# TableCompiler Update Implementation Plan

> **For Claude:** REQUIRED SUB-SKILL: Use superpowers:executing-plans to implement this plan task-by-task.

**Goal:** Update TableEntry to the new 120-byte firmware format with EML actions and groups, add NXP ICODE and SLIX2 compiler methods, and wire automatic table compilation into SimSession.

**Architecture:** Replace old 132-byte TableEntry (with match_mask) with new 120-byte format (with eml_action, groups, set_auth). Add `compile_nxp_icode()` and `compile_slix2()` to TableCompiler. SimSession auto-compiles and uploads table after sim starts.

**Tech Stack:** Python, pytest, existing sim-framework worktree

**Working directory:** `/home/work/pm3py/.worktrees/sim-framework/`

**Test command:** `cd /home/work/pm3py/.worktrees/sim-framework && python -m pytest tests/ -v`

---

### Task 1: Update TableEntry to new 120-byte format

**Files:**
- Modify: `pm3py/sim/table_compiler.py`
- Modify: `tests/test_sim_table_compiler.py`

**Step 1: Write failing tests for new format**

Replace the `TestTableEntry` class in `tests/test_sim_table_compiler.py`:

```python
class TestTableEntry:
    def test_serialize_size(self):
        entry = TableEntry(match=b"\x26", response=b"\x04\x00")
        raw = entry.serialize()
        assert len(raw) == 120

    def test_serialize_roundtrip(self):
        entry = TableEntry(
            match=b"\x26",
            match_mode=0,
            response=b"\x04\x00",
            response_flags=0x01,
        )
        raw = entry.serialize()
        parsed = TableEntry.deserialize(raw)
        assert parsed.match == b"\x26"
        assert parsed.response == b"\x04\x00"
        assert parsed.match_mode == 0
        assert parsed.response_flags == 0x01

    def test_serialize_eml_fields(self):
        entry = TableEntry(
            match=b"\x02\xA1\x04",
            match_mode=1,
            response=bytes([0x00]),
            eml_action=1,
            eml_offset=2040,
            eml_len=1,
            eml_resp_insert=1,
        )
        raw = entry.serialize()
        parsed = TableEntry.deserialize(raw)
        assert parsed.eml_action == 1
        assert parsed.eml_offset == 2040
        assert parsed.eml_len == 1
        assert parsed.eml_resp_insert == 1

    def test_serialize_group_fields(self):
        entry = TableEntry(
            match=b"\x02\xB3\x04\x04",
            response=bytes([0x00]),
            group=1,
            activate_groups=0x06,
            set_auth=0x04,
        )
        raw = entry.serialize()
        parsed = TableEntry.deserialize(raw)
        assert parsed.group == 1
        assert parsed.activate_groups == 0x06
        assert parsed.set_auth == 0x04

    def test_serialize_consume_flag(self):
        entry = TableEntry(match=b"\x26", response=b"\x04\x00", flags=0x02)
        raw = entry.serialize()
        parsed = TableEntry.deserialize(raw)
        assert parsed.flags & 0x02

    def test_exact_match(self):
        entry = TableEntry(match=b"\x26", response=b"\x04\x00")
        assert entry.matches(b"\x26")
        assert not entry.matches(b"\x52")

    def test_prefix_match(self):
        entry = TableEntry(match=b"\x93\x20", match_mode=1, response=b"\x01\x02\x03\x04\x04")
        assert entry.matches(b"\x93\x20")
        assert entry.matches(b"\x93\x20\xFF\xFF")
        assert not entry.matches(b"\x95\x20")
```

**Step 2: Run tests to see them fail**

Run: `cd /home/work/pm3py/.worktrees/sim-framework && python -m pytest tests/test_sim_table_compiler.py::TestTableEntry -v`
Expected: FAIL — old constructor expects positional args

