myxce/src/xceadmin/tests/test_mapping.py
lei.chen 857f987f3c resources: XCE_RESF_BUILTIN 从未被置位 — resources.yaml 加 builtin: true 声明式键
XCE_RESF_BUILTIN (0x01) 在生产链路上从未被任何一层置位:全树只有 types.h
定义、scheduler repl_info.c 显示表、一个测试 fixture 三处引用。worker
init_builtin_load_indices()(mem/io/r1m…)、controller add_hostattrs_resvals()/
set_host_slots() 硬编码生产这些资源的值,但定义的 flags 从 YAML→capnp→wire
全程没人打这个位——CLI 的 BUILTIN 列对 mem/io/slots 等恒显 false,与 extlic
等用户资源无法区分。

- resources.schema.json(+xceadmin 打包副本,构建时从 src/configs/schema
  同步):加 builtin: boolean 键
- mapping.py:RESOURCE_FLAG_BUILTIN=0x01,_build_resource 映射 builtin:true
  (与 consumable/release 同模式:缺省/false 不置位)
- build.py dump:补渲染 builtin=True;顺手补同样一直缺失的 external=True
  (此前 EXTERNAL 池 dump 只显示 shared=true)
- src/configs/resources.yaml:20 个硬编码生产者资源(slots + 11 load index
  + 8 host attributes)声明 builtin: true
- golden fixture full/expected.bin 相应再生(6696→6856B,diff 恰为 20 行
  builtin=True,非 builtin 行 0 差异)

验证:xceadmin 389 测试全绿(dev venv + meson build.dbg 各一遍);t1 实证:
树内 venv 重建 cluster.bin(与 live 逐行比对确认 delta 仅 builtin 20 行)→
config push gen=17 → apiserver 重启拾取(定义 store 只吃 join 时 config
push,激活只 re-push scheduler)→ xcecli definition list -l mem/io/slots
BUILTIN=true,extlic false、distribution/extlic 值/liccheck 作业 RUN→DONE
全链正常,5 daemon 健康。

Co-Authored-By: Claude Code <noreply@anthropic.com>
2026-10-28 01:46:21 +00:00

831 lines
32 KiB
Python

"""Unit tests for ``xcecommon.mapping`` (design.md, ``xcecommon.mapping``;
Requirements 1.1, 1.7, 1.8, 1.9, 1.10, 1.11, 1.12, 5.3, 9.1, 9.2, 9.3).
Pure unit tests against in-memory dicts (no file I/O) per task 2.3/5.1 --
except where a test deliberately loads the real ``src/configs/*.yaml``
fixtures to prove the mapper handles this repo's actual example configs,
not just synthetic minimal dicts (task 2.3's TDD approach explicitly asks
for both).
These tests build real capnp ``ClusterConfig`` messages via
``xcecommon.schema.load_schema()`` -- the same loaded module ``mapping.py``
targets -- so any drift between this module's hardcoded field names and the
real ``controller.capnp`` schema surfaces as an ``AttributeError``/
``KjException`` here, not silently.
"""
from __future__ import annotations
import inspect
from pathlib import Path
import pytest
import yaml
from xcecommon import mapping
from xcecommon.schema import load_schema
REPO_CONFIGS_DIR = Path(__file__).resolve().parents[2] / "configs"
@pytest.fixture
def cluster_config():
"""A fresh ``ClusterConfig`` builder -- never reused across tests, so
every test starts from an all-default message.
"""
return mapping.new_cluster_config_builder()
def _load_real_yaml(name: str) -> dict:
path = REPO_CONFIGS_DIR / name
with open(path, encoding="utf-8") as fh:
return yaml.safe_load(fh)
# ---------------------------------------------------------------------------
# SECTION_MAP shape
# ---------------------------------------------------------------------------
def test_section_map_has_eight_entries_one_per_yaml_capnp_field_pair():
assert len(mapping.SECTION_MAP) == 8
def test_section_map_hosts_yaml_feeds_two_distinct_capnp_fields():
hosts_entries = [s for s in mapping.SECTION_MAP if s["yaml_file"] == "hosts.yaml"]
assert len(hosts_entries) == 2
capnp_fields = {s["capnp_field"] for s in hosts_entries}
assert capnp_fields == {"hgroups", "hostConfigs"}
yaml_keys = {s["yaml_key"] for s in hosts_entries}
assert yaml_keys == {"hostgroups", "hosts"}
def test_section_map_covers_all_14_clusterconfig_fields_or_documents_exclusion():
