J.A.R.V.I.S-rust/resources/commands/network/command.toml

[[commands]]
id = "open_wifi_settings"
type = "lua"
script = "open.lua"
sandbox = "full"
timeout = 3000

[commands.phrases]
ru = ["настройки wifi", "настройки вайфай", "wifi настройки", "сеть"]
en = ["wifi settings", "open wifi"]


[[commands]]
id = "open_bluetooth_settings"
type = "lua"
script = "open.lua"
sandbox = "full"
timeout = 3000

[commands.phrases]
ru = ["настройки блютуз", "блютуз", "включи блютуз", "выключи блютуз"]
en = ["bluetooth settings", "open bluetooth", "toggle bluetooth"]


[[commands]]
id = "my_ip"
type = "lua"
script = "ip.lua"
sandbox = "full"
timeout = 5000

[commands.phrases]
ru = ["мой ай пи", "мой ip", "какой у меня айпи", "айпишник"]
en = ["my ip", "what is my ip"]
-												arch + features: jarvis.text API + brightness/window_switch/spelling/network/summarize (41 packs)

Architecture — close the trigger-strip duplication:

  lua/api/text.rs (new):
  + jarvis.text.strip_trigger(phrase, triggers) — case-insensitive
    "longest trigger wins" stripping, returns trimmed remainder. The
    11 packs that previously inlined a `for _, t in ipairs(triggers) do
    string.find ... s == 1 then sub` loop can drop to one call.
    Demonstrated in spelling/, window_switch/, summarize/.
  + jarvis.text.contains_any(phrase, needles) — boolean check for any
    of N substrings, case-insensitive. Useful for keyword routing.

5 new portable Lua packs (sandbox=full). 36 → 41 total. cargo test
commands::tests still 3/3.

brightness/ — brightness_up / down / max / min. WMI WmiMonitorBrightness
(read CurrentBrightness) + WmiMonitorBrightnessMethods.WmiSetBrightness
(write). ±20% step for up/down; max=100, min=10. Desktop monitors that
don'\''t expose the WMI namespace get a friendly "не поддерживается"
toast instead of a silent failure.

window_switch/ — switch_to_window. Strip trigger ("переключись на" /
"switch to" / etc.), apply the same alias map as process_kill
(хром→chrome, телега→telegram, ...), then PowerShell finds processes
by name OR window-title substring sorted by StartTime desc and uses
(New-Object -ComObject WScript.Shell).AppActivate($pid) on the top
match. Speaks the window title that got focus.

spelling/ — spell_out. Strips "произнеси по буквам" / "spell out" /
etc., iterates `word:gmatch(".")`, joins letters with ". " so SAPI
gives each one a natural micro-pause. Uses jarvis.text.strip_trigger
+ jarvis.speak — 24 lines total.

network/ — open_wifi_settings (ms-settings:network-wifi) +
open_bluetooth_settings (ms-settings:bluetooth) + my_ip. my_ip pulls
the first non-loopback, non-APIPA IPv4 with Get-NetIPAddress and
fetches WAN IP from api.ipify.org (5s timeout); speaks "Локальный X.
Внешний Y".

summarize/ — summarize_selection. Synthesises Ctrl+C through user32!
keybd_event (so the focused window copies its selection), waits
220 ms for the clipboard to populate, reads via
jarvis.system.clipboard.get(), bails if < 20 chars, truncates at
8000, sends to Groq @ temp 0.3 with a "3-5 sentences, keep names"
prompt, drops the summary back into the clipboard and speaks it.
Lets you select ANY text in ANY app (browser, PDF, IDE) and say
"суммируй" to get a spoken TL;DR.

The new packs explicitly use the new jarvis.text + jarvis.llm +
jarvis.speak API surface — no inline PS-SAPI boilerplate, no inline
Groq plumbing. Code is now intent-first.

											
										
										
											2026-05-15 13:11:18 +03:00
+								[[commands]]
 								id = "open_wifi_settings"
 								type = "lua"
 								script = "open.lua"
 								sandbox = "full"
 								timeout = 3000
 								[commands.phrases]
 								ru = ["настройки wifi", "настройки вайфай", "wifi настройки", "сеть"]
 								en = ["wifi settings", "open wifi"]
 								[[commands]]
 								id = "open_bluetooth_settings"
 								type = "lua"
 								script = "open.lua"
 								sandbox = "full"
 								timeout = 3000
 								[commands.phrases]
 								ru = ["настройки блютуз", "блютуз", "включи блютуз", "выключи блютуз"]
 								en = ["bluetooth settings", "open bluetooth", "toggle bluetooth"]
 								[[commands]]
 								id = "my_ip"
 								type = "lua"
 								script = "ip.lua"
 								sandbox = "full"
 								timeout = 5000
 								[commands.phrases]
 								ru = ["мой ай пи", "мой ip", "какой у меня айпи", "айпишник"]
 								en = ["my ip", "what is my ip"]