This is the cl-wol.cli Reference Manual, version 0.1.0, generated automatically by Declt version 4.0 beta 2 "William Riker" on Sun Dec 08 17:32:24 2024 GMT+0.
cl-wol.cli/cl-wol.cli.asd
cl-wol.core/cl-wol.core.asd
cl-wol.cli/cli/package.lisp
cl-wol.cli/cli/db-utils.lisp
cl-wol.cli/cli/wake.lisp
cl-wol.cli/cli/zsh-completions.lisp
cl-wol.cli/cli/print-doc.lisp
cl-wol.cli/cli/init-db.lisp
cl-wol.cli/cli/add-host.lisp
cl-wol.cli/cli/delete-host.lisp
cl-wol.cli/cli/list-hosts.lisp
cl-wol.cli/cli/main.lisp
cl-wol.core/core/core.lisp
The main system appears first, followed by any subsystem dependency.
cl-wol.cli
CLI built on top of the cl-wol.core system
cl-wol.cli
Marin Atanasov Nikolov <dnaeon@gmail.com>
Marin Atanasov Nikolov <dnaeon@gmail.com>
BSD 2-Clause
* cl-wol
=cl-wol= is a Common Lisp system and CLI application, which can power
on remote systems using [[https://en.wikipedia.org/wiki/Wake-on-LAN][Wake on LAN (WoL)]].
* Requirements
- [[https://www.quicklisp.org/beta/][Quicklisp]]
* Installation
=cl-wol= is not yet in Quicklisp, so in order to install it you will need to
clone the repo and add it to your [[https://www.quicklisp.org/beta/faq.html][Quicklisp local-projects]].
#+begin_src shell
cd ~/quicklisp/local-projects
git clone https://github.com/dnaeon/cl-wol.git
#+end_src
If you are installing the CLI application, you will also need a recent
version of [[https://github.com/dnaeon/clingon][clingon]], as the one found in Quicklisp is not yet updated
to the latest release.
* Systems
=cl-wol= provides the following systems.
The =cl-wol.core= system provides the core functionallity for powering
on remote systems using [[https://en.wikipedia.org/wiki/Wake-on-LAN][Wake on LAN (WoL)]] by broadcasting a magic
packet to a destination port and address.
The =cl-wol.test= system provides the test suite of =cl-wol.core=.
The =cl-wol.cli= system provides a command-line interface application,
built on top of =cl-wol.core=, which comes with support for looking up
hosts and their MAC addresses from a local SQLite database.
* Usage
The following formats of MAC addresses are supported by =cl-wol=.
- As a string in =AA:BB:CC:DD:EE:FF= format
- As a string in =AA-BB-CC-DD-EE-FF= format
- As a =(simple-array (unsigned-byte 8) (6))= vector
** API
The following section describes how to use the =cl-wol.core= system.
First, start your Lisp REPL and load the system.
#+begin_src lisp
CL-USER> (ql:quickload :cl-wol.core)
To load "cl-wol.core":
Load 1 ASDF system:
cl-wol.core
; Loading "cl-wol.core"
(:CL-WOL.CORE)
#+end_src
In order to wake a remote system identified by a given MAC address we
first need to create a new instance of =CL-WOL.CORE:MAGIC-PACKET=.
#+begin_src lisp
CL-USER> (defparameter *magic-packet*
(cl-wol.core:make-magic-packet "aa:bb:cc:dd:ee:ff"))
*MAGIC-PACKET*
#+end_src
The =CL-WOL.CORE:MAKE-MAGIC-PACKET= function accepts an optional
second argument, which represents a =SecureOn= password. The format of
the =SecureOn= password is the same as the one for MAC addresses. For
example, if you need to create a magic packet with =SecureOn= password
appended to the payload you can evaluate the following expression.
#+begin_src lisp
CL-USER> (defparameter *magic-packet*
(cl-wol.core:make-magic-packet "aa:bb:cc:dd:ee:ff" "00-00-00-00-00-00"))
*MAGIC-PACKET*
#+end_src
Another way to create a magic packet is by providing a =(simple-array
(unsigned-byte 8) (6)= vector to =CL-WOL.CORE:MAKE-MAGIC-PACKET=. You
can also use the =CL-WOL.CORE:MAKE-OCTET-VECTOR= function to create a
new octet vector. For example.
