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Apricity OS may not be exactly like macOS but it does have a slightly similar feel. Its GNOME based clean user interface and beautiful icon themes make it a stunning looking Linux distribution. MacOS lookalike or not, if one day you want to switch to the ‘Arch domain’, do consider Apricity OS among your options. Disk Doctor scans your Mac, then removes unwanted files to reclaim much-needed space on your hard drive. With a straightforward interface and a nice set of features, Disk Doctor makes cleaning up. A collection of those pesky SDK folders: MacOSX10.1.5.sdk thru MacOSX11.1.sdk - phracker/MacOSX-SDKs. Also note that the wiki of Cyanogenmod says that I should Install the Mac OS X Developer Tools from my DVD, but I upgraded to Mavericks with the App Store. What do they mean by Developer Tools? I do have things like make and gcc (Command line tools in Xcode). This is the wiki page I found the instruction to install dev tools from DVD.
From MdsWiki
MDSplus now supports the Macintosh platform. After installing a few prerequisite packages on your Macintosh operating system you should be able to install an MDSplus package downloaded from this page. Go back to downloads page.
|
Release Levels
There are currently 3 different release levels of MDSplus:
| Release Level | Description |
|---|---|
| Stable | Updates occur less frequently. New features added only after significant testing by sites running alpha versions. Bug fixes applied as needed. |
| Alpha | Updates occur whenever a change to an MDSplus source module. Reflects the CVS head in the repository. |
MDSplus Packaging
Currently there is one all encompassing MDSplus package which installs all the supported functions provided in the MDSplus software.
Prerequisites
Prior to installing MDSplus you will need to install a few additional packages required for MDSplus to operate. Even if you do not intend to use all of the MDSplus applications, some of the MDSplus internals may be linked to libraries in these prerequisite packages which would prevent them from loading if those packages were not installed. The following table lists the packages required and provides links to download sites where you can find them. Should these links become stale you can either search the web for these packages or post a note to the MDSplus mailing list and the developers will attempt to update the information on this page.
| Name | Location | Directions |
|---|---|---|
| OpenMotif | OpenMotif Downloads | Download the dmg file from the 2nd link, and run the installer package from the disk image. Note: the 10.5 package appears to work for 10.6.
|
| XCode Command Line Tools | Mac OS-X 10.6-Xcode 3.2.2 Mac OS-X 10.7+ Get Xcode 4.x from App Store | OS X 10.6 - download and install xcode 3.2.2 OS X 10.7+ nstall Xcode 4.x from the Mac App Store. Start Xcode and from File->Preferences downloads tab install the command line tools.
|
| FreeTDS | FreeTDS Home Page | Download the tarball from the 'stable release' link on the upper right. Use finder to navigate to the downloaded file, and double click it to expand it to a folder. With a terminal, cd to the expanded directory (~/Downloads/freetds-X.YY). Configure by typing ./configure. Build by typing make. Install by typing sudo make install. Note: you will have to provide your password for the sudo commmand. |
| Xquartz - OS-X 10.8 | Xquartz installation | on Mac OS-X 10.8 Mountain Lion, an X-11 server is not included. In order to run the X-Windows based MDSplus applications (traverser, dwscope, dwscope-remote) you will need to install XQuartz. |
| Java run time environment | On OS-X 10.8 Mountain Lion, the first time a java application is run (jScope, jTraverser) the system will prompt to install the Java SE runtime environment. This is required to run these applications. |
Xcode version 5 no longer ships with cvs. if you need cvs get it from: [1], You will have to download, and make. make install will not work (it is looking for /tmp/cvs/Debug) which does not exist. Copy the executable from /tmp/cvs/Build/src to /usr/local bin.
Performing the installation
Choose the type of installation you want to perform and select the pkg file from one of the three tables below. Click on the pkg to download it on your Macintosh and your browser should bring up the installer application to complete the installation. If your browser does not automatically activate the installer application you can either find the pkg file with the Finder and click on it or use a terminal window and type the following command to install it:
Latest Stable Packages
Latest Alpha Packages
The last alpha installer built on OSX Mountain Lion can be found here:MDSplus-alpha-7-12-1.osx.pkg
Releases higher than MDSplus-alpha-7-12-1 are now being built on OSX Sierra and may not be downward compatible with earlier OSX versions.
Post Installation Configuration
Establish MDSplus Data Service for remote access to local MDSplus data
MDSplus provides a TCP based network interface which lets you serve your data to remote MDSplus users. To control access there is a file called /etc/mdsip.hosts which contains information which specifies the mapping of remote connection requests to local user accounts. Note this is an absolute path, and that the MDS installer does not create these files and that you should copy it from /usr/local/mdsplus/etc/mdsip.hosts. This file should contain lines of the format:
where the remote-user-connection-string for unencrypted mdsip would be something like remote-username@remote-hostname. This connection string can contain wildcards. For example, one could specify *@*.mydomain.org to match any user connecting from a host in the mydomain.org domain. Each asterisk in the connection string will match zero or more arbitrary characters. A percent character will match any single character. You can use either host names or ipv4 addresses. When a connection is first made, the connection string is checked for a match in the mdsip.hosts file starting from the top. Match checking stops when the first match has been found. There is also a special MAP_TO_LOCAL keyword that can be used instead of a specific local-account name. This will attempted to map the incoming connection to the same account name as the remote user account name. If you place an exclamation mark as the first character in a line, a match on the incoming connection string will result in the connection being denied. Lines beginning with # will be treated as comments and will be ignored.