# 7 scalar (xce.yaml, including worker-rejoin-resync's workerResyncWindowMs/
# workerResyncTimeoutMs, task 1.5) + 7 list capnp_fields covers 14 of the
# 15 ClusterConfig fields (@0-@14); configGeneration (@12) is the one
# deliberately excluded field (Requirement 1.9), documented in the
# module docstring, not present in SECTION_MAP at all.
list_fields = {s["capnp_field"] for s in mapping.SECTION_MAP if s["kind"] == "list"}
assert list_fields == {
"resources",
"queues",
"ugroups",
"hgroups",
"hostConfigs",
"hproviders",
"limits",
}
scalar_entries = [s for s in mapping.SECTION_MAP if s["kind"] == "scalar"]
assert len(scalar_entries) == 1
assert {f[1] for f in mapping._XCE_SCALAR_FIELDS} == {
"clusterName",
"heartbeatInterval",
"inactiveHeartbeatCount",
"fetchJobInterval",
"netioTimeout",
"workerResyncWindowMs",
"workerResyncTimeoutMs",
}
# ---------------------------------------------------------------------------
# map_scalar_section (xce.yaml)
# ---------------------------------------------------------------------------
def test_map_scalar_section_sets_all_7_fields(cluster_config):
spec = mapping.SECTION_MAP[0]
values = {
"cluster_name": "eda1",
"heartbeat_interval": 30,
"inactive_heartbeat_count": 3,
"fetch_job_interval": 10,
"netio_timeout": 30,
"worker_resync_window_ms": 900000,
"worker_resync_timeout_ms": 15000,
}
mapping.map_scalar_section(spec, values, cluster_config)
assert cluster_config.clusterName == "eda1"
assert cluster_config.heartbeatInterval == 30
assert cluster_config.inactiveHeartbeatCount == 3
assert cluster_config.fetchJobInterval == 10
assert cluster_config.netioTimeout == 30
assert cluster_config.workerResyncWindowMs == 900000
assert cluster_config.workerResyncTimeoutMs == 15000
def test_map_scalar_section_leaves_missing_optional_keys_at_default(cluster_config):
spec = mapping.SECTION_MAP[0]
values = {"cluster_name": "eda1", "heartbeat_interval": 30, "inactive_heartbeat_count": 3}
mapping.map_scalar_section(spec, values, cluster_config)
assert cluster_config.clusterName == "eda1"
assert cluster_config.fetchJobInterval == 0
assert cluster_config.netioTimeout == 0
assert cluster_config.workerResyncWindowMs == 0
assert cluster_config.workerResyncTimeoutMs == 0
@pytest.mark.parametrize("empty", [None, {}])
def test_map_scalar_section_noop_on_empty_values(cluster_config, empty):
spec = mapping.SECTION_MAP[0]
mapping.map_scalar_section(spec, empty, cluster_config)
assert cluster_config.clusterName == ""
assert cluster_config.heartbeatInterval == 0
# ---------------------------------------------------------------------------
# map_list_section: resources.yaml -> resources
# ---------------------------------------------------------------------------
def _spec_for(capnp_field: str) -> mapping.SectionSpec:
for spec in mapping.SECTION_MAP:
if spec["capnp_field"] == capnp_field:
return spec
raise AssertionError(f"no SECTION_MAP entry for {capnp_field!r}")
def test_map_list_section_resources_populates_mapped_fields_only(cluster_config):
items = [
{"name": "slots", "type": "numeric", "order": "decrease", "consumable": True,
"description": "job slot count", "interval": 0},
{"name": "mem", "type": "numeric", "interval": 60, "description": "memory"},
]
mapping.map_list_section(_spec_for("resources"), items, cluster_config)
assert len(cluster_config.resources) == 2
r0, r1 = cluster_config.resources
assert r0.name == "slots"
assert r0.desc == "job slot count"
assert r0.interval == 0
assert r0.valtype == 1 # XCE_VAL_NUMERIC
assert r0.ordtype == 1 # XCE_ORD_DECR
assert r0.flags == 0x80 # XCE_RESF_CONSUMABLE ("release" absent -> not OR'd in)
assert r1.name == "mem"
assert r1.interval == 60
assert r1.valtype == 1 # XCE_VAL_NUMERIC ("type" present)
