
push array, 3
push array, 4
push array, 5
push array, 6
push array, 7
push array, 8
push array, 9
_dumper( array, "array" )
.end
CODE
"array" => ResizablePMCArray (size:10) [
0,
1,
2,
3,
4,
5,
6,
7,
8,
9
]
OUT
# no. 2
pir_output_is( <<'CODE', <<'OUT', "dumping unsorted numbers" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc array
new array, 'ResizablePMCArray'
push array, 6
push array, 1
push array, 8
push array, 3
push array, 2
push array, 9
push array, 7
push array, 4
push array, 0
push array, 5
_dumper( array, "array" )
.end
CODE
"array" => ResizablePMCArray (size:10) [
6,
1,
8,
3,
2,
9,
7,
4,
0,
5
]
OUT
# no. 3
pir_output_is( <<'CODE', <<'OUT', "dumping sorted strings" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc array
new array, 'ResizablePMCArray'
push array, "alpha"
push array, "bravo"
push array, "charlie"
push array, "delta"
push array, "echo"
push array, "foxtrot"
push array, "golf"
push array, "hotel"
_dumper( array, "strings" )
.end
CODE
"strings" => ResizablePMCArray (size:8) [
"alpha",
"bravo",
"charlie",
"delta",
"echo",
"foxtrot",
"golf",
"hotel"
]
OUT
# no. 4
pir_output_is( <<'CODE', <<'OUT', "sorting unsorted strings" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc array
new array, 'ResizablePMCArray'
push array, "charlie"
push array, "hotel"
push array, "alpha"
push array, "delta"
push array, "foxtrot"
push array, "golf"
push array, "bravo"
push array, "echo"
_dumper( array, "strings" )
.end
CODE
"strings" => ResizablePMCArray (size:8) [
"charlie",
"hotel",
"alpha",
"delta",
"foxtrot",
"golf",
"bravo",
"echo"
]
OUT
# no. 5
pir_output_is( <<'CODE', <<'OUT', "dumping different types" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc array
new array, 'ResizablePMCArray'
push array, 0.1
push array, "charlie"
push array, 2
push array, "hotel"
push array, 5
push array, "alpha"
push array, 0.2
push array, "delta"
push array, 4
push array, "foxtrot"
push array, 0.5
push array, 0.4
push array, 1
push array, "golf"
push array, 0.3
push array, 3
push array, "bravo"
push array, 0.0
push array, 0
push array, "echo"
_dumper( array, "array" )
.end
CODE
"array" => ResizablePMCArray (size:20) [
0.1,
"charlie",
2,
"hotel",
5,
"alpha",
0.2,
"delta",
4,
"foxtrot",
0.5,
0.4,
1,
"golf",
0.3,
3,
"bravo",
0,
0,
"echo"
]
OUT
# no. 6
pir_output_is( <<'CODE', <<'OUT', "dumping complex data" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc hash1
.local pmc hash2
.local pmc hash3
.local pmc array1
.local pmc array2
new hash1, 'Hash'
new hash2, 'Hash'
new hash3, 'Hash'
new array1, 'ResizablePMCArray'
new array2, 'ResizablePMCArray'
_dumper( hash1,"hash1" )
$S0 = "hello"
$S1 = "world"
set hash1[$S0], $S1
_dumper( hash1,"hash1" )
$S0 = "hello2"
$S1 = "world2"
set hash1[$S0], $S1
_dumper( hash1,"hash1" )
$S0 = "hash2"
set hash1[$S0], hash2
_dumper( hash1,"hash1" )
$S0 = "hello3"
$S1 = "world3"
set hash2[$S0], $S1
_dumper( hash1,"hash1" )
$S0 = "name"
$S1 = "parrot"
set hash3[$S0], $S1
$S0 = "is"
$S1 = "cool"
set hash3[$S0], $S1
push array1, "this"
push array1, "is"
push array1, "a"
push array1, "test"
push array1, hash3
$S0 = "array1"
set hash2[$S0], array1
_dumper( hash1,"hash1" )
.end
CODE
"hash1" => Hash {
}
"hash1" => Hash {
"hello" => "world"
}
"hash1" => Hash {
"hello" => "world",
"hello2" => "world2"
}
"hash1" => Hash {
"hash2" => Hash {
},
"hello" => "world",
"hello2" => "world2"
}
"hash1" => Hash {
"hash2" => Hash {
"hello3" => "world3"
},
"hello" => "world",
"hello2" => "world2"
}
"hash1" => Hash {
"hash2" => Hash {
"array1" => ResizablePMCArray (size:5) [
