Add a getter to access the raw bytes of the CSUUID.

Author: wyhaines

benchmark.cr

@@ -9,23 +9,23 @@ require "benchmark"
 # standard library UUID implementation.
 
 Benchmark.ips do |bench|
-	bench.report("CSUUID.new -- generate random, chronologically sortable UUID") do
-		CSUUID.new
-	end
-	bench.report("UUID.random -- generate random UUID") do
-		UUID.random
-	end
+  bench.report("CSUUID.new -- generate random, chronologically sortable UUID") do
+    CSUUID.new
+  end
+  bench.report("UUID.random -- generate random UUID") do
+    UUID.random
+  end
 end
 
 Benchmark.ips do |bench|
-	bench.report("CSUUID.unique -- generate 100 guaranteed unique, sortable IDs") do
-		100.times do
-			CSUUID.unique
-		end
-	end
-	bench.report("UUID.new -- generate 100 random UUIDs") do
-		100.times do
-			UUID.random
-		end
-	end
+  bench.report("CSUUID.unique -- generate 100 guaranteed unique, sortable IDs") do
+    100.times do
+      CSUUID.unique
+    end
+  end
+  bench.report("UUID.new -- generate 100 random UUIDs") do
+    100.times do
+      UUID.random
+    end
+  end
 end

shard.yml

@@ -1,5 +1,5 @@
 name: csuuid
-version: 0.3.0
+version: 0.3.1
 
 authors:
   - Kirk Haines <[email protected]>

src/csuuid.cr

@@ -40,14 +40,15 @@ require "crystal/spin_lock"
 # ```
 #
 struct CSUUID
-  VERSION = "0.3.0"
+  VERSION = "0.3.1"
 
   @@mutex = Crystal::SpinLock.new
   @@prng = Random::ISAAC.new
   @@unique_identifier : Slice(UInt8) = Slice(UInt8).new(6, 0)
   @@unique_seconds_and_nanoseconds : Tuple(Int64, Int32) = {0_i64, 0_i32}
 
-  @bytes : Slice(UInt8) = Slice(UInt8).new(16)
+  # A getter to allow access to the raw byte buffer for the CSUUID.
+  getter bytes : Slice(UInt8) = Slice(UInt8).new(16)
   @seconds_and_nanoseconds : Tuple(Int64, Int32)?
   @timestamp : Time?
   @utc : Time?
@@ -74,7 +75,7 @@ struct CSUUID
 
   def self.generate(count)
     result = [] of CSUUID
-    count.times {result << unique}
+    count.times { result << unique }
 
     result
   end
@@ -113,13 +114,13 @@ struct CSUUID
 
   private def initialize_impl(seconds : Int64, nanoseconds : Int32, identifier : Slice(UInt8) | String | Nil)
     id = if identifier.is_a?(String)
-      buf = Slice(UInt8).new(6)
-      number_of_bytes = identifier.size < 6 ? identifier.size : 6
-      buf[0, number_of_bytes].copy_from(identifier.hexbytes[0, number_of_bytes])
-      buf
-    else
-      identifier
-    end
+           buf = Slice(UInt8).new(6)
+           number_of_bytes = identifier.size < 6 ? identifier.size : 6
+           buf[0, number_of_bytes].copy_from(identifier.hexbytes[0, number_of_bytes])
+           buf
+         else
+           identifier
+         end
 
     IO::ByteFormat::BigEndian.encode(seconds, @bytes[2, 8])
     IO::ByteFormat::BigEndian.encode(nanoseconds, @bytes[0, 4])