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__author__ = 'dooferlad'
import os
import unittest
from license_protected_downloads.buildinfo import BuildInfo
from license_protected_downloads.buildinfo import IncorrectDataFormatException
THIS_DIRECTORY = os.path.dirname(os.path.abspath(__file__))
class BuildInfoTests(unittest.TestCase):
def setUp(self):
self.buildinfo_file_path = os.path.join(THIS_DIRECTORY,
"BUILD-INFO.txt")
def test_readFile_nonFile(self):
with self.assertRaises(IOError):
build_info = BuildInfo("license_protected_downloads")
def test_readFile_nonexistentFile(self):
with self.assertRaises(IOError):
build_info = BuildInfo("nonexistent.file")
def test_readFile_File(self):
build_info = BuildInfo(self.buildinfo_file_path)
self.assertIn("Files-Pattern: *.txt", build_info.lines)
def test_getFormatVersion(self):
build_info = BuildInfo(self.buildinfo_file_path)
self.assertEqual("0.1", build_info.getFormatVersion())
def test_get_emptyField(self):
build_info = BuildInfo(self.buildinfo_file_path)
for pair in build_info.file_info_array:
if "openid-launchpad-teams" in pair:
value = pair["openid-launchpad-teams"]
self.assertFalse(value)
def test_get(self):
build_info = BuildInfo(self.buildinfo_file_path)
for pair in build_info.file_info_array:
if "build-name" in pair:
value = pair["build-name"]
self.assertEqual(value, "landing-protected")
def test_parseLine_fails(self):
line = "no separator"
build_info = BuildInfo(self.buildinfo_file_path)
with self.assertRaises(IncorrectDataFormatException):
build_info.parseLine(line)
def test_parseLine_passes(self):
line = "Build-Name:value"
build_info = BuildInfo(self.buildinfo_file_path)
self.assertDictEqual({"build-name":"value"}, build_info.parseLine(line))
def test_parseLine_trims(self):
line = "Build-Name: value"
build_info = BuildInfo(self.buildinfo_file_path)
self.assertDictEqual({"build-name":"value"}, build_info.parseLine(line))
def test_parseLine_invalid_field(self):
line = "field: value"
build_info = BuildInfo(self.buildinfo_file_path)
with self.assertRaises(IncorrectDataFormatException):
build_info.parseLine(line)
def test_parseData_no_format_version_fails(self):
build_info = BuildInfo(self.buildinfo_file_path)
with self.assertRaises(IncorrectDataFormatException):
build_info.parseData(["Build-Name: blah"])
def test_parseData_blocks(self):
build_info = BuildInfo(self.buildinfo_file_path)
build_info.build_info_array = [{}]
data = ["Format-Version: 2.0", "Files-Pattern: *.txt", "Build-Name: weehee",
"Files-Pattern: *.tgz", "Build-Name: woohoo"]
build_info.parseData(data)
self.assertEquals(build_info.build_info_array,
[{"format-version": "2.0",
'*.txt': [{'build-name': 'weehee'}],
'*.tgz': [{'build-name': 'woohoo'}]}])
def test_parseData_block_multiple_patterns(self):
build_info = BuildInfo(self.buildinfo_file_path)
build_info.build_info_array = [{}]
data = ["Format-Version: 2.0", "Files-Pattern: *.txt,*.tgz",
"Build-Name: weehee"]
build_info.parseData(data)
self.assertEquals(build_info.build_info_array,
[{"format-version": "2.0",
'*.txt': [{'build-name': 'weehee'}],
'*.tgz': [{'build-name': 'weehee'}]}])
def test_parseContinuation_no_continuation(self):
build_info = BuildInfo(self.buildinfo_file_path)
build_info.line_no = 0
self.assertEquals("", build_info.parseContinuation(["no-space"]))
def test_parseContinuation_indexed(self):
build_info = BuildInfo(self.buildinfo_file_path)
build_info.line_no = 0
self.assertEquals("", build_info.parseContinuation(["no-space", " space"]))
def test_parseContinuation(self):
build_info = BuildInfo(self.buildinfo_file_path)
build_info.line_no = 1
val = build_info.parseContinuation(["no-space", " line1", " line2"])
self.assertEquals("\nline1\nline2", val)
def test_parseBlock_license(self):
build_info = BuildInfo(self.buildinfo_file_path)
build_info.line_no = 0
build_info.build_info_array = [{}]
data = ["Format-Version: 2.0", "License-Text: line1", " line2"]
values = build_info.parseBlock(data)
self.assertEqual(values, [{"format-version": "2.0",
"license-text": "line1\nline2"}])
def test_parseData_extra_fields(self):
build_info = BuildInfo(self.buildinfo_file_path)
