def notify(self):
"""
Overridden from BaseAntiMatterResult
"""
for package in self._result:
if self._nsargs.extended:
cp = package.key()
slot = package.slot()
from_ver = "x"
inst = package.installed()
if inst is not None:
from_ver = inst.version
to_ver = "x"
avail = package.available()
if avail is not None:
to_ver = avail.version
name = "%s:%s [%s->%s]" % (darkgreen(cp), brown(slot),
teal(from_ver), purple(to_ver))
elif self._nsargs.verbose:
name = package.target()
else:
name = package.keyslot()
if self._nsargs.quiet:
print_generic(name)
else:
print_info(name)
def notify(self):
"""
Overridden from BaseAntiMatterResult
"""
for package in self._result:
if self._nsargs.extended:
cp = package.key()
slot = package.slot()
from_ver = "x"
inst = package.installed()
if inst is not None:
from_ver = inst.version
to_ver = "x"
avail = package.available()
if avail is not None:
to_ver = avail.version
name = "%s:%s [%s->%s]" % (
darkgreen(cp),
brown(slot),
teal(from_ver),
purple(to_ver))
elif self._nsargs.verbose:
name = package.target()
else:
name = package.keyslot()
if self._nsargs.quiet:
print_generic(name)
else:
print_info(name)
def _show_kernel_warnings(kernel_atom):
print_info("%s %s" % (purple(kernel_atom), teal(_("has been installed."))))
print_warning(
"%s: %s" %
(red(_("Attention")),
brown(
_("some external drivers cannot work across multiple kernels."))))
print_warning(darkgreen(_("Please reboot your computer now !")))
def _get_installed_kernels(self, installed_repository):
"""
Return a set of kernel packages that are installed on the system.
"""
installed_package_ids = set()
# Resolve the target kernel using the installed packages repository.
# First, locate the virtual kernel package (if new virtuals are in
# use.)
latest_kernel, _k_rc = installed_repository.atomMatch(
KERNEL_BINARY_VIRTUAL)
if latest_kernel == -1:
# Virtual package is not installed.
# This happens when kernel packages have been moved to the new
# virtual and PROVIDE is broken or no longer supported (EAPI=7?).
print_warning("%s: %s %s" % (
red(_("Attention")), KERNEL_BINARY_VIRTUAL,
brown(
_("is not installed. Unable to resolve kernel "
"packages correctly. Please use --from-running or install"
"the package. Is your system up-to-date?"))))
return installed_package_ids
# If we have resolved the package to the virtual, we need to go
# one level deep and retrieve the list of available kernel packages.
# Do not assume that we hit only one kernel package when scanning, we
# may have different packages in the dependency list.
virtual_key = entropy.dep.dep_getkey(KERNEL_BINARY_VIRTUAL)
latest_key_slot = installed_repository.retrieveKeySlot(latest_kernel)
if latest_key_slot:
latest_key, _unused = latest_key_slot
else:
# Cannot find installed package, give up.
print_warning("%s: %s" % (
red(_("Attention")),
brown(
_("Unable to resolve the latest kernel metadata. Try again later."
))))
return installed_package_ids
if virtual_key == latest_key:
print_info("%s: %s" % (
red(_("Resolving virtual kernel package")),
KERNEL_BINARY_VIRTUAL,
))
# New virtual package support.
virtual_deps = installed_repository.retrieveRuntimeDependencies(
latest_kernel)
for virtual_dep in virtual_deps:
virtual_pkg_id, _v_rc = installed_repository.atomMatch(
virtual_dep)
if virtual_pkg_id != -1:
installed_package_ids.add(virtual_pkg_id)
else:
# Old virtual package detected (pre EAPI=7). Assume it's a kernel
# binary.
installed_package_ids.add(latest_kernel)
return installed_package_ids
def _get_installed_kernels(self, installed_repository):
"""
Return a set of kernel packages that are installed on the system.
"""
installed_package_ids = set()
# Resolve the target kernel using the installed packages repository.
# First, locate the virtual kernel package (if new virtuals are in
# use.)
latest_kernel, _k_rc = installed_repository.atomMatch(KERNEL_BINARY_VIRTUAL)
if latest_kernel == -1:
# Virtual package is not installed.
# This happens when kernel packages have been moved to the new
# virtual and PROVIDE is broken or no longer supported (EAPI=7?).
print_warning("%s: %s %s" % (
red(_("Attention")),
KERNEL_BINARY_VIRTUAL,
brown(_("is not installed. Unable to resolve kernel "
"packages correctly. Please use --from-running or install"
"the package. Is your system up-to-date?"))))
return installed_package_ids
# If we have resolved the package to the virtual, we need to go
# one level deep and retrieve the list of available kernel packages.
# Do not assume that we hit only one kernel package when scanning, we
# may have different packages in the dependency list.
virtual_key = entropy.dep.dep_getkey(KERNEL_BINARY_VIRTUAL)
latest_key_slot = installed_repository.retrieveKeySlot(latest_kernel)
if latest_key_slot:
latest_key, _unused = latest_key_slot
else:
# Cannot find installed package, give up.
print_warning("%s: %s" % (
red(_("Attention")),
brown(_("Unable to resolve the latest kernel metadata. Try again later."))
))
return installed_package_ids
if virtual_key == latest_key:
print_info("%s: %s" % (
red(_("Resolving virtual kernel package")),
KERNEL_BINARY_VIRTUAL,
))
# New virtual package support.
virtual_deps = installed_repository.retrieveRuntimeDependencies(
latest_kernel)
for virtual_dep in virtual_deps:
virtual_pkg_id, _v_rc = installed_repository.atomMatch(virtual_dep)
if virtual_pkg_id != -1:
installed_package_ids.add(virtual_pkg_id)
else:
# Old virtual package detected (pre EAPI=7). Assume it's a kernel
# binary.
installed_package_ids.add(latest_kernel)
return installed_package_ids
def _show_kernel_warnings(kernel_atom):
print_info("%s %s" % (purple(kernel_atom), teal(_("has been installed."))))
print_warning("%s: %s" % (red(_("Attention")),
brown(_("some external drivers cannot work across multiple kernels."))))
print_warning(darkgreen(_("Please reboot your computer now !")))
