def test_normalize_partition_tags_bad_vendor_deps(self):
"""Check whether normalize_partition_tags() hides the dependencies from
the system partition to the vendor partition if the dependencies are
not SP-HAL libraries."""
gb = GraphBuilder()
libfwk = gb.add_lib32(PT_SYSTEM, 'libfwk', dt_needed=['libvnd.so'])
libvnd = gb.add_lib32(PT_VENDOR, 'libvnd')
gb.resolve()
self.assertIn(libvnd, libfwk.deps_needed)
self.assertIn(libfwk, libvnd.users_needed)
stderr = StringIO()
with patch('sys.stderr', stderr):
gb.graph.normalize_partition_tags(set(), None)
self.assertRegexpMatches(
stderr.getvalue(),
'error: .*: system exe/lib must not depend on vendor lib .*. '
'Assume such dependency does not exist.')
self.assertNotIn(libvnd, libfwk.deps_needed)
self.assertNotIn(libfwk, libvnd.users_needed)
self.assertIn(libvnd, libfwk.deps_needed_hidden)
self.assertIn(libfwk, libvnd.users_needed_hidden)
self.assertIn(libvnd, libfwk.deps_all)
self.assertIn(libvnd, libfwk.deps_needed_all)
self.assertNotIn(libvnd, libfwk.deps_good)
self.assertIn(libfwk, libvnd.users_all)
self.assertIn(libfwk, libvnd.users_needed_all)
self.assertNotIn(libfwk, libvnd.users_good)
def run_level36():
f = """\
4
2 1 1 2
3 3 3 . .
2 3 3 . 4 .
. 2 . 2 4 3 2
2 2 . . . 2
4 3 4 . .
3 2 3 3
"""
order = DESCENDING
strategy = Done.FIRST_STRATEGY
output = StringIO()
solve_file(f, strategy, order, output)
expected = """\
3 4 3 2
3 4 4 . 3
2 . . 3 4 3
2 . 1 . 3 . 2
3 3 . 2 . 2
3 . 2 . 2
2 2 . 1
"""
if output.getvalue() != expected:
raise AssertionError("got a wrong answer:\n%s" % output.getvalue())
def test_dump(self):
elf = ELF(ELF.ELFCLASS32, ELF.ELFDATA2LSB, 183, ['a'], ['b'],
['libc.so', 'libm.so'], {'hello', 'world'}, {'d', 'e'})
f = StringIO()
elf.dump(f)
actual_output = f.getvalue()
self.assertEqual('EI_CLASS\t32\n'
'EI_DATA\t\tLittle-Endian\n'
'E_MACHINE\tEM_AARCH64\n'
'FILE_SIZE\t0\n'
'RO_SEG_FILE_SIZE\t0\n'
'RO_SEG_MEM_SIZE\t0\n'
'RW_SEG_FILE_SIZE\t0\n'
'RW_SEG_MEM_SIZE\t0\n'
'DT_RPATH\ta\n'
'DT_RUNPATH\tb\n'
'DT_NEEDED\tlibc.so\n'
'DT_NEEDED\tlibm.so\n'
'EXP_SYMBOL\thello\n'
'EXP_SYMBOL\tworld\n'
'IMP_SYMBOL\td\n'
'IMP_SYMBOL\te\n',
actual_output)
def get(self, f, file_name="", width=None, height=None):
width = width or self.width
height = height or self.height
image = Image.open(f)
image.thumbnail((width, height), Image.ANTIALIAS)
thumb = StringIO()
image.save(thumb, "png")
thumb.seek(0)
return thumb
def get(self, f, file_name="", width=None, height=None):
# ZipFile requires seek:
if not isinstance(f, basestring) and not hasattr(f, "seek"):
d = StringIO()
shutil.copyfileobj(f, d)
d.seek(0)
f = d
# Extract: 'Thumbnails/thumbnail.png'
png = StringIO(zipfile.ZipFile(f, "r").read("Thumbnails/thumbnail.png", "r"))
return super(OfficeBackend, self).get(png, width=width, height=height)
def runcode(self, code_obj):
fake_stdout = StringIO()
sys.stdout = fake_stdout
sys.stderr = fake_stdout
try:
code.InteractiveConsole.runcode(self, code_obj)
finally:
sys.stdout = sys.__stdout__
sys.stderr = sys.__stderr__
self.write(fake_stdout.getvalue())
def test_add_dlopen_deps_error(self):
gb = GraphBuilder()
liba = gb.add_lib32(PT_SYSTEM, 'liba')
libb = gb.add_lib32(PT_SYSTEM, 'libb')
gb.resolve()
with tempfile.NamedTemporaryFile(mode='w') as tmp_file:
tmp_file.write('/system/lib/libc.so: /system/lib/libd.so')
tmp_file.seek(0)
stderr = StringIO()
with patch('sys.stderr', stderr):
gb.graph.add_dlopen_deps(tmp_file.name)
self.assertRegexpMatches(
stderr.getvalue(),
'error: Failed to add dlopen dependency from .* to .*\\.\n')
def test_add_dlopen_deps_regex(self):
gb = GraphBuilder()
liba = gb.add_lib32(PT_SYSTEM, 'liba')
