Files
OpenNest/OpenNest.Data/SetReleaseRules.cs
T
ajandClaude Opus 5.5 44666b289d feat(server): record set releases and the nests they made
Releasing a drawing set makes one nest per material group, so a kit run
spans several nests. The server now records which set revision was
released, the multiplier and the nests it made, so a run can be tracked
across its nests and a nest can say where it came from.

The client uploads every nest first and posts the release last: a failure
part-way leaves ordinary nests and no release, never a release pointing at
missing nests. For the same reason a release is accepted for an older set
revision or an archived set, since the nests already exist by then. The
release id is client-allocated and a nest belongs to at most one release,
so a retried post gets 409 with the release that already holds it.

Releases are append-only and read joined to each nest's current metadata,
so status and deletion are always current. The tables join schema v7, as
the set tables have not shipped yet.

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
2026-10-20 13:27:27 -04:00

58 lines
2.7 KiB
C#

using OpenNest;
namespace OpenNest.Data;
/// <summary>
/// Bounds shared by the set release client and server. Whether the set revision and
/// every nest exist, and whether a nest already belongs to a release, is checked by the server.
/// </summary>
public static class SetReleaseRules
{
public const int MaxMultiplier = 1000;
/// <summary>One nest per material group, so never more nests than a set has members.</summary>
public const int MaxNests = DrawingSetRules.MaxMembers;
/// <summary>The first rule <paramref name="release"/> breaks, or null when it may be posted.</summary>
public static string? GetError(SetReleaseRecord? release)
{
if (release is null)
return "Missing release.";
if (release.SetRevision < 1)
return "setRevision must be a positive revision.";
if (release.Multiplier < 1 || release.Multiplier > MaxMultiplier)
return $"multiplier must be between 1 and {MaxMultiplier}.";
var error = DrawingLibraryRules.TextError("releasedBy", release.ReleasedBy, DrawingLibraryRules.MaxTextLength)
?? DrawingLibraryRules.TextError("notes", release.Notes, DrawingLibraryRules.MaxNotesLength);
if (error is not null)
return error;
if (release.Nests is null || release.Nests.Count == 0)
return "nests must list at least one nest.";
if (release.Nests.Count > MaxNests)
return $"A release may have at most {MaxNests} nests.";
var seen = new HashSet<Guid>();
for (var i = 0; i < release.Nests.Count; i++)
{
var nest = release.Nests[i];
if (nest is null)
return $"nests[{i}] is required.";
if (nest.NestId == Guid.Empty)
return $"nests[{i}].nestId is required.";
if (!seen.Add(nest.NestId))
return $"nests[{i}] repeats nest {nest.NestId}.";
error = DrawingLibraryRules.TextError($"nests[{i}].materialName", nest.MaterialName, DrawingLibraryRules.MaxTextLength)
?? DrawingLibraryRules.TextError($"nests[{i}].materialGrade", nest.MaterialGrade, DrawingLibraryRules.MaxTextLength)
?? (!double.IsFinite(nest.Thickness) || nest.Thickness < 0
? $"nests[{i}].thickness must be a finite number, zero or greater."
: null)
?? (!Enum.IsDefined(nest.Units) ? $"nests[{i}].units must be a supported unit name." : null)
?? (!Enum.IsDefined(nest.CutType) ? $"nests[{i}].cutType must be Laser, Waterjet or Plasma." : null);
if (error is not null)
return error;
}
return null;
}
}