Files
brew/Library/Homebrew/install.rb
T
Mike McQuaid 4b375799df Tolerate missing bottle manifests in prefetches
- After #23381, homebrew-core CI fails installing dependencies on
  version-bump PRs: the bumped formula's stale bottle block derives
  its manifest URL from the new version, whose bottle has not been
  published yet, and `DownloadQueue#fetch` treats every bottle
  manifest failure as fatal.
- Before that change the default ask-mode plan fetched manifests
  synchronously via `Formula#fetch_bottle_tab`, which rescues
  download errors so dependency resolution falls back to a full
  install, and the installer's memoisation then kept the queue from
  retrying the download.
- Add `DownloadQueue#fetch(allow_failures:)`: failed downloads are
  still reported but neither raise nor mark the fetch or run as
  failed. Use it for the metadata-only drains (`fetch_formulae`'s
  bottle manifest waits, `brew install`'s ask-mode drain and
  `brew upgrade`'s tab prefetch), restoring the synchronous path's
  tolerance. Manifest failures in fetches that pour bottles remain
  fatal.
2026-08-03 14:25:47 +01:00

844 lines
31 KiB
Ruby

# typed: strict
# frozen_string_literal: true
require "diagnostic"
require "diagnostic/finding"
require "fileutils"
require "hardware"
require "development_tools"
require "upgrade"
require "download_queue"
require "ask"
require "utils/output"
require "utils/topological_hash"
module Homebrew
# Helper module for performing (pre-)install checks.
module Install
extend Utils::Output::Mixin
class << self
sig { params(all_fatal: T::Boolean).void }
def perform_preinstall_checks_once(all_fatal: false)
@perform_preinstall_checks_once ||= T.let({}, T.nilable(T::Hash[T::Boolean, TrueClass]))
@perform_preinstall_checks_once[all_fatal] ||= begin
perform_preinstall_checks(all_fatal:)
true
end
end
sig { params(cc: T.nilable(String)).void }
def check_cc_argv(cc)
return unless cc
opoo <<~EOS
You passed `--cc=#{cc}`.
#{Diagnostic::Finding.support_tier_message(tier: 3)}
EOS
end
sig { params(all_fatal: T::Boolean).void }
def perform_build_from_source_checks(all_fatal: false)
Diagnostic.checks(:fatal_build_from_source_checks)
Diagnostic.checks(:build_from_source_checks, fatal: all_fatal)
end
sig { void }
def global_post_install; end
sig { void }
def check_prefix
if (Hardware::CPU.intel? || Hardware::CPU.in_rosetta2?) &&
HOMEBREW_PREFIX.to_s == HOMEBREW_MACOS_ARM_DEFAULT_PREFIX
if Hardware::CPU.in_rosetta2?
odie <<~EOS
Cannot install under Rosetta 2 in ARM default prefix (#{HOMEBREW_PREFIX})!
To rerun under ARM use:
arch -arm64 brew install ...
To install under x86_64, install Homebrew into #{HOMEBREW_DEFAULT_PREFIX}.
EOS
else
odie "Cannot install on Intel processor in ARM default prefix (#{HOMEBREW_PREFIX})!"
end
elsif Hardware::CPU.arm? && HOMEBREW_PREFIX.to_s == HOMEBREW_DEFAULT_PREFIX
odie <<~EOS
Cannot install in Homebrew on ARM processor in Intel default prefix (#{HOMEBREW_PREFIX})!
Please create a new installation in #{HOMEBREW_MACOS_ARM_DEFAULT_PREFIX} using one of the
"Alternative Installs" from:
#{Formatter.url("https://docs.brew.sh/Installation")}
You can migrate your previously installed formula list with:
brew bundle dump
EOS
end
end
sig {
params(formula: Formula, head: T::Boolean, fetch_head: T::Boolean,
only_dependencies: T::Boolean, force: T::Boolean, quiet: T::Boolean,
skip_link: T::Boolean, overwrite: T::Boolean).returns(T::Boolean)
}
def install_formula?(
formula,
head: false,
fetch_head: false,
only_dependencies: false,
force: false,
quiet: false,
skip_link: false,
overwrite: false
)
# HEAD-only without --HEAD is an error
if !head && formula.stable.nil?
odie <<~EOS
#{formula.full_name} is a HEAD-only formula.
