[antoinetoussaint-byte]

Closes #1.

The solution-go service agent: codefly add solution --agent solution-go now
scaffolds a solution backend — the solution-runtime-go pin, consumes.go
generated from the sibling manifest's api.consumes, the /health endpoint's
handler, and the ./Page / fe-remote npm package — instead of a plain Go
service that knows none of it.

It is a codefly:service agent and nothing else. services.Add drives Create,
so there is no core change and no new wire protocol, and no
codefly:solution executor: that option was weighed and declined in cli#1215.
The CLI half shipped as cli#1216 and needs no further change.

Classification: fix, not hack

Every change here is a fix. Nothing is worked around, no gate is weakened, and
no check was relaxed to make something pass.

Three further defects were found by running the real CLI (their own section
below) and all three are fixed at the cause: a README that reached for a value
its caller does not have, a replacement spelled in a field core cannot fill, and
a test that modelled an order the product does not run in. The last was fixed by
making the test state the truth, not by making the truth quieter.

The branch arrived with a build and vet that were clean and four failing
shape tests (the handover named one). Each was a real mismatch between a stated
rule and what the code did:

	What was wrong	Fix
rsbuild.config.ts.tmpl	react was a bare key where every sibling share key was a quoted specifier, so the entry sealing the host's React instance read as absent	spelled as the exact specifier it is
go.mod.tmpl	named obin-ai/core-solutions in a comment, putting one consumer's private repository into every solution scaffolded for anyone	states the pin floor (v0.0.12), which is the fact that matters
shape_test.go	read a fenced YAML example in GETTING_STARTED.md as a declaration; nothing reads Markdown as a manifest, and that block is deliberately the manifest an author copies	fenced blocks come out before matching; prose outside a fence and every line of a non-Markdown template still held to the rule
shape_test.go	allowed only GETTING_STARTED to mention service-dependencies, which refused consumes_test.go — the template that reads the manifest in order to refuse an edge, i.e. this very rule enforced in the scaffolded solution's own suite	both named, with what each says; an exemption that stops mentioning an edge now fails

The module-edge check was replaced rather than relaxed, and is now stronger.
It matched every - name: line in the file, so it read the example's
- name: grpc — an endpoint of the hop — as a module edge, and would have read
a real edge spelled as a flow mapping as nothing at all. The example is now
parsed and held to the host's door structurally, which is how
check_solution_mesh.py reads a real manifest and for the reason that script's
own docstring gives.

The two defects nothing was testing

Every test in the package read a template; none ran what the templates render.
So this adds the test that does — scaffold as codefly add solution scaffolds,
complete as the CLI completes, compile, and run the suite the tree ships with —
and it found two defects immediately. A solution that consumed anything was
born red, and could not boot.

1. The runtime refuses a consumed module that declares no method
   (passthrough.go: consumed module %q declares no methods), and the
   scaffolded consumes.go declared one per api.consumes entry whether or not
   anyone had composed its methods. A solution scaffolded with --consumes
   could not render its interface document and could not start. The comment
   claiming an empty declaration means "nothing of it is reachable" described an
   intent the runtime does not share. consumed() now leaves an uncomposed
   module out, which says the same thing and starts.

2. The scaffolded drift check asserted an invariant the reference solution
   does not hold. It required consumed() to equal api.consumes exactly,
   but api.consumes names every module a solution reaches anywhere — the
   page reaches modules at the authority's edge with their own clients, never
   through the backend — and solutions/wiki declares six consumed modules and
   relays two. Split into the two directions that are true: consumed_gen.go
   must equal api.consumes (that is the codefly sync drift check, and it
   is the generated file that must match), while the backend may relay any
   subset of it and nothing outside it.

Removing the filter in (1) turns the new test red, which is how it was checked.

What running the real CLI found

The agent was installed into a scratch Codefly home as solution-go__0.0.1, a
codefly was built from codefly-dev/cli main (f7bfa66), and

codefly add solution notes --package-id obin/notes --agent solution-go \
    --consumes connect:documents/documents/grpc

was run against a real workspace. It found three things no test in this
package could see, because every one of them rendered this agent's templates
with this agent's own context. All three are fixed in 1f4b021.