#+begin_src lisp
CL-USER> (defparameter *magic-packet*
(cl-wol.core:make-magic-packet (cl-wol.core:make-octet-vector #(1 2 3 4 5 6))))
*MAGIC-PACKET*
#+end_src
Now that we have a magic packet we can broadcast it to a given port
and address. In order to do that we will use the =CL-WOL.CORE:WAKE=
generic function. The following example broadcasts the magic packet
to =255.255.255.255= on port =7=.
#+begin_src lisp
CL-USER> (cl-wol.core:wake *magic-packet* "255.255.255.255" 7)
T
#+end_src
** CLI
[[./images/wol-demo.gif]]
You can build the CLI application of =cl-wol= by executing the
following command.
#+begin_src shell
make cli
#+end_src
The default Lisp implementation is SBCL, so if you are using a
different implementation simply pass the =LISP= environment variable
before invoking the =cli= target. This command builds the CLI
application using Clozure Common Lisp for example.
#+begin_src shell
LISP=ccl make cli
#+end_src
Once the app is built you can find the executable in the =bin=
directory of the =cl-wol.cli= system, which you can later install
somewhere in your =PATH=, e.g.
#+begin_src shell
sudo install ./bin/wol /usr/local/bin
#+end_src
You can also generate Zsh completions for the CLI application by
executing the =wol zsh-completions= sub-command, e.g.
#+begin_src shell
wol zsh-completions > ~/.zsh-completions/_wol
#+end_src
You can wake up remote systems by using the =wol wake=
sub-command. Multiple MAC addresses can be specified on the
command-line as separate arguments, e.g.
#+begin_src shell
$ wol wake 00:01:02:03:04:05 aa:bb:cc:dd:ee:ff
Waking up 00:01:02:03:04:05 ...
Waking up aa:bb:cc:dd:ee:ff ...
#+end_src
Instead of remembering MAC addresses by heart the =cl-wol= CLI
application supports storing MAC addresses in a local SQLite database,
which can be looked up by the various sub-commands.
First, we need to initialize a new database file using the =wol
init-db= sub-command.
#+begin_src shell
$ wol init-db –database wol.db
<INFO> [14:25:36] cl-migratum.core core.lisp (apply-pending) -
Found 1 pending migration(s) to be applied
<INFO> [14:25:36] cl-migratum.core core.lisp (apply-and-register) -
Applying migration 20211222183337 - add_hosts_table
#+end_src
Once the database is initialized you can add hosts to it. For example:
#+begin_src shell
wol add-host –database wol.db –address aa:bb:cc:dd:ee:ff –name box-01
wol add-host –database wol.db –address 01:02:03:04:05:06 –name box-02
#+end_src
Listing the hosts from the database is done via the =wol list-hosts=
sub-command.
#+begin_src shell
$ wol list-hosts –database wol.db
+—-+——–+——————-+———————+
| ID | NAME | ADDR | CREATED AT |
+—-+——–+——————-+———————+
| 1 | box-01 | aa:bb:cc:dd:ee:ff | 2021-12-26 14:27:19 |
| 2 | box-02 | 01:02:03:04:05:06 | 2021-12-26 14:27:30 |
+—-+——–+——————-+———————+
#+end_src
You can now wake up hosts by referring to their names. In order to do
that use the =–database= and =–name= options of the =wol wake=
sub-command. The =–name= option can be repeated multiple times in
order to refer to different hosts, e.g.
#+begin_src shell
$ wol wake –database wol.db –name box-01 –name box-02
Waking up 01:02:03:04:05:06 ...
Waking up aa:bb:cc:dd:ee:ff ...
#+end_src
Deleting hosts from the database is done via the =wol delete-host=
sub-command, e.g.
#+begin_src shell
wol delete-host –database wol.db box-01 box-02
#+end_src
* Tests
Tests are provided as part of the =:cl-wol.test= system.
In order to run the tests you can evaluate the following expressions
from your Lisp REPL.
#+begin_src lisp
CL-USER> (ql:quickload :cl-wol.test)
CL-USER> (asdf:test-system :cl-wol.test)
#+end_src
Or you can run the tests using the =test= target instead, e.g.
#+begin_src shell
make test
#+end_src
Here’s how to run the tests against SBCL, CCL and ECL for example.
#+begin_src shell
for lisp in sbcl ccl ecl; do
echo "Running tests using ${lisp} ..."
LISP=${lisp} make test > ${lisp}-tests.out
done
#+end_src
* Docker Images
You can build and run a Docker image of the CLI application by
executing the following commands.