assert r1.ordtype == 0 # "order" absent on this item -> untouched default
assert r1.flags == 0 # "consumable"/"release" both absent -> no bits set
# Deliberately-unmapped fields (see module docstring) stay at default.
assert r0.idx == 0
assert r0.lastReport == 0
def test_map_list_section_resources_builtin_flag(cluster_config):
"""``builtin: true`` (resources.yaml) -> XCE_RESF_BUILTIN (0x01) OR'd
on top of the other bits: the load indices (mem/io/r1m...) and host
attributes (type/model/maxmem...) are produced by hardcoded worker/
controller reporters, and the flag tells them apart from user-declared
resources (the CLI's BUILTIN column renders it). Absent/false must
stay 0 -- the same convention as consumable/release.
"""
items = [
{"name": "mem", "type": "numeric", "interval": 60,
"consumable": True, "builtin": True, "description": "memory"},
{"name": "mylic", "type": "numeric", "consumable": True,
"builtin": False, "description": "user pool"},
{"name": "plain", "type": "numeric"}, # builtin absent
]
mapping.map_list_section(_spec_for("resources"), items, cluster_config)
r0, r1, r2 = cluster_config.resources
assert r0.flags == 0x80 | 0x01 # CONSUMABLE | BUILTIN
assert r1.flags == 0x80 # explicit false -> no BUILTIN bit
assert r2.flags == 0 # absent -> no BUILTIN bit
def test_map_list_section_noop_on_empty_or_missing_items(cluster_config):
mapping.map_list_section(_spec_for("resources"), [], cluster_config)
mapping.map_list_section(_spec_for("resources"), None, cluster_config)
assert len(cluster_config.resources) == 0
def test_map_list_section_resourcemap_maps_distributions_and_all_flag(cluster_config):
"""resourcemap -> distributions (admin-plane-gaps 1.10): one
ResourceDistribution per resourcemap item in YAML order (location ->
hosts, value -> the Value union member picked by YAML type). Only the
location==["all"] + value shape sets XCE_RESF_SHARED|XCE_RESF_GLOBAL
(the cluster-wide static shared pool / license-pool shape); other
shapes map definition-only.
"""
items = [
{
"name": "licenses",
"type": "numeric",
"consumable": True,
"resourcemap": [{"location": ["all"], "value": 100}],
},
{
"name": "hostpool",
"type": "numeric",
"resourcemap": [
{"value": 100, "location": ["host1", "host2"]},
{"location": ["host5", "host6"]}, # dynamic, worker-reported
],
},
{
"name": "bigmem",
"type": "boolean",
"resourcemap": [{"value": True, "location": ["host1"]}],
},
{
"name": "strres2",
"type": "string",
"resourcemap": [{"value": "v1", "location": ["host1"]}],
},
{"name": "plain", "type": "numeric"}, # no resourcemap at all
]
mapping.map_list_section(_spec_for("resources"), items, cluster_config)
r0, r1, r2, r3, r4 = cluster_config.resources
# [all]+value: SHARED|GLOBAL OR'd on top of CONSUMABLE
assert r0.flags == 0x80 | 0x08 | 0x04 # CONSUMABLE | SHARED | GLOBAL
assert len(r0.distributions) == 1
assert [str(h) for h in r0.distributions[0].hosts] == ["all"]
assert r0.distributions[0].value.u.which == "fvalue"
assert r0.distributions[0].value.u.fvalue == 100.0
# host-subset static pool + dynamic shape: distributions mapped
# faithfully, flags untouched (no SHARED|GLOBAL without location [all])
assert r1.flags == 0
assert len(r1.distributions) == 2
assert [str(h) for h in r1.distributions[0].hosts] == ["host1", "host2"]
assert r1.distributions[0].value.u.fvalue == 100.0
assert [str(h) for h in r1.distributions[1].hosts] == ["host5", "host6"]
assert r1.distributions[1].value.u.which == "ivalue32" # capnp union default
# boolean/string values pick their union member
assert r2.distributions[0].value.u.which == "bvalue"
assert bool(r2.distributions[0].value.u.bvalue) is True
assert r3.distributions[0].value.u.which == "svalue"
assert str(r3.distributions[0].value.u.svalue) == "v1"
# no resourcemap -> no distributions, no extra flags
assert len(r4.distributions) == 0
assert r4.flags == 0
def test_map_list_section_resourcemap_external_location_flag(cluster_config):
"""resourcemap location==["external"] (external-license-resources): the
resource carries XCE_RESF_SHARED | XCE_RESF_GLOBAL | XCE_RESF_EXTERNAL
(0x08|0x04|0x10) -- cluster-wide pool, but its values come only from the
extres daemon's free-count pushes, never from a config distribution or
worker reports. A bare ["external"] (no value) also maps definition-only
-- the daemon owns the values entirely.
