def test_removeosversion_outofbounds():
# Arrange
os_signatures = Signatures()
# Act & Assert
with pytest.raises(ValueError):
os_signatures.removeosbreed(1)
def test_importsignatures_unkown():
# Arrange
os_signatures = Signatures()
# Act & Assert
with pytest.raises(ValueError):
os_signatures.importsignatures(100, "")
def test_get_breed_index_by_name_not_existent():
# Arrange
os_signatures = Signatures()
# Act
result = os_signatures.get_breed_index_by_name("redhat")
# Assert
assert result == -1
def test_addosbreed():
# Arrange
os_signatures = Signatures()
# Act
os_signatures.addosbreed("Test")
# Assert
assert len(os_signatures.osbreeds) == 1
def test_breeds():
# Arrange
os_signatures = Signatures()
# Act
os_signatures.osbreeds = []
# Assert
assert [] == os_signatures.osbreeds
def test_get_breed_index_by_name():
# Arrange
os_signatures = Signatures()
name_to_get = "suse"
os_signatures.addosbreed(name_to_get)
# Act
result = os_signatures.get_breed_index_by_name(name_to_get)
# Assert
assert result == 0
def test_importsignatures_string():
# Arrange
signatures_text = "{\"breeds\": {}}"
os_signatures = Signatures()
# Act
os_signatures.importsignatures(ImportTypes.STRING, signatures_text)
# Assert
# Currently we cannot check this any further but we will need additional checks for that.
assert True
def test_importsignatures_url():
# Arrange
url = "https://cobbler.github.io/signatures/latest.json"
os_signatures = Signatures()
# Act
os_signatures.importsignatures(ImportTypes.URL, url)
# Assert
# Currently we cannot check this any further but we will need additional checks for that.
assert True
def test_signaturesjson(input_data, result, raises):
# Arrange
os_signatures = Signatures()
with raises:
os_signatures.importsignatures(ImportTypes.STRING, input_data)
# Act
os_signatures.signaturesjson = input_data
# Assert
assert result == os_signatures.signaturesjson
def test_exportsignatures_string():
# Arrange
os_signatures = Signatures()
os_signatures.addosbreed("suse")
expected = "{\"breeds\": {\"suse\": {}}}"
# Act
result = os_signatures.exportsignatures(ExportTypes.STRING)
# Assert
assert expected == result
def test_importsignatures_file(create_signatures_json, testpath):
# Arrange
testdata = "{\"breeds\": {}}"
expected = {"breeds": {}}
create_signatures_json(testdata)
os_signatures = Signatures()
# Act
os_signatures.importsignatures(ImportTypes.FILE, testpath)
# Assert
assert expected == os_signatures.signaturesjson
def test_removeosversion():
# Arrange
os_signatures = Signatures()
os_signatures.addosbreed("suse")
os_signatures.addosversion(0, "sles", Osversion())
# Act
os_signatures.removeosversion(0, "sles")
# Assert
assert os_signatures.osbreeds[0].osversions == {}
def test_exportsignatures_file_nopath():
# Arrange
os_signatures = Signatures()
os_signatures.importsignatures(ImportTypes.STRING, "{\"breeds\": {}}")
# Act & Assert
with pytest.raises(ValueError):
os_signatures.exportsignatures(ExportTypes.FILE)
def test_export_missing_rootkey():
# Arrange
os_signatures = Signatures()
os_signatures.importsignatures(ImportTypes.STRING, "{}")
# Act & Assert
with pytest.raises(AttributeError):
os_signatures.jsontomodels()
def test_exportsignatures_unkown():
# Arrange
os_signatures = Signatures()
os_signatures.importsignatures(ImportTypes.STRING, "{\"breeds\": {}}")
# Act & Assert
with pytest.raises(ValueError):
os_signatures.exportsignatures(100)
def test_jsontomodels(input_data, expected_data):
# Arrange
os_signatures = Signatures()
os_signatures.importsignatures(ImportTypes.STRING, input_data)
# Act
os_signatures.jsontomodels()
# Assert
assert expected_data == os_signatures.osbreeds
def test_addosversion_empty():
# Arrange
os_signatures = Signatures()
os_signatures.addosbreed("suse")
# Act
os_signatures.addosversion(0, "sles", None)
# Assert
assert os_signatures.osbreeds[0].osversions["sles"] == Osversion()
def test_exportsignatures_file(testpath):
# Arrange
os_signatures = Signatures()
os_signatures.addosbreed("suse")
expected = "{\"breeds\": {\"suse\": {}}}"
# Act
os_signatures.exportsignatures(ExportTypes.FILE, testpath)
with open(testpath, "r") as f:
result = f.read()
# Assert
assert expected == result
def test_removeosbreed():
# Arrange
os_signatures = Signatures()
os_signatures.addosbreed("Test")
len_before = len(os_signatures.osbreeds)
# Act
os_signatures.removeosbreed(0)
len_after = len(os_signatures.osbreeds)
# Assert
assert len_before == 1
assert len_after == 0
def edit_menu():
"""
Second level menu with the purpose to catch all functionality related to editing the current loaded information.
