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-rw-r--r--demos/csharp/README.txt10
1 files changed, 5 insertions, 5 deletions
diff --git a/demos/csharp/README.txt b/demos/csharp/README.txt
index 4fe9f786f..1665c7cd1 100644
--- a/demos/csharp/README.txt
+++ b/demos/csharp/README.txt
@@ -1,17 +1,17 @@
The following projects show the use of the Ghostscript API
in a C# environment. A WPF C# Windows viewer application is
contained in the windows folder. A MONO C# Gtk viewer
-application is contained in the linux folder.
+application is contained in the Linux folder.
The applications share the same API file to Ghostscript or GhostPDL
which is in api/ghostapi.cs. In this file, lib_dll is set to the appropriate
-dll or so file that is create by the the complilation of ghostscript. Note
-that to build libgpdl.so on linux you use "make so". On windows gpdldll64.dll
-and varients are built depending upon the VS solution configurations.
+dll or so file that is create by the the compilation of Ghostscript. Note
+that to build libgpdl.so on Linux you use "make so". On windows gpdldll64.dll
+and variants are built depending upon the VS solution configurations.
The applications each have another level of interface which is api/ghostnet.cs
for the Windows application and api/ghostmono.cs for the Linux application.
-These files assemble the commands that are to be excecuted, creates the working
+These files assemble the commands that are to be executed, creates the working
threads that GhostPDL/Ghostscript will run on as well as handling the call backs
from GhostPDL/Ghostscript. The Linux and Windows applications use different
threading methods.