Russell Ballestrini
eb5d4ca8bf
Support service_type for SRV records (minecraft, mumble, teamspeak, source, tcp, udp). Each implementation now parses --type and sends service_type in the JSON payload.
268 lines
10 KiB
Prolog
268 lines
10 KiB
Prolog
% PUBLIC DOMAIN - NO LICENSE, NO WARRANTY
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%
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% This is free public domain software for the public good of a permacomputer hosted
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% at permacomputer.com - an always-on computer by the people, for the people. One
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% which is durable, easy to repair, and distributed like tap water for machine
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% learning intelligence.
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%
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% The permacomputer is community-owned infrastructure optimized around four values:
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%
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% TRUTH - First principles, math & science, open source code freely distributed
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% FREEDOM - Voluntary partnerships, freedom from tyranny & corporate control
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% HARMONY - Minimal waste, self-renewing systems with diverse thriving connections
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% LOVE - Be yourself without hurting others, cooperation through natural law
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%
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% This software contributes to that vision by enabling code execution across 42+
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% programming languages through a unified interface, accessible to all. Code is
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% seeds to sprout on any abandoned technology.
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%
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% Learn more: https://www.permacomputer.com
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%
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% Anyone is free to copy, modify, publish, use, compile, sell, or distribute this
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% software, either in source code form or as a compiled binary, for any purpose,
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% commercial or non-commercial, and by any means.
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%
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% NO WARRANTY. THE SOFTWARE IS PROVIDED "AS IS" WITHOUT WARRANTY OF ANY KIND.
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%
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% That said, our permacomputer's digital membrane stratum continuously runs unit,
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% integration, and functional tests on all of it's own software - with our
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% permacomputer monitoring itself, repairing itself, with minimal human in the
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% loop guidance. Our agents do their best.
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%
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% Copyright 2025 TimeHexOn & foxhop & russell@unturf
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% https://www.timehexon.com
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% https://www.foxhop.net
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% https://www.unturf.com/software
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#!/usr/bin/env swipl
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:- initialization(main, main).
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% Extension to language mapping
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ext_lang('.jl', 'julia').
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ext_lang('.r', 'r').
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ext_lang('.cr', 'crystal').
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ext_lang('.f90', 'fortran').
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ext_lang('.cob', 'cobol').
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ext_lang('.pro', 'prolog').
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ext_lang('.forth', 'forth').
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ext_lang('.4th', 'forth').
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ext_lang('.py', 'python').
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ext_lang('.js', 'javascript').
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ext_lang('.ts', 'typescript').
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ext_lang('.rb', 'ruby').
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ext_lang('.php', 'php').
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ext_lang('.pl', 'perl').
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ext_lang('.lua', 'lua').
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ext_lang('.sh', 'bash').
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ext_lang('.go', 'go').
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ext_lang('.rs', 'rust').
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ext_lang('.c', 'c').
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ext_lang('.cpp', 'cpp').
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ext_lang('.java', 'java').
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% Detect language from filename
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detect_language(Filename, Language) :-
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file_name_extension(_, Ext, Filename),
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downcase_atom(Ext, ExtLower),
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atomic_list_concat(['.', ExtLower], ExtWithDot),
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ext_lang(ExtWithDot, Language), !.
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detect_language(_, 'unknown').
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% Read entire file into string
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read_file_content(Filename, Content) :-
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open(Filename, read, Stream),
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read_string(Stream, _, Content),
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close(Stream).
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% Get API key from environment
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get_api_key(ApiKey) :-
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( getenv('UNSANDBOX_API_KEY', ApiKey),
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ApiKey \= ''
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-> true
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; write(user_error, 'Error: UNSANDBOX_API_KEY environment variable not set\n'),
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halt(1)
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).