**Step 3: Update TableEntry in table_compiler.py**

Replace the `TableEntry` dataclass, `ENTRY_SIZE`, remove `MATCH_MASKED`:

```python
# Match modes
MATCH_EXACT = 0
MATCH_PREFIX = 1

# Entry size in firmware format (must match sim_table_entry_t)
ENTRY_SIZE = 120
SIM_TABLE_MAX_MATCH = 32
SIM_TABLE_MAX_RESPONSE = 64

# Response flags
RESP_FLAG_CRC = 0x01

# Entry flags
ENTRY_FLAG_CONSUME = 0x02

# EML actions
EML_NONE = 0
EML_READ = 1
EML_WRITE = 2
EML_AES_CMAC = 3

# Config register offset in iso15_tag_t.data[]
CONFIG_REG_OFFSET = 2040


@dataclass
class TableEntry:
    """One entry in the firmware response table (120 bytes packed)."""
    match: bytes
    match_mode: int = MATCH_EXACT
    response: bytes = b""
    response_flags: int = 0
    eml_action: int = 0
    eml_offset: int = 0
    eml_len: int = 0
    eml_resp_insert: int = 0
    cmd_data_offset: int = 0
    cmd_data_len: int = 0
    group: int = 0
    activate_groups: int = 0
    deactivate_groups: int = 0
    set_auth: int = 0
    clear_auth: int = 0
    flags: int = 0

    def serialize(self) -> bytes:
        """Pack into 120-byte firmware format."""
        buf = bytearray(ENTRY_SIZE)
        off = 0

        # match[32] + match_len[1] + match_mode[1]
        m = self.match[:SIM_TABLE_MAX_MATCH]
        buf[off:off + len(m)] = m
        off += SIM_TABLE_MAX_MATCH
        buf[off] = len(m)
        buf[off + 1] = self.match_mode
        off += 2

        # response[64] + response_len[1] + response_flags[1]
        r = self.response[:SIM_TABLE_MAX_RESPONSE]
        buf[off:off + len(r)] = r
        off += SIM_TABLE_MAX_RESPONSE
        buf[off] = len(r)
        buf[off + 1] = self.response_flags
        off += 2

        # eml_action[1] + eml_offset[2 LE] + eml_len[1] + eml_resp_insert[1]
        # + cmd_data_offset[1] + cmd_data_len[1]
        buf[off] = self.eml_action
        struct.pack_into("<H", buf, off + 1, self.eml_offset)
        buf[off + 3] = self.eml_len
        buf[off + 4] = self.eml_resp_insert
        buf[off + 5] = self.cmd_data_offset
        buf[off + 6] = self.cmd_data_len
        off += 7

        # group[1] + activate_groups[4 LE] + deactivate_groups[4 LE]
        # + set_auth[1] + clear_auth[1]
        buf[off] = self.group
        struct.pack_into("<I", buf, off + 1, self.activate_groups)
        struct.pack_into("<I", buf, off + 5, self.deactivate_groups)
        buf[off + 9] = self.set_auth
        buf[off + 10] = self.clear_auth
        off += 11

        # flags[1] + _pad[1]
        buf[off] = self.flags
        off += 2

        assert off == ENTRY_SIZE
        return bytes(buf)

    @classmethod
    def deserialize(cls, data: bytes) -> TableEntry:
        """Unpack from 120-byte firmware format."""
        off = 0
        match_len = data[SIM_TABLE_MAX_MATCH]
        match = bytes(data[0:match_len])
        match_mode = data[SIM_TABLE_MAX_MATCH + 1]
        off = SIM_TABLE_MAX_MATCH + 2

        resp_len = data[off + SIM_TABLE_MAX_RESPONSE]
        response = bytes(data[off:off + resp_len])
        response_flags = data[off + SIM_TABLE_MAX_RESPONSE + 1]
        off += SIM_TABLE_MAX_RESPONSE + 2

        eml_action = data[off]
        eml_offset = struct.unpack_from("<H", data, off + 1)[0]
        eml_len = data[off + 3]
        eml_resp_insert = data[off + 4]
        cmd_data_offset = data[off + 5]
        cmd_data_len = data[off + 6]
        off += 7

        group = data[off]
        activate_groups = struct.unpack_from("<I", data, off + 1)[0]
        deactivate_groups = struct.unpack_from("<I", data, off + 5)[0]
        set_auth = data[off + 9]
        clear_auth = data[off + 10]
        off += 11

        flags = data[off]

        return cls(
            match=match, match_mode=match_mode,
            response=response, response_flags=response_flags,
            eml_action=eml_action, eml_offset=eml_offset,
            eml_len=eml_len, eml_resp_insert=eml_resp_insert,
            cmd_data_offset=cmd_data_offset, cmd_data_len=cmd_data_len,
            group=group, activate_groups=activate_groups,
            deactivate_groups=deactivate_groups,
            set_auth=set_auth, clear_auth=clear_auth,
            flags=flags,
        )

    def matches(self, cmd: bytes) -> bool:
        """Check if a command matches this entry."""
        if self.match_mode == MATCH_EXACT:
            return cmd == self.match
        elif self.match_mode == MATCH_PREFIX:
            return len(cmd) >= len(self.match) and cmd[:len(self.match)] == self.match
        return False
```