To install it, run:
brew install --HEAD #{formula.full_name}
EOS
end
# --HEAD, fail with no head defined
odie "No head is defined for #{formula.full_name}" if head && formula.head.nil?
installed_head_version = formula.latest_head_version
if installed_head_version &&
!formula.head_version_outdated?(installed_head_version, fetch_head:)
new_head_installed = true
end
prefix_installed = formula.prefix.exist? && !formula.prefix.empty?
# Check if the installed formula is from a different tap
if formula.any_version_installed? &&
(current_tap_name = formula.tap&.name.presence) &&
(installed_keg_tab = formula.any_installed_keg&.tab.presence) &&
(installed_tap_name = installed_keg_tab.tap&.name.presence) &&
installed_tap_name != current_tap_name
odie <<~EOS
#{formula.name} was installed from the #{Formatter.identifier(installed_tap_name)} tap
but you are trying to install it from the #{Formatter.identifier(current_tap_name)} tap.
Formulae with the same name from different taps cannot be installed at the same time.
To install this version, you must first uninstall the existing formula:
brew uninstall #{formula.name}
Then you can install the desired version:
brew install #{formula.full_name}
EOS
end
if formula.keg_only? && formula.any_version_installed? && formula.optlinked? && !force
# keg-only install is only possible when no other version is
# linked to opt, because installing without any warnings can break
# dependencies. Therefore before performing other checks we need to be
# sure the --force switch is passed.
if formula.outdated?
if !Homebrew::EnvConfig.no_install_upgrade? && !formula.pinned?
name = formula.name
version = formula.linked_version
puts "#{name} #{version} is already installed but outdated (so it will be upgraded)."
return true
end
unpin_cmd_if_needed = ("brew unpin #{formula.full_name} && " if formula.pinned?)
optlinked_version = Keg.for(formula.opt_prefix).version
onoe <<~EOS
#{formula.full_name} #{optlinked_version} is already installed.
To upgrade to #{formula.version}, run:
#{unpin_cmd_if_needed}brew upgrade #{formula.full_name}
EOS
elsif only_dependencies
return true
elsif !quiet
opoo_without_github_actions_annotation <<~EOS
#{formula.full_name} #{formula.pkg_version} is already installed and up-to-date.
To reinstall #{formula.pkg_version}, run:
brew reinstall #{formula.name}
EOS
end
elsif (head && new_head_installed) || prefix_installed
# After we're sure the --force switch was passed for linking to opt
# keg-only we need to be sure that the version we're attempting to
# install is not already installed.
installed_version = if head
formula.latest_head_version
else
formula.pkg_version
end
msg = "#{formula.full_name} #{installed_version} is already installed"
linked_not_equals_installed = formula.linked_version != installed_version
if formula.linked? && linked_not_equals_installed
msg = if quiet
nil
else
<<~EOS
#{msg}.
The currently linked version is: #{formula.linked_version}
EOS
end
elsif only_dependencies || (!formula.linked? && overwrite)
msg = nil
return true
elsif !formula.linked? || formula.keg_only?
msg = <<~EOS
#{msg}, it's just not linked.
To link this version, run:
brew link #{formula.full_name}
EOS
else
unless quiet
opoo_without_github_actions_annotation <<~EOS
#{msg} and up-to-date.