#+begin_src shell
docker build -t cl-wol.cli:latest -f Dockerfile .
#+end_src
A separate image can be built for running the test suite of =cl-wol=.
#+begin_src shell
docker build -t cl-wol.test:latest -f Dockerfile.tests .
docker run –rm cl-wol.test:latest
#+end_src
* Contributing
=cl-wol= is hosted on [[https://github.com/dnaeon/cl-wol][Github]]. Please contribute by reporting issues,
suggesting features or by sending patches using pull requests.
* License
This project is Open Source and licensed under the [[http://opensource.org/licenses/BSD-2-Clause][BSD License]].
* Authors
- Marin Atanasov Nikolov <dnaeon@gmail.com>
0.1.0
cl-wol.core
(system).
clingon
(system).
cl-migratum
(system).
cl-migratum.driver.dbi
(system).
cl-migratum.provider.local-path
(system).
cl-ascii-table
(system).
migrations
(module).
cli
(module).
cl-wol.core
Core Wake On Lan (WoL) Common Lisp System
cl-wol.core
Marin Atanasov Nikolov <dnaeon@gmail.com>
Marin Atanasov Nikolov <dnaeon@gmail.com>
BSD 2-Clause
* cl-wol
=cl-wol= is a Common Lisp system and CLI application, which can power
on remote systems using [[https://en.wikipedia.org/wiki/Wake-on-LAN][Wake on LAN (WoL)]].
* Requirements
- [[https://www.quicklisp.org/beta/][Quicklisp]]
* Installation
=cl-wol= is not yet in Quicklisp, so in order to install it you will need to
clone the repo and add it to your [[https://www.quicklisp.org/beta/faq.html][Quicklisp local-projects]].
#+begin_src shell
cd ~/quicklisp/local-projects
git clone https://github.com/dnaeon/cl-wol.git
#+end_src
If you are installing the CLI application, you will also need a recent
version of [[https://github.com/dnaeon/clingon][clingon]], as the one found in Quicklisp is not yet updated
to the latest release.
* Systems
=cl-wol= provides the following systems.
The =cl-wol.core= system provides the core functionallity for powering
on remote systems using [[https://en.wikipedia.org/wiki/Wake-on-LAN][Wake on LAN (WoL)]] by broadcasting a magic
packet to a destination port and address.
The =cl-wol.test= system provides the test suite of =cl-wol.core=.
The =cl-wol.cli= system provides a command-line interface application,
built on top of =cl-wol.core=, which comes with support for looking up
hosts and their MAC addresses from a local SQLite database.
* Usage
The following formats of MAC addresses are supported by =cl-wol=.
- As a string in =AA:BB:CC:DD:EE:FF= format
- As a string in =AA-BB-CC-DD-EE-FF= format
- As a =(simple-array (unsigned-byte 8) (6))= vector
** API
The following section describes how to use the =cl-wol.core= system.
First, start your Lisp REPL and load the system.
#+begin_src lisp
CL-USER> (ql:quickload :cl-wol.core)
To load "cl-wol.core":
Load 1 ASDF system:
cl-wol.core
; Loading "cl-wol.core"
(:CL-WOL.CORE)
#+end_src
In order to wake a remote system identified by a given MAC address we
first need to create a new instance of =CL-WOL.CORE:MAGIC-PACKET=.
#+begin_src lisp
CL-USER> (defparameter *magic-packet*
(cl-wol.core:make-magic-packet "aa:bb:cc:dd:ee:ff"))
*MAGIC-PACKET*
#+end_src
The =CL-WOL.CORE:MAKE-MAGIC-PACKET= function accepts an optional
second argument, which represents a =SecureOn= password. The format of
the =SecureOn= password is the same as the one for MAC addresses. For
example, if you need to create a magic packet with =SecureOn= password
appended to the payload you can evaluate the following expression.
#+begin_src lisp
CL-USER> (defparameter *magic-packet*
(cl-wol.core:make-magic-packet "aa:bb:cc:dd:ee:ff" "00-00-00-00-00-00"))
*MAGIC-PACKET*
#+end_src
Another way to create a magic packet is by providing a =(simple-array
(unsigned-byte 8) (6)= vector to =CL-WOL.CORE:MAKE-MAGIC-PACKET=. You
can also use the =CL-WOL.CORE:MAKE-OCTET-VECTOR= function to create a
new octet vector. For example.