1. The agent's README killed add solution outright

☠️ cannot execute command
☠️   ↳ rpc error: code = Internal desc = templates.ApplyTemplateFrom: cannot execute
     template: template:1:13: executing "template" at <.Service.Name.Title>:
     nil pointer evaluating *resources.ServiceWithCase.Name

templates/agent/README.md.tmpl opened with {{ .Service.Name.Title }}. But
GetAgentInformation is what codefly add service calls to print what the
agent scaffolds, and at that moment nothing has been created: core has run
only the agent's Init, so s.Information carries the agent and Service and
Module are nil. The README describes the agent, so it now takes no values
at all — there is nothing left to be nil. (service-go-grpc guards with
{{if .Service}}; prose is simpler and says the same.)

2. GETTING_STARTED.md is rendered by CORE, with the same bare context

☠️   ↳ builder load failed: templates.ApplyTemplateFrom: cannot execute template:
     template:1:9: executing "template" at <.SolutionID>:
     can't evaluate field SolutionID in type *services.Information

core/agents/services/base_builder.go renders
templates/factory/GETTING_STARTED.md itself at builder Load in creation mode,
with s.Information. So that one template is constrained to the fields
Information carries — and the base/ restructure had replaced codefly-base
with {{ .SolutionID }}, which it does not. This was a regression the
restructure introduced: the hand-written template had used
{{ .Module.Name.LowerCase }}, and collapsing every spelling of the solution
id onto one replacement lost the distinction.

The replacement is back to {{ .Module.Name.LowerCase }} — the same value, and
a field both contexts carry, since the scaffold context embeds
*services.Information. One spelling, renderable by either caller, no
per-file exception.

Both failures landed after add module had already written the module,
leaving the half-built tree that command's design goes out of its way to avoid.

advertisement_test.go now renders both core-rendered templates exactly the way
core renders them. Reverting either fix reproduces the exact error above in
go test.

3. The end-to-end test modelled the wrong order

It wrote solution.codefly.yaml before Create. codefly add solution
writes it after: it scaffolds both services through the agents' own Create
flows and only then writes the solution's documents. So the tree the test
proved was one no user ever has.

Run in the real order, a solution scaffolded with --consumes has an empty
consumed_gen.go and one failing test:

--- FAIL: TestTheGeneratedConsumptionMatchesTheManifest
    consumes_test.go:38: consumed_gen.go names []; ../../solution.codefly.yaml declares [documents].
        consumed_gen.go is generated from api.consumes: run `codefly sync` and commit it.

That failure is true, and the agent cannot avoid it: api.consumes does not
exist when Create runs (builder.go says so), and until codefly sync has
run the backend really does relay nothing its solution declares. The check
saying so is the entire reason it exists.

So it is pinned rather than tolerated. The test now requires that exactly
one test fails, that it is that one, and that its message carries the command
that fixes it — then runs the agent's own Sync and requires the tree green.
If add solution ever syncs before it returns, this fails too, which is the
moment to delete the branch.

codefly sync service notes/backend could not be run here for real: it resolves
the authority interface first, and a scratch workspace composes no
implementation of it. The agent's Sync entry point is exercised in go test.

Reuse

Nothing solution-specific is reimplemented:

• Runtime, Code, Tooling and the Builder's Load/Init/Build/Deploy are
  codefly-dev/service-go's, imported wholesale. This agent adds only Create
  and Sync. That is why there is no runtime.go here, unlike
  service-go-grpc — a solution backend is an ordinary Go program to a
  compiler and a process manager.

• The interface document is rendered by solution-runtime-go's own
  renderer, not a hand-rolled OpenAPI writer, so the bytes Create commits are
  the bytes the scaffolded go generate ./... writes.
  TestInterfaceArtifactIsCurrent passing on a tree no generator has run in is
  that, verified.

• Consumption is read with core's own manifest.LoadConsumption — a
  manifest core refuses is one this agent refuses.

• release_test.go pins the install path against core's own
  AgentKindRegistrationFor / GitHubAsset / ExecutableName rather than a
  repeated string, so a rename on either side fails in go test.

• CI reuses codefly-dev/core's go-service-ci.yml, pinned at the core
  version go.mod requires, rather than restating its checks.

• The release workflow is service-go-grpc's shape (suite on the tag first,
  then goreleaser-cross with Syft mounted for per-archive SBOMs).

