docs(skill): bundle skill and docs PRs #189, #183, #177, #144 - #200
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…388) A ported checkpointer/cache/store defaulting to localhost silently crashes under CanyonOS, since each agent/workflow gets its own container. Document the injected CANYONOS_REDIS_HOST/CANYONOS_REDIS_PORT contract in adapter.md and add the matching symptom to troubleshooting.md. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Stop ignoring docs/ so this guide can be reviewed and shared through the repo.
…y.txt Each port now records one eligible workflow input, verbatim, for end-to-end testing via canyonos test "$(cat .car/config/test_query.txt)". Also documents that query is always a str and that Future arguments and .value() results arrive as text regardless of the declared yaml type.
…huo/skill-docs-bundle
…nickhuo/skill-docs-bundle # Conflicts: # .claude/skills/porting-to-canyonos/references/adapter.md
… into nickhuo/skill-docs-bundle # Conflicts: # .claude/skills/porting-to-canyonos/references/adapter.md
Replace the smallest-service-map rule in the porting skill with a definition of what counts as an agent in LangGraph/LangChain sources, how agents group into services, and how edges between agents move into the workflow.
…pport The proxy relays text/event-stream responses since CAN-356, so token-by-token reads are no longer a blocker. Note the two remaining caveats: OpenAI stream usage needs include_usage, and the canyonos test stub does not emulate SSE.
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📝 WalkthroughWalkthroughThe pull request updates CanyonOS porting guidance, adds an application-readiness guide, and revises service mapping, adapter, validation, and handoff instructions. Unresolved-import diagnostics now issue a warning instead of an error. ChangesCanyonOS porting guidance
Priority: ➖ Normal Estimated code review effort: 3 (Moderate) | ~20 minutes Change: Other Suggested reviewers: Merge Risk: 🟡 Moderate · up to An unresolved workflow dependency may pass ordinary validation and then prevent the workflow from starting; warnings are intended to be reviewed, but this remains a material risk. The blocked handoff also sends developers to outdated dependency guidance. Resolve these before merging. 🚥 Pre-merge checks | ✅ 5✅ Passed checks (5 passed)
✨ Finishing Touches🧪 Generate unit tests (beta)
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"The framework" read as CanyonOS itself; service boundaries come from the control flow of the original workflow being ported.
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Inline comments:
In @.claude/skills/porting-to-canyonos/references/adapter.md:
- Around line 182-185: Update the Postgres-backed client guidance in the adapter
instructions to use the declared database endpoint when no explicit connection
override is provided; reserve CANYONOS_REDIS_HOST and CANYONOS_REDIS_PORT for
Redis clients and routing-table lookup.
In @.claude/skills/porting-to-canyonos/references/source-survey.md:
- Line 14: Update the “Preparing an Agent App for CanyonOS” link in the source
survey to reference the current readiness guide revision,
21cf26272a7a1df552f3ec6156e6d6afbcb8539f, instead of the outdated pinned
revision.
In @.claude/skills/porting-to-canyonos/validation/dependencies.py:
- Line 181: Update the W006 handling in the dependency validation flow to report
a definite missing dependency as an error when no matching base or declared
requirement exists. Reserve report.warn for cases where a declared distribution
may provide the import under another name.
In `@docs/CANYONIZATION-APP-READINESS.md`:
- Line 162: Update the `compileall` command to compile only the application
source tree or explicitly exclude `.venv`, so recursive compilation does not
traverse the virtual environment.
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2 tasks
- Resolve database clients against their declared entry, not the Redis env. - Link the readiness guide on main instead of a branch commit. - Exclude .venv from the readiness compile check.
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Will look into docs more in depth later, but this looks good to me
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only still-valid issues, skip the rest with a brief reason, keep changes
minimal, and validate.
Inline comments:
In @.claude/skills/porting-to-canyonos/references/source-survey.md:
- Line 13: Update the readiness-guide link in the blocked handoff to point to
the current main-branch CANYONIZATION-APP-READINESS.md guide instead of the
outdated pinned revision.