#+begin_src lisp
CL-USER> (defparameter *magic-packet*
(cl-wol.core:make-magic-packet (cl-wol.core:make-octet-vector #(1 2 3 4 5 6))))
*MAGIC-PACKET*
#+end_src
Now that we have a magic packet we can broadcast it to a given port
and address. In order to do that we will use the =CL-WOL.CORE:WAKE=
generic function. The following example broadcasts the magic packet
to =255.255.255.255= on port =7=.
#+begin_src lisp
CL-USER> (cl-wol.core:wake *magic-packet* "255.255.255.255" 7)
T
#+end_src
** CLI
[[./images/wol-demo.gif]]
You can build the CLI application of =cl-wol= by executing the
following command.
#+begin_src shell
make cli
#+end_src
The default Lisp implementation is SBCL, so if you are using a
different implementation simply pass the =LISP= environment variable
before invoking the =cli= target. This command builds the CLI
application using Clozure Common Lisp for example.
#+begin_src shell
LISP=ccl make cli
#+end_src
Once the app is built you can find the executable in the =bin=
directory of the =cl-wol.cli= system, which you can later install
somewhere in your =PATH=, e.g.
#+begin_src shell
sudo install ./bin/wol /usr/local/bin
#+end_src
You can also generate Zsh completions for the CLI application by
executing the =wol zsh-completions= sub-command, e.g.
#+begin_src shell
wol zsh-completions > ~/.zsh-completions/_wol
#+end_src
You can wake up remote systems by using the =wol wake=
sub-command. Multiple MAC addresses can be specified on the
command-line as separate arguments, e.g.
#+begin_src shell
$ wol wake 00:01:02:03:04:05 aa:bb:cc:dd:ee:ff
Waking up 00:01:02:03:04:05 ...
Waking up aa:bb:cc:dd:ee:ff ...
#+end_src
Instead of remembering MAC addresses by heart the =cl-wol= CLI
application supports storing MAC addresses in a local SQLite database,
which can be looked up by the various sub-commands.
First, we need to initialize a new database file using the =wol
init-db= sub-command.
#+begin_src shell
$ wol init-db –database wol.db
<INFO> [14:25:36] cl-migratum.core core.lisp (apply-pending) -
Found 1 pending migration(s) to be applied
<INFO> [14:25:36] cl-migratum.core core.lisp (apply-and-register) -
Applying migration 20211222183337 - add_hosts_table
#+end_src
Once the database is initialized you can add hosts to it. For example:
#+begin_src shell
wol add-host –database wol.db –address aa:bb:cc:dd:ee:ff –name box-01
wol add-host –database wol.db –address 01:02:03:04:05:06 –name box-02
#+end_src
Listing the hosts from the database is done via the =wol list-hosts=
sub-command.
#+begin_src shell
$ wol list-hosts –database wol.db
+—-+——–+——————-+———————+
| ID | NAME | ADDR | CREATED AT |
+—-+——–+——————-+———————+
| 1 | box-01 | aa:bb:cc:dd:ee:ff | 2021-12-26 14:27:19 |
| 2 | box-02 | 01:02:03:04:05:06 | 2021-12-26 14:27:30 |
+—-+——–+——————-+———————+
#+end_src
You can now wake up hosts by referring to their names. In order to do
that use the =–database= and =–name= options of the =wol wake=
sub-command. The =–name= option can be repeated multiple times in
order to refer to different hosts, e.g.
#+begin_src shell
$ wol wake –database wol.db –name box-01 –name box-02
Waking up 01:02:03:04:05:06 ...
Waking up aa:bb:cc:dd:ee:ff ...
#+end_src
Deleting hosts from the database is done via the =wol delete-host=
sub-command, e.g.
#+begin_src shell
wol delete-host –database wol.db box-01 box-02
#+end_src
* Tests
Tests are provided as part of the =:cl-wol.test= system.
In order to run the tests you can evaluate the following expressions
from your Lisp REPL.
#+begin_src lisp
CL-USER> (ql:quickload :cl-wol.test)
CL-USER> (asdf:test-system :cl-wol.test)
#+end_src
Or you can run the tests using the =test= target instead, e.g.
#+begin_src shell
make test
#+end_src
Here’s how to run the tests against SBCL, CCL and ECL for example.
#+begin_src shell
for lisp in sbcl ccl ecl; do
echo "Running tests using ${lisp} ..."