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% Execute command using curl
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execute_file(Filename) :-
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% Check file exists
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( exists_file(Filename)
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-> true
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; format(user_error, 'Error: File not found: ~w~n', [Filename]),
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halt(1)
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),
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% Detect language
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detect_language(Filename, Language),
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( Language \= 'unknown'
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-> true
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; format(user_error, 'Error: Unknown language for file: ~w~n', [Filename]),
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halt(1)
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),
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% Get API key
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get_api_key(ApiKey),
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% Build and execute curl command
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format(atom(Cmd),
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'curl -s -X POST https://api.unsandbox.com/execute -H "Content-Type: application/json" -H "Authorization: Bearer ~w" --data-binary @- -o /tmp/unsandbox_resp.json < <(jq -Rs \'\'\''{language: "~w", code: .}\'\'\'\' < "~w"); jq -r ".stdout // empty" /tmp/unsandbox_resp.json | sed "s/^/\\x1b[34m/" | sed "s/$/\\x1b[0m/"; jq -r ".stderr // empty" /tmp/unsandbox_resp.json | sed "s/^/\\x1b[31m/" | sed "s/$/\\x1b[0m/" >&2; rm -f /tmp/unsandbox_resp.json',
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[ApiKey, Language, Filename]),
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shell(Cmd, 0).
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% Session list
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session_list :-
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get_api_key(ApiKey),
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format(atom(Cmd),
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'curl -s -X GET https://api.unsandbox.com/sessions -H "Authorization: Bearer ~w" | jq -r \'.sessions[] | "\\(.id) \\(.shell) \\(.status) \\(.created_at)"\' 2>/dev/null || echo "No active sessions"',
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[ApiKey]),
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shell(Cmd, 0).
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% Session kill
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session_kill(SessionId) :-
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get_api_key(ApiKey),
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format(atom(Cmd),
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'curl -s -X DELETE https://api.unsandbox.com/sessions/~w -H "Authorization: Bearer ~w" >/dev/null && echo -e "\\x1b[32mSession terminated: ~w\\x1b[0m"',
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[SessionId, ApiKey, SessionId]),
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shell(Cmd, 0).
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% Service list
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service_list :-
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get_api_key(ApiKey),
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format(atom(Cmd),
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'curl -s -X GET https://api.unsandbox.com/services -H "Authorization: Bearer ~w" | jq -r \'.services[] | "\\(.id) \\(.name) \\(.status)"\' 2>/dev/null || echo "No services"',
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[ApiKey]),
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shell(Cmd, 0).
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% Service info
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service_info(ServiceId) :-
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get_api_key(ApiKey),
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format(atom(Cmd),
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'curl -s -X GET https://api.unsandbox.com/services/~w -H "Authorization: Bearer ~w" | jq .',
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[ServiceId, ApiKey]),
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shell(Cmd, 0).
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% Service logs
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service_logs(ServiceId) :-
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get_api_key(ApiKey),
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format(atom(Cmd),
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'curl -s -X GET https://api.unsandbox.com/services/~w/logs -H "Authorization: Bearer ~w" | jq -r ".logs"',
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[ServiceId, ApiKey]),
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shell(Cmd, 0).
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% Service sleep
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service_sleep(ServiceId) :-
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get_api_key(ApiKey),
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format(atom(Cmd),
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'curl -s -X POST https://api.unsandbox.com/services/~w/sleep -H "Authorization: Bearer ~w" >/dev/null && echo -e "\\x1b[32mService sleeping: ~w\\x1b[0m"',
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[ServiceId, ApiKey, ServiceId]),
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shell(Cmd, 0).
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% Service wake
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service_wake(ServiceId) :-
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get_api_key(ApiKey),
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format(atom(Cmd),
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'curl -s -X POST https://api.unsandbox.com/services/~w/wake -H "Authorization: Bearer ~w" >/dev/null && echo -e "\\x1b[32mService waking: ~w\\x1b[0m"',
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[ServiceId, ApiKey, ServiceId]),
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shell(Cmd, 0).
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% Service destroy
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service_destroy(ServiceId) :-
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get_api_key(ApiKey),
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format(atom(Cmd),
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'curl -s -X DELETE https://api.unsandbox.com/services/~w -H "Authorization: Bearer ~w" >/dev/null && echo -e "\\x1b[32mService destroyed: ~w\\x1b[0m"',
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[ServiceId, ApiKey, ServiceId]),
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shell(Cmd, 0).