"""
items = [
{
"name": "verilog_xl",
"type": "numeric",
"consumable": True,
"resourcemap": [{"location": ["external"]}],
},
{
"name": "extlic_valued",
"type": "numeric",
"resourcemap": [{"location": ["external"], "value": 7}],
},
]
mapping.map_list_section(_spec_for("resources"), items, cluster_config)
r0, r1 = cluster_config.resources
# CONSUMABLE | SHARED | GLOBAL | EXTERNAL
assert r0.flags == 0x80 | 0x08 | 0x04 | 0x10
assert len(r0.distributions) == 1
assert [str(h) for h in r0.distributions[0].hosts] == ["external"]
# valued variant: same flags, the distribution value still maps (the
# controller refuses to seed it -- EXTERNAL skips seed_sharedinst)
assert r1.flags == 0x08 | 0x04 | 0x10
assert r1.distributions[0].value.u.fvalue == 7.0
def test_map_list_section_resourcemap_real_repo_configs(cluster_config):
"""The mapper handles the real src/configs/resources.yaml: every
resourcemap entry lands as a distribution, and the two [all]+value
resources (staticres4, res1) carry SHARED|GLOBAL.
"""
data = _load_real_yaml("resources.yaml")
mapping.map_list_section(_spec_for("resources"), data["resources"], cluster_config)
by_name = {r.name: r for r in cluster_config.resources}
for r in by_name.values():
expected_maps = [item for item in data["resources"] if item["name"] == r.name][0].get("resourcemap") or []
assert len(r.distributions) == len(expected_maps)
for name in ("staticres4", "res1"):
assert by_name[name].flags & 0x08 | 0x04 == 0x08 | 0x04
assert len(by_name[name].distributions) == 1
assert [str(h) for h in by_name[name].distributions[0].hosts] == ["all"]
assert by_name[name].distributions[0].value.u.fvalue == 100.0
# per-host/per-default shapes stay definition-only
for name in ("staticres1", "staticres2", "staticres3", "host_quota"):
assert by_name[name].flags & (0x08 | 0x04) == 0
# builtin:true resources (the worker load indices + host attributes the
# repo config declares) carry XCE_RESF_BUILTIN; user-declared shapes
# (staticres*, extlic) do not.
for name in ("slots", "mem", "r1m", "r15m", "r15s", "ut", "pg", "ls", "it",
"swp", "io", "tmp", "type", "model", "cpuf", "maxcpus",
"maxmem", "maxswap", "maxtmp", "ndisks"):
assert by_name[name].flags & 0x01 == 0x01, f"{name} missing BUILTIN"
for name in ("dynres1", "dynres2", "staticres1", "staticres2", "staticres3",
"staticres4", "res1", "sres1", "bigmem", "strres1", "strres2",
"host_quota", "gstring", "extlic"):
assert by_name[name].flags & 0x01 == 0, f"{name} unexpectedly BUILTIN"
# ---------------------------------------------------------------------------
# map_list_section: users.yaml/hosts.yaml -> ugroups/hgroups (named groups)
# ---------------------------------------------------------------------------
def test_map_list_section_ugroups_maps_groupname_members_exclude(cluster_config):
items = [{"groupname": "ug1", "members": ["user1", "user2"], "exclude_members": ["user3"]}]
mapping.map_list_section(_spec_for("ugroups"), items, cluster_config)
g = cluster_config.ugroups[0]
assert g.name == "ug1"
assert list(g.members) == ["user1", "user2"]
assert list(g.exmembers) == ["user3"]
def test_map_list_section_hgroups_omits_exclude_members_when_absent(cluster_config):
items = [{"groupname": "hg1", "members": ["all"]}]
mapping.map_list_section(_spec_for("hgroups"), items, cluster_config)
g = cluster_config.hgroups[0]
assert g.name == "hg1"
assert list(g.members) == ["all"]
assert list(g.exmembers) == []
# ---------------------------------------------------------------------------
# map_list_section: hosts.yaml -> hostConfigs (the "feeds two fields" file)
# ---------------------------------------------------------------------------
def test_hosts_yaml_feeds_hgroups_and_hostconfigs_independently(cluster_config):
"""The one file that feeds two separate output fields (design.md /
task 5.1) -- build both from the same parsed hosts.yaml dict and
assert each populated correctly and independently.