To reinstall #{formula.pkg_version}, run:
brew reinstall #{formula.name}
EOS
end
msg = nil
end
opoo msg if msg
elsif !formula.any_version_installed? && (old_formula = formula.old_installed_formulae.first)
msg = "#{old_formula.full_name} #{old_formula.any_installed_version} already installed"
msg = if !old_formula.linked? && !old_formula.keg_only?
<<~EOS
#{msg}, it's just not linked.
To link this version, run:
brew link #{old_formula.full_name}
EOS
elsif quiet
nil
else
"#{msg}."
end
opoo msg if msg
elsif formula.migration_needed? && !force
# Check if the formula we try to install is the same as installed
# but not migrated one. If --force is passed then install anyway.
opoo <<~EOS
#{formula.oldnames_to_migrate.first} is already installed, it's just not migrated.
To migrate this formula, run:
brew migrate #{formula}
Or to force-install it, run:
brew install #{formula} --force
EOS
elsif formula.linked?
message = "#{formula.name} #{formula.linked_version} is already installed"
if formula.outdated? && !head
if !Homebrew::EnvConfig.no_install_upgrade? && !formula.pinned?
puts "#{message} but outdated (so it will be upgraded)."
return true
end
unpin_cmd_if_needed = ("brew unpin #{formula.full_name} && " if formula.pinned?)
onoe <<~EOS
#{message}
To upgrade to #{formula.pkg_version}, run:
#{unpin_cmd_if_needed}brew upgrade #{formula.full_name}
EOS
elsif only_dependencies || skip_link
return true
else
onoe <<~EOS
#{message}
To install #{formula.pkg_version}, first run:
brew unlink #{formula.name}
EOS
end
else
# If none of the above is true and the formula is linked, then
# FormulaInstaller will handle this case.
return true
end
# Even if we don't install this formula mark it as no longer just
# installed as a dependency.
return false unless formula.opt_prefix.directory?
keg = Keg.new(formula.opt_prefix.resolved_path)
tab = keg.tab
unless tab.installed_on_request
tab.installed_on_request = true
tab.write
end
false
end
sig {
params(formulae_to_install: T::Array[Formula], installed_on_request: T::Boolean,
build_bottle: T::Boolean, force_bottle: T::Boolean,
bottle_arch: T.nilable(String), ignore_deps: T::Boolean, only_deps: T::Boolean,
include_test_formulae: T::Array[String], build_from_source_formulae: T::Array[String],
cc: T.nilable(String), git: T::Boolean, interactive: T::Boolean, keep_tmp: T::Boolean,
debug_symbols: T::Boolean, force: T::Boolean, overwrite: T::Boolean, debug: T::Boolean,
quiet: T::Boolean, verbose: T::Boolean, dry_run: T::Boolean, skip_post_install: T::Boolean,
skip_link: T::Boolean).returns(T::Array[FormulaInstaller])
}
def formula_installers(
formulae_to_install,
installed_on_request: true,
build_bottle: false,
force_bottle: false,
bottle_arch: nil,
ignore_deps: false,
only_deps: false,
include_test_formulae: [],
build_from_source_formulae: [],
cc: nil,
git: false,
interactive: false,
keep_tmp: false,
debug_symbols: false,
force: false,
overwrite: false,
debug: false,
quiet: false,
verbose: false,
dry_run: false,
skip_post_install: false,
skip_link: false
)
formulae_to_install.filter_map do |formula|
Migrator.migrate_if_needed(formula, force:, dry_run:)
build_options = formula.build
FormulaInstaller.new(
formula,
options: build_options.used_options,
installed_on_request:,
build_bottle:,
force_bottle:,
bottle_arch:,
ignore_deps:,
only_deps:,
include_test_formulae:,
build_from_source_formulae:,
cc:,
git:,
interactive:,
keep_tmp:,
debug_symbols:,
force:,
overwrite:,
debug:,
quiet:,
verbose:,
skip_post_install:,
skip_link:,
)
end
end
sig {
params(
formula_installers: T::Array[FormulaInstaller],
download_queue: T.nilable(Homebrew::DownloadQueue),
fetch_after_enqueue: T::Boolean,
shutdown_download_queue: T::Boolean,
show_downloads_heading: T::Boolean,
).returns(T::Array[FormulaInstaller])
}
def fetch_formulae(
formula_installers,
download_queue: nil,
fetch_after_enqueue: true,
shutdown_download_queue: true,
show_downloads_heading: true
)
return formula_installers if formula_installers.empty?