libb = gb.add_lib32(PT_SYSTEM, 'libb')
gb.resolve()
with tempfile.NamedTemporaryFile(mode='w') as tmp_file:
tmp_file.write('[regex].*libb\\.so: [regex].*/${LIB}/liba\\.so')
tmp_file.seek(0)
stderr = StringIO()
with patch('sys.stderr', stderr):
gb.graph.add_dlopen_deps(tmp_file.name)
self.assertEqual('', stderr.getvalue())
self.assertIn(liba, libb.deps_dlopen)
self.assertIn(libb, liba.users_dlopen)
class OutputStream( Base, XOutputStream ):
"""A simple stream that is compatible with UNO XOutputStream and can
also return a StringIO object containing what was written to it."""
def __init__(self):
self.closed = 0
self.stream = StringIO()
def closeOutput(self):
self.closed = 1
def writeBytes(self, seq):
self.stream.write(seq.value)
def getStream(self):
self.stream.seek(0)
return self.stream
def flush(self):
pass
def test_add_dlopen_deps_lib_subset_single_bitness(self):
gb = GraphBuilder()
liba_32, liba_64 = gb.add_multilib(PT_SYSTEM, 'liba')
libb_32 = gb.add_lib32(PT_SYSTEM, 'libb')
gb.resolve()
with tempfile.NamedTemporaryFile(mode='w') as tmp_file:
tmp_file.write('/system/${LIB}/libb.so: /system/${LIB}/liba.so')
tmp_file.seek(0)
stderr = StringIO()
with patch('sys.stderr', stderr):
gb.graph.add_dlopen_deps(tmp_file.name)
self.assertEqual('', stderr.getvalue())
self.assertIn(liba_32, libb_32.deps_dlopen)
self.assertIn(libb_32, liba_32.users_dlopen)
self.assertEqual(0, len(liba_64.users_dlopen))
def test_load_from_csv_empty(self):
try:
TaggedPathDict().load_from_csv(StringIO(''))
except StopIteration:
self.fail('empty file should be considered as a valid input')
def make_editor_icons_action(target, source, env):
dst = target[0]
svg_icons = source
icons_string = StringIO()
for f in svg_icons:
fname = str(f)
icons_string.write('\t"')
with open(fname, 'rb') as svgf:
b = svgf.read(1)
while(len(b) == 1):
icons_string.write("\\" + str(hex(ord(b)))[1:])
b = svgf.read(1)
icons_string.write('"')
if fname != svg_icons[-1]:
icons_string.write(",")
icons_string.write('\n')
s = StringIO()
s.write("/* THIS FILE IS GENERATED DO NOT EDIT */\n")
s.write("#ifndef _EDITOR_ICONS_H\n")
s.write("#define _EDITOR_ICONS_H\n")
s.write("static const int editor_icons_count = {};\n".format(len(svg_icons)))
s.write("static const char *editor_icons_sources[] = {\n")
s.write(icons_string.getvalue())
s.write('};\n\n')
s.write("static const char *editor_icons_names[] = {\n")
# this is used to store the indices of thumbnail icons
thumb_medium_indices = [];
thumb_big_indices = [];
index = 0
for f in svg_icons:
fname = str(f)
icon_name = os.path.basename(fname)[5:-4].title().replace("_", "")
# some special cases
if icon_name in ['Int', 'Bool', 'Float']:
icon_name = icon_name.lower()
if icon_name.endswith("MediumThumb"): # don't know a better way to handle this
thumb_medium_indices.append(str(index))
if icon_name.endswith("BigThumb"): # don't know a better way to handle this
thumb_big_indices.append(str(index))
s.write('\t"{0}"'.format(icon_name))
if fname != svg_icons[-1]:
s.write(",")
s.write('\n')
index += 1
s.write('};\n')
if thumb_medium_indices:
s.write("\n\n")
s.write("static const int editor_md_thumbs_count = {};\n".format(len(thumb_medium_indices)))
s.write("static const int editor_md_thumbs_indices[] = {")
s.write(", ".join(thumb_medium_indices))
s.write("};\n")
if thumb_big_indices:
s.write("\n\n")
s.write("static const int editor_bg_thumbs_count = {};\n".format(len(thumb_big_indices)))
s.write("static const int editor_bg_thumbs_indices[] = {")
s.write(", ".join(thumb_big_indices))
s.write("};\n")
s.write("#endif\n")
with open(dst, "w") as f:
f.write(s.getvalue())
s.close()
icons_string.close()