LISP=${lisp} make test > ${lisp}-tests.out
done
#+end_src
* Docker Images
You can build and run a Docker image of the CLI application by
executing the following commands.
#+begin_src shell
docker build -t cl-wol.cli:latest -f Dockerfile .
#+end_src
A separate image can be built for running the test suite of =cl-wol=.
#+begin_src shell
docker build -t cl-wol.test:latest -f Dockerfile.tests .
docker run –rm cl-wol.test:latest
#+end_src
* Contributing
=cl-wol= is hosted on [[https://github.com/dnaeon/cl-wol][Github]]. Please contribute by reporting issues,
suggesting features or by sending patches using pull requests.
* License
This project is Open Source and licensed under the [[http://opensource.org/licenses/BSD-2-Clause][BSD License]].
* Authors
- Marin Atanasov Nikolov <dnaeon@gmail.com>
0.1.0
cl-ppcre
(system).
usocket
(system).
core
(module).
Modules are listed depth-first from the system components tree.
cl-wol.cli/cli
migrations
(module).
cl-wol.cli
(system).
package.lisp
(file).
db-utils.lisp
(file).
wake.lisp
(file).
zsh-completions.lisp
(file).
print-doc.lisp
(file).
init-db.lisp
(file).
add-host.lisp
(file).
delete-host.lisp
(file).
list-hosts.lisp
(file).
main.lisp
(file).
cl-wol.core/core
cl-wol.core
(system).
core.lisp
(file).
Files are sorted by type and then listed depth-first from the systems components trees.
cl-wol.cli/cl-wol.cli.asd
cl-wol.core/cl-wol.core.asd
cl-wol.cli/cli/package.lisp
cl-wol.cli/cli/db-utils.lisp
cl-wol.cli/cli/wake.lisp
cl-wol.cli/cli/zsh-completions.lisp
cl-wol.cli/cli/print-doc.lisp
cl-wol.cli/cli/init-db.lisp
cl-wol.cli/cli/add-host.lisp
cl-wol.cli/cli/delete-host.lisp
cl-wol.cli/cli/list-hosts.lisp
cl-wol.cli/cli/main.lisp
cl-wol.core/core/core.lisp
cl-wol.core/cl-wol.core.asd
cl-wol.core
(system).
cl-wol.cli/cli/db-utils.lisp
package.lisp
(file).
cli
(module).
db-execute
(function).
db-migrations-path
(function).
disconnect-db-conn
(function).
get-host-from-db
(function).
make-db-conn
(function).
migrate-db
(function).
table-columns
(function).
table-info
(function).
cl-wol.cli/cli/wake.lisp
db-utils.lisp
(file).
cli
(module).
get-hosts-to-wake
(function).
wake/command
(function).
wake/handler
(function).
wake/options
(function).
cl-wol.cli/cli/zsh-completions.lisp
wake.lisp
(file).
cli
(module).
zsh-completions/command
(function).
zsh-completions/handler
(function).
cl-wol.cli/cli/print-doc.lisp
zsh-completions.lisp
(file).
cli
(module).
print-doc/command
(function).
print-doc/handler
(function).
cl-wol.cli/cli/init-db.lisp
print-doc.lisp
(file).
cli
(module).
init-db/command
(function).
init-db/handler
(function).
init-db/options
(function).
cl-wol.cli/cli/add-host.lisp
init-db.lisp
(file).
cli
(module).
add-host/command
(function).
add-host/handler
(function).
add-host/options
(function).
cl-wol.cli/cli/delete-host.lisp
add-host.lisp
(file).
cli
(module).
delete-host/command
(function).
delete-host/handler
(function).
delete-host/options
(function).
cl-wol.cli/cli/list-hosts.lisp
delete-host.lisp
(file).
cli
(module).
list-hosts/command
(function).
list-hosts/handler
(function).
list-hosts/options
(function).
cl-wol.cli/cli/main.lisp
list-hosts.lisp
(file).
cli
(module).
main
(function).
top-level/command
(function).
top-level/handler
(function).
top-level/sub-commands
(function).
cl-wol.core/core/core.lisp
core
(module).