• The authoring model is service-go-grpc's: base/ is hand-written and
  templates/factory/ is generated from it by core's
  generator.GenerateServiceTemplate. The drift check calls that function
  directly rather than shelling out to the CLI.

Authoring model: base/, not hand-written templates

The templates were hand-written when this branch was handed over. That is the
wrong model for a service agent, and it is why the two defects above existed:
a template cannot be compiled, vetted or tested, so a scaffold that does not
build looks exactly like one that does.

base/ is now the hand-written artifact and templates/factory/ is generated
from it — codefly agent generate --service ., i.e. core's
generator.GenerateServiceTemplate.

base/ is a real solution backend called codefly-base — 15 files, of
which 10 generate templates:

source	main.go, consumes.go, operations.go, openapi.go
its own suite	consumes_test.go, openapi_test.go
module	go.mod, go.sum (tidy as committed), .gitignore
docs	GETTING_STARTED.md
ignored — the CLI's	service.codefly.yaml, solution.frontend.codefly.yaml
ignored — the agent renders them	consumed_gen.go, openapi/api.swagger.json
ignored — the config itself	service.generation.codefly.yaml

It compiles with the default -mod=readonly, it vets, and its own suite is
the suite every scaffolded solution ships with, so what this agent scaffolds
is known-good before anyone scaffolds it. It is staged into the layout a real
solution has (<root>/services/backend beside <root>/solution.codefly.yaml)
because that is where its consumes_test.go really finds the manifest, at
../../ — which from <repo>/base is outside the repository.

It deliberately consumes one module and composes no methods for it: that is
exactly the state that was broken, so base/ now sits permanently in the shape
whose regression would be caught.

The five ignored files are the ones base/ needs to be a real service but that
must never be scaffolded. A template for any would be a second mechanism for
one file. Note core's generator has a hardcoded exclusion for
service.codefly.yaml, but it compares a full path and so never fires — the
ignores list is what actually holds.

The three replacements reproduced the tree byte for byte

Except where the move was a deliberate simplification:

• {{ .Module.Name.LowerCase }} kept as is. It was briefly {{ .SolutionID }}
  — the same value, and the wrong spelling; see What running the real CLI
  found below.
• {{ .InterfaceDescription }} → the prose it rendered to, so the description
  lives once in base/openapi.go rather than in a Go function a template
  referred to.
• {{ .Service.Name.LowerCase }} → backend. A solution's entry service is
  named backend by the shape's definition (the CLI's solutionEntryService
  and this agent's backendService are that constant), the scaffolded go.mod
  already hard-codes the /backend suffix the compiled binary is named after,
  and the word appears in prose on nearly every line — a whole-file
  substitution would corrupt it.

The regenerate-is-clean test passes

TestFactoryTemplatesAreGeneratedFromBase compares whole trees in both
directions, because regeneration overwrites a file but never deletes one — a
template whose source left base/ would otherwise go on being scaffolded
forever. Both directions were checked by hand:

• hand-editing a template → fails, naming the file and saying to edit
  base/;
• editing base/ then regenerating → the change reaches the template.

TestGeneratedTemplatesCarryNoBaseSolutionName additionally fails if any of
the four spellings of codefly-base survives into a template, which is what
catches a new capitalisation introduced in base/ that no replacement covers.

go test -update is one flag for base/'s derived files and the templates
together, so the two cannot be refreshed one without the other.

AGENTS.md states all of this, because hand-editing a template is the mistake
a reader makes by default.

templates/page/ — the judgement call

It stays hand-written, and says so in AGENTS.md and at main.go's
pageFS. Two reasons, the first structural:

1. GenerateServiceTemplate produces templates/factory from base/ and
   nothing else, and the page is written to a sibling of the service
   directory (services/fe-remote), not into it — so there is no base/
   subdirectory it could come from. Putting it under base/ would scaffold it
   inside the backend.
2. The whole benefit of a base/ is that it compiles and is tested, and that
   needs npm install — the five @codefly-dev kits are on GitHub Packages
   behind a read:packages token this environment has none of. Until then a
   base-page/ would be a second generator for no verification.

