feat: implement strangler-fig-demo Session 1 (backend + smoke script)

Builds the four-seam, three-write-path reference demo backend: case-framework
(seam D stand-in), legacy-backend/frontend (SQL Server, seams A/B/C targets),
and new-backend (Domain/Application/Infrastructure.*/Api implementing the
source resolver, take/release-ownership, write-through translator, and owned
assessment flow), wired together via docker-compose with a plain placeholder
frontend standing in for the Angular portal until Session 2.

All 11 Architecture.Tests pass and scripts/smoke.sh passes end-to-end against
a fresh `docker compose up`, covering acceptance criteria 1-3 and 7-22.

Fixes two real domain bugs found only once the stack ran for real: the BSN
eleven-proof checksum trivially passes all-zero digits, and the adoption
mapper silently treated a partial legacy address as absent instead of failing
loudly. Also fixes several environment-specific integration issues (rootless
Podman/SELinux bind-mount permissions, a buildah NuGet layer-caching bug,
SqlClient's invariant-globalization incompatibility, and an nginx path-prefix
mismatch for the legacy frontend).

Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
This commit is contained in:
eho
2026-07-31 07:57:26 +02:00
co-authored by Claude Sonnet 5
parent 09b27173a7
commit a6a1abbe9c
129 changed files with 6379 additions and 1 deletions
@@ -0,0 +1,54 @@
using New.Application.Worklist;
namespace New.Api.Contracts;
/// <summary>
/// Builds the presentation-only `actions`/`seams` blocks on top of a
/// CaseDetail read model. This is deliberately New.Api's job, not the
/// resolver's or either source's - it's about which endpoints exist, which
/// is an API-shape concern, not a data-source concern.
/// </summary>
internal static class CaseDetailResponseFactory
{
public static CaseDetailResponse From(CaseDetail detail)
{
var actions = detail.Origin == WorklistOrigin.Legacy
? BuildLegacyActions(detail.LegacyAanvraagId!.Value)
: BuildOwnedActions(detail.RegistrationApplicationId!.Value);
var seams = detail.Origin == WorklistOrigin.Legacy
? new Dictionary<string, string?> { ["aanvrager"] = "legacy-backend", ["procestijdlijn"] = null }
: new Dictionary<string, string?> { ["aanvrager"] = "owned", ["procestijdlijn"] = "case-framework-timeline" };
return new CaseDetailResponse(
detail.Origin.ToString(),
detail.LegacyAanvraagId,
detail.RegistrationApplicationId,
detail.Surname,
detail.Initials,
detail.Bsn,
AddressResponse.From(detail.Address),
detail.Email,
detail.Phone,
detail.PreferredChannel,
detail.DiplomaCode,
detail.DiplomaCountryOfIssue,
detail.DiplomaIssuedOn,
detail.ReceivedOn,
AssessmentResponse.From(detail.Assessment),
detail.ProcessStatus,
detail.LastModifiedAt,
actions,
seams);
}
private static CaseDetailActions BuildLegacyActions(int aanvraagId) => new(
EditApplicantDetails: new ActionLink("writeThrough", $"/api/worklist/legacy/{aanvraagId}/details"),
RecordAssessment: new ActionLink("redirect", $"/legacy/aanvraag/{aanvraagId}/beoordeling"),
TakeOwnership: new ActionLink("transition", $"/api/worklist/legacy/{aanvraagId}/take-ownership"));
private static CaseDetailActions BuildOwnedActions(Guid registrationApplicationId) => new(
EditApplicantDetails: new ActionLink("owned", $"/api/worklist/owned/{registrationApplicationId}/details"),
RecordAssessment: new ActionLink("owned", $"/api/worklist/owned/{registrationApplicationId}/assessment"),
ReleaseOwnership: new ActionLink("transition", $"/api/worklist/owned/{registrationApplicationId}/ownership"));
}