**Step 4: Update all existing callers and tests**

Replace old positional constructor calls throughout `table_compiler.py` and `tests/test_sim_table_compiler.py`:

Old: `TableEntry(b"\x26", 0, b"", b"\x04\x00", 0)`
New: `TableEntry(match=b"\x26", response=b"\x04\x00")`

Old: `flags=0x01` (CRC)
New: `response_flags=0x01`

Old: `flags=0x02` (consume)
New: `flags=0x02` (unchanged — same field name, same bit)

Old: `match_mask=b""`
New: removed

Update `ResponseTable.serialize` test: `assert len(raw) == 240` (2 * 120, not 264)

Update `SimSession.upload_table` test: `assert len(call_args[0][1]) == 120` (not 132)

Update `from_trace`: remove `match_mask=b""` parameter

**Step 5: Run all tests**

Run: `cd /home/work/pm3py/.worktrees/sim-framework && python -m pytest tests/ -v`
Expected: All pass

**Step 6: Commit**

```bash
cd /home/work/pm3py/.worktrees/sim-framework
git add pm3py/sim/table_compiler.py tests/test_sim_table_compiler.py
git commit --no-gpg-sign -m "feat: update TableEntry to 120-byte format with EML actions and groups"
```

---

### Task 2: Add compile_nxp_icode method

**Files:**
- Modify: `pm3py/sim/table_compiler.py`
- Modify: `tests/test_sim_table_compiler.py`

**Step 1: Write failing tests**

Append to `tests/test_sim_table_compiler.py`:

```python
from pm3py.sim.nxp_icode import NxpIcodeTag
from pm3py.sim.table_compiler import CONFIG_REG_OFFSET, EML_READ, EML_WRITE


class TestTableCompilerNxpIcode:
    def test_compile_has_read_config_entries(self):
        tag = NxpIcodeTag(uid=b"\xE0\x04\x01\x02\x03\x04\x05\x06")
        table = TableCompiler.compile_nxp_icode(tag)

        # READ_CONFIG reg 0 (unaddressed normalized)
        entry = table.lookup(bytes([0x02, 0xA1, 0x04, 0x00]))
        assert entry is not None
        assert entry.eml_action == EML_READ
        assert entry.eml_offset == CONFIG_REG_OFFSET
        assert entry.eml_len == 1
        assert entry.eml_resp_insert == 1  # after flags byte

    def test_compile_has_write_config_entries(self):
        tag = NxpIcodeTag(uid=b"\xE0\x04\x01\x02\x03\x04\x05\x06")
        table = TableCompiler.compile_nxp_icode(tag)

        entry = table.lookup(bytes([0x02, 0xA2, 0x04, 0x00]))
        assert entry is not None
        assert entry.eml_action == EML_WRITE
        assert entry.eml_offset == CONFIG_REG_OFFSET

    def test_compile_has_get_random(self):
        tag = NxpIcodeTag(uid=b"\xE0\x04\x01\x02\x03\x04\x05\x06")
        table = TableCompiler.compile_nxp_icode(tag)

        entry = table.lookup(bytes([0x02, 0xB2, 0x04]))
        assert entry is not None
        assert len(entry.response) == 3  # flags + 2 random bytes

    def test_compile_all_8_config_regs(self):
        tag = NxpIcodeTag(uid=b"\xE0\x04\x01\x02\x03\x04\x05\x06")
        table = TableCompiler.compile_nxp_icode(tag)

        for reg in range(8):
            entry = table.lookup(bytes([0x02, 0xA1, 0x04, reg]))
            assert entry is not None, f"Missing READ_CONFIG reg {reg}"
            assert entry.eml_offset == CONFIG_REG_OFFSET + reg

    def test_config_regs_in_eml_range(self):
        """Config reg EML offsets must be within tag->data[2048]."""
        tag = NxpIcodeTag(uid=b"\xE0\x04\x01\x02\x03\x04\x05\x06")
        table = TableCompiler.compile_nxp_icode(tag)

        for entry in table.entries:
            if entry.eml_action in (EML_READ, EML_WRITE):
                assert entry.eml_offset + entry.eml_len <= 2048
```