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% Service create
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service_create(Name, Ports, Bootstrap, ServiceType) :-
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get_api_key(ApiKey),
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% Build JSON payload
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( Ports \= ''
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-> format(atom(PortsJson), ',"ports":[~w]', [Ports])
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; PortsJson = ''
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),
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( Bootstrap \= ''
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-> format(atom(BootstrapJson), ',"bootstrap":"~w"', [Bootstrap])
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; BootstrapJson = ''
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),
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( ServiceType \= ''
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-> format(atom(ServiceTypeJson), ',"service_type":"~w"', [ServiceType])
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; ServiceTypeJson = ''
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),
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format(atom(Json), '{"name":"~w"~w~w~w}', [Name, PortsJson, BootstrapJson, ServiceTypeJson]),
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% Execute curl command
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format(atom(Cmd),
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'curl -s -X POST https://api.unsandbox.com/services -H "Content-Type: application/json" -H "Authorization: Bearer ~w" -d \'~w\' && echo -e "\\x1b[32mService created\\x1b[0m"',
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[ApiKey, Json]),
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shell(Cmd, 0).
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% Handle session subcommand
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handle_session(['--list'|_]) :- session_list.
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handle_session(['-l'|_]) :- session_list.
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handle_session(['--kill', SessionId|_]) :- session_kill(SessionId).
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handle_session(_) :-
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write(user_error, 'Error: Use --list or --kill ID\n'),
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halt(1).
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% Handle service subcommand
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handle_service(Args) :-
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parse_service_args(Args, '', '', '', '', Action),
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execute_service_action(Action).
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% Parse service arguments
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parse_service_args([], Name, Ports, Bootstrap, ServiceType, create) :-
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( Name \= ''
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-> service_create(Name, Ports, Bootstrap, ServiceType)
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; write(user_error, 'Error: --name required for service creation\n'),
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halt(1)
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).
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parse_service_args([], _, _, _, _, Action) :-
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( Action = list
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-> service_list
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; write(user_error, 'Error: Use --list, --info, --logs, --sleep, --wake, --destroy, or --name\n'),
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halt(1)
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).
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parse_service_args(['--list'|_], _, _, _, _, _) :- service_list.
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parse_service_args(['-l'|_], _, _, _, _, _) :- service_list.
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parse_service_args(['--info', ServiceId|_], _, _, _, _, _) :- service_info(ServiceId).
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parse_service_args(['--logs', ServiceId|_], _, _, _, _, _) :- service_logs(ServiceId).
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parse_service_args(['--sleep', ServiceId|_], _, _, _, _, _) :- service_sleep(ServiceId).
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parse_service_args(['--wake', ServiceId|_], _, _, _, _, _) :- service_wake(ServiceId).
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parse_service_args(['--destroy', ServiceId|_], _, _, _, _, _) :- service_destroy(ServiceId).
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parse_service_args(['--name', Name|Rest], _, Ports, Bootstrap, ServiceType, _) :-
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parse_service_args(Rest, Name, Ports, Bootstrap, ServiceType, create).
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parse_service_args(['--ports', PortsList|Rest], Name, _, Bootstrap, ServiceType, Action) :-
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parse_service_args(Rest, Name, PortsList, Bootstrap, ServiceType, Action).
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parse_service_args(['--bootstrap', BootstrapFile|Rest], Name, Ports, _, ServiceType, Action) :-
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parse_service_args(Rest, Name, Ports, BootstrapFile, ServiceType, Action).
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parse_service_args(['--type', Type|Rest], Name, Ports, Bootstrap, _, Action) :-
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parse_service_args(Rest, Name, Ports, Bootstrap, Type, Action).
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parse_service_args([_|Rest], Name, Ports, Bootstrap, ServiceType, Action) :-
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parse_service_args(Rest, Name, Ports, Bootstrap, ServiceType, Action).
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% Execute service action (not used, but kept for structure)
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execute_service_action(_).
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% Main program
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main(Argv) :-
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% Check arguments
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( Argv = []
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-> write(user_error, 'Usage: un.pro [options] <source_file>\n'),
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write(user_error, ' un.pro session [options]\n'),
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write(user_error, ' un.pro service [options]\n'),
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halt(1)
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; true
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),
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% Parse subcommands
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( Argv = ['session'|Rest]
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-> handle_session(Rest)
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; Argv = ['service'|Rest]
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-> handle_service(Rest)
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; Argv = [Filename|_]
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-> execute_file(Filename)
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; write(user_error, 'Error: Invalid arguments\n'),
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halt(1)
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).
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