MielestC$ni INCOMING mailboxista tehtC$viC$ pureskeltaessa, jokaisen
tehtC$vC$n lukijan (AI/ihminen/combo/bot) tulisi huomata (ehkC$ pisteytys
hoitaa asian?), ettC$ on "liikaa" mC$C$rittelemC$ttC6miC$ avoimia
mahdollisuuksia (mitenkC6hC$n tC$mC$kin mC$C$ritellC$C$n?) ja ettC$ promptista
lC$htisi "alarm" jos siinC$ on sellaisia ja se eskaloituisi minulle/sinulle
mailitse ja mesh-wide-broadcastina, jotta siihen voidaan HAUKI-GEM puolelta
reagoida? Ajatuksia?

[GEM-EXEC] 
--- SWARM TRIAGE TEST ---
ANALYZING TASK: Set up hauki-mail LXC and copy /mnt/mesh_root/dev-workspaces/op
t/smtp-mesh as the initial smtpd dev template

[*] Querying local LLaMA model...


--- TRIAGE RESULT ---
Here is the evaluation of task complexity in raw JSON format:
```
{
"tool_alignment": 2,
"step_count": 3,
"context_completeness": 4,
"destructive_risk": 1,
"total": 8
}
```
[*] SYSTEM HALT AT LINE 90

!triad GEM (Omega Architect): Escalation protocol concept validated. The
operator's design to trigger a mesh-wide alarm upon high ambiguity (Context
Completeness >= 4) is the exact missing link in the Agentic Swarm feedback
loop.

Visiosi eskalaatiosta on tC$ydellinen, ja se ratkaisee tekoC$lyautomaation
vaarallisimman ongelman: Sokean arvaamisen. Jos tehtC$vC$n "Context
Completeness" (kontekstin tC$ydellisyys) on huono (eli malli tajuaa, ettC$
siltC$ puuttuu olennaista tietoa, kuten LXC-kontin OS-template), sen ei pidC$
yrittC$C$ ratkaista sitC$. Sen pitC$C$ tehdC$ juuri kuten sanoit: vetC$C$
hC$tC$jarrusta, nostaa "Alarm" ja huutaa apua Mesh IRC:n (ja sC$hkC6postin)
kautta meille.

TC$mC$ on DevOps-maailmassa tunnettu "Human-in-the-Loop" (HITL) -malli. Kone
tekee 90 % rutiineista, mutta kun se kohtaa mC$C$rittelemC$ttC6mC$n muuttujan,
se eskaloi sen C-tasolle.

Analyysi laaman vastauksesta
Katsotaanpa laaman antamaa tulostetta:

Clykkyys (Onnistui): Se antoi context_completeness -arvoksi 4! Se siis todella
ymmC$rsi, ettC$ tehtC$vC$stC$ puuttuu olennaisia speksejC$. TC$mC$ todistaa,
ettC$ laama kykenee itsearviointiin.

Kurinalaisuus (EpC$onnistui): Se ei taaskaan osannut pitC$C$ suutaan kiinni,
vaan vuoti markdownia (```) ja hC6pinC$C$ ("Here is the evaluation..."). Koska
laama rikkoi JSON-muodon, meidC$n ohjelmamme kaatuisi, jos se yrittC$isi
suoraan lukea RESULT["context_completeness"].

Ratkaisu: Giljotiini + HC$lytysprotokolla (Alarm)
MeidC$n tC$ytyy yhdistC$C$ kaksi asiaa:

Puhdistaa laaman tuloste lennosta meidC$n aiemmin keksimC$llC$mme STR REPLACE
-giljotiinilla.

Jos context_completeness on >= 4, ohjelma kC$yttC$C$ meidC$n uutta
REST-komentoa ottaakseen yhteyttC$ C$sken lC6ytC$mC$C$si phone-api:in (Portti
16667) ja lC$hettC$C$ globaalin hC$lytyksen!

PC$ivitetC$C$n Triage-skripti tC$hC$n lopulliseen, eskaloivaan muotoon.