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…ndle # Conflicts: # docs/CANYONIZATION-APP-READINESS.md
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#178 and #180, which this branch was stacked on, landed on main as squash merges, so their branch commits are not ancestors of main and every file they touched conflicted as duplicated content. The duplicated stack is dropped: this merge takes main as it is and replays only this PR's own change on top of it: - 5b9e537 refactor: take the build verdict from canyonos validate - 12d7bb6 refactor: drop the validator from the porting skill - 9d65d46 docs: point the skill at canyonos validate and canyonos test - 82f406f build: hash the skill directory into the CLI test task - c56be65 docs: say what the two commands actually report Not replayed, because main already has them: effc4e6 (doctor's Redis port, landed as #193), and af883dd, 9356d13, 94bdf6d, which came in with #178. cda1cb1 touched _platform_overrides' PLATFORM_PINS matching, which #186 replaced with the protobuf floor, so there is nothing left for it to fix. Main had edited validation/runtime.py (#186: the fallback copy of the base requirements) and validation/dependencies.py (#200: W006 from error to warning) since this branch deleted them. Both stay deleted: the base requirements are read from stub_generator in core, and W006 goes with the rest of the skill validator. The skill-doc conflicts with #200 keep main's new handoff and test-input step and apply this PR's renames on top. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_017CiY8b3FNgfXCPQLR4PtdV
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… is gone Main reverted `canyonos test --rebuild` (8ec0954) so that test never tears down a running deploy, which left step 4 telling the agent to run a flag the CLI rejects. Plain `canyonos test` is no install-and-import step: it deploys locally and, since #205, makes real model calls by default. The handoff #200 wrote already offers it to the developer as a next step and tells the agent not to run further commands, so step 4 ends at `canyonos validate` exiting 0, and the "What a clean run does not prove" paragraph goes back to saying what still survives an exit-0 run. Two sentences still described the stubbed default #205 replaced: the credentials note said `canyonos test` stubs LLM calls, and the streaming caveat sent the agent to `canyonos test --real-llm`, a flag that does not exist. Both now say the default is the real model and `--stub-llm` stubs it. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_017CiY8b3FNgfXCPQLR4PtdV
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* feat: declare the manifest and agent-YAML schema in core
`global_controller.yaml` and the agent declarations were read with
yaml.safe_load and dozens of .get() calls spread over the controller, the
CLI and the stub generator. An unknown key was ignored, `replicas: "2"`
failed deep inside the instance manager once containers were being
launched, and an argument typed `List[str]` produced a stub that only
failed when the container imported it.
canyonos_core.schema declares every key, its type and its default, and
rejects what it does not know:
- errors.py declares SchemaViolation/SchemaError and renders a violation
as one `path:line: field: message` line, because the host CLI reads the
first ERROR: line out of the in-container deploy as the root cause.
- yaml_lines.py keeps PyYAML's line marks so a violation can point at the
line the key is written on.
- manifest.py parses the manifest into frozen dataclasses, collecting
every violation instead of stopping at the first. Unknown keys get a
suggestion from the keys that exist, a key valid for another service
type says so, and a type error quotes the value it found.
- agent_yaml.py restricts an argument's `type` to a builtin, since the
generated stub imports nothing and pastes the name in verbatim.
- validate_project() checks a manifest and every declaration it points
at, including that a declaration claims its agent's name.
`${VAR}` expansion and the root `.env` import move to
controller/utils/config_env.py so the schema checks values in the form
the Global Controller will act on: a port written `${API_PORT}` is an
integer by the time either looks at it. GlobalController keeps its
staticmethod names and behavior.
Also fixes _write_identity(), which read `.get("url")` straight off
`self.config["database"]`: an empty `database:` block parses as None, and
_database_url() already guarded for it.
examples/text2sql declares `provider: EC2` on every service but shipped
no `ec2:` block, so it cannot deploy and the schema now says so. It gets
the same `${ENV}`-placeholder block examples/portfolio already carries.
* feat: validate the manifest before the in-container deploy builds anything
`canyonos deploy` reaches the in-container `python -m canyonos_core.cli
deploy`, which loaded the config with yaml.safe_load and went straight to
generating stubs. A workflow with no `workflow_file` was warned about and
skipped, and the deploy reported success with nothing built for it.
validate_or_exit() runs the schema over the manifest and every agent
declaration, at the top of cmd_deploy and again at the top of _run_build
before the declaration index and before any generate_stub, protoc or
subprocess call. Each violation is logged as its own single ERROR: line
followed by a summary, since the host CLI turns the first such line into
the deploy's root cause; the process then exits 1 rather than letting a
traceback out.