**Step 2: Run to verify failure**

Run: `cd /home/work/pm3py/.worktrees/sim-framework && python -m pytest tests/test_sim_table_compiler.py::TestTableCompilerNxpIcode -v`
Expected: FAIL — `AttributeError: type object 'TableCompiler' has no attribute 'compile_nxp_icode'`

**Step 3: Implement compile_nxp_icode**

Add to `TableCompiler` class in `table_compiler.py`:

```python
    @staticmethod
    def compile_nxp_icode(tag) -> ResponseTable:
        """Compile NXP ICODE/NTAG5 custom command entries.

        Generates table entries for READ/WRITE_CONFIG and GET_RANDOM.
        Config registers stored in EML at data[2040:2048].
        All entries use unaddressed format (firmware normalizes addressed cmds).
        """
        entries = []
        num_regs = tag._config_regs if hasattr(tag, '_config_regs') else bytearray(8)
        num_config = len(num_regs)

        for reg in range(num_config):
            # READ_CONFIG reg N: read 1 byte from EML, prefix with 0x00
            entries.append(TableEntry(
                match=bytes([0x02, 0xA1, 0x04, reg]),
                match_mode=MATCH_EXACT,
                response=bytes([0x00]),
                eml_action=EML_READ,
                eml_offset=CONFIG_REG_OFFSET + reg,
                eml_len=1,
                eml_resp_insert=1,
            ))

            # WRITE_CONFIG reg N: write 1 byte from cmd to EML
            entries.append(TableEntry(
                match=bytes([0x02, 0xA2, 0x04, reg]),
                match_mode=MATCH_EXACT,
                response=bytes([0x00]),
                eml_action=EML_WRITE,
                eml_offset=CONFIG_REG_OFFSET + reg,
                eml_len=1,
                cmd_data_offset=4,  # value byte at position 4 in normalized cmd
            ))

        # GET_RANDOM: return pre-picked random
        import os
        random_bytes = os.urandom(2)
        entries.append(TableEntry(
            match=bytes([0x02, 0xB2, 0x04]),
            match_mode=MATCH_PREFIX,
            response=bytes([0x00]) + random_bytes,
        ))

        return ResponseTable(entries=entries)
```

**Step 4: Run tests**

Run: `cd /home/work/pm3py/.worktrees/sim-framework && python -m pytest tests/test_sim_table_compiler.py -v`
Expected: All pass

**Step 5: Commit**

```bash
cd /home/work/pm3py/.worktrees/sim-framework
git add pm3py/sim/table_compiler.py tests/test_sim_table_compiler.py
git commit --no-gpg-sign -m "feat: add TableCompiler.compile_nxp_icode for config registers + GET_RANDOM"
```

---

### Task 3: Add compile_slix2 method

**Files:**
- Modify: `pm3py/sim/table_compiler.py`
- Modify: `tests/test_sim_table_compiler.py`

**Step 1: Write failing tests**

Append to `tests/test_sim_table_compiler.py`:

```python
from pm3py.sim.icode_slix2 import IcodeSlix2Tag


class TestTableCompilerSlix2:
    def test_compile_has_set_password(self):
        tag = IcodeSlix2Tag(
            uid=b"\xE0\x04\x01\x02\x03\x04\x05\x06",
            read_password=0x12345678,
        )
        table = TableCompiler.compile_slix2(tag)

        # SET_PASSWORD prefix match (error for wrong password)
        fallback = [e for e in table.entries if
                    len(e.match) >= 3 and e.match[1] == 0xB3 and
                    e.match_mode == MATCH_PREFIX]
        assert len(fallback) > 0
        assert fallback[-1].response == bytes([0x01, 0x0F])  # error

    def test_compile_set_password_sets_auth(self):
        tag = IcodeSlix2Tag(
            uid=b"\xE0\x04\x01\x02\x03\x04\x05\x06",
            read_password=0x12345678,
        )
        table = TableCompiler.compile_slix2(tag)

        # Correct password entry should set auth bit
        auth_entries = [e for e in table.entries if e.set_auth != 0]
        assert len(auth_entries) > 0

    def test_compile_includes_nxp_entries(self):
        """SLIX2 table should include NXP base entries."""
        tag = IcodeSlix2Tag(uid=b"\xE0\x04\x01\x02\x03\x04\x05\x06")
        table = TableCompiler.compile_slix2(tag)

        # Should have READ_CONFIG from nxp_icode compiler
        entry = table.lookup(bytes([0x02, 0xA1, 0x04, 0x00]))
        assert entry is not None

    def test_compile_privacy_mode_groups(self):
        """Privacy mode should use groups to disable inventory."""
        tag = IcodeSlix2Tag(
            uid=b"\xE0\x04\x01\x02\x03\x04\x05\x06",
            privacy_password=0xAABBCCDD,
        )
        table = TableCompiler.compile_slix2(tag)

        # Should have a SET_PASSWORD entry that activates a group
        privacy_entries = [e for e in table.entries
                          if e.activate_groups != 0]
        assert len(privacy_entries) > 0
```

