docs: fixed grammar errors (many thanks lucie).

Author: bialix

Readme.txt

@@ -9,9 +9,8 @@ Version: 2.0
 
 Introduction
 ------------
-The Intel HEX file format widely used in microprocessors and microcontrollers 
-area as the de-facto standard for representation of code for programming 
-microelectronic devices.
+The Intel HEX file format is widely used in microprocessors and microcontrollers 
+area as the de facto standard for code representation for microelectronic devices programming.
 
 This work implements an **intelhex** Python library to read, write, 
 create from scratch and manipulate data from HEX (also known as Intel HEX) 
@@ -25,14 +24,14 @@ inspecting data, and ``hexmerge.py`` merges multiple HEX files into one.
 
 License
 -------
-The code distributed under BSD license. See LICENSE.txt in sources archive.
+The code is distributed under BSD license. See LICENSE.txt in the sources archive.
 
 In short: you can use IntelHex library in your project without any restrictions.
 
 If you're using IntelHex library in your open-source project, or your company 
 created freely available set of tools, utilities or sdk based on IntelHex
-library - please, send me email and tell something about your project. 
-I'd like to add name of your project/company to page "Who Uses IntelHex".
+library, please send me an email and tell something about your project. 
+I'd like to add the name of your project/company to page "Who Uses IntelHex".
 
 Python 3 compatibility
 ----------------------
@@ -75,7 +74,7 @@ Get code with git:
 
 User manual
 -----------
-User manual for IntelHex available in the sources docs/manual/ directory.
+User manual for IntelHex is available in the sources docs/manual/ directory.
 You can browse User Manual online:
 
     http://pythonhosted.org/IntelHex/

docs/manual/part1-1.txt

@@ -1,8 +1,7 @@
 About
 *****
-The Intel HEX file format widely used in microprocessors and microcontrollers 
-area as the de-facto standard for representation of code for programming 
-microelectronic devices.
+The Intel HEX file format is widely used in microprocessors and microcontrollers 
+area as the de facto standard for code representation for microelectronic devices programming.
 
 This work implements an **intelhex** Python library to read, write, 
 create from scratch and manipulate data from HEX (also known as Intel HEX) 
@@ -13,7 +12,7 @@ to do basic tasks that utilize this library. The ``bin2hex.py`` script
 converts binary data to HEX, and the ``hex2bin.py`` works the other direction. 
 ``hex2dump.py`` converts data from HEX to a hexdump which is useful for
 inspecting data, and ``hexmerge.py`` merges multiple HEX files into one.
-In addition you can try to inspect differences between 2 HEX files with
+In addition you can try inspecting differences between two HEX files with
 ``hexdiff.py`` utility which uses dump output similar to ``hex2dump.py``.
 
 You can find IntelHex library on PyPI:
@@ -31,27 +30,27 @@ https://github.com/bialix/intelhex
 
 Motivation
 ~~~~~~~~~~
-This work was partially inspired by SRecord_ software in that moment
-when I've stuck with its limitations and unintuitive behavior.
+This work was partially inspired by SRecord_ software at the moment
+when I stuck with its limitations and unintuitive behavior.
 
-So I've made this library and related tools which gives me 
+So I've made this library and related tools which give me 
 full control over data and HEX file creation.
 Not the best reason to start yet another project. 
 But, as you probably know, nothing is better than scratch our own itches, 
 especially if you want to re-implement something 
 in your favorite programming language.
 
-Over the years it turned out my small python library was very useful 
-for many people, and allowed them not only create utilities to manipulate
-with HEX files, but also create custom bootloaders for their devices.
+Over the years it turned out that my small python library was very useful 
+to many people, and allowed them not only to create utilities to manipulate
+with HEX files, but also to create custom bootloaders for their devices.
 
-I started to write this library in 2005, and now 10 years later it's still
+I started writing this library in 2005, and now 10 years later it's still
 alive and useful to other developers. That keeps me working on improving
-this code, even though I don't work on embedding systems for some time.
+the code, even though I don't work on embedding systems for some time.
 
-If you find IntelHex library useful - please, send me email 
+If you find IntelHex library useful, please send me email 
 and tell a bit about how you're using it and in which projects/areas.
-That not only satisfy my curiosity but also helps me to keep working 
+That will not only satisfy my curiosity but also will help me to keep working 
 on this project.
 
 .. _SRecord: http://srecord.sourceforge.net/

docs/manual/part1-3.txt

@@ -2,20 +2,20 @@ Installation
 ************
 
 Note: some commands below have `sudo` as first word.
-It's required only on Linux or MacOSX. 
-Omit that prefix if you're on Windows.
+It's required only on Linux or Mac OS X. 
+Omit the prefix if you're on Windows.
 
 Installing with pip
 ~~~~~~~~~~~~~~~~~~~
 If you just need IntelHex library installed as your
 system python library 
 then it's better to use modern tool called ``pip`` 
 (http://www.pip-installer.org/en/latest/)
-to install with command:
+to install with the command:
 
 	sudo pip install intelhex
 
-Latest versions of Python interpreter (like 2.7.9, or 3.4.x and later)
+The latest versions of Python interpreter (like 2.7.9, or 3.4.x and later)
 have pip in the standard installer/distribution.
 
 The simplest way to check whether you have pip installed
@@ -32,7 +32,7 @@ and run it as
 
 Download sources
 ~~~~~~~~~~~~~~~~
-You can get archive with latest released code, docs and other files
+You can get archive with the latest released code, docs and other files
 from PyPI:
 
 https://pypi.python.org/pypi/IntelHex
@@ -41,11 +41,11 @@ Also IntelHex may be downloaded from:
 
 https://launchpad.net/intelhex/+download
 
-You can get archive with unreleased code from GitHub page:
+You can get the archive with the unreleased code from GitHub page:
 
 https://github.com/bialix/intelhex
 
-Use corresponding menu item in the right-hand side bar on that page 
+Use the corresponding menu item in the right-hand side bar on that page 
 (e.g. "Download ZIP").
 
 
@@ -64,19 +64,19 @@ Install from sources
 ~~~~~~~~~~~~~~~~~~~~
 IntelHex has got stadard setup.py installation script. 
 Assuming Python is properly installed on your platform, 
-installation should just require running the following command 
+installation should require just running of the following command 
 from the root directory of the sources::
 
     sudo python setup.py install
 
 This will install the intelhex package into your system's site-packages 
 directory and place the helper scripts in your Python site-packages 
-binaries directory. After that is done, any other Python scripts or modules 
+binaries directory. Once it is done, any other Python scripts or modules 
 should be able to import the package using::
 
     >>> from intelhex import IntelHex
 
-The scripts should be in your PATH so that they can be called from anywhere 
+The scripts should be in your PATH so that they could be called from anywhere 
 in the file system.
 
 See the Python distutils website for more information, or try typing, 
@@ -90,7 +90,7 @@ for helper scripts as hex2bin.py, bin2hex.py and other mentioned in this
 documentation (see section Convenience Scripts).
 
 You can find these scripts in your python Script directory 
-(usually `C:\\PythonXY\\Scripts`). You need either create batch file to run them,
+(usually `C:\\PythonXY\\Scripts`). You need either to create batch file to run them,
 or use Python interpreter:
 
 	python C:\\PythonXY\\Scripts\\hex2bin.py ...