download_queue = T.let(download_queue || Homebrew::DownloadQueue.new(pour: true), Homebrew::DownloadQueue)
begin
valid_formula_installers = prelude_fetch_formulae(formula_installers, download_queue:)
# Wait on just the bottle manifests dependency resolution needs so
# in-flight bottles are only reported under the downloads heading.
download_queue.fetch(only: Resource::BottleManifest, heading: "Downloading bottle manifests",
allow_failures: true)
[:prelude, :enqueue_fetch].each do |step|
valid_formula_installers = select_formula_installers(valid_formula_installers, step:)
next if step == :enqueue_fetch && !fetch_after_enqueue
if step == :prelude
download_queue.fetch(only: Resource::BottleManifest, heading: "Downloading bottle manifests",
allow_failures: true)
else
heading = if show_downloads_heading
combined_fetch_downloads_heading(formula_names: valid_formula_installers.map { |fi| fi.formula.name })
end
download_queue.fetch(heading:)
end
end
ensure
download_queue.shutdown if shutdown_download_queue
end
valid_formula_installers
end
sig {
params(
formula_installers: T::Array[FormulaInstaller],
download_queue: Homebrew::DownloadQueue,
metadata_only: T::Boolean,
).returns(T::Array[FormulaInstaller])
}
def prelude_fetch_formulae(formula_installers, download_queue:, metadata_only: false)
formula_installers.each do |fi|
fi.download_queue = download_queue
end
# Only pass the keyword when limiting the fetch so mocks and
# overrides expecting the historical no-argument call keep working.
action = ->(fi) { metadata_only ? fi.prelude_fetch(metadata_only: true) : fi.prelude_fetch }
select_formula_installers(formula_installers, action:)
end
sig {
params(
formula_installers: T::Array[FormulaInstaller],
step: T.nilable(Symbol),
action: T.nilable(T.proc.params(formula_installer: FormulaInstaller).void),
).returns(T::Array[FormulaInstaller])
}
def select_formula_installers(formula_installers, step: nil, action: nil)
formula_installers.select do |fi|
if action
action.call(fi)
elsif step
fi.public_send(step)
end
true
rescue CannotInstallFormulaError => e
ofail e.message
false
rescue => e
ofail "#{fi.formula}: #{e}"
false
end
end
sig { params(formula_installers: T::Array[FormulaInstaller], download_queue: Homebrew::DownloadQueue).returns(T::Array[FormulaInstaller]) }
def enqueue_formulae(formula_installers, download_queue:)
fetch_formulae(
formula_installers,
download_queue:,
fetch_after_enqueue: false,
shutdown_download_queue: false,
show_downloads_heading: false,
)
end
sig { params(formula_names: T::Array[String], cask_names: T::Array[String]).returns(T.nilable(String)) }
def combined_fetch_downloads_heading(formula_names: [], cask_names: [])
combined_fetch_targets = formula_names.map { |name| Formatter.identifier(name) } +
cask_names.map { |name| Formatter.identifier(name) }
return if combined_fetch_targets.empty?