class MockImplementationWriterTests(TestCase):
def setUp(self):
self.maxDiff = None
self.cBuffer = StringIO()
self.mockpaths = MagicMock()
self.mockpaths.mockheaderrelpath = "mock-mockable.h"
def test_shouldWriteImplementation(self):
# Given
mockgen = MagicMock()
mockgen.mocks = [
MockInfo(mockname = "mock_func1",
funcname = "func1",
prototype = "void func1(void)",
return_text = "void",
return_hint = ReturnHint.VOID,
args_info = [])
]
mock_c_writer = MockImplementationWriter(self.mockpaths, mockgen)
# When
mock_c_writer.write_implementation(self.cBuffer)
# Then
self.assertEqual(
self.cBuffer.getvalue(),
'#include "mock-mockable.h"\n'
+ boilerplate_includes
+ """pfstest_mock_define(mock_func1, "func1", 0);
void func1(void)
{
pfstest_value_t *__pfstest_return_value =
pfstest_mock_invoke(mock_func1,
NULL);
(void)__pfstest_return_value;
}
"""
)
def test_shouldWriteMultipleFunctions(self):
# Given
mockgen = MagicMock()
mockgen.mocks = [
MockInfo(mockname = "mock_func1",
funcname = "func1",
prototype = "void func1(void)",
return_text = "void",
return_hint = ReturnHint.VOID,
args_info = []),
MockInfo(mockname = "mock_func2",
funcname = "func2",
prototype = "void func2(void)",
return_text = "void",
return_hint = ReturnHint.VOID,
args_info = []),
]
mock_c_writer = MockImplementationWriter(self.mockpaths, mockgen)
# When
mock_c_writer.write_implementation(self.cBuffer)
# Then
self.assertEqual(
self.cBuffer.getvalue(),
'#include "mock-mockable.h"\n'
+ boilerplate_includes
+ """pfstest_mock_define(mock_func1, "func1", 0);
void func1(void)
{
pfstest_value_t *__pfstest_return_value =
pfstest_mock_invoke(mock_func1,
NULL);
(void)__pfstest_return_value;
}
pfstest_mock_define(mock_func2, "func2", 0);
void func2(void)
{
pfstest_value_t *__pfstest_return_value =
pfstest_mock_invoke(mock_func2,
NULL);
(void)__pfstest_return_value;
}
"""
)
def test_shouldHandlePrimitiveReturnTypes(self):
# Given
mockgen = MagicMock()
mockgen.mocks = [
MockInfo(mockname = "mock_func1",
funcname = "func1",
prototype = "int func1(void)",
return_text = "int",
return_hint = ReturnHint.PRIMITIVE,
args_info = [])
]
mock_c_writer = MockImplementationWriter(self.mockpaths, mockgen)
# When
mock_c_writer.write_implementation(self.cBuffer)
# Then
self.assertEqual(
self.cBuffer.getvalue(),
'#include "mock-mockable.h"\n'
+ boilerplate_includes
+ """pfstest_mock_define(mock_func1, "func1", 0);
int func1(void)
{
int __pfstest_default_return = 0;
pfstest_value_t *__pfstest_return_value =
pfstest_mock_invoke(mock_func1,
pfstest_the_memory(
&__pfstest_default_return,
sizeof(__pfstest_default_return)));
return *(int *)pfstest_value_data(__pfstest_return_value);
}
"""
)
def test_shouldHandlePointerReturnTypes(self):
# Given
mockgen = MagicMock()
mockgen.mocks = [
MockInfo(mockname = "mock_func1",
funcname = "func1",
prototype = "char *func1(void)",
return_text = "char *",
return_hint = ReturnHint.POINTER,
args_info = [])
]
mock_c_writer = MockImplementationWriter(self.mockpaths, mockgen)
# When
mock_c_writer.write_implementation(self.cBuffer)
# Then
self.assertEqual(
self.cBuffer.getvalue(),
'#include "mock-mockable.h"\n'
+ boilerplate_includes
+ """pfstest_mock_define(mock_func1, "func1", 0);
char *func1(void)
{
char * __pfstest_default_return = NULL;
pfstest_value_t *__pfstest_return_value =
pfstest_mock_invoke(mock_func1,
pfstest_the_pointer(__pfstest_default_return));
return (char *)pfstest_value_data(__pfstest_return_value);
}
"""
)
def test_shouldHandleStructReturnTypes(self):
# Given
mockgen = MagicMock()
mockgen.mocks = [
MockInfo(mockname = "mock_func1",
funcname = "func1",
prototype = "struct foo func1(void)",
return_text = "struct foo",
