Matlab R2008a Crack Keygen Download
Irmgard Verzi
There was a question like this before and it was really good because it suggested using the depfun function. BUT the issue with this was that it is outputting the MATLAB related files that it depends on as well.
EDIT: Since this problem piqued my curiosity, I started trying out a few ways I might approach it. Finding the dependencies on non-toolbox .m and .mex files was relatively trivial (I did this in MATLAB version 7.1.0.246):
Here, I just used DEPFUN to get the dependencies, then I removed any files that began with 'C:\Program Files\MATLAB71\toolbox', where the MATLAB toolboxes are located on my machine. Note that this assumes you aren't placing any of your own code in these MATLAB directories (which you shouldn't do anyway).
To get dependencies on .mat and .txt files, I took another approach. For each of the files you get from the above code, you could load the text of the file into MATLAB and parse it with a regular expression to find strings that end in a '.mat' or '.txt':
If you have a string like 'help.txt' that appears in a comment (such as the help comment block of a function), it will still be detected by the regular expression. I tried to get around this with a lookaround operator, but that took too long to run.
The returned strings of file names will be relative path strings. In other words, if you have the strings 'help.txt' or 'C:\temp\junk.mat' in the function, the regular expression matching will return 'help.txt' or 'C:\temp\junk.mat', exactly as they appear in the function. To find the full path, you can use the WHICH function on each data file (assuming the files reside somewhere on the MATLAB path).
I was hoping there was already something that would determine local functions called within the main m-file, add them to the list, and proceed to look in each one until there are none left. It doesn't seem that any of these solutions do this
Determine matlabpath and weed out toolbox paths (this is where it is an assumption your working directories are not called toolbox or that you don't have any special m-files you added to the other toolboxes)
iterate through searching the main m-file for each filename, if found add it to the array of dependent files. remove dependent files from the original list. search dependent files list with the "new" original list, repeat until no files left or no matches at all.
But basically to determine which what it does is takes the filename of all files (broken into category of filetype), strips off the fullpathname and the extension, uses the above mentioned !findstr command to search it in the .m file that you are building the dependency for and outputs that to a temp.txt file (this is because I couldn't figure out a way to get a 1 or 0 or isempty return on the output of the command)
.m : 'filename ' or 'filename(' % covers the 'filename (' case.mex* : same as above.mat : was doing same as above but am going to change to some sort of load and the 'filename.mat' working on this probably tomorrow.txt : simply searches for 'filename.txt'
I wrote code a long time ago to do this for octave. I use it mainly to generate .dot files for graphviz to visualize the dependencies, but I also use it in makefiles for wrapping up dependencies when compiling code. it is perl code, unfortunately, but you can run it from a script by calling it via shell. it is fully recursive.
Though depfun doesn't provide an 'ignore-builtins' option, it does give us a '-toponly' option that we can use within our own recursive function that does exculde built-ins and runs much faster. Below is my solution:
As far as I know I am able to run normal ADE-L transient simulation. Does SpectreRF requires additional license? I have gone through various entries on this forum . I tried to do the solutions but It didn't help.
The error message is a hangover from the original implementation of the Spectre Toolbox for Matlab. It was originally developed by the SpectreRF team, and was the "SpectreRF Toolbox" because it had a number of RF-specific m files in the toolbox for measuring common RF metrics from SpectreRF simulation results.
I assumed you already where using matlab standalone. It doesn't really matter whether you do it with matlab standalone or from a Matlab measurement in ADE XL (not sure that's what you were doing either) - it's the simulation license that matters, not the ADE license.
I just checked and the way I could get this error is if I don't have $CDS_LIC_FILE set (or $LM_LICENSE_FILE) to point to my Cadence license server before I start Matlab. You need the licensing set up the same way that you would if you were running spectre, for example.
Steve Eddins retired from MathWorks in 2024 after 30 years of service. He can now be found at MATLAB Central and at Matrix Values, where he continues to write about MATLAB and related topics. His MathWorks career included image processing, toolbox development, MATLAB development and design, development team management, and MATLAB design standards. He wrote the Steve on Image Processing blog for 18 years and is a co-author of Digital Image Processing Using MATLAB.