The requirements warn-and-drop goes away: a `requirements` that is not a
list of strings is now a violation reported with its line, not a warning
followed by a build that silently omits the packages. The EC2 preflight
loses its duplicated required-key check for the same reason -- the schema
already failed the deploy before anything was built -- and keeps the
Docker and gRPC-stub checks it is really there for.
* fix: fail the build when an app pin conflicts with a platform pin
_platform_overrides() forced the platform pin over an app requirement it
could not satisfy and printed a "Warning:" the deploy then ignored. The
image installed cleanly and failed later, inside the container, on an
import -- the exact failure the pins exist to prevent.
An app asking for something *newer* still wins with its Note; an app
asking for something the platform pin cannot meet now raises
DependencyPinConflict, a SchemaError carrying a violation that names the
manifest, `agents[<service>].requirements`, the spec it wanted, the
platform pin it collides with, and the two ways out.
_run_build checks every service's requirements before it builds the first
one, so a project with two bad pins learns about both in one run instead
of one per run, and reports them through the same one-line renderer the
schema violations use.
* fix: support environment references in string fields only
The schema re-typed a value written as nothing but `${VAR}`, running the
expansion back through the YAML loader, so `api_port: ${PORT}` with PORT=9000
validated as the integer 9000. The Global Controller does no such thing: its
expansion is textual and the field holds the string "9000" at runtime.
`replicas: ${REPLICAS}` was the sharp edge -- it passed the schema as an
integer and then started a single replica, because _get_replica_placements()
only reads an int as a count.
Re-typing cannot be fixed by applying it more widely either: doing it across
the document would turn a password of "true" into a boolean. So the contract
is that a reference belongs in a string-typed field, and one in a numeric or
boolean field is a violation naming the reference as it is written:
agents[0].replicas: expected an integer >= 1, got '${REPLICAS}'
(environment references are only supported in string fields)
No example used a reference outside a string field. The config_env docstring
claimed both sides saw an integer; it now says what expansion really does.
Three things the same pass tidied, because they share these files:
- The field readers move to schema/_checks.py. agent_yaml.py was reaching
into manifest.py for five private helpers, and its `_AGENT_KEYS` meant
something different from manifest.py's; it is `_DECLARATION_KEYS` now.
- The eleven to_dict() methods go. Nothing in the runtime called them -- the
controller re-reads the YAML -- and 2c consumes the parsed model itself.
- validate_project() checked the declarations only when the manifest parsed,
so a project with a problem in each took two deploys to find them both.
Only the last step, binding each agent to the declaration that names it,
needs a manifest; the rest now runs either way.
A YAML parse failure is also collapsed onto one line with the line number
PyYAML marked, since a violation the host CLI reports has to be one line.
* refactor: gate the build once, and point a pin conflict at the entry to edit
There is no `build` subcommand and cmd_deploy calls _run_build first thing,
so validating in both was one call too many. The single gate lives in
_run_build and now runs *before* _load_config, so a config file that is not
YAML at all is rendered as a violation with its line rather than escaping as
a yaml.safe_load traceback. It hands back the parsed manifest, which the
dependency-pin check then walks by index, so a conflict reads
`agents[0].requirements` like every other violation instead of naming the
service and leaving the reader to find it.
With the build checking every service's pins up front, generate_docker and
generate_workflow_docker no longer need to know the manifest at all; their
signatures go back to what they were.
render_violation leaves out the field when the problem is the file rather
than a key in it, which the parse-failure violation is: it used to render an
empty one as a bare `: :`.
* fix: accept a fractional otel timeout, and keep the variable name in a rejection
Three things the schema got slightly wrong about its own messages and bounds.
`otel.destinations[].timeout` is a duration, and the exporter has always taken
a float for it, but the schema checked it with the integer reader -- so
`timeout: 2.5` was rejected by the gate and then would have been accepted by
the code it gates. A `_number` reader now covers it, with the same bounds the
exporter enforces: int or float, not a bool, strictly positive.
`_describe_rejected` (was `_describe_unsupported`) was wired into the integer
and boolean readers only, so a string field whose reference expanded to
nothing reported `redis.host: expected a non-empty string, got the string ''`
-- true, and no help at all in finding which variable to set. Strings and
string lists quote the reference as written now, like the numbers do.
render_violation appended `:line` to an empty path, which would have rendered
a pathless violation as `:5: field: message`. Nothing produces one today; the
guard costs a word.
