Nest the two library packages under a single import namespace so they can ship as one distribution: protocol/ -> smartthings_local/protocol/ ocf/ -> smartthings_local/ocf/ (git mv, history preserved) - Rewrite all imports protocol.* -> smartthings_local.protocol.*, ocf.* -> smartthings_local.ocf.* across the ocf modules, mqtt_demo/ (bridge, descriptor, samples), and tests. - Add pyproject.toml: dist name `smartthings-local`, hatch-vcs versioning from v* tags, wheel ships only smartthings_local/. - Add .github/workflows/publish.yml: build + PyPI Trusted Publishing on v* tags (OIDC, no stored token). - Force-include protocol/ocf_root_ca.pem via [tool.hatch.build] artifacts: it is tracked but matches .gitignore's *.pem, so hatchling's VCS file selection would drop it — and dtls_session.py loads it at runtime. - Update mqtt_demo Dockerfile COPY and deploy.sh tar allowlist to the single smartthings_local/ package. - .gitignore: build artifacts (_version.py, dist/, *.egg-info/). Validated: pytest tests/ (11 passed), python -m build produces sdist + wheel with the pem bundled, fresh pip install resolves all nested imports with the pem readable from site-packages.
46 lines
1.6 KiB
Python
46 lines
1.6 KiB
Python
from smartthings_local.protocol.coap import (
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build_coap, parse_coap, encode_options, block_value, fmt_code,
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TYPE_CON, METHOD_GET, URI_PATH, ACCEPT, CF_CBOR, BLOCK2,
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)
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def test_build_then_parse_roundtrip_no_payload():
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opts = [(URI_PATH, b'device'), (URI_PATH, b'0'), (ACCEPT, CF_CBOR)]
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datagram = build_coap(TYPE_CON, METHOD_GET, 0xABCD, b'\x01\x02', opts)
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mtype, code, mid, tok, parsed_opts, payload = parse_coap(datagram)
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assert mtype == TYPE_CON
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assert code == METHOD_GET
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assert mid == 0xABCD
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assert tok == b'\x01\x02'
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assert payload == b''
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assert sorted(parsed_opts) == sorted(opts)
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def test_build_then_parse_roundtrip_with_payload():
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datagram = build_coap(TYPE_CON, 0x45, 1, b'\xff', [], payload=b'\xa1\x01\x02')
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_, code, _, _, _, payload = parse_coap(datagram)
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assert code == 0x45
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assert payload == b'\xa1\x01\x02'
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def test_encode_options_orders_by_option_number():
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# ACCEPT (17) must be encoded after URI_PATH (11) regardless of input order
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encoded_in_order = encode_options([(URI_PATH, b'x'), (ACCEPT, CF_CBOR)])
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encoded_reversed = encode_options([(ACCEPT, CF_CBOR), (URI_PATH, b'x')])
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assert encoded_in_order == encoded_reversed
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def test_block_value_encodes_num_more_szx():
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# num=2, more=1, szx=6 -> (2<<4)|(1<<3)|6 = 0x2E
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assert block_value(2, 1, 6) == bytes([0x2E])
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def test_block_value_promotes_to_two_bytes_when_num_is_large():
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v = block_value(num=0xFFF, more=0, szx=0)
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assert len(v) == 2
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def test_fmt_code_formats_class_dot_detail():
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assert fmt_code(0x45) == '2.05'
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assert fmt_code(0x84) == '4.04'
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