"this",
"is",
"a",
"test",
Hash {
"is" => "cool",
"name" => "parrot"
}
],
"hello3" => "world3"
},
"hello" => "world",
"hello2" => "world2"
}
OUT
# no.7
pir_output_is( <<'CODE', <<'OUT', "properties" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc str
.local pmc array
new array, 'ResizablePMCArray'
push array, "test1"
push array, "test2"
new str, 'String'
set str, "value1"
setprop array, "key1", str
new str, 'String'
set str, "value2"
setprop array, "key2", str
_dumper( array )
.end
CODE
"VAR1" => ResizablePMCArray (size:2) [
"test1",
"test2"
] with-properties: Hash {
"key1" => "value1",
"key2" => "value2"
}
OUT
# no. 8
pir_output_is( <<'CODE', <<'OUT', "indent string" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc hash1
.local pmc hash2
.local pmc array1
.local pmc array2
.local string name
.local string indent
new hash1, 'Hash'
new hash2, 'Hash'
new array1, 'ResizablePMCArray'
new array2, 'ResizablePMCArray'
set hash1["hash2"], hash2
set hash2["array"], array1
set hash1["test1"], "test1"
set hash2["test2"], "test2"
push array1, 1
push array1, array2
push array2, "test"
setprop hash1, "array2", array2
name = "hash"
indent = "| "
_dumper( hash1, name, indent )
_dumper( hash1, name, indent )
print "name = '"
print name
print "'\nindent = '"
print indent
print "'\n"
.end
CODE
"hash" => Hash {
| "hash2" => Hash {
| | "array" => ResizablePMCArray (size:2) [
| | | 1,
| | | ResizablePMCArray (size:1) [
| | | | "test"
| | | ]
| | ],
| | "test2" => "test2"
| },
| "test1" => "test1"
} with-properties: Hash {
| "array2" => \hash["hash2"]["array"][1]
}
"hash" => Hash {
| "hash2" => Hash {
| | "array" => ResizablePMCArray (size:2) [
| | | 1,
| | | ResizablePMCArray (size:1) [
| | | | "test"
| | | ]
| | ],
| | "test2" => "test2"
| },
| "test1" => "test1"
} with-properties: Hash {
| "array2" => \hash["hash2"]["array"][1]
}
name = 'hash'
indent = '| '
OUT
# no. 9
pir_output_is( <<'CODE', <<'OUT', "back-referencing properties" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc hash
new hash, 'Hash'
set hash["hello"], "world"
setprop hash, "backref", hash
_dumper( hash )
.end
CODE
"VAR1" => Hash {
"hello" => "world"
} with-properties: Hash {
"backref" => \VAR1
}
OUT
# no. 10
pir_output_is( <<'CODE', <<'OUT', "self-referential properties (1)" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc hash
.local pmc prop
new hash, 'Hash'
set hash["hello"], "world"
setprop hash, "self", hash
prophash prop, hash
setprop hash, "self", prop
_dumper( hash )
.end
CODE
"VAR1" => Hash {
"hello" => "world"
} with-properties: Hash {
"self" => \VAR1.properties()
}
OUT
# no. 11
pir_output_is( <<'CODE', <<'OUT', "self-referential properties (2)" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc array
.local pmc hash1
.local pmc hash2
.local pmc prop
new array, 'ResizablePMCArray'
new hash1, 'Hash'
new hash2, 'Hash'
set hash1["hello1"], "world1"
set hash2["hello2"], "world2"
setprop hash1, "das leben", hash2
prophash prop, hash1
set prop["das leben"], "ist schoen"
setprop hash2, "hash1prop", prop
push array, hash1
push array, hash2
push array, prop
prophash prop, hash2
push array, prop
_dumper( array )
.end
CODE
"VAR1" => ResizablePMCArray (size:4) [
Hash {
"hello1" => "world1"
} with-properties: Hash {
"das leben" => "ist schoen"
},
Hash {
"hello2" => "world2"
} with-properties: Hash {
"hash1prop" => \VAR1[0].properties()
},
\VAR1[0].properties(),
\VAR1[1].properties()
]
OUT
# no. 12
pir_output_is( <<'CODE', <<'OUT', "dumping objects" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc temp