"Fetching downloads for: #{combined_fetch_targets.to_sentence}"
end
sig { params(cask_installers: T::Array[T.untyped], download_queue: Homebrew::DownloadQueue).void }
def enqueue_cask_installers(cask_installers, download_queue:)
source_downloads = []
valid_cask_installers = cask_installers.select do |cask_installer|
if cask_installer.source_download_requires_pre_fetch? &&
(source_download = cask_installer.prelude_fetch_download)
source_downloads << source_download
end
true
rescue => e
ofail "#{cask_installer.cask}: #{e}"
false
end
if source_downloads.any?
source_downloads.each { |source_download| download_queue.enqueue(source_download) }
download_queue.fetch(only: Cask::Download, heading: "Downloading Cask files")
end
valid_cask_installers.each do |cask_installer|
cask_installer.enqueue_downloads
rescue => e
ofail "#{cask_installer.cask}: #{e}"
end
end
sig {
params(formula_installers: T::Array[FormulaInstaller], installed_on_request: T::Boolean,
build_bottle: T::Boolean, force_bottle: T::Boolean,
bottle_arch: T.nilable(String), ignore_deps: T::Boolean, only_deps: T::Boolean,
include_test_formulae: T::Array[String], build_from_source_formulae: T::Array[String],
cc: T.nilable(String), git: T::Boolean, interactive: T::Boolean, keep_tmp: T::Boolean,
debug_symbols: T::Boolean, force: T::Boolean, overwrite: T::Boolean, debug: T::Boolean,
quiet: T::Boolean, verbose: T::Boolean, dry_run: T::Boolean,
dry_run_action: String, skip_post_install: T::Boolean, skip_link: T::Boolean).void
}
def install_formulae(
formula_installers,
installed_on_request: true,
build_bottle: false,
force_bottle: false,
bottle_arch: nil,
ignore_deps: false,
only_deps: false,
include_test_formulae: [],
build_from_source_formulae: [],
cc: nil,
git: false,
interactive: false,
keep_tmp: false,
debug_symbols: false,
force: false,
overwrite: false,
debug: false,
quiet: false,
verbose: false,
dry_run: false,
dry_run_action: "install",
skip_post_install: false,
skip_link: false
)
formulae_names_to_install = formula_installers.map { |fi| fi.formula.name }
return if formulae_names_to_install.empty?
if dry_run
ohai "Would #{dry_run_action} #{Utils.pluralize("formula", formulae_names_to_install.count,
include_count: true)}:"
puts formulae_names_to_install.join(" ")
formula_installers.each do |fi|
next if fi.ignore_deps?
print_dry_run_dependencies(fi.formula, fi.compute_dependencies, &:name)
end
return
end
formula_installers.each do |fi|
formula = fi.formula
upgrade = formula.linked? && formula.outdated? && !formula.head? && !Homebrew::EnvConfig.no_install_upgrade?
install_formula(fi, upgrade:)
Cleanup.install_formula_clean!(formula)
end
end
sig {
params(
formula: Formula,
dependencies: T::Array[Dependency],
skip_formula_names: T::Array[String],
_block: T.proc.params(arg0: Formula).returns(String),
).void
}
def print_dry_run_dependencies(formula, dependencies, skip_formula_names: [], &_block)
return if dependencies.empty?
entries = dependencies.filter_map do |dep|
dependency = dep.to_formula
next if skip_formula_names.include?(dependency.full_name)
[dependency.any_version_installed?, yield(dependency)]
end
upgrade, install = entries.partition(&:first)
{ install:, upgrade: }.each do |verb, group|
next if group.empty?
ohai "Would #{verb} #{Utils.pluralize("dependency", group.count, include_count: true)} " \
"for #{formula.name}:"
puts Upgrade.format_upgrade_summary(group.map(&:last))
end
end
# If asking the user is enabled, show dry-run information.
sig {
params(
formulae_installer: T::Array[FormulaInstaller],
dependants: Homebrew::Upgrade::Dependents,
flags: T::Array[String],
force_bottle: T::Boolean,
build_from_source_formulae: T::Array[String],
interactive: T::Boolean,
keep_tmp: T::Boolean,
debug_symbols: T::Boolean,
force: T::Boolean,
debug: T::Boolean,
quiet: T::Boolean,
verbose: T::Boolean,
prompt: T::Boolean,
action: String,
).void
}
def ask_formulae(formulae_installer, dependants,
flags: [],
force_bottle: false,
build_from_source_formulae: [],
interactive: false,
keep_tmp: false,
debug_symbols: false,
force: false,
debug: false,
quiet: false,
verbose: false,
prompt: true,
action: "installation")
return if formulae_installer.empty?