build_info.build_info_array = [{}]
data = ["Format-Version: 2.0", "Files-Pattern: *.txt", "Build-Name: woohoo"]
build_info.parseData(data)
self.assertEqual(build_info.build_info_array,
[{"format-version": "2.0",
'*.txt': [{'build-name': 'woohoo'}]}])
def test_parseData_format_version(self):
build_info = BuildInfo(self.buildinfo_file_path)
build_info.build_info_array = [{}]
data = ["Format-Version: 2.0"]
build_info.parseData(data)
self.assertEqual(build_info.build_info_array,
[{"format-version": "2.0"}])
def test_parseData_array_expected(self):
build_info = BuildInfo(self.buildinfo_file_path)
build_info.build_info_array = [{}]
data = "Format-Version: 2.0"
with self.assertRaises(IncorrectDataFormatException):
build_info.parseData(data)
def test_parseData_fails(self):
build_info = BuildInfo(self.buildinfo_file_path)
build_info.build_info_array = [{}]
data = ["text"]
with self.assertRaises(IncorrectDataFormatException):
build_info.parseData(data)
def test_isValidField_false(self):
build_info = BuildInfo(self.buildinfo_file_path)
self.assertFalse(build_info.isValidField("field"))
def test_isValidField_true(self):
build_info = BuildInfo(self.buildinfo_file_path)
for field in build_info.fields_defined:
self.assertTrue(build_info.isValidField(field))
def test_remove_false_positives_real(self):
build_info = BuildInfo(self.buildinfo_file_path)
build_info.build_info_array = [{}]
build_info.file_info_array = [{}]
data = ["Format-Version: 2.0", "Files-Pattern: *.txt", "License-Type: protected",
"Files-Pattern: *.txt", "License-Type: open"]
build_info.parseData(data)
build_info.file_info_array = build_info.getInfoForFile()
build_info.remove_false_positives()
self.assertEquals(build_info.file_info_array,
[{'license-type': 'protected'}])
def test_remove_false_positives_none(self):
build_info = BuildInfo(self.buildinfo_file_path)
build_info.build_info_array = [{}]
build_info.file_info_array = [{}]
data = ["Format-Version: 2.0", "Files-Pattern: *.txt", "License-Type: protected",
"Files-Pattern: *.txt", "License-Type: protected"]
build_info.parseData(data)
build_info.file_info_array = build_info.getInfoForFile()
build_info.remove_false_positives()
self.assertEquals(build_info.file_info_array,
[{'license-type': 'protected'}, {'license-type': 'protected'}])
def test_get_search_path(self):
dir_path = THIS_DIRECTORY + '/testserver_root/build-info/subdir'
search_path = BuildInfo.get_search_path(dir_path)
self.assertEquals(dir_path, search_path)
file_path = dir_path + '/testfile.txt'
search_path = BuildInfo.get_search_path(file_path)
self.assertEquals(dir_path, search_path)
def test_getInfoForFile_no_block_for_file(self):
file_path = os.path.abspath(__file__)
build_info = BuildInfo(self.buildinfo_file_path)
build_info.full_file_name = file_path
build_info.build_info_array = [{}]
build_info.file_info_array = [{}]
data = ["Format-Version: 2.0", "Files-Pattern: *.txt", "License-Type: protected"]
build_info.parseData(data)
build_info.file_info_array = build_info.getInfoForFile()
self.assertEquals(build_info.file_info_array, [{}])
def test_getInfoForFile(self):
file_path = os.path.abspath(__file__)
build_info = BuildInfo(self.buildinfo_file_path)
build_info.full_file_name = file_path
build_info.build_info_array = [{}]
build_info.file_info_array = [{}]
data = ["Format-Version: 2.0", "Files-Pattern: *.py", "License-Type: protected"]
build_info.parseData(data)
build_info.file_info_array = build_info.getInfoForFile()
self.assertEquals(build_info.file_info_array, [{'license-type': 'protected'}])
def test_remove_false_positives_no_blocks_in_array(self):
file_path = os.path.abspath(__file__)
build_info = BuildInfo(self.buildinfo_file_path)
build_info.full_file_name = file_path
build_info.build_info_array = [{}]
build_info.file_info_array = [{}]
data = ["Format-Version: 2.0", "Files-Pattern: *.txt", "License-Type: protected"]
build_info.parseData(data)
build_info.file_info_array = build_info.getInfoForFile()
build_info.remove_false_positives()
self.assertEquals(build_info.file_info_array, [{}])
if __name__ == '__main__':
unittest.main()
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