mirror of
https://github.com/zap-proto/cs.git
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zeekay
2aa8261f86
Finishes the in-flight capnp→ZAP rebrand on this branch. The prior commits
renamed identifiers/namespaces/files/projects (Capnp.Net.Runtime→Zap.Net.Runtime,
CapnpC→ZapC, .capnp→.zap) but left the human-readable brand name "Cap'n Proto"
throughout doc-comments, .csproj/.nuspec descriptions, README, MSBuild .xaml
rule display names, and the generated XML doc. This completes brand neutrality:
- Replace 154 "Cap'n Proto" / 4 "Cap'n-Proto" / 1 "Cap'n'p" prose occurrences
with "ZAP" across 32 first-party files (runtime, generator, zapc-csharp,
MSBuild integration, chocolatey nuspecs, README, docs, XML doc).
- Revert the LICENSE provenance URL to the real upstream fork
(c80k/capnproto-dotnetcore) — upstream-fork license headers must stay.
- Canonicalize project/repo URLs to github.com/zap-proto/cs (were fabricated
c80k/zap-dotnetcore) in csproj/nuspec/VERIFICATION/README badges.
- Canonicalize docs URLs zap-protocol(.github.io|/zap-cs|/zap-cpp-core)
→ zap-proto.dev / github.com/zap-proto/{cs,cpp-core}.
- Collapse redundant "zap \"ZAP\"" PackageTags to "zap".
Verified consistent (no toolchain on host): every .sln/.csproj ProjectReference
resolves; all namespaces are Zap*/ZapC*; MSBuild task chain
(GenerateZapFileCodeBehindTask, ZapFiles ItemGroup, _ZapcCsharp_TaskAssembly)
is uniformly renamed; props/targets/xaml/coverage/chocolatey carry no capnp.
Deliberately preserved as upstream-derived test data (not first-party source):
upstream Cap'n Proto schema fixtures (rpc.zap, rpc-twoparty.zap, json.zap,
rpc-csharp.zap), golden compiler-error outputs (errors.txt), and the
machine-generated DO-NOT-EDIT test.zap.{c++,h}. Their "Cap'n Proto" strings are
the literal output of the external schema compiler the compat test matches.
99 lines
3.0 KiB
C#
99 lines
3.0 KiB
C#
using System;
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using System.Threading;
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using System.Threading.Tasks;
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namespace Zap.Rpc
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{
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static class ResolvingCapabilityExtensions
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{
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public static async Task<ConsumedCapability> Unwrap(this ConsumedCapability cap)
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{
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while (cap is IResolvingCapability resolving)
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{
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await resolving.WhenResolved;
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using var proxy = resolving.GetResolvedCapability<BareProxy>()!;
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cap = proxy.ConsumedCap;
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}
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return cap;
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}
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public static Action? ExportAsSenderPromise<T>(this T cap, IRpcEndpoint endpoint, CapDescriptor.WRITER writer)
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where T: ConsumedCapability, IResolvingCapability
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{
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var vine = cap.AsSkeleton();
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uint preliminaryId = endpoint.AllocateExport(vine, out bool first);
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writer.which = CapDescriptor.WHICH.SenderPromise;
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writer.SenderPromise = preliminaryId;
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if (first)
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{
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return async () => {
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try
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{
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await cap.WhenResolved;
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using var proxy = cap.GetResolvedCapability<BareProxy>()!;
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var resolvedCap = await Unwrap(proxy.ConsumedCap);
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endpoint.Resolve(preliminaryId, vine, () => resolvedCap!);
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}
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catch (System.Exception exception)
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{
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endpoint.Resolve(preliminaryId, vine, () => throw exception);
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}
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};
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}
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return null;
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}
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public static async Task<Proxy> AsProxyTask<T>(this Task<T> task)
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where T: IDisposable?
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{
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IDisposable? obj;
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try
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{
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obj = await task;
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}
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catch (TaskCanceledException exception)
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{
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var token = exception.CancellationToken;
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if (!token.IsCancellationRequested)
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token = new CancellationToken(true);
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return new Proxy(LazyCapability.CreateCanceledCap(token));
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}
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catch (System.Exception exception)
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{
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return new Proxy(LazyCapability.CreateBrokenCap(exception.Message));
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}
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switch (obj)
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{
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case Proxy proxy: return proxy;
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case null: return new Proxy(NullCapability.Instance);
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default: return BareProxy.FromImpl(obj);
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}
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}
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public static T? GetResolvedCapability<T>(this Task<Proxy> proxyTask) where T: class
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{
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if (proxyTask.IsCompleted)
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{
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try
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{
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return proxyTask.Result.Cast<T>(false);
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}
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catch (AggregateException exception)
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{
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throw exception.InnerException!;
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}
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}
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else
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{
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return null;
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}
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}
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}
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} |