* fix: reject a service whose code is not in the project
_run_build logged "Agent file not found" / "Workflow file not found", skipped
the service and carried on, so a manifest pointing at a file nobody had
written yet produced a deploy that exited 0 with that service simply absent
from it. A project with no source root at all built nothing and said "No
Docker images to build." Both are the silent pass this branch exists to
remove, one layer further in.
validate_project() takes an optional `source_dir`. Given one, an agent's
`entrypoint` and a workflow's `workflow_file` must exist under it:
config/global_controller.yaml: agents[0].entrypoint:
/home/me/app/agents/example_agent.py does not exist
A source root that is missing entirely is one violation naming the directory
rather than one per service, since the cause is the same for all of them.
Left out, nothing on disk is checked, so callers that only have the YAML --
the 2c validator among them -- are unaffected.
_run_build passes its own source root, and the two now-unreachable skips are
gone. The layout it shares with the gate is computed once, in _project_layout()
(which _declarations_dir() becomes), rather than twice from cwd.
The `if not entrypoint:` / `if not workflow_file:` / `if not image:` warnings
further up that loop are unreachable for the same reason -- the schema makes
all three required -- but they are left alone here as cheap guards.
* fix: name a missing source file the way the manifest writes it
The violation quoted the absolute path it had joined, so a reader had to
translate /home/me/proj/agents/example_agent.py back to the
`entrypoint: agents/example_agent.py` they had written. Paths are rendered
relative to where the build runs -- the project root -- like every other
violation, and left absolute only when they fall outside it, where there is
no shorter honest form.
config/global_controller.yaml: agents[0].entrypoint: agents/example_agent.py does not exist
.car/config/global_controller.yaml: agents: the project source directory .car/app does not exist, ...
Also drops the three `if not entrypoint/workflow_file/image` warn-and-skip
guards left in the build loop. The schema requires all three and has checked
each one by the time that loop runs, so they were unreachable, and a dead
skip in a loop whose whole point is that it no longer skips anything is the
wrong thing for the next reader to find.
* refactor: lift the image python and the flat runtime modules into constants
The Dockerfile templates and both copy lists spelled these out by hand, so
anything reading them from outside the build was reading a copy that could
drift. The templates and the lists are now generated from the constants.
* feat: check a prepared .car against the runtime contract in core
validate_car runs the schema first and then the eight contracts the schema
cannot see -- the class the controller loads by name, the method it calls
without awaiting, the module the platform posts to -- against the same parsed
model and the same runtime constants the deploy uses.
* feat: add canyonos test --rebuild
Reusing a deploy that is already up makes the run cheap, but it also means the
run is no evidence that what is in the tree installs and imports. --rebuild
always stands up its own deploy, so the command can answer that question.
* feat: add canyonos validate
The command runs core's checks and renders them: imported in process where
canyonos_core is installed beside the CLI, otherwise the same module inside the
core image over a read-only bind mount of the project. The CLI keeps no
dependency on core either way.
* feat: report a file the manifest points at and the source copy does not hold
A mistyped entrypoint, a mistyped workflow_file or a missing app/ validated
clean. The build treats each as a service to skip rather than a reason to stop,
so the deploy comes up green and short an agent. CAR-ENTRYPOINT-MISSING names
the manifest field and the path it resolved to.
The rest of the change is one round of review fixes, kept together because each
of them crosses both packages at once:
- a finding has no level and there is no --strict: every check reports a
violation, so the surface named something the checks never produced
- the container is given the .car itself rather than its parent, and --config
is resolved against the artifact root in both paths and refused when it
points outside it
- --json reports a failure as {"error": ..., "findings": []} rather than
console text
- a reply from the image is checked for the fields the renderer reads
- init's socket lookup is public as `active_docker_socket`, and says what its
None actually covers: a remote context, or a daemon that is not running
* fix: normalize an entrypoint before naming its module, and say what each missing file costs
A `./agents/x.py` entrypoint, which the schema accepts, named the module
`..agents.echo_agent`, so the workflow's correct import of it was reported as
reaching past the stub.
CAR-ENTRYPOINT-MISSING now carries the mechanism for the case it found -- an
agent file, a workflow file, or the source root -- written as the contract the
build needs rather than as the skip it performs today.
The container's reply is checked by type, not only for the keys, and a `--json`
run that never got to check anything prints the keys a run that did prints,
with `errors` null beside the reason.