An amateur musician and French horn enthusiast, Steve is a member of Concord Orchestra and Melrose Symphony Orchestra, as well as a member of the board of directors for Cormont Music and the Kendall Betts Horn Camp. He blogs about music and French horn at Horn Journey.
R2013a, the latest semi-annual MathWorks product release, just went live. One of the significant new capabilities in the MATLAB release is a new unit test framework (overview video, documentation). I am very happy to see this!
Long-time blog readers might be wondering, though, what about MATLAB xUnit? This is a unit test framework that I created and put on the File Exchange. I first wrote about it in this space in 2009. It is my second most popular File Exchange contribution (over 200 downloads in the last 30 days).
I learned to write unit tests when I came to MathWorks in 1993 as a new software developer. I've used several generations of test frameworks created for internal use here. Until recently, our internal testing machinery was tightly coupled to the entire system we used to build, test, and release our products, and so it was impractical to use it for small projects. This became an issue for me sometime around 2002-2003, as I was working on the first edition of Digital Image Processing Using MATLAB. As the "software guy" among the three coauthors, I was responsible for overseeing the MATLAB functions in the book, including making sure that everything was working OK. So I wrote a simple test harness that exercised the book's examples and some of the functions.
Later, the MATLAB R2008a release included the new generation of object-oriented language features. I was interested in learning more about it. Coincidentally, I had just read Kent Beck's Test-Driven Development, which included a case study on using test-driven development methods to create an xUnit-style test harness. I decided that would be an excellent project with which to learn about test-driven development as well as the R2008a MATLAB language changes. (With the wisdom of hindsight, I have to say here that I don't actually recommend learning test-driven development by using test-driven development to develop a test harness. It hurt my brain too much.)
Anyway, sometime in the spring on 2008 I had something pretty basic working. At about that time, Greg Wilson (original creator of Software Carpentry) visited MathWorks to give a talk about his edited book, Beautiful Code. I met Greg then, and we talked about the needs of MATLAB scientific users. Greg encouraged me to turn my fledgling tool into something real. He also invited me to write up something for the IEEE magazine, Computing in Science and Engineering. That became the article "Automated Software Testing for MATLAB", published in the November/December 2009 issue.
The MATLAB xUnit package raised the visibility of unit testing tools in MATLAB, and its popularity helped make the case for putting something like it in MATLAB. At the same time, our testing tools team was looking to modernize our testing infrastructure. They wanted to take advantage of the latest test framework design principles, and they wanted to decouple the testing machinery from the rest of our complex systems for building and releasing products. So an idea was born: let's make a test framework that can stand on its own, that can test our own software, that can test customer code, and that we can ship in MATLAB!
Someone asked me just this week about enhancing MATLAB xUnit to provide for setup and teardown methods that get executed just once for all the methods in a test file, instead of being executed once for every individual test method. MATLAB xUnit does not have this capability, but the new unit test framework in R2013a does. A class-level setup method is identified by using the TestClassSetup method attribute, like this:
There are lots of new capabilities in this framework. A little birdie told me that more information about matlab.unittest may appear pretty soon in Loren's blog. For now, though, I'd like to point you to the overview video and to the documentation.
That brings me back to MATLAB xUnit and its fate. Well, this little package is entering its "retirement phase." I imagine it will remain on the File Exchange for quite a while because it can take a long time for the user community to adopt a new release, and also because there's a lot of customer-written code out there that uses it. However, I do not plan to work on it anymore. Our testing tools team is an excellent group of engineers, and they can move matlab.unittest forward better and faster than I could ever do with my little side project.
I have a similar problem with the software. I am currently working with the DEWE800 with no programs installed except DEWESoft 7. When I try to export a data file (size: 11GB) to Matlab the error message "Not enough memory to perform export of data to matlab" occurs. The data file contains 15 channels but even if I try to export only one of these channels I get the same error. Do you have any idea how to solve this problem?
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