0
@@ -17,22 +17,22 @@ describe MessageChannel do
0
       @writer_pipe.close unless @writer_pipe.closed?
0
     end
0
     
0
-		it "should be able to read a single written array message" do
0
+		it "can read a single written array message" do
0
       @writer.write("hello")
0
       @reader.read.should == ["hello"]
0
     end
0
     
0
-		it "should be able to handle array messages that contain spaces" do
0
+		it "can handle array messages that contain spaces" do
0
       @writer.write("hello world", "! ")
0
       @reader.read.should == ["hello world", "! "]
0
     end
0
     
0
-		it "should be able to handle array messages that have only a single empty string" do
0
+		it "can handle array messages that have only a single empty string" do
0
       @writer.write("")
0
       @reader.read.should == [""]
0
     end
0
     
0
-		it "should be able to handle array messages with empty arguments" do
0
+		it "can handle array messages with empty arguments" do
0
       @writer.write("hello", "", "world")
0
       @reader.read.should == ["hello", "", "world"]
0
       
0
@@ -43,27 +43,27 @@ describe MessageChannel do
0
       @reader.read.should == ["", "foo"]
0
     end
0
     
0
-		it "should properly detect end-of-file when reading an array message" do
0
+		it "properly detects end-of-file when reading an array message" do
0
       @writer.close
0
       @reader.read.should be_nil
0
     end
0
     
0
-		it "should be able to read a single written scalar message" do
0
+		it "can read a single written scalar message" do
0
       @writer.write_scalar("hello world")
0
       @reader.read_scalar.should == "hello world"
0
     end
0
     
0
-		it "should be able to handle empty scalar messages" do
0
+		it "can handle empty scalar messages" do
0
       @writer.write_scalar("")
0
       @reader.read_scalar.should == ""
0
     end
0
     
0
-		it "should properly detect end-of-file when reading a scalar message" do
0
+		it "properly detects end-of-file when reading a scalar message" do
0
       @writer.close
0
       @reader.read_scalar.should be_nil
0
     end
0
     
0
-		it "should raise SecurityError when a received scalar message's size is larger than a specified maximum" do
0
+		it "raises SecurityError when a received scalar message's size is larger than a specified maximum" do
0
       @writer.write_scalar(" " * 100)
0
       lambda { @reader.read_scalar(99) }.should raise_error(SecurityError)
0
     end
0
@@ -75,7 +75,7 @@ describe MessageChannel do
0
       Process.waitpid(@pid) rescue nil
0
     end
0
     
0
-		it "both processes should be able to read and write a single array message" do
0
+		it "both processes can read and write a single array message" do
0
       spawn_process do
0
         x = @channel.read
0
         @channel.write("#{x}!")
0
@@ -84,7 +84,7 @@ describe MessageChannel do
0
       @channel.read.should == ["hello!"]
0
     end
0
     
0
-		it "should be able to handle scalar messages with arbitrary binary data" do
0
+		it "can handle scalar messages with arbitrary binary data" do
0
       garbage_files = ["garbage1.dat", "garbage2.dat", "garbage3.dat"]
0
       spawn_process do
0
         garbage_files.each do |name|
0
@@ -99,7 +99,7 @@ describe MessageChannel do
0
       end
0
     end
0
     
0
-		it "should support IO object (file descriptor) passing" do
0
+		it "supports IO object (file descriptor) passing" do
0
       spawn_process do
0
         writer = @channel.recv_io
0
         writer.write("it works")
0
@@ -112,7 +112,7 @@ describe MessageChannel do
0
       reader.close
0
     end
0
     
0
-		it "should support large amounts of data" do
0
+		it "supports large amounts of data" do
0
       iterations = 1000
0
       blob = "123" * 1024
0
       spawn_process do
0
@@ -125,7 +125,7 @@ describe MessageChannel do
0
       end
0
     end
0
     
0
-		it "should have stream properties" do
0
+		it "has stream properties" do
0
       garbage = File.read("stub/garbage1.dat")
0
       spawn_process do
0
         @channel.write("hello", "world")

0
@@ -1,12 +1,12 @@
0
 shared_examples_for "a minimal spawner" do
0
-	it "should be able to spawn our stub application" do
0
+	it "can spawn our stub application" do
0
     app = spawn_arbitrary_application
0
     app.pid.should_not == 0
0
     app.app_root.should_not be_nil
0
     app.close
0
   end
0
   
0
-	it "should be able to spawn an arbitary number of applications" do
0
+	it "can spawn an arbitary number of applications" do
0
     last_pid = 0
0
     4.times do
0
       app = spawn_arbitrary_application

0
@@ -4,13 +4,13 @@ require 'abstract_server_spec'
0
 shared_examples_for "a spawn server" do
0
   it_should_behave_like "AbstractServer"
0
   
0
-	it "should raise an AbstractServer::ServerError if the server was killed" do
0
+	it "raises an AbstractServer::ServerError if the server was killed" do
0
     Process.kill('SIGABRT', @spawner.server_pid)
0
     spawning = lambda { spawn_arbitrary_application }
0
     spawning.should raise_error(AbstractServer::ServerError)
0
   end
0
   
0
-	it "should work correctly after a restart, if something went wrong" do
0
+	it "works correctly after a restart, if something went wrong" do
0
     Process.kill('SIGABRT', @spawner.server_pid)
0
     spawning = lambda { spawn_arbitrary_application }
0
     spawning.should raise_error(AbstractServer::ServerError)