def generic_fill_out(
context: Context,
actor_alias: str,
*,
custom_details_table: Table = None,
retry_on_errors: bool = False,
go_back: bool = False,
form_name: str = None,
check_captcha_dev_mode: bool = True,
):
if check_captcha_dev_mode:
assert_catcha_in_dev_mode(context.driver)
actor = get_actor(context, actor_alias)
page = get_last_visited_page(context, actor_alias)
has_action(page, "generate_form_details")
has_action(page, "fill_out")
if form_name:
error = f"generate_form_details() in {page} should accept 'form_name' but it doesn't"
assert signature(
page.generate_form_details).parameters.get("form_name"), error
error = f"fill_out() in {page} should accept 'form_name' but it doesn't"
assert signature(page.fill_out).parameters.get("form_name"), error
if custom_details_table:
custom_details_table.require_column("field")
custom_details_table.require_column("value")
value_mapping = {"unchecked": False, "checked": True, "empty": None}
custom_details = {}
for row in custom_details_table.rows:
key = row["field"].lower()
value = row["value"]
custom_details[key] = value_mapping.get(value, value)
if form_name:
details = page.generate_form_details(actor,
custom_details=custom_details,
form_name=form_name)
else:
details = page.generate_form_details(actor,
custom_details=custom_details)
else:
if form_name:
details = page.generate_form_details(actor, form_name=form_name)
else:
details = page.generate_form_details(actor)
logging.debug(f"{actor_alias} will fill out the form with: {details}")
update_actor_forms_data(context, actor, details)
if form_name:
page.fill_out(context.driver, details, form_name=form_name)
else:
page.fill_out(context.driver, details)
if hasattr(page, "get_form_details"):
logging.debug(f"Getting form details from filled out form: {page}")
form_data = page.get_form_details(context.driver)
if form_data:
update_actor_forms_data(context, actor, form_data)
else:
if details:
update_actor_forms_data(context, actor, details)
def generic_should_see_prepopulated_fields(context: Context, actor_alias: str,
table: Table):
table.require_columns(["form", "fields"])
expected_form_fields = {
row.get("form"):
[field.strip() for field in row.get("fields").split(",") if field]
for row in table
}
error = f"Expected to check at least 1 list of form fields but got 0"
assert expected_form_fields, error
actor = get_actor(context, actor_alias)
page = get_last_visited_page(context, actor_alias)
field_values_to_check = {}
for form_name, fields in expected_form_fields.items():
form_page_object = get_page_object(form_name)
form_full_page_name = get_full_page_name(form_page_object)
submitted_form_data = actor.forms_data[form_full_page_name]
for field in fields:
field_values_to_check[field] = submitted_form_data[field]
logging.debug(
f"Will check if form on '{get_full_page_name(page)}' is populated with "
f"following values: {field_values_to_check}")
has_action(page, "check_if_populated")
page.check_if_populated(context.driver, field_values_to_check)
def conf2table(configuration):
"""
:param configparser.ConfigParser configuration: Configuration
:return: Table
:rtype: behave.model.Table
"""
table = Table(HEADINGS_INI)
def s2s(s):
return six.text_type(s, "utf-8") if six.PY2 else s
for section in configuration.sections():
for key, value in configuration.items(section):
table.add_row([s2s(section), s2s(key), s2s(value)])
return table
def conf2table(configuration):
"""
:param configparser.ConfigParser configuration: Configuration
:return: Table
:rtype: behave.model.Table
"""
table = Table(HEADINGS_INI)
def s2s(s):
return six.text_type(s, "utf-8") if six.PY2 else s
for section in configuration.sections():
for key, value in configuration.items(section):
table.add_row([s2s(section), s2s(key), s2s(value)])
return table
def write_step_module_overview(self, step_definitions):
assert self.document
headings = [u"Step Definition", u"Given", u"When", u"Then", u"Step"]
table = Table(headings)
step_type_cols = {
"given": [u" x", u" ", u" ", u" "],
"when": [u" ", u" x", u" ", u" "],
"then": [u" ", u" ", u" x", u" "],
"step": [u" x", u" x", u" x", u" x"],
}
for step_definition in step_definitions:
row = [self.describe_step_definition(step_definition)]
row.extend(step_type_cols[step_definition.step_type])
table.add_row(row)
self.document.write_table(table)
def write_step_module_overview(self, step_definitions):
assert self.document
headings = [u"Step Definition", u"Given", u"When", u"Then", u"Step"]
table = Table(headings)
step_type_cols = {
"given": [u" x", u" ", u" ", u" "],
"when": [u" ", u" x", u" ", u" "],
"then": [u" ", u" ", u" x", u" "],
"step": [u" x", u" x", u" x", u" x"],
}
for step_definition in step_definitions:
row = [self.describe_step_definition(step_definition)]
row.extend(step_type_cols[step_definition.step_type])
table.add_row(row)
self.document.write_table(table)
def write_step_module_overview(self, step_definitions):
assert self.document
headings = ["Step Definition", "Given", "When", "Then", "Step"]
table = Table(headings)
step_type_cols = {
# -- pylint: disable=bad-whitespace
"given": [" x", " ", " ", " "],
"when": [" ", " x", " ", " "],
"then": [" ", " ", " x", " "],
"step": [" x", " x", " x", " x"],
}
for step_definition in step_definitions:
row = [self.describe_step_definition(step_definition)]
row.extend(step_type_cols[step_definition.step_type])
table.add_row(row)
self.document.write_table(table)
def step_rpmdb_does_not_change(ctx):
"""
Same as :ref:`Then rpmdb changes are`, but doesn't require table which
means to apply only :ref:`rpmdb automatic rules <automatic rules>`.