return_hint = ReturnHint.BLOB,
args_info = [])
]
mock_c_writer = MockImplementationWriter(self.mockpaths, mockgen)
# When
mock_c_writer.write_implementation(self.cBuffer)
# Then
self.assertEqual(
self.cBuffer.getvalue(),
'#include "mock-mockable.h"\n'
+ boilerplate_includes
+ """pfstest_mock_define(mock_func1, "func1", 0);
struct foo func1(void)
{
struct foo __pfstest_default_return;
memset(&__pfstest_default_return, 0, sizeof(__pfstest_default_return));
pfstest_value_t *__pfstest_return_value =
pfstest_mock_invoke(mock_func1,
pfstest_the_memory(
&__pfstest_default_return,
sizeof(__pfstest_default_return)));
return *(struct foo *)pfstest_value_data(__pfstest_return_value);
}
"""
)
def test_shouldWriteBlobParameter(self):
# Given
mockgen = MagicMock()
mockgen.mocks = [
MockInfo(mockname = "mock_func1",
funcname = "func1",
prototype = "void func1(int __pfstest_arg_0)",
return_text = "void",
return_hint = ReturnHint.VOID,
args_info = [ArgInfo('__pfstest_arg_0', ArgHint.BLOB)]
)]
mock_c_writer = MockImplementationWriter(self.mockpaths, mockgen)
# When
mock_c_writer.write_implementation(self.cBuffer)
# Then
self.assertEqual(
self.cBuffer.getvalue(),
'#include "mock-mockable.h"\n'
+ boilerplate_includes
+ """pfstest_mock_define(mock_func1, "func1", 1);
void func1(int __pfstest_arg_0)
{
pfstest_value_t *__pfstest_return_value =
pfstest_mock_invoke(mock_func1,
NULL,
pfstest_the_memory(&__pfstest_arg_0,
sizeof(__pfstest_arg_0)));
(void)__pfstest_return_value;
}
"""
)
def test_shouldWritePointerParameter(self):
# Given
mockgen = MagicMock()
mockgen.mocks = [
MockInfo(mockname = "mock_func1",
funcname = "func1",
prototype = "void func1(char *__pfstest_arg_0)",
return_text = "void",
return_hint = ReturnHint.VOID,
args_info = [ArgInfo('__pfstest_arg_0',
ArgHint.POINTER)]
)]
mock_c_writer = MockImplementationWriter(self.mockpaths, mockgen)
# When
mock_c_writer.write_implementation(self.cBuffer)
# Then
self.assertEqual(
self.cBuffer.getvalue(),
'#include "mock-mockable.h"\n'
+ boilerplate_includes
+ """pfstest_mock_define(mock_func1, "func1", 1);
void func1(char *__pfstest_arg_0)
{
pfstest_value_t *__pfstest_return_value =
pfstest_mock_invoke(mock_func1,
NULL,
pfstest_the_pointer(__pfstest_arg_0));
(void)__pfstest_return_value;
}
"""
)
def test_shouldWriteMultipleParameters(self):
# Given
mockgen = MagicMock()
mockgen.mocks = [
MockInfo(mockname = "mock_func1",
funcname = "func1",
prototype = "void func1(int __pfstest_arg_0, "
+ "char *__pfstest_arg_1)",
return_text = "void",
return_hint = ReturnHint.VOID,
args_info = [ArgInfo('__pfstest_arg_0', ArgHint.BLOB),
ArgInfo('__pfstest_arg_1',
ArgHint.POINTER)]
)]
mock_c_writer = MockImplementationWriter(self.mockpaths, mockgen)
# When
mock_c_writer.write_implementation(self.cBuffer)
# Then
self.assertEqual(
self.cBuffer.getvalue(),
'#include "mock-mockable.h"\n'
+ boilerplate_includes
+ """pfstest_mock_define(mock_func1, "func1", 2);
void func1(int __pfstest_arg_0, char *__pfstest_arg_1)
{
pfstest_value_t *__pfstest_return_value =
pfstest_mock_invoke(mock_func1,
NULL,
pfstest_the_memory(&__pfstest_arg_0,
sizeof(__pfstest_arg_0)),
pfstest_the_pointer(__pfstest_arg_1));
(void)__pfstest_return_value;
}
"""
)
def _extract_error(self, type, err, tb):
file = StringIO()
traceback.print_exception(type, err, tb, None, file)
return file.getvalue()
def setUp(self):
self.maxDiff = None
self.cBuffer = StringIO()
self.mockpaths = MagicMock()
self.mockpaths.mockheaderrelpath = "mock-mockable.h"
def __init__(self):
self.closed = 0
self.stream = StringIO()
def test_is_path_visible(self):
fp = StringIO(_TEST_DATA)
d = TaggedPathDict()
d.load_from_csv(fp)