**Step 2: Run to verify failure**

Run: `cd /home/work/pm3py/.worktrees/sim-framework && python -m pytest tests/test_sim_table_compiler.py::TestTableCompilerSlix2 -v`
Expected: FAIL — `AttributeError: 'TableCompiler' has no attribute 'compile_slix2'`

**Step 3: Implement compile_slix2**

Add to `TableCompiler` class:

```python
    @staticmethod
    def compile_slix2(tag) -> ResponseTable:
        """Compile ICODE SLIX2 entries: passwords + privacy + NXP base.

        Groups:
            0 = always active
            1 = normal operation (active unless privacy mode)
        """
        # Start with NXP base entries (config regs, GET_RANDOM)
        table = TableCompiler.compile_nxp_icode(tag)

        # Password auth bits: read=0x01, write=0x02, privacy=0x04, destroy=0x08
        PWD_AUTH_BITS = {0x01: 0x01, 0x02: 0x02, 0x04: 0x04, 0x08: 0x08}

        # GET_RANDOM is already in the table — get the random bytes for XOR
        get_rnd = [e for e in table.entries if len(e.match) >= 2 and e.match[1] == 0xB2]
        random_bytes = get_rnd[0].response[1:3] if get_rnd else b"\x00\x00"

        # SET_PASSWORD entries for each configured password
        for pwd_id, password in tag._passwords.items():
            if password is None:
                continue

            auth_bit = PWD_AUTH_BITS.get(pwd_id, 0)

            # Compute XORed password bytes (as reader would send)
            import struct as st
            pwd_bytes = st.pack("<I", password)
            xored = bytes([
                pwd_bytes[0] ^ random_bytes[0],
                pwd_bytes[1] ^ random_bytes[1],
                pwd_bytes[2] ^ random_bytes[0],
                pwd_bytes[3] ^ random_bytes[1],
            ])

            # Correct password entry (exact match with XOR'd bytes)
            entry_kwargs = dict(
                match=bytes([0x02, 0xB3, 0x04, pwd_id]) + xored,
                match_mode=MATCH_EXACT,
                response=bytes([0x00]),
                set_auth=auth_bit,
            )

            # Privacy password also activates group 1
            if pwd_id == 0x04:  # PWD_PRIVACY
                entry_kwargs['activate_groups'] = (1 << 1)

            table.entries.append(TableEntry(**entry_kwargs))

        # SET_PASSWORD fallback (wrong password → error)
        table.entries.append(TableEntry(
            match=bytes([0x02, 0xB3, 0x04]),
            match_mode=MATCH_PREFIX,
            response=bytes([0x01, 0x0F]),  # error
        ))

        return table
```

**Step 4: Run tests**

Run: `cd /home/work/pm3py/.worktrees/sim-framework && python -m pytest tests/test_sim_table_compiler.py -v`
Expected: All pass

**Step 5: Commit**

```bash
cd /home/work/pm3py/.worktrees/sim-framework
git add pm3py/sim/table_compiler.py tests/test_sim_table_compiler.py
git commit --no-gpg-sign -m "feat: add TableCompiler.compile_slix2 with passwords and privacy groups"
```