*mac-regex*
(special variable).
encode-payload
(generic function).
invalid-mac-address
(condition).
invalid-password
(condition).
invalid-payload
(condition).
mac-address
(generic function).
mac-octets
(generic reader).
magic-packet
(class).
make-magic-packet
(generic function).
make-octet-vector
(function).
parse-hex-bytes
(function).
payload
(reader method).
print-object
(method).
secureon-password
(generic reader).
wake
(generic function).
simple-octet-vector
(type).
cl-wol.cli/migrations/20211222183337-add_hosts_table.down.sql
cl-wol.cli/migrations/20211222183337-add_hosts_table.up.sql
cl-wol.cli/migrations/20211222183337-add_hosts_table.down.sql
migrations
(module).
cl-wol.cli/migrations/20211222183337-add_hosts_table.up.sql
migrations
(module).
Packages are listed by definition order.
cl-wol.core
wol.core
common-lisp
.
*mac-regex*
(special variable).
encode-payload
(generic function).
invalid-mac-address
(condition).
invalid-password
(condition).
invalid-payload
(condition).
mac-address
(generic function).
mac-octets
(generic reader).
magic-packet
(class).
make-magic-packet
(generic function).
make-octet-vector
(function).
parse-hex-bytes
(function).
payload
(generic reader).
secureon-password
(generic reader).
wake
(generic function).
simple-octet-vector
(type).
cl-wol.cli
wol.cli
common-lisp
.
main
(function).
add-host/command
(function).
add-host/handler
(function).
add-host/options
(function).
db-execute
(function).
db-migrations-path
(function).
delete-host/command
(function).
delete-host/handler
(function).
delete-host/options
(function).
disconnect-db-conn
(function).
get-host-from-db
(function).
get-hosts-to-wake
(function).
init-db/command
(function).
init-db/handler
(function).
init-db/options
(function).
list-hosts/command
(function).
list-hosts/handler
(function).
list-hosts/options
(function).
make-db-conn
(function).
migrate-db
(function).
print-doc/command
(function).
print-doc/handler
(function).
table-columns
(function).
table-info
(function).
top-level/command
(function).
top-level/handler
(function).
top-level/sub-commands
(function).
wake/command
(function).
wake/handler
(function).
wake/options
(function).
zsh-completions/command
(function).
zsh-completions/handler
(function).
Definitions are sorted by export status, category, package, and then by lexicographic order.
Regex used to parse MAC addresses
Main CLI entrypoint
Make an octet vector from the given contents
Parses a string representation of a MAC address or SecureOn password into a list of bytes
Encodes the OBJECT and returns a vector of bytes representing the payload for waking up a remote system
magic-packet
)) ¶Returns the string representation of the MAC address associated with the OBJECT
magic-packet
)) ¶invalid-mac-address
)) ¶Returns a vector of bytes representing the MAC address associated with the OBJECT
magic-packet
)) ¶Destination MAC address
Creates a new magic packet destined to the given ADDRESS. If PASSWORD is specified it represents a SecureOn password
invalid-payload
)) ¶Returns the SecureOn password associated with the OBJECT as a vector of octets
magic-packet
)) ¶Optional SecureOn password
invalid-password
)) ¶Wakes up a remote system by encoding the OBJECT and sending a broadcast packet to the given ADDRESS and PORT
magic-packet
) address port) ¶A condition which is signalled upon an invalid MAC address
simple-error
.
(quote (error "must specify mac address"))
:address
This slot is read-only.
A condition which is signalled upon invalid SecureOn password
simple-error
.
(quote (error "must specify password"))
:password
This slot is read-only.
A condition which is signalled when invalid payload is generated
simple-error
.
A class which represents the Magic Packet used to wake remote systems
Returns the command for adding hosts to the database file
Handler for the ‘add-host’ command
Returns the options of the ‘add-host’ command
Execute a given statement against the database
Returns the path to the migration files
Returns the command for deleting hosts from the database file
Handler for the ‘delete-host’ command
Returns the options of the ‘delete-host’ command
Disconnects from the database
Fetches the host with the given NAME from the database
Returns the list of MAC addresses to wake up based on the provided options and arguments from the command-line
Returns the command for initializing the database
Handler for the ‘init-db’ command
Returns the options of the ‘init-db’ command
Returns the command for listing hosts from the database file
Handler for the ‘list-hosts’ command
Returns the options of the ‘list-hosts’ command
Creates a new database connection to the given DB-PATH
Migrates the database to the latest version
Returns a command which will print the app’s documentation
Get the list of columns for a given table
Get details about a given table
Returns the top-level command
The top-level handler
Returns the list of top-level sub-commands
Returns the command for waking up remote systems
The handler for the ‘wake’ command
Returns the options for the ‘wake’ command
Returns a command for generating Zsh completions script
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