Update to 2.2.1. Closes #1.

CMakeLists.txt

@@ -0,0 +1,11 @@
+cmake_minimum_required(VERSION 2.6.4)
+project(CFS_SCH C)
+
+include_directories(fsw/public_inc)
+include_directories(fsw/mission_inc)
+include_directories(fsw/platform_inc)
+
+aux_source_directory(fsw/src APP_SRC_FILES)
+
+# Create the app module
+add_cfe_app(sch ${APP_SRC_FILES})

cfs-sch-app-OSS-readme.txt

@@ -1,89 +1,89 @@
-core Flight System (cFS) Scheduler Application (SCH) 
-Open Source Release Readme
-
-SCH Release 2.2.0 
-
-Date: 
-February 27, 2015
-
-Introduction:
-  The Scheduler application (SCH) is a core Flight System (cFS) application 
-  that is a plug in to the Core Flight Executive (cFE) component of the cFS.  
-
-  The cFS is a platform and project independent reusable software framework and
-  set of reusable applications developed by NASA Goddard Space Flight Center.  
-  This framework is used as the basis for the flight software for satellite data 
-  systems and instruments, but can be used on other embedded systems.  More 
-  information on the cFS can be found at http://cfs.gsfc.nasa.gov
-
-  The SCH application provides a method of generating software bus messages 
-  at pre-determined timing intervals. This allows the system to operate in a 
-  Time Division Multiplexed (TDM) fashion with deterministic behavior. The TDM 
-  major frame is defined by the Major Time Synchronization Signal used by the 
-  cFE TIME Services (typically 1 Hz) and the Minor Frame timing is defined 
-  via a SCH Configuration Parameter that identifies the number of Minor Frame 
-  Slots that are executed within each Major Frame.     
-
-  The SCH application is written in C and depends on the cFS Operating System 
-  Abstraction Layer (OSAL) and cFE components.  To build and run the SCH
-  application, follow the cFS Deployment Guide instructions contained in 
-  cFE-6.4.1-OSS-release/docs.  There is additional SCH application specific 
-  configuration information contained in the application user's guide
-  available in cfs-sch-2.2.0-OSS-release/docs/users_guide
-
-  There are also "Quick start" instructions provided in 
-  cFE-6.4.1-OSS-release/cfe-OSS-readme.txt   
-
-  The OSAL is available at http://sourceforge.net/projects/osal/ and 
-  github.com/nasa/
-
-  The cFE is available at http://sourceforge.net/projects/coreflightexec
-
-  This software is licensed under the NASA Open Source Agreement. 
-  http://ti.arc.nasa.gov/opensource/nosa
-
-
-Software Included:
-  Scheduler application (SCH) 2.2.0
-
-
-Software Required:
-
- Operating System Abstraction Layer 4.1.1 or higher can be 
- obtained at http://sourceforge.net/projects/osal or 
- github.com/nasa/osal
-
- core Flight Executive 6.4.1 or higher can be obtained at
- http://sorceforge.net/projects/coreflightexec
-
-
-Runtime Targets Supported:
-   The "out of the box" targets in the cFE 6.4.1 distribution include:
-     1. 32 bit x86 Linux ( CentOS 6.x )
-     2. Motorola MCP750 PowerPC vxWorks 6.4
-
-Other targets: 
-    Other targets are included, but may take additional work to
-    run. They are included as examples of other target 
-    environments.
-    1. mcf5235-rtems - This is for the Axiom MCF5235 Coldfire board running
-                       RTEMS 4.10. It requires a static loader component for the
-                       OS abstraction layer. The static loader is currently
-                       not available as open source, so this target is not
-                       considered complete. RTEMS 4.11 will have a dynamic
-                       loader which will be supported by a future release
-                       of the OS Abstraction Layer, completing the RTEMS support
-                       for the cFE.
-
-                       Once RTEMS 4.11 is released, the goal is to support
-                       an RTEMS simulator platform such as SPARC/sis or 
-                       quemu.
-
-    2. mac-osx and pc-cygwin - These targets are included for examples. They
-                       will most likely be removed in the future. 
-                       The pc-linux target is highly recommended. If you 