"""
hosts_data = {
"hosts": [{"hostname": "h1", "type": "linux", "max_slot": 4}],
"hostgroups": [{"groupname": "hg1", "members": ["all"]}],
}
mapping.map_list_section(_spec_for("hgroups"), hosts_data.get("hostgroups"), cluster_config)
mapping.map_list_section(_spec_for("hostConfigs"), hosts_data.get("hosts"), cluster_config)
assert cluster_config.hgroups[0].name == "hg1"
assert cluster_config.hostConfigs[0].name == "h1"
assert cluster_config.hostConfigs[0].mxj == 4
# Independence: touching hostConfigs must not disturb hgroups.
assert len(cluster_config.hgroups) == 1
def test_map_list_section_host_config_full_field_mapping(cluster_config):
items = [
{
"hostname": "default",
"type": "x86_64-linux-gnu",
"model": "x86_64-linux-gnu",
"max_slot": -1,
"description": "default host",
"resource": [{"name": "mg"}, {"name": "maxswap", "value": 10000}],
"sched_stop": [
{"resname": "r1m", "sched": 3.5, "stop": 4.5},
{"resname": "r15s", "sched": 4.0, "stop": 10.0},
],
"dispatch_window": [
{"start_time": "9:00", "end_time": "18:00"},
{"start_time": "21:00", "end_time": "7:00"},
],
},
]
mapping.map_list_section(_spec_for("hostConfigs"), items, cluster_config)
h = cluster_config.hostConfigs[0]
assert h.name == "default"
assert h.type == "x86_64-linux-gnu"
assert h.model == "x86_64-linux-gnu"
# max_slot == -1 (auto-detect sentinel) cannot be represented directly
# by UInt32 mxj -- mapped to the 0xFFFFFFFF bit-pattern instead, which
# the controller's `int mxj` field reinterprets back to -1 (see module
# docstring and HOSTCONFIG_MXJ_AUTO_DETECT).
assert h.mxj == mapping.HOSTCONFIG_MXJ_AUTO_DETECT
assert [r.name for r in h.resources] == ["mg", "maxswap"]
assert h.resources[0].value == ""
assert h.resources[1].value == "10000"
assert [t.name for t in h.thresholds] == ["r1m", "r15s"]
assert h.thresholds[0].sched == 3.5
assert h.thresholds[0].stop == 4.5
segs = h.dispatchwindows.segs
assert len(segs) == 2
assert segs[0].open.hour == 9
assert segs[0].open.min == 0
assert segs[0].close.hour == 18
assert segs[1].open.hour == 21
assert segs[1].close.hour == 7
def test_map_list_section_host_config_sets_mxj_when_max_slot_nonnegative(cluster_config):
items = [{"hostname": "worker2", "max_slot": 256}]
mapping.map_list_section(_spec_for("hostConfigs"), items, cluster_config)
assert cluster_config.hostConfigs[0].mxj == 256
def test_map_list_section_host_config_sets_mxj_auto_detect_sentinel_when_max_slot_absent(
cluster_config,
):
"""The production case: a host entry with no `max_slot` key at all
(the normal way to request auto-detect, per hosts.schema.json) must
NOT silently ship mxj=0 -- that reads to the controller as "explicitly
configure 0 slots" and permanently blocks scheduling on that host
(worker.c apply_join_state: `if (nslots < 0) nslots = maxcpus;` never
fires for 0). It must ship the 0xFFFFFFFF sentinel instead."""