.local pmc array
newclass temp, "TestClass"
new array, 'ResizablePMCArray'
temp = new "TestClass"
push array, temp
$P0 = get_class 'TestClass'
temp = new $P0
push array, temp
_dumper( array )
.end
.namespace ["TestClass"]
.sub __dump :method
.param pmc dumper
.param string dname
.local string subindent
.local string indent
.local string name
(subindent, indent) = dumper."newIndent"()
print "{\n"
print subindent
print "this is\n"
print subindent
print "_"
typeof name, self
print name
print "::__dump\n"
print indent
print "}"
dumper."deleteIndent"()
.begin_return
.end_return
.end
.namespace []
CODE
"VAR1" => ResizablePMCArray (size:2) [
PMC 'TestClass' {
this is
_TestClass::__dump
},
PMC 'TestClass' {
this is
_TestClass::__dump
}
]
OUT
# no. 13
pir_output_is( <<'CODE', <<'OUT', "dumping 'null'" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc array
.local pmc temp
new array, 'ResizablePMCArray'
push array, 0
push array, "0"
null temp
push array, temp
new temp, 'Integer'
set temp, 0
push array, temp
new temp, 'String'
set temp, "0"
push array, temp
_dumper( array, "array" )
.end
CODE
"array" => ResizablePMCArray (size:5) [
0,
"0",
null,
0,
"0"
]
OUT
# no. 14
pir_output_is( << 'CODE', << 'OUT', "dumping strings" );
.sub _test :main
load_bytecode "dumper.pbc"
.local pmc array
array = new 'ResizablePMCArray'
.local pmc pmc_string, pmc_perl_string
.local string string_1
pmc_string = new 'String'
pmc_string = "This is a String PMC"
push array, pmc_string
pmc_perl_string = new 'String'
pmc_perl_string = "This is a String PMC"
push array, pmc_perl_string
string_1 = "This is a String"
push array, string_1
_dumper( array, "array of various strings" )
.end
CODE
"array of various strings" => ResizablePMCArray (size:3) [
"This is a String PMC",
"This is a String PMC",
"This is a String"
]
OUT
# no. 15
pir_output_is( <<'CODE', <<'OUT', "dumping complex data in Hash" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc hash1
.local pmc hash2
.local pmc hash3
.local pmc array1
new hash1, 'Hash'
new hash2, 'Hash'
new hash3, 'Hash'
new array1, 'ResizablePMCArray'
_dumper( hash1,"hash1" )
$S0 = "hello"
$S1 = "world"
set hash1[$S0], $S1
_dumper( hash1,"hash1" )
$S0 = "hello2"
$S1 = "world2"
set hash1[$S0], $S1
_dumper( hash1,"hash1" )
$S0 = "hash2"
set hash1[$S0], hash2
_dumper( hash1,"hash1" )
$S0 = "hello3"
$S1 = "world3"
set hash2[$S0], $S1
_dumper( hash1,"hash1" )
$S0 = "name"
$S1 = "parrot"
set hash3[$S0], $S1
$S0 = "is"
$S1 = "cool"
set hash3[$S0], $S1
array1 = 5
array1[0] = "this"
array1[1] = "is"
array1[2] = "a"
array1[3] = "test"
array1[4] = hash3
$S0 = "array1"
set hash2[$S0], array1
_dumper( hash1,"hash1" )
.end
CODE
"hash1" => Hash {
}
"hash1" => Hash {
"hello" => "world"
}
"hash1" => Hash {
"hello" => "world",
"hello2" => "world2"
}
"hash1" => Hash {
"hash2" => Hash {
},
"hello" => "world",
"hello2" => "world2"
}
"hash1" => Hash {
"hash2" => Hash {
"hello3" => "world3"
},
"hello" => "world",
"hello2" => "world2"
}
"hash1" => Hash {
"hash2" => Hash {
"array1" => ResizablePMCArray (size:5) [
"this",
"is",
"a",
"test",
Hash {
"is" => "cool",
"name" => "parrot"
}
],
"hello3" => "world3"
},
"hello" => "world",
"hello2" => "world2"
}
OUT
# no. 16
pir_output_is( <<'CODE', <<'OUTPUT', "dumping Integer PMC" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc int1
new int1, 'Integer'
int1 = 12345
_dumper( int1, "Int:" )
.end
CODE
"Int:" => 12345
OUTPUT
# no. 17
pir_output_is( <<'CODE', <<'OUTPUT', "dumping Float PMC" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc float1
