Stone specific rake tasks

maglev-rake-with-foobar-stone.sh

$> rake stone:create[foobar]
$> rake -vT

rake build:clean                 # Remove /home/jesse/projects/maglev/fileintmp directory
rake build:clobber               # call clean, then remove bin/extent0*
rake build:filein                # Load the files in /home/jesse/projects/maglev/src/smalltalk into the image (starts and stops stone)
rake build:image                 # Create a new maglev image and install in /home/jesse/projects/maglev/bin/extent0.ruby.dbf
rake build:maglev                # Create a new MagLev image and install in /home/jesse/projects/maglev/bin/extent0.ruby.dbf. Create new maglev stone if it doesn't exist
rake build:packages              # Load the files in /home/jesse/projects/maglev/src/packages into the image (starts and stops stone)
rake clean                       # Remove any temporary products.
rake clobber                     # Remove any generated file.
rake clobber_rdoc                # Remove RDoc HTML files
rake dev:clean-gems              # Clean up after a test install of rubygems
rake dev:installprims            # Load the primitives into the default image.
rake dev:p-tests[stone_name]     # Run the persistence tests on stone_name (default ptest).
rake dev:p-tests-STONENAME       # Run persistence tests on stone per STONENAME env var
rake dev:passing                 # Run the passing specs
rake dev:pristinerails           # Run maglev-gem pristine on rails gems
rake dev:quick-p-tests           # Run p-tests on maglev
rake dev:smoke                   # Run the passing specs and the vm tests
rake dev:tags                    # Create some TAGS files
rake dev:topaz                   # Run topaz (use rlwrap, if available)
##################################
rake foobar:input_file[file]     # Read a GemStone Topaz .gs file or .rb file into server.  Does a commit.
rake foobar:reload               # Destroy the "foobar" repository then load a fresh one
rake foobar:reload_prims         # [DEV] Reset the ruby context in "foobar" then reload primitives
rake foobar:restart              # Stop then start the "foobar" server
rake foobar:restore_snapshot     # Restore the "foobar" repository from its previous snapshot
rake foobar:start[netldiname]    # Start the "foobar" server.
rake foobar:status               # Report status of the "foobar" server
rake foobar:stop                 # Stop the "foobar" server
rake foobar:take_snapshot        # Stop the "foobar" server then make a backup copy of its repository
rake foobar:webtools             # Run the GemStone/S Webtools
##################################
rake kill[stone]                 # Kill the named stone
rake killkill[stone]             # Kill -9 the named stone
rake maglev:input_file[file]     # Read a GemStone Topaz .gs file or .rb file into server.  Does a commit.
rake maglev:reload               # Destroy the "maglev" repository then load a fresh one
rake maglev:reload_prims         # [DEV] Reset the ruby context in "maglev" then reload primitives
rake maglev:restart              # Stop then start the "maglev" server
rake maglev:restore_snapshot     # Restore the "maglev" repository from its previous snapshot
rake maglev:start[netldiname]    # Start the "maglev" server.
rake maglev:status               # Report status of the "maglev" server
rake maglev:stop                 # Stop the "maglev" server
rake maglev:take_snapshot        # Stop the "maglev" server then make a backup copy of its repository
rake maglev:webtools             # Run the GemStone/S Webtools
rake netldi:start                # Start NetLDI process
rake netldi:stop                 # Stop NetLDI process
rake rdoc                        # Build RDoc HTML files
rake rerdoc                      # Rebuild RDoc HTML files
rake spec:ci                     # Run ci specs: there should be NO failures and NO errors.
rake spec:ci_report              # Run ci specs, generating a rubyspec_report.xml with JUnit output.
rake spec:retag                  # Retag the ci files (works only with hacked mspec-tag.rb)
rake spec:run[spec]              # Run one rubyspec file: rake spec:run[spec/rubyspec/.../foo_spec.rb]
rake spec:tag[file]              # Run the named specs and tag the failing ones
rake spec:untag                  # Run failing specs and untag ones that now pass
rake squeak                      # Run a squeak image
rake status                      # Show status of all stones
rake stone:all[task_name]        # Invoke a task on all MagLev servers
rake stone:create[server_name]   # Create a new MagLev server and repository
rake stone:destroy[server_name]  # Destroy an existing MagLev server and repository
rake stone:list                  # List MagLev servers managed by this Rakefile
rake stwrappers[force]           # Create .rb files for each smalltalk class (lib/ruby/site_ruby/1.8/smalltalk/*)
rake tests:examples              # Run tests on the examples directory
rake tests:fav_gems_install      # Test that many of our favorite rubygems install
rake tests:sinatra               # Run the sinatra gem tests under MagLev
rake tests:vmunit                # Run tests in $MAGLEV_HOME/src/test/vmunit.conf (was dev:vm-tests)
rake tests:vmunit2               # Run tests in $MAGLEV_HOME/src/test/vmunit2.conf