items = [{"hostname": "worker3"}]
mapping.map_list_section(_spec_for("hostConfigs"), items, cluster_config)
assert cluster_config.hostConfigs[0].mxj == mapping.HOSTCONFIG_MXJ_AUTO_DETECT
assert mapping.HOSTCONFIG_MXJ_AUTO_DETECT != 0
@pytest.mark.parametrize(
("value", "expected"),
[
(3.5, 3.5),
(2000, 2000.0),
(0, 0.0),
("500MB", 500 * 1024**2),
("2GB", 2 * 1024**3),
("1.5GB", 1.5 * 1024**3),
("500 MB", 500 * 1024**2), # space between number and unit
("500mb", 500 * 1024**2), # lowercase unit
("1024B", 1024.0),
("-1KB", -1024.0),
],
)
def test_parse_size_or_number_accepts_plain_numbers_and_size_strings(value, expected):
assert mapping.parse_size_or_number(value) == expected
@pytest.mark.parametrize(
"value",
[
"not a number",
"500XB", # unrecognized unit
"GB", # missing number
"500", # missing unit -- ambiguous, must be a plain number instead
None,
[1, 2],
],
)
def test_parse_size_or_number_rejects_unparseable_values(value):
with pytest.raises((TypeError, ValueError)):
mapping.parse_size_or_number(value)
def test_map_list_section_host_config_sched_stop_accepts_size_strings(cluster_config):
"""The production case for parse_size_or_number: an operator writes a
human-friendly size string for a byte-valued resource's threshold
(e.g. maxmem/mem/tmp/maxswap/maxtmp -- see test.c's
is_bytes_valued_resource) instead of computing the raw byte count by
hand."""
items = [
{
"hostname": "worker4",
"sched_stop": [{"resname": "tmp", "sched": "500MB", "stop": "100MB"}],
}
]
mapping.map_list_section(_spec_for("hostConfigs"), items, cluster_config)
threshold = cluster_config.hostConfigs[0].thresholds[0]
assert threshold.name == "tmp"
assert threshold.sched == 500 * 1024**2
assert threshold.stop == 100 * 1024**2
def test_time_window_day_prefixed_spec_parses_day_hour_minute(cluster_config):
items = [
{
"name": "night",
"priority": 30,
"run_window": [
{"start_time": "5:19:00", "end_time": "1:8:30"},
],
}
]
mapping.map_list_section(_spec_for("queues"), items, cluster_config)
seg = cluster_config.queues[0].runWindow.segs[0]
assert seg.open.day == 5
assert seg.open.hour == 19
assert seg.open.min == 0
assert seg.close.day == 1
assert seg.close.hour == 8
assert seg.close.min == 30
# ---------------------------------------------------------------------------
# map_list_section: queues.yaml -> queues
# ---------------------------------------------------------------------------
def test_map_list_section_queue_full_field_mapping(cluster_config):
items = [
{
"name": "night",
"description": "night queue",
"priority": 30,
"res_req": "mem>1000 rusage[mem=1000]",
"gpu_req": "num=1:mode=shared",
"sched_stop": [{"resname": "tmp", "sched": 2000, "stop": 1000}],
"dispatch_window": [{"start_time": "19:00", "end_time": "8:30"}],
"run_window": [{"start_time": "20:00", "end_time": "8:30"}],
"pre_exec": "/path/to/preexec.sh",
"post_exec": "/path/to/postexec.sh",
"users": {"members": ["ug1", "ug2"], "exclude_members": ["user3"]},
"hosts": {"members": ["hgroup1", "hgroup2"], "exclude_members": ["host3"]},
},
]
mapping.map_list_section(_spec_for("queues"), items, cluster_config)
q = cluster_config.queues[0]
assert q.name == "night"
assert q.priority == 30
assert q.resreq == "mem>1000 rusage[mem=1000]"
assert q.preExec == "/path/to/preexec.sh"
assert q.postExec == "/path/to/postexec.sh"
assert list(q.users.members) == ["ug1", "ug2"]
assert list(q.users.exmembers) == ["user3"]
assert q.users.name == "" # embedded Membership never carries a name
assert list(q.hosts.members) == ["hgroup1", "hgroup2"]
assert q.thresholds[0].name == "tmp"