"""
ctx.table = Table(HEADINGS_RPMDB)
step_rpmdb_changes_are(ctx)
def given_empty_repository(ctx, repository):
"""
Same as :ref:`Given repository "{repository}" with packages`, but without
packages (empty).
"""
ctx.table = Table(HEADINGS_REPO)
given_repository_with_packages(ctx, False, "file", repository)
def test_non_daemon__negative_regex__do_match(dummy_context):
from behave_cmdline.steps import _steps as s
dummy_context.text = "echo 'SOME OUTPUT'"
s.i_run_this_command(dummy_context)
dummy_context.table = Table(headings=["mode", "shows", "value"],
rows=[["regex", "N", "SOME ...PUT"]])
with pytest.raises(AssertionError):
s.i_see_in_the_output_of(dummy_context, stream="stdout")
def test_non_daemon__positive_plain__do_match(dummy_context):
from behave_cmdline.steps import _steps as s
dummy_context.text = "echo 'SOME OUTPUT'"
s.i_run_this_command(dummy_context)
dummy_context.table = Table(headings=["mode", "shows", "value"],
rows=[["plain", "Y", "SOME OUTPUT"]])
# MUST NOT RAISE
s.i_see_in_the_output_of(dummy_context, stream="stdout")
def test_infinite_daemon__positive_regex__do_match(dummy_context):
from behave_cmdline.steps import _steps as s
dummy_context.text = "echo 'SOME OUTPUT' && while true; do sleep 1; done"
s.i_launch_this_daemon(dummy_context)
dummy_context.table = Table(headings=["mode", "shows", "value"],
rows=[["regex", "Y", "SOME ...PUT"]])
# MUST NOT RAISE
s.i_see_in_the_output_of(dummy_context, stream="stdout")
def test_daemon__timeout__negative_regex__do_match(dummy_context):
from behave_cmdline.steps import _steps as s
dummy_context.text = "sleep 10 && echo 'SOME OUTPUT'"
s.i_launch_this_daemon(dummy_context)
dummy_context.table = Table(headings=["mode", "shows", "value"],
rows=[["regex", "N", "SOME ...PUT"]])
# MUST NOT RAISE
s.i_see_in_the_output_of(dummy_context, stream="stdout", timeout=1)
def test_daemon__timeout__positive_regex__do_match(dummy_context):
from behave_cmdline.steps import _steps as s
dummy_context.text = "sleep 10 && echo 'SOME OUTPUT'"
s.i_launch_this_daemon(dummy_context)
dummy_context.table = Table(headings=["mode", "shows", "value"],
rows=[["regex", "Y", "SOME ...PUT"]])
with pytest.raises(AssertionError):
s.i_see_in_the_output_of(dummy_context, stream="stdout", timeout=1)
def test_non_daemon__negative_regex__dont_match(dummy_context):
from behave_cmdline.steps import _steps as s
dummy_context.text = "echo 'SOME OUTPUT'"
s.i_run_this_command(dummy_context)
dummy_context.table = Table(headings=["mode", "shows", "value"],
rows=[["regex", "N", "\*\*OTHER\*\* ...PUT"]])
# MUST NOT RAISE
s.i_see_in_the_output_of(dummy_context, stream="stdout")
def generic_check_gtm_datalayer_properties(context: Context, table: Table):
row_names = [
"businessUnit",
"loginStatus",
"siteLanguage",
"siteSection",
"siteSubsection",
"userId",
]
table.require_columns(row_names)
raw_properties = {
name: row.get(name)
for name in row_names for row in table
}
expected_properties = replace_string_representations(raw_properties)
found_properties = get_gtm_data_layer_properties(context.driver)
with assertion_msg(
f"Expected to see following GTM data layer properties:\n"
f"'{expected_properties}'\n but got:\n'{found_properties}'\non: "
f"{context.driver.current_url}\ndiff:\n"
f"{diff(expected_properties, found_properties)}"):
assert expected_properties == found_properties
def test_execute_steps_with_table(self):
doc = u"""
Given a step with a table:
| Name | Age |
| Alice | 12 |
| Bob | 23 |
