Note: Bootsnap and Spring are orthogonal tools. Will help optimize boot time further if you have an extremely large $LOAD_PATH. Protip: You can replace require 'bootsnap' with BootLib::om_gem('bootsnap', 'bootsnap') using this trick. compile_cache_yaml: true # Compile YAML into a cache )
SNAP SHUT FOR MAC CODE
RACK_ENV, RAILS_ENV, etc load_path_cache: true, # Optimize the LOAD_PATH with a cache compile_cache_iseq: true, # Compile Ruby code into ISeq cache, breaks coverage reporting. setup ( cache_dir: 'tmp/cache', # Path to your cache development_mode: env = 'development', # Current working environment, e.g. Require 'bootsnap' env = ENV || "development" Bootsnap. This is loaded, the sooner it can start optimizing things) If you are not using Rails, or if you are but want more control over things, add this to yourĪpplication setup immediately after require 'bundler/setup' (i.e. Important to load Bootsnap as early as possible to get maximum performance improvement. It's technically possible to simply specify gem 'bootsnap', require: 'bootsnap/setup', but it's Getting progressively slower, this is almost certainly the cause. Depending on yourĭeployment strategy, you may need to periodically purge tmp/cache/bootsnap*. Note also that bootsnap will never clean up its own cache: this is left up to you.
Unwilling to mount in a writable tmpdir), you should remove this line or wrap it in a conditional.
you are running in a read-only container and Note that bootsnap writes to tmp/cache (or the path specified by ENV),Īnd that directory must be writable.
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