-                       have a windows or mac computer it is relatively easy to 
-                       set up a free virtual machine environment with 32 bit 
-                       Cent OS 5.x.
-
+core Flight System (cFS) Scheduler Application (SCH) 
+Open Source Release Readme
+
+SCH Release 2.2.1 
+
+Date: 
+July 5, 2017
+
+Introduction:
+  The Scheduler application (SCH) is a core Flight System (cFS) application 
+  that is a plug in to the Core Flight Executive (cFE) component of the cFS.  
+  
+  The cFS is a platform and project independent reusable software framework and
+  set of reusable applications developed by NASA Goddard Space Flight Center.  
+  This framework is used as the basis for the flight software for satellite data 
+  systems and instruments, but can be used on other embedded systems.  More 
+  information on the cFS can be found at http://cfs.gsfc.nasa.gov
+  
+  The SCH application provides a method of generating software bus messages 
+  at pre-determined timing intervals. This allows the system to operate in a 
+  Time Division Multiplexed (TDM) fashion with deterministic behavior. The TDM 
+  major frame is defined by the Major Time Synchronization Signal used by the 
+  cFE TIME Services (typically 1 Hz) and the Minor Frame timing is defined 
+  via a SCH Configuration Parameter that identifies the number of Minor Frame 
+  Slots that are executed within each Major Frame.     
+
+  The SCH application is written in C and depends on the cFS Operating System 
+  Abstraction Layer (OSAL) and cFE components.  To build and run the SCH
+  application, follow the cFS Deployment Guide instructions contained in 
+  cFE-6.5.0a-OSS-release/docs.  There is additional SCH application specific 
+  configuration information contained in the application user's guide
+  available in cfs-sch-2.2.1-OSS-release/docs/users_guide
+  
+  There are also "Quick start" instructions provided in 
+  cFE-6.5.0a-OSS-release/cfe-OSS-readme.txt   
+  
+  The OSAL is available at http://sourceforge.net/projects/osal/ and 
+  github.com/nasa/
+  
+  The cFE is available at http://sourceforge.net/projects/coreflightexec
+
+  This software is licensed under the NASA Open Source Agreement. 
+  http://ti.arc.nasa.gov/opensource/nosa
+ 
+ 
+Software Included:
+  Scheduler application (SCH) 2.2.1
+  
+ 
+Software Required:
+
+ Operating System Abstraction Layer 4.2.0 or higher can be 
+ obtained at http://sourceforge.net/projects/osal or 
+ github.com/nasa/osal
+ 
+ core Flight Executive 6.5.0 or higher can be obtained at
+ http://sorceforge.net/projects/coreflightexec
+
+  
+Runtime Targets Supported:
+   The "out of the box" targets in the cFE 6.5.0 distribution include:
+     1. 32 bit x86 Linux ( CentOS 6.x )
+     2. Motorola MCP750 PowerPC vxWorks 6.4
+
+Other targets: 
+    Other targets are included, but may take additional work to
+    run. They are included as examples of other target 
+    environments.
+    1. mcf5235-rtems - This is for the Axiom MCF5235 Coldfire board running
+                       RTEMS 4.10. It requires a static loader component for the
+                       OS abstraction layer. The static loader is currently
+                       not available as open source, so this target is not
+                       considered complete. RTEMS 4.11 will have a dynamic
+                       loader which will be supported by a future release
+                       of the OS Abstraction Layer, completing the RTEMS support
+                       for the cFE.
+          
+                       Once RTEMS 4.11 is released, the goal is to support
+                       an RTEMS simulator platform such as SPARC/sis or 
+                       quemu.
+
+    2. mac-osx and pc-cygwin - These targets are included for examples. They
+                       will most likely be removed in the future. 
+                       The pc-linux target is highly recommended. If you 
+                       have a windows or mac computer it is relatively easy to 
+                       set up a free virtual machine environment with 32 bit 
+                       Cent OS 5.x.
+                       
 EOF