Then a step passes
""".lstrip()
with patch("behave.step_registry.registry", self.step_registry):
# pylint: disable=bad-whitespace, bad-continuation
result = self.context.execute_steps(doc)
expected_table = Table([u"Name", u"Age"], 0, [
[u"Alice", u"12"],
[u"Bob", u"23"],
])
eq_(result, True)
eq_(expected_table, ExampleSteps.table)
def load_empty_table(context, model_name, vault_structure):
"""Creates an empty table"""
context.target_model_name = model_name
columns = context.vault_structure_columns
if vault_structure == "stage":
headings = context.stage_columns[model_name]
else:
headings = list(
DBTVAULTGenerator.flatten(
[val for key, val in columns[model_name].items()]))
row = Row(cells=[], headings=headings)
empty_table = Table(headings=headings, rows=row)
seed_file_name = context.dbt_test_utils.context_table_to_csv(
table=empty_table, model_name=model_name)
dbtvault_generator.add_seed_config(
seed_name=seed_file_name, seed_config=context.seed_config[model_name])
logs = context.dbt_test_utils.run_dbt_seed(seed_file_name=seed_file_name)
if not vault_structure == "stage":
metadata = {
"source_model": seed_file_name,
**context.vault_structure_columns[model_name]
}
context.vault_structure_metadata = metadata
dbtvault_generator.raw_vault_structure(model_name, vault_structure,
**metadata)
logs = context.dbt_test_utils.run_dbt_model(mode="run",
model_name=model_name)
assert "Completed successfully" in logs
def convert_table_kv_to_skv(table, new_headings, new_column):
"""
Convert kv based table to skv based table by adding one extra column.
:param behave.model.Table table: Original kv based table
:param list new_headings: Headings for the skv based table (3 elements, where 2 of them are also in the original table)
:param list new_column: Strings to be added as the new column (empty string is used when there is not enough items)
:return: New skv based table
:rtype: behave.model.Table
"""
headings = table.headings
new_column_index = new_headings.index(list(set(new_headings) - set(headings))[0])
i = 0
new_rows = []
for row in table.rows:
value = new_column[i] if i < len(new_column) else ""
i += 1
new_values = row.cells[:]
new_values.insert(new_column_index, value)
new_row = Row(new_headings, new_values)
new_rows.append(new_row)
new_table = Table(new_headings, rows=new_rows)
return new_table
def clear_schema(context):
context.dbt_test_utils.replace_test_schema()
model_names = context.dbt_test_utils.context_table_to_dict(
table=context.table, orient="list")
context.vault_model_names = model_names
models = [
name for name in DBTVAULTGenerator.flatten(
[v for k, v in model_names.items()]) if name
]
for model_name in models:
headings_dict = dbtvault_generator.evaluate_hashdiff(
copy.deepcopy(context.vault_structure_columns[model_name]))
headings = list(
DBTVAULTGenerator.flatten(
[v for k, v in headings_dict.items() if k != "source_model"]))
row = Row(cells=[], headings=headings)
empty_table = Table(headings=headings, rows=row)
seed_file_name = context.dbt_test_utils.context_table_to_csv(
table=empty_table, model_name=model_name)
dbtvault_generator.add_seed_config(
seed_name=seed_file_name,
seed_config=context.seed_config[model_name])
logs = context.dbt_test_utils.run_dbt_seed(
seed_file_name=seed_file_name)
assert "Completed successfully" in logs
def given_repository_with_packages(ctx, rtype, repository):
"""
Builds dummy packages, creates repo and *.repo* file.
Supported repo types are http, ftp or local (default).
