Gx Iec Developer 7.04 Free Download
Amelie Robertos
I used a Scientific Linux 5.1 (RHEL 5.1 rebuild) live CD to test CUDA on a new system. The computer had lots of RAM, and the root filesystem was read-write thanks to unionfs, so I just used yum to install gcc and the rest after I booted the CD. Then I installed the NVIDIA driver and CUDA toolkit, and was able to verify that basic examples worked.
Actually I think it would be a very smart idea for NVIDIA to put out a livecd including the latest driver, sdk & toolkit for 32 & 64 bit. That way people can test out really quickly how fast their computer can become by using CUDA.
I have a working Ubuntu 7.04 x86_64 livecd now with NVIDIA drivers and an installation of the CUDA 1.1 toolkit. There were plenty of hiccups on the way, but I saved a nice shell script that does everything so it will take much less effort to master a new livecd when CUDA 2.0 comes out.
What was frustrating was that I thought I was required to upgrade to El Capitan to get Clang 7.0. Turns out I already had a copy of the 7.0 tools under Yosemite, but I hadn't configured them in XCode, but loading them onto 7.04b doesn't activate them; You have to manually change the setting via preferences, as I comment above. A lot of time wasted and now I have a big commitment to the El Capitan beta cycle. Oh well.
Still can't quite figure out how to create an archive that has a rebuilt BITCODE_ENABLED static library, which is the reason I needed Clang 7 in the first place. If you know, please pass along. This has been quite a rat-hole.
I did eventually conquer this. I found a Github shell-script for building OpenSSL 1.0.2d with bit-code-enabled libraries. With a tweak or two to the shell script, I got it to generate a single multi-platform static library (via LIPO) that contains native objects for I386 (simulators), armV7 and arm64 (for devices), AND bit-code objects (for archives). Hallelujah!
hi all,
I am running knime_1.2.1 under ubuntu 7.04. the 'data outport' command from the nodes' context menu always comes up with an empty box (i.e. the list is not shown). now I realized that I also get a blank box (titled 'Filereader: Advanced settings') when I hit the 'Advanced...'-button in the configurations-window of 'file reader' nodes (but this is not so important for me).
In the configurations-window of the file reader, I can see the read-in data. I can also see the same data in downstream table-nodes. but I cannot see the table in the 'outport'-view of the node itself. It would be great to track the data in my running model using the nodes' 'outport'-functionality. I don't want to use a table-node after every statistical node, because that would make the whole model rather complex in appearance (I plan to present it to an audience). Is there a way to make the 'outport'-view run under linux?
Mario[/img]
I had the chance to try it under ubuntu 7.1 with KNIME 1.2.1 (not the developer verison) and it worked perfectly well. Maybe it depends on the newer ubuntu version?
Do you use KNIME or the KNIME Developer Version?
rrgh. I think it's too much for me:) setting up a new ubuntu with all programs and options just for a vague notion that I could get a table view in KNIME? buh. no.
perhaps I should try to find a way with many 'interactive tables'. or switch to windows (it works perfectly under win). but the Rserve() implementation for win is quite poor. Have to think about that.
Mario.
Hmm. I'm really sorry about that - but as I mentioned before: we never encountered this problem with any linux distribution and also with ubuntu 7.1 it works. I know this doesn't help you at all - but it seems that this problem is not related to KNIME.
Have you tried resizing the window or the sub-dialog in the file reader? Occasionally I get blank dialogs in some 3rd party nodes when I open the dialog. Resizing it then show the whole content. We are not sure yet, what is the problem behind it because I have never seen this with our own dialogs. But it could be related to yours.
You may also try to use another window manager or use a different style. Maybe you can send us a screenshot of such an empty table view. Is there an exception inside the KNIME log file?
hi thorsten,
I tried resizing - won't help. Even maximizing does not reveal any data. I am using gnome 2.18.1. I could try with KDE. what do you mean by 'different style'? can I upload a screenshot from my filesystem to this forum? could you please tell me where I can find the logfiles and how they are named?
Mario.
Regarding the R problem, I have just tested this behavior under ubunto 7.1 and it works fine for me. I can enter an encryption key and the the dialog will be closed. Unfortunately, I have no idea what's going on in your installation, but I would be highly interested of knowing what's going on there. It seems, if the dialog does not gain the focus. Are there any system related properties on that? However, in 1.3 this dialog will only appear if the settings of an R node or Database node or any other node (with a password field) change. That means, the default behavior is simply wrong. Sorry for that. Last question, when you start KNIME with an empty workbench and drop a Database Reader node on the workbench, open the dialog and the press OK, are you then able to enter an encryption key?
ok, just opened the developer version.