assert q.thresholds[0].sched == 2000.0
assert q.dispatchWindow.segs[0].open.hour == 19
assert q.runWindow.segs[0].open.hour == 20
# Deliberately-unmapped fields: description, gpu_req, attrs, status,
# acceptIntervals, schedDelay have no destination or no data source.
assert q.attrs == 0
assert q.status == 0
assert q.acceptIntervals == 0
assert q.schedDelay == 0
def test_map_list_section_queue_minimal_required_fields_only(cluster_config):
items = [{"name": "xce", "priority": 30}]
mapping.map_list_section(_spec_for("queues"), items, cluster_config)
q = cluster_config.queues[0]
assert q.name == "xce"
assert q.priority == 30
assert q.resreq == ""
assert len(q.thresholds) == 0
assert len(q.dispatchWindow.segs) == 0
# ---------------------------------------------------------------------------
# map_list_section: scaler.yaml -> hproviders
# ---------------------------------------------------------------------------
def test_map_list_section_scaler_config_full_field_mapping(cluster_config):
items = [
{
"name": "aws-asg",
"type": "script",
"conf_path": "/etc/xce/scalers/aws-asg.conf",
"script_path": "/opt/xce/scalers/aws_asg.sh",
"script_option": "--region us-east-1",
},
{"name": "k8s-pool", "type": "script", "script_path": "/opt/xce/scalers/k8s_pool.sh"},
]
mapping.map_list_section(_spec_for("hproviders"), items, cluster_config)
p0, p1 = cluster_config.hproviders
assert p0.name == "aws-asg"
assert p0.type == "script"
assert p0.confPath == "/etc/xce/scalers/aws-asg.conf"
assert p0.scriptPath == "/opt/xce/scalers/aws_asg.sh"
assert p0.scriptOption == "--region us-east-1"
assert p1.name == "k8s-pool"
assert p1.confPath == ""
assert p1.scriptOption == ""
# ---------------------------------------------------------------------------
# map_list_section: limits.yaml -> limits
# ---------------------------------------------------------------------------
def test_map_list_section_limit_config_full_field_mapping(cluster_config):
items = [
{
"name": "ug2_slots_per_user",
"users": {"members": ["ug2"], "exclude_members": ["user3"]},
"resname": "slots",
"value": 4,
"per_user": True,
},
{
"name": "night_mem_pct",
"queues": {"members": ["night"]},
"resname": "mem",
"value": 50,
"percent": True,
},
{
"name": "ug1_normal_slots",
"users": {"members": ["ug1"]},
"queues": {"members": ["normal"]},
"resname": "slots",
"value": 8,
},
]
mapping.map_list_section(_spec_for("limits"), items, cluster_config)
l0, l1, l2 = cluster_config.limits
assert l0.name == "ug2_slots_per_user"
assert list(l0.users.members) == ["ug2"]
assert list(l0.users.exmembers) == ["user3"]
assert l0.val.resname == "slots"
assert l0.val.value == 4.0
assert l0.val.percentage is False
assert l0.perUser is True
assert l0.perQueue is False
assert l1.val.resname == "mem"
assert l1.val.percentage is True
assert list(l2.users.members) == ["ug1"]
assert list(l2.queues.members) == ["normal"]
# ---------------------------------------------------------------------------
# Order preservation (Requirement 9.1)
# ---------------------------------------------------------------------------
def test_list_order_preserved_not_sorted(cluster_config):
items = [{"name": n} for n in ["zebra", "apple", "mango"]]
mapping.map_list_section(_spec_for("resources"), items, cluster_config)
assert [r.name for r in cluster_config.resources] == ["zebra", "apple", "mango"]
def test_group_membership_order_preserved(cluster_config):
items = [{"groupname": "hg1", "members": ["h3", "h1", "h2"]}]
mapping.map_list_section(_spec_for("hgroups"), items, cluster_config)
assert list(cluster_config.hgroups[0].members) == ["h3", "h1", "h2"]
# ---------------------------------------------------------------------------
# Determinism (Requirements 9.1, 9.2, 9.3)
# ---------------------------------------------------------------------------
def _build_full_sections() -> dict[str, dict]:
return {
"xce": {
"cluster_name": "eda1",
"heartbeat_interval": 30,
"inactive_heartbeat_count": 3,
"fetch_job_interval": 10,
"netio_timeout": 30,
},
"resources": {"resources": [{"name": "slots", "type": "numeric"}, {"name": "mem", "type": "numeric"}]},
"queues": {"queues": [{"name": "xce", "priority": 30, "users": {"members": ["all"]}}]},
"users": {"usergroups": [{"groupname": "ug1", "members": ["user1", "user2"]}]},
"hosts": {
"hosts": [{"hostname": "h1", "max_slot": 4}],
"hostgroups": [{"groupname": "hg1", "members": ["all"]}],
},
"scaler": {"scalers": [{"name": "aws-asg", "type": "script", "script_path": "/x.sh"}]},
"limits": {"limits": [{"name": "l1", "resname": "slots", "value": 10}]},
}
def test_map_all_sections_building_same_input_twice_produces_identical_bytes():
sections = _build_full_sections()
target1 = mapping.new_cluster_config_builder()
mapping.map_all_sections(sections, target1)
bytes1 = target1.to_bytes()
target2 = mapping.new_cluster_config_builder()
mapping.map_all_sections(sections, target2)
bytes2 = target2.to_bytes()
assert bytes1 == bytes2
def test_map_all_sections_missing_file_matches_present_empty_section():
"""A schema_name absent from `sections` (missing YAML file) must
produce byte-identical output to that section being present but
empty -- Requirement 1.5's rule, enforced structurally.