# Collect path universe set.
all_paths = set()
for tag in TaggedPathDict.TAGS:
all_paths |= getattr(d, tag)
all_paths -= _TEST_DATA_ALIAS_PATHS
# LL-NDK
from_paths = {
'/system/lib/lib_ll_ndk.so',
'/system/lib/lib_ll_ndk_indirect.so',
}
visible_paths = {
'/system/lib/lib_ll_ndk.so',
'/system/lib/lib_ll_ndk_indirect.so',
}
self._check_path_visibility(d, all_paths, from_paths, visible_paths)
# SP-NDK
from_paths = {
'/system/lib/lib_sp_ndk.so',
'/system/lib/lib_sp_ndk_indirect.so',
}
visible_paths = {
'/system/lib/lib_ll_ndk.so',
'/system/lib/lib_ll_ndk_indirect.so',
'/system/lib/lib_sp_ndk.so',
'/system/lib/lib_sp_ndk_indirect.so',
}
self._check_path_visibility(d, all_paths, from_paths, visible_paths)
# VNDK-SP
from_paths = {
'/system/lib/lib_vndk_sp.so',
'/system/lib/lib_vndk_sp_indirect.so',
'/system/lib/lib_vndk_sp_indirect_private.so',
}
visible_paths = {
'/system/lib/lib_ll_ndk.so',
'/system/lib/lib_sp_ndk.so',
'/system/lib/lib_vndk_sp.so',
'/system/lib/lib_vndk_sp_indirect.so',
'/system/lib/lib_vndk_sp_indirect_private.so',
'/system/lib/lib_fwk_only_rs.so',
}
self._check_path_visibility(d, all_paths, from_paths, visible_paths)
# VNDK
from_paths = {
'/system/lib/lib_vndk.so',
}
visible_paths = {
'/system/lib/lib_ll_ndk.so',
'/system/lib/lib_sp_ndk.so',
'/system/lib/lib_vndk_sp.so',
'/system/lib/lib_vndk_sp_indirect.so',
'/system/lib/lib_vndk.so',
}
self._check_path_visibility(d, all_paths, from_paths, visible_paths)
# FWK-ONLY
from_paths = {
'/system/lib/lib_fwk_only.so',
'/system/lib/lib_fwk_only_rs.so',
}
visible_paths = {
'/system/lib/lib_ll_ndk.so',
'/system/lib/lib_ll_ndk_indirect.so',
'/system/lib/lib_sp_ndk.so',
'/system/lib/lib_sp_ndk_indirect.so',
'/system/lib/lib_vndk_sp.so',
'/system/lib/lib_vndk_sp_indirect.so',
'/system/lib/lib_vndk_sp_indirect_private.so',
'/system/lib/lib_vndk.so',
'/system/lib/lib_fwk_only.so',
'/system/lib/lib_fwk_only_rs.so',
'/vendor/lib/lib_sp_hal.so',
}
self._check_path_visibility(d, all_paths, from_paths, visible_paths)
# SP-HAL
from_paths = {
'/vendor/lib/lib_sp_hal.so',
'/vendor/lib/lib_sp_hal_dep.so',
}
visible_paths = {
'/system/lib/lib_ll_ndk.so',
'/system/lib/lib_sp_ndk.so',
'/system/lib/lib_vndk_sp.so',
'/vendor/lib/lib_sp_hal.so',
'/vendor/lib/lib_sp_hal_dep.so',
}
self._check_path_visibility(d, all_paths, from_paths, visible_paths)
# VND-ONLY
from_paths = {
'/vendor/lib/lib_vnd_only.so',
}
visible_paths = {
'/system/lib/lib_ll_ndk.so',
'/system/lib/lib_sp_ndk.so',
'/system/lib/lib_vndk_sp.so',
'/system/lib/lib_vndk_sp_indirect.so',
'/system/lib/lib_vndk.so',
'/vendor/lib/lib_sp_hal.so',
'/vendor/lib/lib_sp_hal_dep.so',
'/vendor/lib/lib_vnd_only.so',
}
self._check_path_visibility(d, all_paths, from_paths, visible_paths)
def test_create_from_csv(self):
d = TaggedPathDict.create_from_csv(StringIO(_TEST_DATA))