"""
global os_signatures
choice_edit_menu = edit_menu_questions.ask()
if choice_edit_menu == "Add Operating System Breed":
result_edit_add_os_breed = edit_add_os_breed.ask()
if not result_edit_add_os_breed:
print("Empty Operating System Breed name is not allowed. Skipping add.")
return
if result_edit_add_os_breed in [version.name for version in os_signatures.osbreeds]:
print("Chosen name \"%s\" already in the list of Operating System Breeds." % result_edit_add_os_breed)
return
os_signatures.addosbreed(result_edit_add_os_breed)
print("We now have %s Operating System Breeds in this file." % len(os_signatures.osbreeds))
elif choice_edit_menu == "Remove Operating System Breed":
update_choices(edit_remove_os_breed, get_os_breed_names())
result_edit_remove_os_breed = questionary.prompt(edit_remove_os_breed)
name_to_find = result_edit_remove_os_breed["edit_remove_os_breed"]
index = os_signatures.get_breed_index_by_name(name_to_find)
if index != -1 and result_edit_remove_os_breed == os_signatures.osbreeds[index].name:
os_signatures.removeosbreed(index)
else:
print("Operating System Breed not found. Doing nothing.")
elif choice_edit_menu == "Edit the name of an Operating System Breed":
update_choices(edit_name_os_breed_1, get_os_breed_names())
result_edit_name_os_breed_1 = questionary.prompt(edit_name_os_breed_1)
name_to_find = result_edit_name_os_breed_1["edit_name_os_breed_1"]
index = os_signatures.get_breed_index_by_name(name_to_find)
if index != -1 and name_to_find == os_signatures.osbreeds[index].name:
result_edit_name_os_breed_2 = edit_name_os_breed_2.ask()
os_signatures.osbreeds[index].name = result_edit_name_os_breed_2
else:
print("Operating System Breed not found. Doing nothing.")
elif choice_edit_menu == "Add Operating System Version":
update_choices(edit_add_os_version_1, get_os_breed_names())
result_edit_add_os_version_1 = questionary.prompt(edit_add_os_version_1)
name_to_find = result_edit_add_os_version_1["edit_add_os_version_1"]
index = os_signatures.get_breed_index_by_name(name_to_find)
if index != -1 and name_to_find == os_signatures.osbreeds[index].name:
result_edit_add_os_version_2 = questionary.prompt(edit_add_os_version_2)
name_to_find_1 = result_edit_add_os_version_2["edit_add_os_version_2"]
os_signatures.addosversion(index, name_to_find_1, None)
else:
print("Operating System Breed not found. Doing nothing.")
elif choice_edit_menu == "Remove Operating System Version":
update_choices(edit_remove_os_version_1, get_os_breed_names())
result_edit_remove_os_version_1 = questionary.prompt(edit_remove_os_version_1)
name_to_find = result_edit_remove_os_version_1["edit_remove_os_version_1"]
index = os_signatures.get_breed_index_by_name(name_to_find)
if index != -1 and name_to_find == os_signatures.osbreeds[index].name:
update_choices(edit_remove_os_version_2, get_os_version_names(name_to_find))
result_edit_remove_os_version_2 = questionary.prompt(edit_remove_os_version_2)
name_to_find_1 = result_edit_remove_os_version_2["edit_remove_os_version_2"]
os_signatures.removeosversion(index, name_to_find_1)
else:
print("Operating System Breed not found. Doing nothing.")
elif choice_edit_menu == "Edit the information of an Operating System Version":
edit_menu_breed_version_info()
elif choice_edit_menu == "Start from scratch":
os_signatures = Signatures()
elif choice_edit_menu == "Go Back":
return
else:
print("Unknown option selected. Returning to the main menu.")
"""
The CLI. This CLI is interactive and may not be used in scripts. Please use the library for this purpose.
This module contains no logic related to the library, it just contains logic for making it possible to edit the data
managed by it.
"""
import questionary
from libcobblersignatures import Signatures
from libcobblersignatures.enums import ImportTypes, ExportTypes
os_signatures = Signatures()
# questions
main_menu_questions = questionary.select(
"What do you want to do?",
choices=[
"Import",
"Export",
"Edit",
"Exit"
])
import_menu_questions = questionary.select(
"What is your desired source of input?",
choices=[
"URL",
"String",
"File",
"Go back"