Supported architectures are x86_64, i686 and noarch (default).
.. note::
Requires *rpmbuild* and *createrepo_c*.
Requires table with following headers:
========= ===== =======
Package Tag Value
========= ===== =======
*Tag* is tag in RPM. Supported ones are:
============= ===============
Tag Default value
============= ===============
Summary Empty
Version 1
Release 1
Arch x86_64
License Public Domain
BuildRequires []
Requires []
Obsoletes []
Provides []
Conflicts []
============= ===============
All packages are built during step execution.
.. note::
*BuildRequires* are ignored for build-time (*rpmbuild* is executed
with ``--nodeps`` option).
Examples:
.. code-block:: gherkin
Feature: Working with repositories
Background: Repository base with dummy package
Given http repository base with packages
| Package | Tag | Value |
| foo | | |
Scenario: Installing dummy package from background
When I enable repository base
Then I successfully run "dnf -y install foo"
"""
packages = table_utils.parse_skv_table(ctx, HEADINGS_REPO, PKG_TAGS,
PKG_TAGS_REPEATING)
rpmbuild = which("rpmbuild")
ctx.assertion.assertIsNotNone(rpmbuild, "rpmbuild is required")
createrepo = which("createrepo_c")
ctx.assertion.assertIsNotNone(createrepo, "createrepo_c is required")
if rtype == 'http':
tmpdir = tempfile.mkdtemp(dir='/var/www/html')
repopath = os.path.join('localhost', os.path.basename(tmpdir))
elif rtype == 'ftp':
tmpdir = tempfile.mkdtemp(dir='/var/ftp/pub')
repopath = os.path.join('localhost/pub', os.path.basename(tmpdir))
else:
tmpdir = tempfile.mkdtemp()
repopath = tmpdir
template = JINJA_ENV.from_string(PKG_TMPL)
for name, settings in packages.items():
settings = {k.lower(): v for k, v in settings.items()}
ctx.text = template.render(name=name, **settings)
fname = "{!s}/{!s}.spec".format(tmpdir, name)
step_a_file_filepath_with(ctx, fname)
if 'arch' not in settings or settings['arch'] == 'noarch':
cmd = "{!s} --define '_rpmdir {!s}' -bb {!s}".format(
rpmbuild, tmpdir, fname)
else:
cmd = "setarch {!s} {!s} --define '_rpmdir {!s}' --target {!s} -bb {!s}".format(
settings['arch'], rpmbuild, tmpdir, settings['arch'], fname)
step_i_successfully_run_command(ctx, cmd)
cmd = "{!s} {!s}".format(createrepo, tmpdir)
step_i_successfully_run_command(ctx, cmd)
# set proper directory content ownership
file_utils.set_dir_content_ownership(ctx, tmpdir)
repofile = REPO_TMPL.format(repository)
ctx.table = Table(HEADINGS_INI)
ctx.table.add_row([repository, "name", repository])
ctx.table.add_row(["", "enabled", "False"])
ctx.table.add_row(["", "gpgcheck", "False"])
ctx.table.add_row(["", "baseurl", "{!s}://{!s}".format(rtype, repopath)])
step_an_ini_file_filepath_with(ctx, repofile)
def setUp(self):
self.table = Table(self.HEAD, 0, self.DATA)
def given_repository_with_packages(ctx, repository):
"""
Builds dummy noarch packages, creates repo and *.repo* file.
.. note::
Requires *rpmbuild* and *createrepo_c*.
Requires table with following headers:
========= ===== =======
Package Tag Value
========= ===== =======
*Tag* is tag in RPM. Supported ones are:
============= ===============
Tag Default value
============= ===============
Summary Empty
Version 1
Release 1
License Public Domain
BuildRequires []
Requires []
Obsoletes []
Provides []
============= ===============
All packages are built during step execution.
.. note::
*BuildRequires* are ignored for build-time (*rpmbuild* is executed
with ``--nodeps`` option).