self._check_test_data_loaded(d)
def test_load_from_csv_tags(self):
fp = StringIO(_TEST_DATA)
d = TaggedPathDict()
d.load_from_csv(fp)
self._check_test_data_loaded(d)
def prepare_lines(ih):
sio = StringIO()
ih.dump(sio)
dump = sio.getvalue()
lines = dump.splitlines()
return lines
def _extract_error(self, type, err, tb):
file = StringIO()
traceback.print_exception(type, err, tb, None, file)
return file.getvalue()
def make_editor_icons_action(target, source, env):
dst = target[0]
svg_icons = source
icons_string = StringIO()
for f in svg_icons:
fname = str(f)
icons_string.write('\t"')
with open(fname, 'rb') as svgf:
b = svgf.read(1)
while (len(b) == 1):
icons_string.write("\\" + str(hex(ord(b)))[1:])
b = svgf.read(1)
icons_string.write('"')
if fname != svg_icons[-1]:
icons_string.write(",")
icons_string.write('\n')
s = StringIO()
s.write("/* THIS FILE IS GENERATED DO NOT EDIT */\n")
s.write("#ifndef _EDITOR_ICONS_H\n")
s.write("#define _EDITOR_ICONS_H\n")
s.write("static const int editor_icons_count = {};\n".format(
len(svg_icons)))
s.write("static const char *editor_icons_sources[] = {\n")
s.write(icons_string.getvalue())
s.write('};\n\n')
s.write("static const char *editor_icons_names[] = {\n")
# this is used to store the indices of thumbnail icons
thumb_medium_indices = []
thumb_big_indices = []
index = 0
for f in svg_icons:
fname = str(f)
icon_name = os.path.basename(fname)[5:-4].title().replace("_", "")
# some special cases
if icon_name in ['Int', 'Bool', 'Float']:
icon_name = icon_name.lower()
if icon_name.endswith(
"MediumThumb"): # don't know a better way to handle this
thumb_medium_indices.append(str(index))
if icon_name.endswith(
"BigThumb"): # don't know a better way to handle this
thumb_big_indices.append(str(index))
s.write('\t"{0}"'.format(icon_name))
if fname != svg_icons[-1]:
s.write(",")
s.write('\n')
index += 1
s.write('};\n')
if thumb_medium_indices:
s.write("\n\n")
s.write("static const int editor_md_thumbs_count = {};\n".format(
len(thumb_medium_indices)))
s.write("static const int editor_md_thumbs_indices[] = {")
s.write(", ".join(thumb_medium_indices))
s.write("};\n")
if thumb_big_indices:
s.write("\n\n")
s.write("static const int editor_bg_thumbs_count = {};\n".format(
len(thumb_big_indices)))
s.write("static const int editor_bg_thumbs_indices[] = {")
s.write(", ".join(thumb_big_indices))
s.write("};\n")
s.write("#endif\n")
with open(dst, "w") as f:
f.write(s.getvalue())
s.close()
icons_string.close()
def parseString(self, content):
return self.parser.parse(StringIO(content))
def test_load_from_csv_without_header(self):
fp = StringIO('liba.so,fwk-only\n')
d = TaggedPathDict()
d.load_from_csv(fp)
self.assertIn('liba.so', d.fwk_only)
def prepare_lines(ih):
sio = StringIO()
ih.dump(sio)
dump = sio.getvalue()
lines = dump.splitlines()
return lines