* refactor: take the build verdict from canyonos validate
report_port shelled out to the skill's own validate.py, which made the skill's
file layout part of what `canyonos build` depends on. It now calls run_validate
over .car in this process, so the verdict comes from the same checks
`canyonos validate` runs and the skill directory holds nothing build looks for.
* refactor: drop the validator from the porting skill
The skill carried its own validator and a `validation/` package beside it, and
every runtime fact those checks needed was a second copy of a constant that
canyonos_core already owns: the image Python version, the flat runtime module
names, the base requirement lists, the builtin yaml type names. A copy that
lives in a skill directory drifts from the runtime silently, because nothing
builds or tests against it.
`canyonos validate` reads those constants from canyonos_core directly, so the
skill no longer needs to carry any of them. `prepare.py` stays: it runs before
there is a `.car` for the CLI to work on.
tests/test_skill_smoke.py was the only test importing the deleted package, and
the skill directory was an input of canyonos-python#test only for its sake, so
both go with it. A new test walks the installed skill source and fails on any
.py but prepare.py, so the mirror cannot creep back.
* docs: point the skill at canyonos validate and canyonos test
The reference docs told the agent to run a file the skill no longer ships, and
cited findings by the retired V0xx/W0xx codes. Step 4 now runs `canyonos
validate` and then `canyonos test --rebuild`, and the one cited code that
survived the move -- V033, the package re-export that stubs cannot satisfy --
is named CAR-PACKAGE-REEXPORT.
The other citations named checks that no longer exist, so each is dropped
together with the sentence that only carried it; the runtime facts they hung
off are still true and stay. This is a surgical pass over the invocation and
the codes, not the rewrite of step 4.
A test greps the shipped references for the retired scheme, so a code that no
command reports cannot be cited again.
* build: hash the skill directory into the CLI test task
The tests that keep a validator and the retired finding codes out of the skill
run under canyonos#test, whose inputs were the package defaults alone. A stray
.py or a V0xx citation in the skill directory left that hash untouched, so CI
would replay a cached pass over a skill nobody had checked. The task now hashes
the skill tree alongside the package: 45 inputs became 56, and editing a
reference moves the hash.
The E402 exemption named the porting validator, which is gone. It names what
still needs it: the controller modules, and the tests that load them, put
generated grpc stubs on sys.path before importing them.
* docs: say what the two commands actually report
`canyonos validate` has no warning severity -- every finding blocks and the
command exits 1 while one remains -- so the handoff had nothing to list under
"validator warnings", and the instruction not to hide them had drifted below
the `canyonos test --rebuild` block where it read as being about that command.
The verdict sentence claimed less than step 4 now does: `canyonos test
--rebuild` deploys locally and serves one prompt, which is exactly what the
report should say, and what the approval question and the checklist already
said.
"Gap validation" and "the gap validator" outlived the heading that defined
them, so each site names `canyonos validate`. The one-sentence "Validation
boundary" section folds into the paragraph it qualified.
* fix: build from the same expanded config the schema validated
_run_build validated the manifest with `${VAR}` refs expanded, then threw the
parsed model away and re-read the raw YAML for the build. A reference in a
string field passed the gate in its expanded form and reached the generators
as the literal: `entrypoint: ${AGENT_FILE}` validated as a real file and then
failed in shutil.copy2 on one called `${AGENT_FILE}`, and a requirement
written that way went into requirements.txt as `${...}`.
cli._load_config now imports the root `.env` and expands refs through
controller/utils/config_env.py, the helper the schema and the Global
Controller already share, so there is one expansion path and the build acts
on what was validated. The Global Controller keeps its own loader and is
unchanged.
* fix: reject a key set twice in one mapping
PyYAML keeps the last value of a duplicated key without a word, so
`replicas:` written twice in one service deployed whichever came second, and
a second `agents:` block replaced the first entirely. Both passed the schema,
since by the time it looked there was only one key left to check.
The line-tracking loader now refuses a mapping that repeats a scalar key,
raising at the second occurrence, so it renders as one violation pointing
at the line to delete:
global_controller.yaml:5: is not valid YAML: found duplicate key
'replicas' (first set on line 4) in "...", line 5, column 5
Keys are compared by tag and text, so `1` and `"1"` -- an int and a string,
two different keys to YAML -- are not mistaken for a repeat. The manifest and
agent declarations both load through this loader, so both are covered.