Examples:
.. code-block:: gherkin
Feature: Working with repositories
Background: Repository base with dummy package
Given repository base with packages
| Package | Tag | Value |
| foo | | |
Scenario: Installing dummy package from background
When I enable repository base
Then I successfully run "dnf -y install foo"
"""
packages = table_utils.parse_skv_table(ctx, HEADINGS_REPO, PKG_TAGS,
PKG_TAGS_REPEATING)
rpmbuild = which("rpmbuild")
ctx.assertion.assertIsNotNone(rpmbuild, "rpmbuild is required")
createrepo = which("createrepo_c")
ctx.assertion.assertIsNotNone(createrepo, "createrepo_c is required")
tmpdir = tempfile.mkdtemp()
template = JINJA_ENV.from_string(PKG_TMPL)
for name, settings in packages.items():
settings = {k.lower(): v for k, v in settings.items()}
ctx.text = template.render(name=name, **settings)
fname = "{!s}/{!s}.spec".format(tmpdir, name)
step_a_file_filepath_with(ctx, fname)
cmd = "{!s} --define '_rpmdir {!s}' -bb {!s}".format(
rpmbuild, tmpdir, fname)
step_i_successfully_run_command(ctx, cmd)
cmd = "{!s} {!s}".format(createrepo, tmpdir)
step_i_successfully_run_command(ctx, cmd)
repofile = REPO_TMPL.format(repository)
ctx.table = Table(HEADINGS_INI)
ctx.table.add_row([repository, "name", repository])
ctx.table.add_row(["", "enabled", "False"])
ctx.table.add_row(["", "gpgcheck", "False"])
ctx.table.add_row(["", "baseurl", "file://{!s}".format(tmpdir)])
step_an_ini_file_filepath_with(ctx, repofile)
def given_repository_with_packages(ctx,
enabled,
rtype,
repository,
gpgkey=None):
"""
Builds dummy packages, creates repo and *.repo* file.
Supported repo types are http, https, ftp or local (default).
Supported architectures are x86_64, i686 and noarch (default).
.. note::
Along with the repository also *-source repository with
src.rpm packages is built. The repository is disabled.
.. note::
*https* repositories are configured to use certificates at
following locations:
/etc/pki/tls/certs/testcerts/ca/cert.pem
/etc/pki/tls/certs/testcerts/client/key.pem
/etc/pki/tls/certs/testcerts/client/cert.pem
.. note::
Requires *rpmbuild* and *createrepo_c*.
Requires table with following headers:
========= ===== =======
Package Tag Value
========= ===== =======
*Tag* is tag in RPM. Supported ones are:
================== ===============
Tag Default value
================== ===============
Summary Empty
Version 1
Release 1
Arch x86_64
License Public Domain
BuildRequires []
Requires []
Recommends []
Suggests []
Supplements []
Enhances []
Requires(pretrans) []
Requires(pre) []
Requires(post) []
Requires(preun) []
Obsoletes []
Provides []
Conflicts []
%pretrans Empty
%pre Empty
%post Empty
%preun Empty
%postun Empty
%posttrans Empty
================== ===============
All packages are built during step execution.
.. note::
*BuildRequires* are ignored for build-time (*rpmbuild* is executed
with ``--nodeps`` option).
If there is a space character in the package name only the preceding
part is used.
.. note::
Scriptlets such as *%pre* can be listed multiple time so that the
entering of a multi-line script is more comfortable.
Examples:
.. code-block:: gherkin
Feature: Working with repositories
Background: Repository base with dummy package
Given http repository base with packages
| Package | Tag | Value |
| foo | | |
Scenario: Installing dummy package from background
When I enable repository base
Then I successfully run "dnf -y install foo"
Scenario: Creating repository with multiple package versions
Given http repository "updates" with packages
| Package | Tag | Value |
| foo | Version | 2.0 |
| foo v3 | Version | 3.0 |
Scenario: Creating a package with %pre scriptlet failing
Given http repository "more_updates" with packages
| Package | Tag | Value |
| foo | Version | 4.0 |
| | %pre | exit 1 |
"""
packages = table_utils.parse_skv_table(ctx, HEADINGS_REPO, PKG_TAGS,
PKG_TAGS_REPEATING)
rpmbuild = which("rpmbuild")