The condition that reverses this, stated so the next reader does not have to
re-derive it: reason 2 goes away the moment CI holds a read:packages
token. At that point the page would compile and be tested the way base/ is,
and a base-page/ becomes worth building — rendered by this agent into the
sibling directory rather than by GenerateServiceTemplate, because reason 1
(the structural one) never goes away. Reason 1 settles the question on its own
today; reason 2 is only what makes the cost not worth paying yet.

What holds the tree instead is TestThePageSharesEveryHostSingleton, which
pins every entry of the Module Federation share policy — the part whose failure
is invisible until a browser loads the remote inside a real host. That is
weaker than a compile, and it is listed under what I did not verify.

Release path: declared but absent

agent.codefly.yaml declared release.workflow: releaser.yml and
.goreleaser.yaml's comment cited a release_test.go. Neither existed — a
v* tag would have published nothing and the agent could not be installed at
all. Both added.

Self-hosting is kept, and now verified rather than assumed. source.agent: self is the CLI's exact sentinel (cmd/agents/build.go
isSelfHostedSourcePackager), and it imposes four preconditions before publish:
a declared source.bootstrap, a semver version, and a publisher and name that
are each a single path component. All four are now checked in go test rather
than at a publish that has already tagged, and bootstrap-agent is held to the
three variables the publisher states the target with
(CODEFLY_AGENT_OUTPUT/_OS/_ARCH) and to CGO, without which core's
tree-sitter source inspection cannot ship. Naming codefly.dev/go:<v> instead
would make every release of this agent wait on a bump of that one.

Verified

GOWORK=off go build ./..., go vet ./..., gofmt -l clean; 32 tests pass
(34 with subtests), 0 skipped.

base/ builds, vets and passes its own suite
(TestBaseCompilesAndPassesItsOwnSuite), and is held to the agent's own
generator (consumed_gen.go), the runtime's own renderer
(openapi/api.swagger.json), the runtime pin scaffold.go declares, and the
host's-door-only manifest shape.

A scaffolded solution, in both states of codefly add solution (with
--consumes and without):

• builds with the default -mod=readonly — the generated go.mod/go.sum are
  tidy as generated;
• passes the suite it ships with, on a tree no generator has run in — with the
  one true exception above: with --consumes, the consumption drift check
  fails until codefly sync runs, and passes once the agent's Sync has;
• the compiled binary is already covered by the scaffolded .gitignore.

The solution the real CLI scaffolded was then copied into a clone of
obin-ai/core-solutions at solutions/notes/, beside the eight that live
there. All three gates pass at exit 0, and each was confirmed to have teeth
on that exact tree rather than to be passing vacuously:

Gate	Result	Teeth
check-boundaries.sh	clean outside the baseline	baseline unchanged at 14
check-consumed-apis.sh	solutions/notes: 1 delivered binding(s); no direct module address required	pin moved to v0.0.11 → "backend must pin the native projected-token runtime (f9392decc414 or a later release)"
check-solution-mesh.sh	no module edge, no routing credential	a documents edge added → FAILED on documents/documents/grpc (SP-SOL-04)

The runtime-pin check is live, since the services/backend/go.mod it needs is
one this agent creates. The same edge also fails locally in the scaffolded
go test (TestNoModuleEdgeIsDeclared), which is the point — the author is
standing there, not at the consumer repository's gate.

Also checked against the sources rather than assumed: the GETTING_STARTED
example matches what cmd/add/solution.go actually writes
(solutionEntryDependencies, solutionEntryEndpoint, authorityInterfaceRange
— identical interface range, hop-as-external, and /health probe), and the
end-to-end test lifts the service manifest from that rendered example, so a
documented manifest that drifts from the CLI's fails the test.

codefly doctor solution — the checker that judges the shape

The solution the CLI scaffolded above, judged by the verb that owns the shape
(cli#1218, plus #1221's permission rules), on a codefly built from cli main:

$ codefly doctor solution --dir modules/notes
OK    notes
  WARN page_shell_has_no_app: the "web" shell is declared with no app behind it
      `codefly run service web` has nothing to start. Write the shell, or drop the service
      from module.codefly.yaml — a declaration with no source is the one state neither
      reading the manifests nor running the gates reveals
  WARN consumed_module_without_binding: consumed with no binding in the contract: documents
      correct when the module is reached with the VIEWER'S own credential or on nobody's
      behalf; a bug when the solution calls it on a person's behalf, and then the call is
      refused at runtime with nothing failing earlier. Confirm each one
  conforms to the solution shape