formula_names = formulae_installer.map { |formula_installer| formula_installer.formula.full_name }
install_formulae(formulae_installer, dry_run: true, dry_run_action: dry_run_action(action))
Upgrade.upgrade_dependents(
Homebrew::Upgrade::Dependents.new(
upgradeable: dependants.upgradeable.dup,
pinned: dependants.pinned.dup,
skipped: dependants.skipped.dup,
),
formulae_installer.map(&:formula),
flags:,
dry_run: true,
force_bottle:,
build_from_source_formulae:,
interactive:,
keep_tmp:,
debug_symbols:,
force:,
debug:,
quiet:,
verbose:,
)
ask_input(action:) if prompt && ask_prompt_needed?(
planned_names: formula_names,
requested_names: formula_names,
force: formulae_ask_prompt_needed?(formulae_installer, dependants),
)
end
sig {
params(
casks: T::Array[Cask::Cask],
action: String,
prompt: T::Boolean,
skip_cask_deps: T::Boolean,
).void
}
def ask_casks(casks, action: "installation", prompt: true, skip_cask_deps: false)
return if casks.empty?
cask_names = casks.map(&:full_name)
dependency_names = print_dry_run_casks(casks, action: dry_run_action(action), skip_cask_deps:)
ask_input(action:) if prompt && ask_prompt_needed?(
planned_names: cask_names + dependency_names,
requested_names: cask_names,
)
end
sig {
params(
casks: T::Array[Cask::Cask],
action: String,
skip_cask_deps: T::Boolean,
include_installed: T::Boolean,
).returns(T::Array[String])
}
def print_dry_run_casks(casks, action: "install", skip_cask_deps: false, include_installed: true)
if (casks_to_print = (include_installed ? casks : casks.reject(&:installed?)).presence)
ohai "Would #{action} #{::Utils.pluralize("cask", casks_to_print.count, include_count: true)}:"
puts casks_to_print.map(&:full_name).join(" ")
end
casks.flat_map do |cask|
dep_names = T.let([], T::Array[String])
unless skip_cask_deps
dep_names.concat(
::Utils::TopologicalHash.graph_package_dependencies([cask]).tsort.grep(Cask::Cask).filter_map do |dep|
next if dep.full_name == cask.full_name
next if dep.installed?
dep.full_name
end,
)
end
dep_names.concat(
CaskDependent.new(cask)
.runtime_dependencies(read_from_tab: false, undeclared: false)
.reject(&:installed?)
.map(&:name),
)
dep_names.uniq!
next [] if dep_names.blank?
ohai "Would install #{::Utils.pluralize("dependency", dep_names.count, include_count: true)} " \
"for #{cask.full_name}:"
puts dep_names.join(" ")
dep_names
end
end
sig {
params(
planned_names: T::Array[String],
requested_names: T::Array[String],
force: T::Boolean,
named: T::Boolean,
).returns(T::Boolean)
}
def ask_prompt_needed?(planned_names:, requested_names:, force: false, named: true)
return false if planned_names.empty?
return true if force
return true unless named
planned_names.any? { |planned_name| requested_names.exclude?(planned_name) }
end
sig {
params(
formulae_installer: T::Array[FormulaInstaller],
dependants: Homebrew::Upgrade::Dependents,
).returns(T::Boolean)
}
def formulae_ask_prompt_needed?(formulae_installer, dependants)
formulae_installer.any? do |formula_installer|
!formula_installer.ignore_deps? && formula_installer.compute_dependencies.present?
