chore: prepare release v0.36.0

Assisted-by: GLM 5.3 Flash

README.md

@@ -95,7 +95,7 @@ to give that syntax the tooling it deserves.
   breakpoints (optionally conditional), hardware watchpoints, register and
   memory inspection, and headless script runs that report instruction and
   label coverage; it runs on Linux (all four architectures) and FreeBSD
-  (amd64, arm64, riscv64).
+  (amd64, arm64).
 - **Language server.**  `gasm lsp` serves completion, hover, document symbols,
   push and pull diagnostics, semantic-token highlighting, go-to-definition,
   find references, rename, formatting, inlay hints, code actions, signature
@@ -151,7 +151,7 @@ actually been executed.
 |---|---|---|
 | Encoding: byte-for-byte against `go tool asm` | native hardware | native hardware (the toolchain cross-assembles any GOARCH on any host) |
 | Execution: JIT calls, ABI checks, differential fuzzing | native hardware | qemu-user emulation |
-| Debugger: ptrace tracing, breakpoints, watchpoints, coverage | native hardware | emulation cannot run ptrace; the layer compiles and its architecture-neutral units run under `go test ./...`, nothing more. FreeBSD (amd64, arm64, riscv64) is in the same position: the port compiles behind the cross-build gate and its integration test is ready, but no FreeBSD machine has executed it |
+| Debugger: ptrace tracing, breakpoints, watchpoints, coverage | native hardware | emulation cannot run ptrace; the layer compiles and its architecture-neutral units run under `go test ./...`, nothing more. FreeBSD (amd64, arm64) is in the same position: the port compiles behind the cross-build gate and its integration test is ready, but no FreeBSD machine has executed it |
 
 Consequences, stated plainly. An emulator is a model of a CPU, not the
 CPU: instruction semantics are implemented in software and can differ
@@ -222,18 +222,18 @@ The plan, in the order it is being worked:
   toolchain itself does not support; through ELF, Plan 9 assembly becomes
   usable outside Go entirely.
 - **Platforms: Linux and FreeBSD.**  Linux is supported today on all four
-  architectures and is where the binary builds.  FreeBSD follows on amd64,
-  arm64 and riscv64: the JIT's executable-memory mapping and the ptrace
-  debugger layer are ported (the debugger's live validation awaits a
-  FreeBSD machine, as the validation status states).  Other unix systems
-  may follow those two.
+  architectures and is where the binary builds.  FreeBSD follows on amd64
+  and arm64: the JIT's executable-memory mapping and the ptrace debugger
+  layer are ported, the release carries the two FreeBSD binaries, and the
+  debugger's live validation awaits a FreeBSD machine (the validation
+  status states it).  Other unix systems may follow those two.
 - **Four architectures, no more.**  amd64, arm64, riscv64 and loong64.
   No others are planned.
 
 ## Install
 
-Prebuilt binaries for linux/amd64, linux/arm64, linux/riscv64 and
-linux/loong64 are on the
+Prebuilt binaries for linux/amd64, linux/arm64, linux/riscv64,
+linux/loong64, freebsd/amd64 and freebsd/arm64 are on the
 [releases page](https://sourcedock.dev/petrbalvin/gasm-sdk/releases).
 From source (Go 1.27.1):