sys.path.append(os.path.join(os.path.dirname(__file__), '../..'))
import pynacl.working_directory
+import archive_info
import package_info
class TestPackageInfo(unittest.TestCase):
- def test_HashEmptyForMissingFiles(self):
- # Many scripts rely on the archive hash returning None for missing files.
- with pynacl.working_directory.TemporaryWorkingDirectory() as work_dir:
- self.assertEqual(None, package_info.GetArchiveHash('missingfile.tgz'))
-
- def test_ArchiveHashStable(self):
- # Check if archive hash produces a stable hash
- with pynacl.working_directory.TemporaryWorkingDirectory() as work_dir:
- temp1 = os.path.join(work_dir, 'temp1.txt')
- temp2 = os.path.join(work_dir, 'temp2.txt')
-
- temp_contents = 'this is a test'
- with open(temp1, 'wt') as f:
- f.write(temp_contents)
- with open(temp2, 'wt') as f:
- f.write(temp_contents)
-
- self.assertEqual(package_info.GetArchiveHash(temp1),
- package_info.GetArchiveHash(temp2))
-
def test_AddArchive(self):
# Check that we can successfully add an archive.
archive_name = 'test_archive'
extract_dir = 'test_extraction_dir'
package = package_info.PackageInfo()
- package.AppendArchive(archive_name, archive_hash, archive_url,
- tar_src_dir, extract_dir)
+ archive = archive_info.ArchiveInfo(archive_name, archive_hash, archive_url,
+ tar_src_dir, extract_dir)
+ package.AppendArchive(archive)
+
archive_list = package.GetArchiveList()
self.assertEqual(len(archive_list), 1)
- archive_item = archive_list[0]
+ archive_item = archive_list[0].GetArchiveData()
self.assertEqual(archive_item.name, archive_name)
self.assertEqual(archive_item.hash, archive_hash)
self.assertEqual(archive_item.url, archive_url)
def test_ClearArchiveListClearsEverything(self):
# Check that clear archive list actually clears everything
package1 = package_info.PackageInfo()
- package1.AppendArchive('name', 'hash', 'url', 'tar_src_dir', 'extract_dir')
+ archive1 = archive_info.ArchiveInfo('name', 'hash', 'url', 'tar_src_dir',
+ 'extract_dir')
+ package1.AppendArchive(archive1)
package1.ClearArchiveList()
# Test to be sure the archive list is clear.
def test_OrderIndependentEquality(self):
# Check that order does not matter when adding multiple archives.
- archive_name1 = 'archive1.tar'
- archive_name2 = 'archive2.tar'
- archive_hash1 = 'archive_hash1'
- archive_hash2 = 'archive_hash2'
+ arch_name1 = 'archive1.tar'
+ arch_name2 = 'archive2.tar'
+ arch_hash1 = 'archive_hash1'
+ arch_hash2 = 'archive_hash2'
package1 = package_info.PackageInfo()
- package1.AppendArchive(archive_name1, archive_hash1)
- package1.AppendArchive(archive_name2, archive_hash2)
+ package1.AppendArchive(archive_info.ArchiveInfo(arch_name1, arch_hash1))
+ package1.AppendArchive(archive_info.ArchiveInfo(arch_name2, arch_hash2))
package2 = package_info.PackageInfo()
- package2.AppendArchive(archive_name2, archive_hash2)
- package2.AppendArchive(archive_name1, archive_hash1)
+ package2.AppendArchive(archive_info.ArchiveInfo(arch_name2, arch_hash2))
+ package2.AppendArchive(archive_info.ArchiveInfo(arch_name1, arch_hash1))
self.assertEqual(len(package1.GetArchiveList()), 2)
self.assertEqual(len(package2.GetArchiveList()), 2)
self.assertEqual(package1, package2)
- def test_PackageLoadArchiveList(self):
- # Check if we can successfully load a list of archive.
- archive_name1 = 'archive_item1.tar'
- archive_name2 = 'archive_item2.tar'
- archive_hash1 = 'archive_item_hash1'
- archive_hash2 = 'archive_item_hash2'
-
- master_package = package_info.PackageInfo()
- master_package.AppendArchive(archive_name1, archive_hash1)
- master_package.AppendArchive(archive_name2, archive_hash2)
- archive_list = master_package.GetArchiveList()
-
- constructed_package = package_info.PackageInfo(archive_list)
- loaded_package = package_info.PackageInfo()
- loaded_package.LoadPackageFile(archive_list)
-
- self.assertEqual(master_package, constructed_package)
- self.assertEqual(master_package, loaded_package)
-
def test_PackageLoadJsonList(self):