end ||
dependants.upgradeable.present?
end
sig { params(formula_installer: FormulaInstaller, upgrade: T::Boolean).void }
def install_formula(formula_installer, upgrade:)
formula = formula_installer.formula
formula_installer.check_installation_already_attempted
if upgrade
Upgrade.print_upgrade_message(formula, formula_installer.options)
kegs = Upgrade.outdated_kegs(formula)
linked_kegs = kegs.select(&:linked?)
else
formula.print_tap_action
end
# first we unlink the currently active keg for this formula otherwise it is
# possible for the existing build to interfere with the build we are about to
# do! Seriously, it happens!
kegs.each(&:unlink) if kegs.present?
formula_installer.install
formula_installer.finish
rescue FormulaInstallationAlreadyAttemptedError
# We already attempted to upgrade f as part of the dependency tree of
# another formula. In that case, don't generate an error, just move on.
nil
ensure
# restore previous installation state if build failed
begin
linked_kegs&.each(&:link) unless formula&.latest_version_installed?
rescue
nil
end
end
sig { params(action: String).void }
def ask(action: "installation")
ask_input(action:)
end
sig { params(all_fatal: T::Boolean).void }
def perform_preinstall_checks(all_fatal: false)
check_prefix
check_cpu
attempt_directory_creation
Diagnostic.checks(:supported_configuration_checks, fatal: all_fatal)
Diagnostic.checks(:preinstall_checks, fatal: false)
Diagnostic.checks(:fatal_preinstall_checks)
end
private
sig { params(action: String).returns(String) }
def dry_run_action(action)
case action
when "reinstallation"
"reinstall"
when "upgrade"
"upgrade"
else
"install"
end
end
sig { params(formula: Formula).returns(T::Array[Keg]) }
def outdated_kegs(formula)
[formula, *formula.old_installed_formulae].map(&:linked_keg)
.select(&:directory?)
.map { |k| Keg.new(k.resolved_path) }
end
sig { void }
def attempt_directory_creation
Keg.must_exist_directories.each do |dir|
FileUtils.mkdir_p(dir) unless dir.exist?
rescue
nil
end
end
sig { void }
def check_cpu
return unless Hardware::CPU.ppc?
odie <<~EOS
Sorry, Homebrew does not support your computer's CPU architecture!
For PowerPC Mac (PPC32/PPC64BE) support, see:
#{Formatter.url("https://github.com/mistydemeo/tigerbrew")}
EOS
end
sig { params(action: String).void }
def ask_input(action: "installation")
Homebrew::Ask.confirm?(action:)
nil
end
# Compute the total sizes (download and installed) for the given formulae.
sig { params(sized_formulae: T::Array[Formula], debug: T::Boolean).returns(T::Hash[Symbol, Integer]) }
def compute_total_sizes(sized_formulae, debug: false)
total_download_size = 0
total_installed_size = 0
sized_formulae.each do |formula|
bottle = formula.bottle
next unless bottle
# Fetch additional bottle metadata (if necessary).
bottle.fetch_tab(quiet: !debug)
total_download_size += bottle.bottle_size.to_i if bottle.bottle_size
total_installed_size += bottle.installed_size.to_i if bottle.installed_size
end
{ download: total_download_size,
installed: total_installed_size }
end
sig {
params(formulae_installer: T::Array[FormulaInstaller],
dependants: Homebrew::Upgrade::Dependents).returns(T::Array[Formula])
}
def collect_dependencies(formulae_installer, dependants)
formulae_dependencies = formulae_installer.flat_map do |f|
[f.formula, f.compute_dependencies.flatten.grep(Dependency).flat_map(&:to_formula)]
end.flatten.uniq
formulae_dependencies.concat(dependants.upgradeable) if dependants.upgradeable
formulae_dependencies.uniq
end
end
end
end
require "extend/os/install"