Stragglers

equinox-fc/Domain.Tests/LocationTests.fs

@@ -15,16 +15,16 @@ module Location =
 
         module Series =
 
-            let resolve store = Resolver(store, Series.Events.codec, Series.Fold.fold, Series.Fold.initial).Resolve
+            let resolver store = Resolver(store, Series.Events.codec, Series.Fold.fold, Series.Fold.initial).Resolve
 
         module Epoch =
 
-            let resolve store = Resolver(store, Epoch.Events.codec, Epoch.Fold.fold, Epoch.Fold.initial).Resolve
+            let resolver store = Resolver(store, Epoch.Events.codec, Epoch.Fold.fold, Epoch.Fold.initial).Resolve
 
         let createService (zeroBalance, shouldClose) store =
             let maxAttempts = Int32.MaxValue
-            let series = Series.create (Series.resolve store) maxAttempts
-            let epochs = Epoch.create (Epoch.resolve store) maxAttempts
+            let series = Series.create (Series.resolver store) maxAttempts
+            let epochs = Epoch.create (Epoch.resolver store) maxAttempts
             create (zeroBalance, shouldClose) (series, epochs)
 
 let run (service : Location.Service) (IdsAtLeastOne locations, deltas : _[], transactionId) = Async.RunSynchronously <| async {

equinox-fc/Domain/InventoryEpoch.fs

@@ -82,15 +82,15 @@ type Service internal (resolve : InventoryId * InventoryEpochId -> Equinox.Strea
         stream.Transact(decideSync capacity events)
 
 let create resolver =
-    let resolve locationId =
-        let stream = resolver (streamName locationId)
+    let resolve ids =
+        let stream = resolver (streamName ids)
         Equinox.Stream(Serilog.Log.ForContext<Service>(), stream, maxAttempts = 2)
-    Service (resolve)
+    Service(resolve)
 
 module Cosmos =
 
     let accessStrategy = Equinox.Cosmos.AccessStrategy.Snapshot (Fold.isOrigin, Fold.snapshot)
-    let resolve (context, cache) =
+    let resolver (context, cache) =
         let cacheStrategy = Equinox.Cosmos.CachingStrategy.SlidingWindow (cache, System.TimeSpan.FromMinutes 20.)
         Equinox.Cosmos.Resolver(context, Events.codec, Fold.fold, Fold.initial, cacheStrategy, accessStrategy).Resolve
-    let create (context, cache) = create (resolve (context, cache))
+    let create (context, cache) = create (resolver (context, cache))

equinox-fc/Domain/InventorySeries.fs

@@ -49,12 +49,12 @@ let create resolver =
 module Cosmos =
 
     let accessStrategy = Equinox.Cosmos.AccessStrategy.LatestKnownEvent
-    let resolve (context, cache) =
+    let resolver (context, cache) =
         let cacheStrategy = Equinox.Cosmos.CachingStrategy.SlidingWindow (cache, System.TimeSpan.FromMinutes 20.)
         // For this stream, we uniformly use stale reads as:
         // a) we don't require any information from competing writers
         // b) while there are competing writers [which might cause us to have to retry a Transact], this should be infrequent
         let opt = Equinox.ResolveOption.AllowStale
         fun id -> Equinox.Cosmos.Resolver(context, Events.codec, Fold.fold, Fold.initial, cacheStrategy, accessStrategy).Resolve(id, opt)
     let create (context, cache) =
-        create (resolve (context, cache))
+        create (resolver (context, cache))

equinox-fc/Domain/InventoryTransaction.fs

@@ -148,10 +148,10 @@ module Cosmos =
     let accessStrategy = Equinox.Cosmos.AccessStrategy.Unoptimized
     // ... and there will generally be a single actor touching it at a given time, so we don't need to do a load (which would be more expensive than normal given the `accessStrategy`) before we sync
     let opt = Equinox.AllowStale
-    let resolve (context, cache) =
+    let resolver (context, cache) =
         let cacheStrategy = Equinox.Cosmos.CachingStrategy.SlidingWindow (cache, System.TimeSpan.FromMinutes 20.)
         fun id -> Equinox.Cosmos.Resolver(context, Events.codec, Fold.fold, Fold.initial, cacheStrategy, accessStrategy).Resolve(id, opt)
-    let createService (context, cache) = create (resolve (context, cache))
+    let createService (context, cache) = create (resolver (context, cache))
 
 /// Handles requirement to infer when a transaction is 'stuck'
 /// Note we don't want to couple to the state in a deep manner; thus we track:

equinox-fc/Domain/LocationEpoch.fs

@@ -134,16 +134,16 @@ type Service internal (resolve : LocationId * LocationEpochId -> Equinox.Stream<
         stream.Transact(sync prevEpochBalanceCarriedForward decide shouldClose)
 
 let create resolver maxAttempts =
-    let resolve locId =
-        let stream = resolver (streamName locId)
+    let resolve locationId =
+        let stream = resolver (streamName locationId)
         Equinox.Stream(Serilog.Log.ForContext<Service>(), stream, maxAttempts = maxAttempts)
     Service (resolve)
 
 module Cosmos =
 
     let accessStrategy = Equinox.Cosmos.AccessStrategy.Unoptimized
-    let resolve (context, cache) =
+    let resolver (context, cache) =
         let cacheStrategy = Equinox.Cosmos.CachingStrategy.SlidingWindow (cache, System.TimeSpan.FromMinutes 20.)
         Equinox.Cosmos.Resolver(context, Events.codec, Fold.fold, Fold.initial, cacheStrategy, accessStrategy).Resolve
     let create (context, cache, maxAttempts) =
-        create (resolve (context, cache)) maxAttempts
+        create (resolver (context, cache)) maxAttempts

equinox-fc/Domain/LocationSeries.fs

@@ -38,18 +38,18 @@ type Service internal (resolve : LocationId -> Equinox.Stream<Events.Event, Fold
         stream.Transact(interpretAdvanceIngestionEpoch epochId)
 
 let create resolver maxAttempts =
-    let resolve locId =
-        let stream = resolver (streamName locId)
+    let resolve locationId =
+        let stream = resolver (streamName locationId)
         Equinox.Stream(Serilog.Log.ForContext<Service>(), stream, maxAttempts = maxAttempts)
     Service (resolve)
 
 module Cosmos =
 
     open Equinox.Cosmos
 
-    let resolve (context, cache) =
+    let resolver (context, cache) =
         let cacheStrategy = CachingStrategy.SlidingWindow (cache, System.TimeSpan.FromMinutes 20.)
         let opt = Equinox.ResolveOption.AllowStale
         fun id -> Resolver(context, Events.codec, Fold.fold, Fold.initial, cacheStrategy, AccessStrategy.LatestKnownEvent).Resolve(id, opt)
     let createService (context, cache, maxAttempts) =
-        create (resolve (context, cache)) maxAttempts
+        create (resolver (context, cache)) maxAttempts