$ echo $?
0

Conforms, exit 0. Both warnings are about the CLI's half of the scaffold,
not the backend:

• consumed_module_without_binding is module.contract.codefly.yaml, which
  add solution writes with no bindings — correctly, since whether a call is
  made on a person's behalf is the author's to say. It is also, usefully, the
  contract half of the gap recorded below.
• page_shell_has_no_app looks like a false positive in the checker, not a
  defect in the tree: it stats services/web/package.json, and the nextjs
  agent puts the app one level down, at services/web/code/package.json
  (next.config.ts, package-lock.json and src/ are all there). Every
  solution scaffolded by add solution will carry this warning. Reported here
  rather than filed — no issues opened.

Each of the backend's own rules passed: module_identity_missing,
module_edge_declared, entry_endpoint_missing, entry_endpoint_not_exported,
frontend_declaration_missing, owner_aware_missing,
module_package_publishes_shell and the rest.

What I did NOT verify

Stated plainly, because none of it is covered above:

• The ./Page remote is never built or run, and is the one tree with no
  base/ behind it (see the judgement call above). npm install needs a
  read:packages token for the five @codefly-dev/* packages on GitHub
  Packages, which this environment has none. Every public pin was confirmed to
  resolve to a published version, but rsbuild build, vitest run and
  tsc --noEmit were not executed, and the Module Federation share policy is
  pinned only by TestThePageSharesEveryHostSingleton reading the config — a
  wrong value in a correctly-named entry would still pass.
• No scaffolded backend was ever booted or run. It was built, vetted and
  tested, and judged by doctor solution and the three gates — but ./backend
  was never started, nothing listened on /health, and no page ever called it.
  Everything about the running process is read from solution-runtime-go's
  source, not observed: the boot-time refusals (an empty relay slot, a
  composition naming no authority), the readiness answer, the relay to the hop.
• codefly sync was not run end to end. It resolves the authority
  interface before it dispatches, and a scratch workspace composes no
  implementation of one. The agent's Sync is exercised in go test, with the
  same call sync service makes.
• The add solution run needed a one-line local patch to the CLI to get
  past a stale-workspace bug on cli main (below). The patch is in a throwaway
  clone, touches nothing in this repository, and is not part of this PR —
  but it does mean the command as published does not yet complete.
• Nothing was deployed, and no backend was booted. templates/builder and
  templates/deployment (Dockerfile, kustomize base and overlays) are
  unexercised: no image was built and no manifest applied. The boot-time
  refusals described in comments — an empty relay slot, a composition naming no
  authority — were read in solution-runtime-go, not observed.
• A composed module is untested. Every scaffolded solution checked here
  composes no methods, because a real method name is a constant of a module's
  generated Go client and no module client is available here. That the filter in
  defect (1) does not hide a genuine composition is reasoned, not run.
• endtoend_test.go is not hermetic — it fetches the scaffolded module's
  dependencies. go.sum was confirmed complete (the -mod=readonly build
  passes), so CI needs only its normal network access.

Known gap, recorded rather than fixed here

A module in api.consumes that nobody composes methods for reaches nothing
silently — the backend starts, the page's call is simply not relayed, and no
test fails. That is what keeps generation green with --consumes, which
core-solutions' own recipe requires ("green on every gate at generation"); the
alternative is a freshly scaffolded tree that is red until the author writes Go.

It does not belong in this agent, and no second checker was built for it.
Whether a module is composed is the workspace's fact, and the solution
manifest and the composition are different documents in different places —
neither this agent nor the solution's own directory can see both. It belongs in
codefly doctor solution (cli#1218), which already runs against a workspace
when invoked without --dir, and which already warns on the adjacent
contract-side case (consumed_module_without_binding, above). Noted by the
owner; no issue opened.

Two CLI findings, reported not filed

Both were hit while running the verification above, both are in
codefly-dev/cli main rather than here, and no issue was opened for either:

1. add solution cannot complete on cli main — cannot find module <notes> in <notes-ws>, present: []. addSolution captures the workspace before
   addModule writes the module and reuses that snapshot at step 3;
   common.LoadWorkspace reads from disk each call, so the snapshot is stale.
   Reproduced identically with the stock go agent, so it is not this agent.
   To finish the verification I reloaded the workspace in a local scratch
   build only — one common.LoadWorkspace call, never committed, in a
   throwaway clone.
2. doctor solution's page_shell_has_no_app, described above.