---

### Task 4: Wire automatic table compilation into SimSession

**Files:**
- Modify: `pm3py/sim/sim_session.py`
- Modify: `tests/test_sim_table_compiler.py`

**Step 1: Write failing test**

Append to `tests/test_sim_table_compiler.py`:

```python
class TestSimSessionTableCompile:
    def test_start_15693_compiles_nxp_table(self):
        """start_15693 with compile=True should upload NXP table entries."""
        from pm3py.sim.sim_session import SimSession, CMD_SIM_TABLE_UPLOAD
        from unittest.mock import MagicMock
        import time

        tag = NxpIcodeTag(uid=b"\xE0\x04\x01\x02\x03\x04\x05\x06")

        # Mock serial port
        mock_ser = MagicMock()
        mock_ser.in_waiting = 0
        mock_ser.read.return_value = b""

        session = SimSession(port=mock_ser)
        session.start_15693(tag, trace=False, compile=True)

        # Should have written: SIM command + table upload frames
        calls = mock_ser.write.call_args_list
        assert len(calls) >= 2  # at least sim start + table upload

    def test_start_15693_no_compile_by_default(self):
        """start_15693 without compile should not upload table."""
        from pm3py.sim.sim_session import SimSession
        from unittest.mock import MagicMock

        tag = NxpIcodeTag(uid=b"\xE0\x04\x01\x02\x03\x04\x05\x06")

        mock_ser = MagicMock()
        mock_ser.in_waiting = 0
        mock_ser.read.return_value = b""

        session = SimSession(port=mock_ser)
        session.start_15693(tag, trace=False)

        # Should have written only the SIM command (+ maybe EML sync)
        # No table upload
        calls = mock_ser.write.call_args_list
        # Check no frame contains CMD_SIM_TABLE_UPLOAD
        from pm3py.sim.sim_session import CMD_SIM_TABLE_UPLOAD
        import struct
        for call in calls:
            frame = call[0][0]
            if len(frame) >= 10:
                cmd_in_frame = struct.unpack_from("<H", frame, 6)[0]
                assert cmd_in_frame != CMD_SIM_TABLE_UPLOAD
```

**Step 2: Run to verify failure**

Run: `cd /home/work/pm3py/.worktrees/sim-framework && python -m pytest tests/test_sim_table_compiler.py::TestSimSessionTableCompile -v`
Expected: FAIL — `start_15693` doesn't accept `compile` parameter

**Step 3: Add compile support to start_15693**

In `sim_session.py`, modify `start_15693()`:

```python
def start_15693(self, tag, compile: bool = False, trace: bool = False) -> None:
```

After `self._active = True` and before the trace setup, add:

```python
        if compile:
            self._compile_and_upload_table(tag, ser)
```

Add the helper method:

```python
def _compile_and_upload_table(self, tag, ser) -> None:
    """Compile response table from tag model and upload to firmware."""
    from .table_compiler import TableCompiler, ResponseTable

    table = ResponseTable(entries=[])

    # NXP ICODE base (config regs, GET_RANDOM)
    if hasattr(tag, '_config_regs'):
        nxp_table = TableCompiler.compile_nxp_icode(tag)
        table.entries.extend(nxp_table.entries)

    # SLIX2 (passwords, privacy)
    if hasattr(tag, '_passwords'):
        slix2_table = TableCompiler.compile_slix2(tag)
        # compile_slix2 already includes nxp_icode, so use it instead
        table = slix2_table

    if not table.entries:
        return

    # Upload: first chunk has 4-byte initial_groups header
    import struct
    initial_groups = 0xFFFFFFFF
    data = table.serialize()
    max_payload = 512

    # First frame: header + entries
    header = struct.pack("<I", initial_groups)
    entries_per_chunk = (max_payload - len(header)) // 120
    first_data = data[:entries_per_chunk * 120]
    payload = header + first_data
    frame = encode_ng_frame(CMD_SIM_TABLE_UPLOAD, payload)
    ser.write(frame)
    import time
    time.sleep(0.05)
    if ser.in_waiting:
        ser.read(ser.in_waiting)

    # Remaining chunks
    remaining = data[entries_per_chunk * 120:]
    chunk_size = (max_payload // 120) * 120
    for i in range(0, len(remaining), chunk_size):
        chunk = remaining[i:i + chunk_size]
        frame = encode_ng_frame(CMD_SIM_TABLE_UPDATE, chunk)
        ser.write(frame)
        time.sleep(0.05)
        if ser.in_waiting:
            ser.read(ser.in_waiting)

    print(f"[SimSession] Uploaded {len(table.entries)} table entries")
```

**Step 4: Run tests**

Run: `cd /home/work/pm3py/.worktrees/sim-framework && python -m pytest tests/ -v`
Expected: All pass

**Step 5: Commit**

```bash
cd /home/work/pm3py/.worktrees/sim-framework
git add pm3py/sim/sim_session.py tests/test_sim_table_compiler.py
git commit --no-gpg-sign -m "feat: auto-compile and upload response table in start_15693"
```