new float1, 'Float'
float1 = 12345.678
_dumper( float1, "Float:" )
.end
CODE
"Float:" => 12345.678
OUTPUT
# no. 18
pir_output_is( <<'CODE', <<'OUTPUT', "dumping ResizablePMCArray PMC" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc array
new array, 'ResizablePMCArray'
push array, 12345
push array, "hello"
_dumper( array, "array:" )
.end
CODE
"array:" => ResizablePMCArray (size:2) [
12345,
"hello"
]
OUTPUT
# no. 19
pir_output_is( <<'CODE', <<'OUTPUT', "dumping ResizableStringArray PMC" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc array
new array, 'ResizableStringArray'
push array, "hello"
push array, "world"
_dumper( array, "array:" )
.end
CODE
"array:" => ResizableStringArray (size:2) [
"hello",
"world"
]
OUTPUT
# no. 20
pir_output_is( <<'CODE', <<'OUTPUT', "dumping ResizableIntegerArray PMC" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc array
new array, 'ResizableIntegerArray'
push array, 12345
push array, 67890
_dumper( array, "array:" )
.end
CODE
"array:" => ResizableIntegerArray (size:2) [
12345,
67890
]
OUTPUT
# no. 21
pir_output_is( <<'CODE', <<'OUTPUT', "dumping ResizableFloatArray PMC" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc array
new array, 'ResizableFloatArray'
push array, 123.45
push array, 67.89
_dumper( array, "array:" )
.end
CODE
"array:" => ResizableFloatArray (size:2) [
123.45,
67.89
]
OUTPUT
# no. 22
pir_output_is( <<'CODE', <<'OUTPUT', "dumping FixedPMCArray PMC" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc array
new array, 'FixedPMCArray'
array = 2
array[0] = 12345
array[1] = "hello"
_dumper( array, "array:" )
.end
CODE
"array:" => FixedPMCArray (size:2) [
12345,
"hello"
]
OUTPUT
# no. 23
pir_output_is( <<'CODE', <<'OUTPUT', "dumping FixedStringArray PMC" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc array
new array, 'FixedStringArray'
array = 2
array[0] = "hello"
array[1] = "world"
_dumper( array, "array:" )
.end
CODE
"array:" => FixedStringArray (size:2) [
"hello",
"world"
]
OUTPUT
# no. 24
pir_output_is( <<'CODE', <<'OUTPUT', "dumping FixedIntegerArray PMC" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc array
new array, 'FixedIntegerArray'
array = 2
array[0] = 12345
array[1] = 67890
_dumper( array, "array:" )
.end
CODE
"array:" => FixedIntegerArray (size:2) [
12345,
67890
]
OUTPUT
# no. 25
pir_output_is( <<'CODE', <<'OUTPUT', "dumping FixedFloatArray PMC" );
.sub test :main
load_bytecode "dumper.pbc"
.local pmc array
new array, 'FixedFloatArray'
array = 2
array[0] = 123.45
array[1] = 67.89
_dumper( array, "array:" )
.end
CODE
"array:" => FixedFloatArray (size:2) [
123.45,
67.89
]
OUTPUT
# no. 26 - Deleted --leo
# no. 27
pir_output_is( <<'CODE', <<'OUTPUT', "custom dumper" );
.sub main :main
load_bytecode "dumper.pbc"
.local pmc o, cl
cl = subclass 'ResizablePMCArray', 'bar'
o = new cl
_dumper(o)
.end
.namespace ["bar"]
.sub init :vtable :method
.local pmc ar
ar = getattribute self, ['ResizablePMCArray'], 'proxy'
push ar, 1
push ar, 2
.end
.sub __dump :method
.param pmc dumper
.param string label
print " __value => {\n"
.local pmc ar
ar = getattribute self, ['ResizablePMCArray'], 'proxy'
dumper.'dump'('attr', ar)
print "\n}"
.end
.namespace []
CODE
"VAR1" => PMC 'bar' __value => {
ResizablePMCArray (size:2) [
1,
2
]
}
OUTPUT
# pir_output_is(<<'CODE', <<'OUTPUT', "dumping IntegerArray PMC");
# pir_output_is(<<'CODE', <<'OUTPUT', "dumping FloatValArray PMC");
# Local Variables:
# mode: cperl
# cperl-indent-level: 4
# fill-column: 100
# End:
# vim: expandtab shiftwidth=4: