Documentation error in README.md

README.md

@@ -1,7 +1,7 @@
 # ArduinoIoTCloud
 [![Build Status](https://travis-ci.org/arduino-libraries/ArduinoIoTCloud.svg?branch=master)](https://travis-ci.org/arduino-libraries/ArduinoIoTCloud)
 
-This library facilitates interactions between boards featuring a cryptography co-processor and the Arduino IoT Cloud service. It includes a ConnectionManager to handle connection/disconnection/reconnection flows and provides means to interface local sketch variables with cloud based Thing properties, enabling synchronization and on-change callbacks.
+This library facilitates interactions between boards featuring a cryptography co-processor and the Arduino IoT Cloud service. It includes a ConnectionManager to handle connection/disconnection/reconnection flows and provides means to interface local sketch variables with cloud-based Thing properties, enabling synchronization and on-change callbacks.
 Currently supported boards: MKR1000 (WiFi101) and MKR 1010 (WiFiNINA). Support for MKRGSM is nearing completion and more cryptography enabled boards are following.
 
 ## Arduino IoT Cloud
@@ -16,24 +16,24 @@ The platform is currently in public beta, we appreciate any feedback provided.
 
 - **Things**: Logical representation of a connected object. They embody inherent properties of the object, with as little reference to the actual hardware or code used to implement them. Each Thing is represented by a collection of _Properties_ (e.g., temperature, light, pressure...).
 
-- **Properties**: Qualities defining the characteristics of a system. A _Property_ can be defined as *read-only* (RO) to indicate that Arduino IoT Cloud can read the data, but cannot change the value of such _Property_. On the other end it may be designated to be **read-and-write** (RW), allowing Arduino IoT Cloud to remotely change the property’s value and trigger an event notification on the device to be handled via code.
+- **Properties**: Qualities defining the characteristics of a system. A _Property_ can be defined as *read-only* (RO) to indicate that Arduino IoT Cloud can read the data, but cannot change the value of such _Property_. On the other end, it may be designated to be **read-and-write** (RW), allowing Arduino IoT Cloud to remotely change the property’s value and trigger an event notification on the device to be handled via code.
 
 - **Events**: When a physical event is triggered on the _Device_, Arduino IoT Cloud is made aware of it thanks to application messages. It might, for example, be notified that a proximity sensor detected someone or something outside a door.
 
 - **Software**: An Arduino Create sketch is automatically generated by Arduino IoT Cloud when setting up a new thing: this simplifies starting efforts. Because the connection to the cloud is handled by the library, the user can focus on implementing the last bits of code required to handle the change of variables linked to properties.
-The introductory tutorial linked above explains this in an easy and comprehensive way.
+The introductory tutorial linked above explains this easily and comprehensively.
 
 ## ArduinoIoTCloud library
 
-As of version 0.8.0 the `ConnectionManager` libraries have been migrated into their own packages, so are the debug helpers, hence the library is made of just these classes:
-- `ArduinoIoTCloud` is the main class. It's responsible for the connection to the MQTT Broker and to Arduino IoT Cloud.
-This library has multiple `begin(...)` methods allowing you to take more control of its behavior when it comes to network **Client** or to use a `ConnectionManager`
+As of version 0.8.0, the `ConnectionManager` libraries have been migrated into their packages, so are the debug helpers, hence the library is made of just these classes:
+- `ArduinoIoTCloud` is the main class. It's responsible for the connection to the MQTT Broker and Arduino IoT Cloud.
+This library has multiple `begin(...)` methods allowing you to take more control of its behaviour when it comes to network **Client** or to use a `ConnectionManager`
 
 - `CloudSerial` is similar to [Serial](https://www.arduino.cc/reference/en/language/functions/communication/serial/), but used in combination with the cloud, allowing the user to send and receive custom messages using Arduino IoT Cloud as a channel.
 
-- `debugMessage(char *_msg, uint8_t _debugLevel, bool _timestamp = true, bool _newline = true)` is the method used to print debug messages on the physical serial. This helps providing troubleshooting information should anything go wrong.
+- `debug message(char *_msg, uint8_t _debugLevel, bool _timestamp = true, bool _newline = true)` is the method used to print debug messages on the physical serial. This helps providing troubleshooting information should anything go wrong.
 
-- The `setDebugMessageLevel(int _debugLevel)` method is used to set a level of granularity in information output. Every debug message comes with a level which goes from 0 to 4. A higher level means more verbosity. Debug messages with level higher than `_debugLevel` will not be shown. The lowest level has a higher importance and is usually used for errors, which are always printed. Passing -1 as a parameter will disable logging entirely, **errors will also be ignored**.
+- The `setDebugMessageLevel(int _debugLevel)` method is used to set a level of granularity in information output. Every debug message comes with a level which goes from 0 to 4. A higher level means more verbosity. Debug messages with a level higher than `_debugLevel` will not be shown. The lowest level has higher importance and is usually used for errors, which are always printed. Passing -1 as a parameter will disable logging entirely, **errors will also be ignored**.
 
 ### ArduinoIoTCloud