maglev-rake.txt

rake build:clean                 # Remove /home/jesse/projects/maglev/fileintmp directory
rake build:clobber               # call clean, then remove bin/extent0*
rake build:filein                # Load the files in /home/jesse/projects/maglev/src/smalltalk into the image (starts and stops stone)
rake build:image                 # Create a new maglev image and install in /home/jesse/projects/maglev/bin/extent0.ruby.dbf
rake build:maglev                # Create a new MagLev image and install in /home/jesse/projects/maglev/bin/extent0.ruby.dbf. Create new maglev stone if it doesn't exist
rake build:packages              # Load the files in /home/jesse/projects/maglev/src/packages into the image (starts and stops stone)
rake clean                       # Remove any temporary products.
rake clobber                     # Remove any generated file.
rake clobber_rdoc                # Remove RDoc HTML files
rake dev:clean-gems              # Clean up after a test install of rubygems
rake dev:installprims            # Load the primitives into the default image.
rake dev:p-tests[stone_name]     # Run the persistence tests on stone_name (default ptest).
rake dev:p-tests-STONENAME       # Run persistence tests on stone per STONENAME env var
rake dev:passing                 # Run the passing specs
rake dev:pristinerails           # Run maglev-gem pristine on rails gems
rake dev:quick-p-tests           # Run p-tests on maglev
rake dev:smoke                   # Run the passing specs and the vm tests
rake dev:tags                    # Create some TAGS files
rake dev:topaz                   # Run topaz (use rlwrap, if available)
rake kill[stone]                 # Kill the named stone
rake killkill[stone]             # Kill -9 the named stone
##################################
rake maglev:input_file[file]     # Read a GemStone Topaz .gs file or .rb file into server.  Does a commit.
rake maglev:reload               # Destroy the "maglev" repository then load a fresh one
rake maglev:reload_prims         # [DEV] Reset the ruby context in "maglev" then reload primitives
rake maglev:restart              # Stop then start the "maglev" server
rake maglev:restore_snapshot     # Restore the "maglev" repository from its previous snapshot
rake maglev:start[netldiname]    # Start the "maglev" server.
rake maglev:status               # Report status of the "maglev" server
rake maglev:stop                 # Stop the "maglev" server
rake maglev:take_snapshot        # Stop the "maglev" server then make a backup copy of its repository
rake maglev:webtools             # Run the GemStone/S Webtools
##################################
rake netldi:start                # Start NetLDI process
rake netldi:stop                 # Stop NetLDI process
rake rdoc                        # Build RDoc HTML files
rake rerdoc                      # Rebuild RDoc HTML files
rake spec:ci                     # Run ci specs: there should be NO failures and NO errors.
rake spec:ci_report              # Run ci specs, generating a rubyspec_report.xml with JUnit output.
rake spec:retag                  # Retag the ci files (works only with hacked mspec-tag.rb)
rake spec:run[spec]              # Run one rubyspec file: rake spec:run[spec/rubyspec/.../foo_spec.rb]
rake spec:tag[file]              # Run the named specs and tag the failing ones
rake spec:untag                  # Run failing specs and untag ones that now pass
rake squeak                      # Run a squeak image
rake status                      # Show status of all stones
rake stone:all[task_name]        # Invoke a task on all MagLev servers
##################################
rake stone:create[server_name]   # Create a new MagLev server and repository
rake stone:destroy[server_name]  # Destroy an existing MagLev server and repository
##################################
rake stone:list                  # List MagLev servers managed by this Rakefile
rake stwrappers[force]           # Create .rb files for each smalltalk class (lib/ruby/site_ruby/1.8/smalltalk/*)
rake tests:examples              # Run tests on the examples directory
rake tests:fav_gems_install      # Test that many of our favorite rubygems install
rake tests:sinatra               # Run the sinatra gem tests under MagLev
rake tests:vmunit                # Run tests in $MAGLEV_HOME/src/test/vmunit.conf (was dev:vm-tests)
rake tests:vmunit2               # Run tests in $MAGLEV_HOME/src/test/vmunit2.conf