"""
sections_missing = {
"xce": {"cluster_name": "c", "heartbeat_interval": 1, "inactive_heartbeat_count": 1}
}
sections_present_empty = dict(sections_missing, resources={"resources": []})
target_missing = mapping.new_cluster_config_builder()
mapping.map_all_sections(sections_missing, target_missing)
target_empty = mapping.new_cluster_config_builder()
mapping.map_all_sections(sections_present_empty, target_empty)
assert target_missing.to_bytes() == target_empty.to_bytes()
def test_map_all_sections_populates_all_capnp_fields_and_skips_configgeneration():
sections = _build_full_sections()
target = mapping.new_cluster_config_builder()
mapping.map_all_sections(sections, target)
assert target.clusterName == "eda1"
assert len(target.resources) == 2
assert len(target.queues) == 1
assert len(target.ugroups) == 1
assert len(target.hgroups) == 1
assert len(target.hostConfigs) == 1
assert len(target.hproviders) == 1
assert len(target.limits) == 1
# configGeneration (@12): controller-assigned, never touched (1.9).
assert target.configGeneration == 0
def test_no_timestamp_hostname_or_username_source_anywhere_in_module():
"""Static regression guard for Requirement 9.2: no wall-clock,
hostname, or username source is ever imported or called by this
module.
"""
source = inspect.getsource(mapping)
forbidden_tokens = [
"datetime",
"time.time",
"gethostname",
"getlogin",
"getuser",
"uuid.uuid",
"os.environ",
]
for token in forbidden_tokens:
assert token not in source, f"forbidden non-deterministic source {token!r} found in mapping.py"
# ---------------------------------------------------------------------------
# Real src/configs/*.yaml fixtures
# ---------------------------------------------------------------------------
@pytest.mark.skipif(not REPO_CONFIGS_DIR.is_dir(), reason="src/configs/ fixtures not present")
def test_maps_real_repo_config_fixtures_without_error():
sections = {
"xce": _load_real_yaml("xce.yaml"),
"resources": _load_real_yaml("resources.yaml"),
"queues": _load_real_yaml("queues.yaml"),
"users": _load_real_yaml("users.yaml"),
"hosts": _load_real_yaml("hosts.yaml"),
"scaler": _load_real_yaml("scaler.yaml"),
"limits": _load_real_yaml("limits.yaml"),
}
target = mapping.new_cluster_config_builder()
mapping.map_all_sections(sections, target)
assert target.clusterName == "eda1"
assert len(target.resources) == len(sections["resources"]["resources"])
assert len(target.queues) == len(sections["queues"]["queues"])
assert len(target.hostConfigs) == len(sections["hosts"]["hosts"])
assert len(target.hgroups) == len(sections["hosts"]["hostgroups"])
assert len(target.limits) == len(sections["limits"]["limits"])
# Round-trip through to_bytes()/from_bytes() using the real loaded
# schema module -- catches drift between mapping.py's hardcoded field
# names and the real controller.capnp schema.
mod = load_schema()
target_bytes = target.to_bytes()
with mod.ClusterConfig.from_bytes(target_bytes) as reader:
assert reader.clusterName == "eda1"
assert reader.queues[3].name == "short"
# Determinism against the real fixtures too.
target2 = mapping.new_cluster_config_builder()
mapping.map_all_sections(sections, target2)
assert target_bytes == target2.to_bytes()