* fix: match a pinned package however its name is spelled
_platform_overrides matched an app requirement to a platform pin by
lowercasing the name, but pip treats `grpcio_tools`, `Grpcio-Tools` and
`grpcio.tools` as one package. `grpcio_tools<1` missed the `grpcio-tools`
pin, so instead of failing the build as a conflict it was silently overridden
-- the exact outcome the conflict check exists to prevent.
Both sides are normalized with packaging's canonicalize_name (PEP 503), so
every spelling of a pinned package is compared against its pin. The newer-
wins path is unchanged and matches the same way.
* fix: accept any provider casing, and retire the database key
#116 made `provider` case-insensitive in cli._load_config, rewriting `LOCAL`
or `ec2` to the `local` / `EC2` the runtimes compare against. The gate runs
first and still demanded the exact spelling, so the merged path rejected
what #116 set out to accept. The schema now takes any casing and normalizes
the parsed value the same way. A lowercase `ec2` still requires the `ec2:`
block and an instance_type, and a real misspelling is rejected as before.
Nothing has read the top-level `database:` block since #104 moved telemetry
under `otel:`, so accepting it silently would leave a user believing their
runs were recorded there. It is rejected with a message saying why, not the
generic unknown-key text:
database: is no longer used; telemetry is configured under otel: -- remove it
DatabaseSpec and Manifest.database go with it. No example still carried the
key.
* fix(cli): read the local Redis port doctor checks from the deploy config
`doctor.py` still imported `REDIS_PORT` from `dashboard_stack`, which
#141 removed when the local Redis port became configurable, so `import
cli` failed and the `canyonos` entry point could not start at all.
The Redis check now resolves the port the way `dashboard_stack` does,
`local_redis_port(default_config_path())`: the host port the local
node's Redis is actually published on. The hint names that port instead
of a hardcoded 6379.
A new test imports `cli` in a fresh interpreter, so the entry point
cannot break again unnoticed; inside the suite, another test's imports
had let the broken one pass.
(cherry picked from commit 2f5891b)
* docs: point step 4 at canyonos validate alone now that test --rebuild is gone
Main reverted `canyonos test --rebuild` (8ec0954) so that test never tears
down a running deploy, which left step 4 telling the agent to run a flag the
CLI rejects. Plain `canyonos test` is no install-and-import step: it deploys
locally and, since #205, makes real model calls by default. The handoff #200
wrote already offers it to the developer as a next step and tells the agent
not to run further commands, so step 4 ends at `canyonos validate` exiting 0,
and the "What a clean run does not prove" paragraph goes back to saying what
still survives an exit-0 run.
Two sentences still described the stubbed default #205 replaced: the
credentials note said `canyonos test` stubs LLM calls, and the streaming
caveat sent the agent to `canyonos test --real-llm`, a flag that does not
exist. Both now say the default is the real model and `--stub-llm` stubs it.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_017CiY8b3FNgfXCPQLR4PtdV
---------
Co-authored-by: Claude <noreply@anthropic.com>
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Bundles four open skill/docs PRs into one branch so they land together without repeated rebases on the shared skill files (
SKILL.md,references/adapter.md).Bundled PRs
.car/configCANYONOS_REDIS_HOST/CANYONOS_REDIS_PORTcontract for backing services.Each PR is merged with
--no-ff, so its original commits remain in history. Once this merges, the four PRs above can be closed.Changes added on this branch
llm-proxy.mdstill described OpenAI/Anthropic streaming as unsupported. Since CAN-356 (fix(llm-proxy): resolve $0 token costs and add Anthropic/OpenAI streaming (CAN-356) #112), the proxy relaystext/event-streamresponses as they arrive, so reading tokens one by one is no longer a blocker. The doc now covers the two remaining caveats:stream_options.include_usage.canyonos teststub does not emulate SSE, so verify streaming ports with--real-llm.Conflict resolution
Both conflicts were in
references/adapter.md, and both sides of each were additive, so all content was kept:.value()), and step 5 keeps feat(skill): record the workflow's test input in .car/config #189's test-input step. "Resolving workflow outputs" is followed by "Workflow input and its test case", and the Contents list matches that order.SKILL.mdauto-merged between #189 and #183. I reviewed the merged result.#177 removes
docs/from.gitignore, sodocs/is now tracked. #172 also depends on this.Test plan
uv run pytest -q tests/test_skill_smoke.py: 5 passedSummary by CodeRabbit