Merge pull request #7 from mugurm/master

Fix typos, grammar and broken link.

README.md

@@ -3,16 +3,16 @@
 ## TODO: move this to the tutorial sub-folder
 
 A great way to get introduced to gRPC is to work through this tutorial, which
-walks you through the construction of simple client and server that introduces
+walks you through the construction of a simple client and server and introduces
 various features of gRPC.
 
 When you finish the tutorial, you will be able to
 
-- Create a protobuf schema that defines a simple RPC service
+- Create a protobuf schema that defines a simple RPC service.
-- Create a Java server that implements the schema interface
+- Create a Java server that implements the schema interface.
-- Create a Java client that accesses the server
+- Create a Java client that accesses the server.
-- Create a Go client that accesses the Java server
+- Create a Go client that accesses the Java server.
-- Update the service with advanced features like RPC streaming
+- Update the service with advanced features like RPC streaming.
 
 # Get Started
 
@@ -22,7 +22,7 @@ If you just want to read the tutorial, you can go straight to the next step: [St
 # Working with the code
 
 You can follow along with this tutorial and hack on the code in the comfort of
-your own computer. In this way you can get hands-on practice of really writing
+your own computer. This way you can get hands-on practice of really writing
 gRPC code.
 
 The tutorial relies on the use of the Git versioning system for source code
@@ -61,7 +61,7 @@ for instructions.
 
 # Install Maven
 
-To simplify building and the managing of gRPC's dependencies, the java client
+To simplify building and the managing of gRPC's dependencies, the Java client
 are server are structured as a standard [Maven](http://maven.apache.org/guides/getting-started/)
 project. See [Install Maven](http://maven.apache.org/users/index.html) for instructions.
 
@@ -76,6 +76,6 @@ Go gRPC requires Go 1.4, the latest version of Go.  See
 gRPC uses the latest version of the protocol buffer compiler, protoc.
 
 For following this tutorial, the protoc is not strictly necessary, as all the
-generated code is checked into the Git repository.  If you want to experiment
+generated code is checked into the Git repository. If you want to experiment
 with generating the code yourself, download and install protoc from its
 [Git repo](https://github.com/google/protobuf)

Step_0.md

@@ -1,11 +1,11 @@
 # Step-0: define a service
 
 This section presents an example of a simple service definition that receives
-a message from a remote client. The message contains the users's name and
+a message from a remote client. The message contains the user's name and
 sends back a greeting to that person.
 
-It's shown below in full; it's actually contained in separate file
+It's shown below in full; it's actually contained in separate file.
-[helloworld.proto](helloworld.proto).
+[helloworld.proto](src/main/proto/helloworld.proto).
 
 ```
 syntax = "proto3";
@@ -33,7 +33,7 @@ service Greeting {
 ```
 
 The service stanza of the message is an example of protobuf service IDL
-(Interface Defintion Language).  Here, it defines a simple service that
+(Interface Definition Language). Here, it defines a simple service that
 receives a request containing a name and returns a response containing a
 message.
 

Step_1.md

@@ -1,6 +1,6 @@
 # Step-1: Generate a service client.
 
-In this step, we use protoc to generate the java Stub classes.  A Stub is the
+In this step, we use protoc to generate the Java Stub classes.  A Stub is the
 name gRPC uses for the code that initiates contact with a gRPC service running
 remotely via the internet.
 
@@ -11,7 +11,7 @@ First, you'll need to build the protobuf plugin that generates the rpc
 classes.  `protoc` uses other tools called plugins to add additional features
 to generated code.
 
-The grpc Java Stub classes are created using a grpc java plugin, but first the
+The gRPC Java Stub classes are created using a gRPC Java plugin, but first the
 plugin must be built and installed.
 
 To build the plugin:

Step_2.md

@@ -1,15 +1,15 @@
 # Step-2: Write a service client.
 
 This step uses the generated code to write a simple client to access the hello
-service.  The full client is in [GreetingsClient.java](src/main/java/ex/grpc/GreetingsClient.java).
+service. The full client is in [GreetingsClient.java](src/main/java/ex/grpc/GreetingsClient.java).
 
 
 ## Configuring the service to connect to.
 
-The client contains uses a Stub to contact the service.  The internet address
+The client contains uses a Stub to contact the service. The internet address
-is configured in the client constructor.  gRPC Channel is the abstraction over
+is configured in the client constructor. gRPC Channel is the abstraction over
 transport handling; its constructor accepts the host name and port of the
-service.  The channel in turn is used to construct the Stub.
+service. The channel in turn is used to construct the Stub.
 
 
 ```
@@ -77,7 +77,7 @@ implement, build and run a server that supports the service description.
 
 ## Notes
 
-- the client uses a blocking stub. This means that the RPC call waits for the
+- The client uses a blocking stub. This means that the RPC call waits for the
   server to respond, and will either return a response or raise an exception.
 
 - gRPC Java has other kinds of stubs that make non-blocking calls to the

Step_3.md

@@ -1,16 +1,16 @@
 # Step-3: Implement a server.
 
 This step extends the generated server skeleton code to write a simple server
-that provides the hello service.  This in introduces two new classes
+that provides the hello service. This introduces two new classes:
 
 - a service implementation [GreetingsImpl.java](src/main/java/ex/grpc/GreetingsImpl.java).
 
-- a server that hosts the service implementation and allows to accessed over the network: [GreetingsServer.java](src/main/java/ex/grpc/GreetingsServer.java).
+- a server that hosts the service implementation and allows access over the network: [GreetingsServer.java](src/main/java/ex/grpc/GreetingsServer.java).
 
 ## Service implementation
 
-[GreetingsSImpl.java](src/main/java/ex/grpc/GreetingsImpl.java)
+[GreetingsImpl.java](src/main/java/ex/grpc/GreetingsImpl.java)
-implements the behaviour we require of our GreetingService.  There are a
+implements the behaviour we require of our GreetingService. There are a
 number of important features of gRPC being used here:
 
 ```
@@ -39,7 +39,7 @@ number of important features of gRPC being used here:
 ## Server implementation
 
 [GreetingsServer.java](src/main/java/ex/grpc/GreetingsServer.java) shows the
-other main feature to required to provde gRPC service; how to allow a service
+other main feature required to provde the gRPC service; how to allow a service
 implementation to be accessed from the network.
 
 ```
@@ -68,14 +68,14 @@ $ mvn package
 
 ## Try them out
 
-We've added simple shell scripts to simplifying running the examples.  Now
+We've added simple shell scripts to simplifying running the examples. Now
-that they are built, you can run the server with.
+that they are built, you can run the server with:
 
 ```
 $ ./run_greetings_server.sh
 ```
 
-In another termainal window and confirm that it receives a message.
+and in another terminal window confirm that it receives a message.
 
 ```
 $ ./run_greetings_client.sh