# Check if we can successfully load a list of archive.
- archive_name1 = 'archive_item1.tar'
- archive_name2 = 'archive_item2.tar'
- archive_hash1 = 'archive_item_hash1'
- archive_hash2 = 'archive_item_hash2'
+ arch_name1 = 'archive_item1.tar'
+ arch_name2 = 'archive_item2.tar'
+ arch_hash1 = 'archive_item_hash1'
+ arch_hash2 = 'archive_item_hash2'
- master_package = package_info.PackageInfo()
- master_package.AppendArchive(archive_name1, archive_hash1)
- master_package.AppendArchive(archive_name2, archive_hash2)
- json_list = master_package.DumpPackageJson()
+ mast_package = package_info.PackageInfo()
+ mast_package.AppendArchive(archive_info.ArchiveInfo(arch_name1, arch_hash1))
+ mast_package.AppendArchive(archive_info.ArchiveInfo(arch_name2, arch_hash2))
+ json_data = mast_package.DumpPackageJson()
- constructed_package = package_info.PackageInfo(json_list)
+ constructed_package = package_info.PackageInfo(json_data)
loaded_package = package_info.PackageInfo()
- loaded_package.LoadPackageFile(json_list)
+ loaded_package.LoadPackageFile(json_data)
- self.assertEqual(master_package, constructed_package)
- self.assertEqual(master_package, loaded_package)
+ self.assertEqual(mast_package, constructed_package)
+ self.assertEqual(mast_package, loaded_package)
def test_PackageSaveLoadFile(self):
# Check if we can save/load a package file and retain it's values.
- archive_name1 = 'archive_saveload1.tar'
- archive_name2 = 'archive_saveload2.tar'
- archive_hash1 = 'archive_saveload_hash1'
- archive_hash2 = 'archive_saveload_hash2'
+ arch_name1 = 'archive_saveload1.tar'
+ arch_name2 = 'archive_saveload2.tar'
+ arch_hash1 = 'archive_saveload_hash1'
+ arch_hash2 = 'archive_saveload_hash2'
- master_package = package_info.PackageInfo()
- master_package.AppendArchive(archive_name1, archive_hash1)
- master_package.AppendArchive(archive_name2, archive_hash2)
+ mast_package = package_info.PackageInfo()
+ mast_package.AppendArchive(archive_info.ArchiveInfo(arch_name1, arch_hash1))
+ mast_package.AppendArchive(archive_info.ArchiveInfo(arch_name2, arch_hash2))
with pynacl.working_directory.TemporaryWorkingDirectory() as work_dir:
package_file = os.path.join(work_dir, 'test_package.json')
- master_package.SavePackageFile(package_file)
+ mast_package.SavePackageFile(package_file)
constructed_package = package_info.PackageInfo(package_file)
loaded_package = package_info.PackageInfo()
loaded_package.LoadPackageFile(package_file)
- self.assertEqual(master_package, constructed_package)
- self.assertEqual(master_package, loaded_package)
+ self.assertEqual(mast_package, constructed_package)
+ self.assertEqual(mast_package, loaded_package)
def test_PackageJsonDumpLoad(self):
# Check if Json from DumpPackageJson() represents a package correctly.
- archive_name1 = 'archive_json1.tar'
- archive_name2 = 'archive_json2.tar'
- archive_hash1 = 'archive_json_hash1'
- archive_hash2 = 'archive_json_hash2'
-
- master_package = package_info.PackageInfo()
- master_package.AppendArchive(archive_name1, archive_hash1)
- master_package.AppendArchive(archive_name2, archive_hash2)
- with pynacl.working_directory.TemporaryWorkingDirectory() as work_dir:
- temp_json = os.path.join(work_dir, 'temp.json')
- with open(temp_json, 'wt') as f:
- json.dump(master_package.DumpPackageJson(), f)
- json_package = package_info.PackageInfo(temp_json)
+ arch_name1 = 'archive_json1.tar'
+ arch_name2 = 'archive_json2.tar'
+ arch_hash1 = 'archive_json_hash1'
+ arch_hash2 = 'archive_json_hash2'
+
+ mast_package = package_info.PackageInfo()
+ mast_package.AppendArchive(archive_info.ArchiveInfo(arch_name1, arch_hash1))
+ mast_package.AppendArchive(archive_info.ArchiveInfo(arch_name2, arch_hash2))
- self.assertEqual(master_package, json_package)
+ json_package = package_info.PackageInfo(mast_package.DumpPackageJson())
+ self.assertEqual(mast_package, json_package)
if __name__ == '__main__':
projects / platform / framework / web / crosswalk.git / blobdiff