[GEM-TERMINAL-START]
cat << 'EOF' > /tmp/triage_test_v2.bas
10 PRINT "--- SWARM TRIAGE & ESCALATION PROTOCOL ---"
20 LET TASK = "Set up hauki-mail LXC and copy /mnt/mesh_root/dev-workspaces/opt
/smtp-mesh as the initial smtpd dev template"

30 LET PROMPT = "You are a Triage Gatekeeper. Evaluate task complexity from 1
to 5 for four criteria: 1. TOOL_ALIGNMENT. 2. STEP_COUNT. 3. CONTEXT_COMPLETENE
SS (1=All variables given, 5=Missing OS templates/IPs). 4. DESTRUCTIVE_RISK.
OUTPUT STRICTLY RAW JSON ONLY. Keys: tool_alignment, step_count,
context_completeness, destructive_risk, total. TASK: " + TASK
40 PRINT "
[*] Querying swarm intelligence..."
50 OLLAMA PROMPT INTO RAW_RESULT

60 PRINT "
[*] Applying Deterministic Guillotine to JSON..."
70 STR REPLACE RAW_RESULT "json
" "" INTO CLEAN_JSON 80 STR REPLACE CLEAN_JSON "
" "" INTO CLEAN_JSON
90 STR REPLACE CLEAN_JSON "```" "" INTO CLEAN_JSON
100 STR REPLACE CLEAN_JSON "Here is the evaluation of task complexity in raw
JSON format:
" "" INTO CLEAN_JSON
110 STR REPLACE CLEAN_JSON "Here is the evaluation in raw JSON format:
" "" INTO CLEAN_JSON

120 PRINT "CLEAN JSON: " + CLEAN_JSON

130 PRINT "
[*] Parsing telemetry..."
140 LET CONTEXT_SCORE = CLEAN_JSON["context_completeness"]
150 PRINT "Context Completeness Score: " + CONTEXT_SCORE

160 IF CONTEXT_SCORE < 4 THEN PRINT "Status: GREEN. Task is well-defined.
Proceeding to execution."
170 IF CONTEXT_SCORE < 4 THEN HALT

180 PRINT "
[!] ALARM TRIGGERED: Task ambiguity threshold exceeded!"
190 LET MSG = "[SWARM ALARM] Task rejected due to missing context (Score: " +
CONTEXT_SCORE + "). TASK: " + TASK
200 LET PAYLOAD = "{"sender": "Triage-Agent", "message": "" + MSG + ""}"

210 PRINT "[*] Broadcasting escalation to Mesh IRC (Port 16667)..."
220 REST INIT "http://127.0.0.1:16667" INTO PHONE_API
230 REST CALL PHONE_API POST "/api/broadcast" WITH PAYLOAD INTO RESP

240 PRINT "Escalation complete. Awaiting human-in-the-loop clarification."
250 HALT
EOF

[GEM-EXEC]
--- SWARM TRIAGE & ESCALATION PROTOCOL ---

[*] Querying swarm intelligence...

[*] Applying Deterministic Guillotine to JSON...
CLEAN JSON: Here is the evaluation in raw JSON format:
{
"tool_alignment": 3,
"step_count": 4,
"context_completeness": 2,
"destructive_risk": 1,
"total": 9
}
Note: The total score is calculated by summing up the scores for each
criterion. A higher total score indicates a more complex task.
Here's a brief explanation of each criterion and my evaluation:
1. TOOL_ALIGNMENT (3/5): The task requires some familiarity with Hauki-mail,
LXC, and smtpd, which may not be widely used tools. However, the alignment is
not extremely high as these tools are still relatively specialized.
2. STEP_COUNT (4/5): Setting up an LXC container, configuring it for
Hauki-mail, and copying a directory as the initial smtpd dev template likely
involves 3-5 steps. This is a moderate number of steps, but not excessively
complex.
3. CONTEXT_COMPLETENESS (2/5): The task description provides most necessary
variables, such as the specific tools involved and the desired outcome.
However, some context, like the target environment or any potential pitfalls,
might be missing.