// useRDS adds a gae.Datastore implementation to context, accessible
// by gae.GetDS(c)
func useRDS(c context.Context) context.Context {
return ds.SetRawFactory(c, func(ic context.Context) ds.RawInterface {
dsd := cur(ic).Get(memContextDSIdx)
ns := curGID(ic).namespace
if x, ok := dsd.(*dataStoreData); ok {
return &dsImpl{x, ns, ic}
}
return &txnDsImpl{dsd.(*txnDataStoreData), ns}
})
}
// useRDS adds a gae.RawDatastore implementation to context, accessible
// by gae.GetDS(c)
func useRDS(c context.Context) context.Context {
return ds.SetRawFactory(c, func(ci context.Context, wantTxn bool) ds.RawInterface {
ns := info.Get(ci).GetNamespace()
maybeTxnCtx := AEContext(ci)
if wantTxn {
return rdsImpl{ci, maybeTxnCtx, ns}
}
aeCtx := AEContextNoTxn(ci)
if maybeTxnCtx != aeCtx {
ci = context.WithValue(ci, prodContextKey, aeCtx)
}
return rdsImpl{ci, aeCtx, ns}
})
}
// useRDS adds a gae.Datastore implementation to context, accessible
// by gae.GetDS(c)
func useRDS(c context.Context) context.Context {
return ds.SetRawFactory(c, func(ic context.Context, wantTxn bool) ds.RawInterface {
ns := curGID(ic).namespace
maybeTxnCtx := cur(ic)
needResetCtx := false
if !wantTxn {
rootctx := curNoTxn(ic)
if rootctx != maybeTxnCtx {
needResetCtx = true
maybeTxnCtx = rootctx
}
}
dsd := maybeTxnCtx.Get(memContextDSIdx)
if x, ok := dsd.(*dataStoreData); ok {
if needResetCtx {
ic = context.WithValue(ic, memContextKey, maybeTxnCtx)
}
return &dsImpl{x, ns, ic}
}
return &txnDsImpl{dsd.(*txnDataStoreData), ns}
})
}
// useRDS adds a gae.RawDatastore implementation to context, accessible
// by gae.GetDS(c)
func useRDS(c context.Context) context.Context {
return ds.SetRawFactory(c, func(ci context.Context) ds.RawInterface {
return rdsImpl{ci, info.Get(ci).GetNamespace()}
})
}
