Updating server dependancies. (#7816)

1 files changed, 10 insertions, 7 deletions

diff --git a/vendor/gopkg.in/throttled/throttled.v2/rate.go b/vendor/gopkg.in/throttled/throttled.v2/rate.go
index 8c11cdb47..649287beb 100644
--- a/vendor/gopkg.in/throttled/throttled.v2/rate.go
+++ b/vendor/gopkg.in/throttled/throttled.v2/rate.go
@@ -84,17 +84,18 @@ type Rate struct {
 
 // RateQuota describes the number of requests allowed per time period.
 // MaxRate specified the maximum sustained rate of requests and must
-// be greater than zero.  MaxBurst defines the number of requests that
+// be greater than zero. MaxBurst defines the number of requests that
 // will be allowed to exceed the rate in a single burst and must be
 // greater than or equal to zero.
 //
 // Rate{PerSec(1), 0} would mean that after each request, no more
-// requests will be permitted for that client for one second. In
-// practice, you probably want to set MaxBurst >0 to provide some
-// flexibility to clients that only need to make a handful of
-// requests. In fact a MaxBurst of zero will *never* permit a request
-// with a quantity greater than one because it will immediately exceed
-// the limit.
+// requests will be permitted for that client for one second.
+// Rate{PerSec(2), 0} permits one request per 0.5 seconds rather than
+// two requests in one second. In practice, you probably want to set
+// MaxBurst >0 to provide some flexibility to clients that only need
+// to make a handful of requests. In fact a MaxBurst of zero will
+// *never* permit a request with a quantity greater than one because
+// it will immediately exceed the limit.
 type RateQuota struct {
 	MaxRate  Rate
 	MaxBurst int
@@ -118,10 +119,12 @@ func PerDay(n int) Rate { return Rate{24 * time.Hour / time.Duration(n), n} }
 // as for limiting the number of bytes uploaded.
 type GCRARateLimiter struct {
 	limit int
+
 	// Think of the DVT as our flexibility:
 	// How far can you deviate from the nominal equally spaced schedule?
 	// If you like leaky buckets, think about it as the size of your bucket.
 	delayVariationTolerance time.Duration
+
 	// Think of the emission interval as the time between events
 	// in the nominal equally spaced schedule. If you like leaky buckets,
 	// think of it as how frequently the bucket leaks one unit.