ctx.assertion.assertIsNotNone(rpmbuild, "rpmbuild is required")
createrepo = which("createrepo_c")
ctx.assertion.assertIsNotNone(createrepo, "createrepo_c is required")
if rtype == 'http' or rtype == 'https':
tmpdir = tempfile.mkdtemp(dir='/var/www/html')
repopath = os.path.join('localhost', os.path.basename(tmpdir))
elif rtype == 'ftp':
tmpdir = tempfile.mkdtemp(dir='/var/ftp/pub')
repopath = os.path.join('localhost/pub', os.path.basename(tmpdir))
else:
tmpdir = tempfile.mkdtemp()
repopath = tmpdir
srpm_tmpdir = '{}-source'.format(tmpdir.rstrip('/'))
srpm_repopath = '{}-source'.format(repopath.rstrip('/'))
os.mkdir(srpm_tmpdir) # create a directory for src.rpm pkgs
template = JINJA_ENV.from_string(PKG_TMPL)
for name, settings in packages.items():
name = name.split(
)[0] # cut-off the pkg name _suffix_ to allow defining multiple package versions
# before processing the template
# lower all characters
# replace '%' in Tag name with '_'
# replace '(' in Tag name with '_'
# delete all ')' in Tag
settings = {
k.lower().replace('%', '_').replace('(', '_').replace(')', ''): v
for k, v in settings.items()
}
ctx.text = template.render(name=name, **settings)
fname = "{!s}/{!s}.spec".format(tmpdir, name)
step_a_file_filepath_with(ctx, fname)
buildname = '%{NAME}-%{VERSION}-%{RELEASE}.%{ARCH}.rpm'
if 'arch' not in settings or settings['arch'] == 'noarch':
cmd = "{!s} --define '_rpmdir {!s}' --define '_srcrpmdir {!s}' --define '_build_name_fmt {!s}' -ba {!s}".format(
rpmbuild, tmpdir, srpm_tmpdir, buildname, fname)
else:
cmd = "setarch {!s} {!s} --define '_rpmdir {!s}' --define '_srcrpmdir {!s}' --define '_build_name_fmt {!s}' --target {!s} -ba {!s}".format(
settings['arch'], rpmbuild, tmpdir, srpm_tmpdir, buildname,
settings['arch'], fname)
step_i_successfully_run_command(ctx, cmd)
if gpgkey:
# sign all rpms built
rpmsign = which("rpmsign")
rpms = glob.glob("{!s}/*.rpm".format(tmpdir))
srpms = glob.glob("{!s}/*.rpm".format(srpm_tmpdir))
cmd = "{!s} --addsign --key-id '{!s}' {!s} {!s}".format(
rpmsign, gpgkey, ' '.join(rpms), ' '.join(srpms))
step_i_successfully_run_command(ctx, cmd)
cmd = "{!s} {!s}".format(createrepo, tmpdir)
step_i_successfully_run_command(ctx, cmd)
cmd = "{!s} {!s}".format(createrepo, srpm_tmpdir)
step_i_successfully_run_command(ctx, cmd)
# set proper directory content ownership
file_utils.set_dir_content_ownership(ctx, tmpdir)
file_utils.set_dir_content_ownership(ctx, srpm_tmpdir)
repofile = REPO_TMPL.format(repository)
ctx.table = Table(HEADINGS_INI)
ctx.table.add_row([repository, "name", repository])
ctx.table.add_row(["", "enabled", six.text_type(enabled)])
ctx.table.add_row(["", "baseurl", "{!s}://{!s}".format(rtype, repopath)])
if gpgkey:
ctx.table.add_row(["", "gpgcheck", "True"])
else:
ctx.table.add_row(["", "gpgcheck", "False"])
if rtype == 'https':
ctx.table.add_row(
["", "sslcacert", "/etc/pki/tls/certs/testcerts/ca/cert.pem"])
ctx.table.add_row([
"", "sslclientkey", "/etc/pki/tls/certs/testcerts/client/key.pem"
])
ctx.table.add_row([
"", "sslclientcert", "/etc/pki/tls/certs/testcerts/client/cert.pem"
])
step_an_ini_file_filepath_with(ctx, repofile)
# create -source repository too
srpm_repository = '{}-source'.format(repository)
repofile = REPO_TMPL.format(srpm_repository)
ctx.table = Table(HEADINGS_INI)
ctx.table.add_row([srpm_repository, "name", srpm_repository])
ctx.table.add_row(["", "enabled", "False"])
ctx.table.add_row(
["", "baseurl", "{!s}://{!s}".format(rtype, srpm_repopath)])
if gpgkey:
ctx.table.add_row(["", "gpgcheck", "True"])
else:
ctx.table.add_row(["", "gpgcheck", "False"])
if rtype == 'https':
ctx.table.add_row(
["", "sslcacert", "/etc/pki/tls/certs/testcerts/ca/cert.pem"])
ctx.table.add_row([
"", "sslclientkey", "/etc/pki/tls/certs/testcerts/client/key.pem"
])
ctx.table.add_row([
"", "sslclientcert", "/etc/pki/tls/certs/testcerts/client/cert.pem"
])
step_an_ini_file_filepath_with(ctx, repofile)