1. I open new project, create database reader, open its config-dialog, press 'ok'. =>'pw dialog' appears and I CAN input pw.
2. I create filereader, connect it with file, open config-dialog and click on 'Advanced...'. I get one empty box, make a screenshot "config_filereader" and send it to Thorsten Meinl.
3. I add an interactive table, connect the filereader to it, get the stuff executed and open the view of the Interactive table. This WORKS, I can see a table. Additionally, I open outport view of the filereader, this DOESN'T work. i make screenshot named "main_problem" and send it to Thorsten Meinl.
I maximize the empty outport view-box, make a screenshot named "maximized_main_problem" and send it to Thorsten Meinl.
4. I save the project, exit KNIME_develop, open KNIME_develop. ->no problem
5. i add R-node between filereader and interactive table, start Rserve(), open config of the R-node. ->KNIME encryption key dialog appears. I enter encryption PW, click ok, enter some R code, get all nodes executed, check ouput table of interactive table->no problem. check outport view of R Snippet->empty box. save project, exit KNIME_develop
6. Open KNIME_develop. Have to type in pw. Now I can type in pw (aha!). hmm.
Mario.
hey,
I just fixed it!!!
It was my Desktop effects. when I switch off CompizConfig I can see the outport views as well as the advanced settings of the filereader-node. I really should have thought about that earlier. however, i got no special desktop effects. It just has to do with compizconfig. when I switch it off and on again, I can still see the outport views, but only until I restart the computer. but ok, it's fixed now. thanks for your efforts!!
Mario.
This is a step by step guide on how to write a simple component (a Calc add-in) for OpenOffice.org (OOo) in C++. Even though the instructions are for Linux, this guide should give an idea on how to write components on other operating systems as well. This document has been updated for OOo version 3, an earlier revision of this page pertaining to OOo version 2 can be found here.
You need to install OOo version 3.0 or above if you do not already have it. Most Linux distributions come with it. For Ubuntu 7.04 the package name is openoffice.org, and it is installed at /usr/lib/openoffice.
Later we will link against libuno_cppuhelpergcc3.so which should be in the lib subdirectory of OpenOffice.org's ure (Uno Runtime Environment) directory. For example on my machine the relevant path is /usr/lib64/openoffice.org/ure/lib. In a command line terminal, cd to the ure lib directory and type "ls *cppuhelper*". If you see libuno_cppuhelpergcc3.so file listed, then everything is fine. If not then you should see something like libuno_cppuhelpergcc3.so.3, and you should type "sudo ln -s libuno_cppuhelpergcc3.so.3 libuno_cppuhelpergcc3.so" in your terminal, enter your password if asked (This requires a user that can do super user tasks with sudo, a sudoer). This just creates a symbolic link named libuno_cppuhelpergcc3.so to the original file libuno_cppuhelpergcc3.so.3 in the same directory. If your Linux distribution does not have sudo command then become super user with su command, type the previous command without sudo at the beginning and return to your user account (by typing exit).
Our major reference will be the OOo SDK. Install the relevant package for your distro if it is available. Otherwise go ahead and download it from Extract the SDK to somewhere you have write access to. You can delete the .tar.gz file after the extraction. The index.html file in the SDK directory is the main page of the OOo SDK documentation. Reading the SDK documentation fully or major parts of it would be a very good practice before trying to write code for OOo (For now ignore the "Installation Guide" part). You will use "Developer's Guide", "IDL Reference" and "C++ Reference" parts the most.
A component is an add-on (Merriam-Webster says "add-on : something (as an accessory or added feature) that enhances the thing it is added to") for OOo. They are more specifically called UNO components (See "3 Professional UNO" and "4 Writing UNO Components" in the SDK's "Developer's Guide" part). You can write components for OOo in many programming languages, including C++ and Java.
Calc is the spreadsheet application of OOo. We will write a Calc add-in, which is a special UNO component, that provides a Random Number Generator (RNG) service. For example, the "RAND()" function of Calc is a RNG that returns a random number between 0 and 1. So let's do something new and write a RNG that returns exponentially distributed (See and _distribution) random numbers. In this guide we will do things that are the same for general UNO components and/or Calc add-ins written in C++, so we will not be doing anything specific to RNGs, it is just something we can implement for Calc. See _transform_sampling_method for more information about sampling arbitrary random variables with closed form inverse cumulative distribution functions.
e59dfda104