mercurial/upgrade_utils/actions.py

46209:a51d345f1404

    # These are unconditionally added. There is logic later that figures out
    # which ones to apply.
    return list(ALL_OPTIMISATIONS)


def determineactions(
    repo, format_upgrades, optimizations, sourcereqs, destreqs
):
    """Determine upgrade actions that will be performed.

    Given a list of improvements as returned by ``find_format_upgrades`` and

    def __init__(
        self,
        ui,
        new_requirements,
        current_requirements,
        actions,
        revlogs_to_process,
    ):
        self.ui = ui
        self.new_requirements = new_requirements
        self.current_requirements = current_requirements
        self.actions = actions
        self._actions_names = set([a.name for a in actions])
        self.revlogs_to_process = revlogs_to_process
        # requirements which will be added by the operation
        self._added_requirements = (
            self.new_requirements - self.current_requirements
        )

        )
        # optimizations which are not used and it's recommended that they
        # should use them
        all_optimizations = findoptimizations(None)
        self.unused_optimizations = [
            i for i in all_optimizations if i not in self.actions
        ]

    def _write_labeled(self, l, label):
        """
        Utility function to aid writing of a list under one label

            )
            self.ui.write((b'\n'))
        self.ui.write(b'\n')

    def print_optimisations(self):
        optimisations = [a for a in self.actions if a.type == OPTIMISATION]
        optimisations.sort(key=lambda a: a.name)
        if optimisations:
            self.ui.write(_(b'optimisations: '))
            self._write_labeled(
                [a.name for a in optimisations],
                "upgrade-repo.optimisation.performed",
            )
            self.ui.write(b'\n\n')

    def print_upgrade_actions(self):
        for a in self.actions:
            self.ui.status(b'%s\n   %s\n\n' % (a.name, a.upgrademessage))

    def print_affected_revlogs(self):
        if not self.revlogs_to_process:
            self.ui.write((b'no revlogs to process\n'))

    def print_unused_optimizations(self):
        for i in self.unused_optimizations:
            self.ui.status(_(b'%s\n   %s\n\n') % (i.name, i.description))

    def has_action(self, name):
        """ Check whether the upgrade operation will perform this action """
        return name in self._actions_names


###  Code checking if a repository can got through the upgrade process at all. #

46210:6b40aac4da8e

    # These are unconditionally added. There is logic later that figures out
    # which ones to apply.
    return list(ALL_OPTIMISATIONS)


def determine_upgrade_actions(
    repo, format_upgrades, optimizations, sourcereqs, destreqs
):
    """Determine upgrade actions that will be performed.

    Given a list of improvements as returned by ``find_format_upgrades`` and

    def __init__(
        self,
        ui,
        new_requirements,
        current_requirements,
        upgrade_actions,
        revlogs_to_process,
    ):
        self.ui = ui
        self.new_requirements = new_requirements
        self.current_requirements = current_requirements
        # list of upgrade actions the operation will perform
        self.upgrade_actions = upgrade_actions
        self._upgrade_actions_names = set([a.name for a in upgrade_actions])
        self.revlogs_to_process = revlogs_to_process
        # requirements which will be added by the operation
        self._added_requirements = (
            self.new_requirements - self.current_requirements
        )

        )
        # optimizations which are not used and it's recommended that they
        # should use them
        all_optimizations = findoptimizations(None)
        self.unused_optimizations = [
            i for i in all_optimizations if i not in self.upgrade_actions
        ]

    def _write_labeled(self, l, label):
        """
        Utility function to aid writing of a list under one label

            )
            self.ui.write((b'\n'))
        self.ui.write(b'\n')

    def print_optimisations(self):
        optimisations = [
            a for a in self.upgrade_actions if a.type == OPTIMISATION
        ]
        optimisations.sort(key=lambda a: a.name)
        if optimisations:
            self.ui.write(_(b'optimisations: '))
            self._write_labeled(
                [a.name for a in optimisations],
                "upgrade-repo.optimisation.performed",
            )
            self.ui.write(b'\n\n')

    def print_upgrade_actions(self):
        for a in self.upgrade_actions:
            self.ui.status(b'%s\n   %s\n\n' % (a.name, a.upgrademessage))

    def print_affected_revlogs(self):
        if not self.revlogs_to_process:
            self.ui.write((b'no revlogs to process\n'))

    def print_unused_optimizations(self):
        for i in self.unused_optimizations:
            self.ui.status(_(b'%s\n   %s\n\n') % (i.name, i.description))

    def has_upgrade_action(self, name):
        """ Check whether the upgrade operation will perform this action """
        return name in self._upgrade_actions_names


###  Code checking if a repository can got through the upgrade process at all. #