Session Memory

Imported from claude-code agent artifacts.

Session Goal

You are designing an implementation plan for the UniversalisOS hypervisor kernel...

Workspace

Path: /home/fabiorafaelcoutada/portugalfuturista/universalisos/kernel
claude-code session ID: 3fe270b0-3326-49b3-9ccd-3b4b18c5ce26-agent-a3a32ee38371ef940

Key Facts

Total messages: 151
User messages: 63
Assistant messages: 88
Tool messages: 0
Model: glm-5.2

Languages / Technologies Mentioned

bash

Files Referenced

$(OBJ_DIR)/%.o: $(SRC_DIR)/%.cpp
/home/fabiorafaelcoutada/.claude/plans/focus-on-this-status-merry-noodle-agent-a3a32ee38371ef940.md
/home/fabiorafaelcoutada/portugalfuturista/universalisos/kernel/src/arch/aarch64/kernel_aarch64.cpp
/home/fabiorafaelcoutada/portugalfuturista/universalisos/kernel/src/arch/aarch64/sched.cpp
el2_trap.cpp
exceptions.h
fdt_reader.cpp
fdt_reader.h
inc/board_qemu_virt.h
inc/context_switch.h
inc/uart.h
kernel_aarch64.cpp
src/arch/dtb/fdt_reader.cpp
uart_pl011.cpp
vm.h

Last Exchange

User: [tool_result] 1 # AArch64 MP0 QEMU Gate — Proven ISR-Driven Preemptive Scheduling 2 3 ## Goal 4 Boot at EL2 → GICv3 init → EL2 physical timer + PikeOS scheduler running → 5 two preemptive kernel tasks interleaving on the UART (proving ISR-driven 6 context switching), then idle. Mirrors the ARMv

Assistant: The plan reads correctly. I have completed the full investigation and produced a detailed, sequenced implementation plan. Here is the summary of my findings. ## Summary I explored the entire AArch64/EL2 track and cross-referenced it against the proven ARMv7 preemptive-scheduler track. The plan is

Source

Original artifact: /home/fabiorafaelcoutada/.claude/projects/-home-fabiorafaelcoutada-portugalfuturista-replica-omnisciente/3fe270b0-3326-49b3-9ccd-3b4b18c5ce26/subagents/agent-a3a32ee38371ef940.jsonl
Imported at: 2026-07-10T09:16:32.119084Z

2 KiB Raw Blame History