--TIDBITS REGARDING /etc/mdsip.hosts ----The usual 2 lines in/etc/mdsip.hosts are:
- MAP_TO_LOCAL
- nobody
Here is an example that confused us for a while, where '* nobody' failed to allow a remote connection to the server. So make sure the permissions allow read (and write permissions to the shotid.sys file which contains the latest shot number if you want to increment the shot number). Apparently a line like
- mds_user
works fine, providing mds_user is a user on the server, and mds_user has read and write permissions to the data directory and files in it. The user 'nobody' is a special operating system user that evidently is not good enough for this?
Once you have configured the /etc/mdsip.hosts file you can turn on the MDSplus service by issuing the following command:
Configuring the MDSplus environment variables
During the MDSplus installation procedure the /etc/profile and /etc/bash.login scripts were modified to invoke the either the /usr/local/mdsplus/setup.sh script or the /usr/local/mdsplus/setup.csh script. These scripts define environment variables used by MDSplus to tell applications where to find the MDSplus libraries, tdi script files and MDSplus data files (trees). To add your own tree path definitions you can create a file called /usr/local/mdsplus/local/envsyms containing tree path definitions. This file should contain lines such as:
For example if you want to put MDSplus trees called mytree in the directory /mdsplus/trees/mytree you would include a line such as:
If you want to access a mytree tree stored on another system running an mdsip data server you might instead have a line such as:
Once you have configured your environment variables using the /usr/local/mdsplus/local/envsyms file you can make these environment variables accessible from desktop Apps system-wide by issuing the following command:
If you don't want to make system-wide definitions, a user could issue the following command to establish his own App environment definitions:
You may need to reboot for the launchd.conf changes to work
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Note that which ever launchd configuration file you decide to create you will need to update that file every time changes are made to the envsyms configuration. The mdsplus_launchconfig script generates setenv commands for the launcher to use when invoking desktop applications. If you rerun the command appending to the launchd configuration file you might want to edit the resulting configuration file and remove duplicate or excess setenv commands.
Configuring Excelis IDL to access MDSplus
The IDL language is a commercial data analysis language, similar to Matlab, Otave and SciLab. In order to use MDSplus with it, first install and license the software.
Note: The MDSplus interface will not work with IDL when IDL is running in unlicensed 'demo' mode.
To use the MDSplus interface the environment variables defined in envsyms by the installation must be 'installed'.
Once you have configured your environment variables using the /usr/local/mdsplus/local/envsyms file you can make these environment variables accessible from desktop Apps system-wide by issuing the following command:
If you don't want to make system-wide definitions, a user could issue the following command to establish his own App environment definitions:
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You may need to reboot for the launchd.conf changes to work
Note that which ever launchd configuration file you decide to create you will need to update that file every time changes are made to the envsyms configuration. The mdsplus_launchconfig script generates setenv commands for the launcher to use when invoking desktop applications. If you rerun the command appending to the launchd configuration file you might want to edit the resulting configuration file and remove duplicate or excess setenv commands.
To test fire up idl and try the following commands:
Configuring MATLAB to access MDSplus
Matlab is a commercial data analysis language, similar to Excelis IDL , Otave and SciLab. In order to use MDSplus with it, first install and license the software.
To use the MDSplus matlab interface the environment variables defined in envsyms by the MDSplus installation procedure must be 'installed'.
Once you have configured your environment variables using the /usr/local/mdsplus/local/envsyms file you can make these environment variables accessible from desktop Apps system-wide by issuing the following command:
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If you don't want to make system-wide definitions, a user could issue the following command to establish his own App environment definitions:
You may need to reboot for the launchd.conf changes to work
Note that which ever launchd configuration file you decide to create you will need to update that file every time changes are made to the envsyms configuration. The mdsplus_launchconfig script generates setenv commands for the launcher to use when invoking desktop applications. If you rerun the command appending to the launchd configuration file you might want to edit the resulting configuration file and remove duplicate or excess setenv commands.
With the correct environment you can setup MATLAB following the general guide.
MATLAB should now have access to the MDSplus java classes (or use the Python bridge). Given a local tree called test with a numeric node 'status' and a text node 'txt'. First import the classes and open the tree:
Then get the node 'status', retrieve its data and convert it to a native matlab array:
Next retrieve the node called 'txt' and read its' data:
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Finally construct some 2 dimensional data using the matlab magic square function, write it to the status node, read it back, and convert it to a native matlab array.
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