No issues were opened.

🤖 Generated with Claude Code

[antoinetoussaint-byte]

Re-authored on base/ as you asked — 2c2f241. The PR body now describes the corrected model; this is what changed and what it cost.

You were right about the cause, not just the convention. The two defects in the previous commit (a solution that consumed anything could not boot) existed because the templates were hand-written. A template cannot be compiled, so a scaffold that does not build looks exactly like one that does. base/ closes that.

What base/ ended up containing — 15 files, 10 of which generate templates

source	main.go, consumes.go, operations.go, openapi.go
its own suite	consumes_test.go, openapi_test.go
module	go.mod, go.sum (tidy as committed), .gitignore
docs	GETTING_STARTED.md
ignored — the CLI's	service.codefly.yaml, solution.frontend.codefly.yaml
ignored — the agent renders them	consumed_gen.go, openapi/api.swagger.json
ignored — the config	service.generation.codefly.yaml

It is a real solution called codefly-base: builds with default -mod=readonly, vets, and its suite is the suite every scaffolded solution ships with. It deliberately consumes one module and composes no methods for it — precisely the state that was broken — so base/ now sits permanently in the shape whose regression gets caught.

Two things worth flagging because they were not obvious from the brief:

• base/ cannot be tested where it sits. consumes_test.go reads the solution manifest at ../../solution.codefly.yaml, which from <repo>/base is outside the repository. It is staged into <root>/services/backend beside <root>/solution.codefly.yaml — the layout a real solution has. Not a workaround; ../../ is the shipped path and a test that reached elsewhere would not be checking it.
• Core's hardcoded service.codefly.yaml exclusion never fires. visitor.Keep compares file == "service.codefly.yaml" against a full path. The ignores list is what actually holds, which is why all five excluded files are listed explicitly. Worth knowing for the other agents.

Regenerate-is-clean: passes, and has teeth both ways

TestFactoryTemplatesAreGeneratedFromBase calls generator.GenerateServiceTemplate directly rather than shelling out to the CLI, so the check needs no second binary and holds the templates to the exact code codefly agent generate runs. It compares whole trees in both directions, since regeneration overwrites but never deletes — a template whose source left base/ would otherwise be scaffolded forever. Checked by hand:

• hand-edit a template → fails, naming the file and saying to edit base/;
• edit base/, regenerate → change reaches the template.

The three replacements reproduced the hand-written tree byte for byte except three deliberate simplifications: {{ .Module.Name.LowerCase }} → {{ .SolutionID }} (same value), {{ .InterfaceDescription }} → the prose it rendered to (so the description lives once), and {{ .Service.Name.LowerCase }} → backend — the entry service is backend by the shape's definition, the scaffolded go.mod already hard-codes the /backend suffix the binary is named after, and the word is in prose on nearly every line where a whole-file substitution would corrupt it.

go test -update is one flag for base/'s derived files and the templates, so they cannot be refreshed one without the other. AGENTS.md states the model, since hand-editing a template is the default mistake.

templates/page/ — kept hand-written, and here is why

Structural first: GenerateServiceTemplate produces templates/factory from base/ and nothing else, and the page is written to a sibling of the service directory (services/fe-remote), not into it. Under base/ it would be scaffolded inside the backend.

Second: the whole benefit of a base/ is that it compiles and is tested, and that needs npm install — the five @codefly-dev kits are on GitHub Packages behind a read:packages token this environment lacks. A base-page/ generated the same way is the right shape once CI holds that token and npm test would prove something; until then it is a second generator for no verification. Say the word if you want it anyway.

What holds that tree instead is TestThePageSharesEveryHostSingleton pinning every share-policy entry. That is weaker than a compile and is listed under what I did not verify.

State

29 tests, 0 skipped. go build / go vet / gofmt -l clean. A scaffolded solution still passes check-boundaries, check-consumed-apis and check-solution-mesh at exit 0 against a clone of obin-ai/core-solutions, re-run after regeneration.

Everything else in the body stands, including the one tradeoff I would still like a second opinion on: a module in api.consumes that nobody composes reaches nothing silently.

[antoinetoussaint-byte]

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