def rebuild_index(self):
packages = []
for package in self._iter_packages():
releases = []
for release in sorted(self._iter_releases(package), reverse=True, key=lambda release: parse_version(release['version'])):
release['distributions'] = list(self._iter_distributions(package, release))
if not release['distributions']:
continue
releases.append(release)
write_file(path.join(package['abspath'], 'releases.json'), encode(releases, indent=4, large_object=True))
latest_release = self._get_latest_release(releases)
latest_release_txt = path.join(package['abspath'], 'latest_release.txt')
if latest_release:
package['latest_version'] = latest_release['version']
package['installation_instructions'] = self._get_installation_instructions(package, latest_release)
packages.append(package)
write_file(latest_release_txt, latest_release['version'])
elif path.exists(latest_release_txt):
remove(latest_release_txt)
sorted_packages = sorted(packages, key=lambda package: package['product_name'])
write_file(path.join(self.base_directory, 'packages.json'), encode(sorted_packages, indent=4, large_object=True))
def rebuild_index(self):
packages = []
log_execute_assert_success([
'find', self.base_directory, '-type', 'd', '-empty', '-print',
'-delete'
])
for package in self._iter_packages():
releases = []
for release in sorted(
self._iter_releases(package),
reverse=True,
key=lambda release: parse_version(release['version'])):
release['distributions'] = list(
self._iter_distributions(package, release))
if not release['distributions']:
continue
releases.append(release)
write_file(path.join(package['abspath'], 'releases.json'),
encode(releases, indent=4, large_object=True))
latest_release = self._get_latest_release(releases)
latest_release_txt = path.join(package['abspath'],
'latest_release.txt')
if latest_release:
package['latest_version'] = latest_release['version']
package['latest_version_release_date'] = latest_release[
'release_date']
package[
'installation_instructions'] = self._get_installation_instructions(
package, latest_release)
packages.append(package)
write_file(latest_release_txt, latest_release['version'])
elif path.exists(latest_release_txt):
remove(latest_release_txt)
sorted_packages = sorted(packages,
key=lambda package: package['product_name'])
write_file(path.join(self.base_directory, 'packages.json'),
encode(sorted_packages, indent=4, large_object=True))
def pretty_print(builtin_datatype, style="solarized"):
from pygments import highlight
from pygments.lexers import JsonLexer
try:
from httpie.solarized import Solarized256Style
except ImportError:
try:
from httpie.output.formatters import Solarized256Style
except ImportError:
from httpie.plugins import FormatterPlugin
from httpie.output.formatters.colors import Solarized256Style
from pygments.formatters import Terminal256Formatter
style = Solarized256Style if style == "solarized" else style
print(highlight(encode(builtin_datatype, indent=4, large_object=True), JsonLexer(), Terminal256Formatter(style=style)))
def pretty_print(builtin_datatype, style="solarized"):
from pygments import highlight
from pygments.lexers import JsonLexer
try:
from httpie.solarized import Solarized256Style
except ImportError:
try:
from httpie.output.formatters import Solarized256Style
except ImportError:
from httpie.plugins import FormatterPlugin
from httpie.output.formatters.colors import Solarized256Style
from pygments.formatters import Terminal256Formatter
style = Solarized256Style if style == "solarized" else style
print highlight(encode(builtin_datatype, indent=4, large_object=True), JsonLexer(), Terminal256Formatter(style=style))
def safe_json_repr(value, length_limit=1024):
try:
encoded_string = encode(value)
if length_limit and len(encoded_string) > length_limit:
raise AssertionError()
return decode(encoded_string)
except:
pass
try:
encoded_string = repr(value)
if length_limit and len(encoded_string) > length_limit:
raise AssertionError()
return encoded_string
except:
pass
return object.__repr__(value)
def safe_json_repr(value, length_limit=1024):
try:
encoded_string = encode(value)
if length_limit and len(encoded_string) > length_limit:
raise AssertionError()
return decode(encoded_string)
except:
pass
try:
encoded_string = repr(value)
if length_limit and len(encoded_string) > length_limit:
raise AssertionError()
return encoded_string
except:
pass
return object.__repr__(value)
