Cannot find tftp command in shell.efi app from Tianocore.
When type tftp, got 'tftp' is not recognized as an internal or external command, operable program, or batch file. Help also doesn't know about it.
I looked at sources and found it is implemented in DynamicCommand directory. Maybe command must be loaded or activated somehow before using?
Edit: well, the only way i found to get tftp client working on Tianocore shell is building ShellPkg from sources. There is DynamicCommand/TftpDynamicCommand subdirectory contains tftp application. It will produce tftp.efi on package building finished. "Manual" can be found here. Still dont understand how to make shell with built-in tftp command and why Tianocore maintainers do not include procompiled tftp.efi in ShellBinPkg for example.
How to Run OVMF article contain information on how to get pre-built OVMF images:
Pre-built images are available at https://www.kraxel.org/repos/
These images are automatically built and track the latest OVMF code in the EDK II tree.
Some of these builds include a seabios CSM and can boot non-UEFI “legacy” operating systems. Note: seabios is GPLv3 licensed)
If your OS doesn’t work with RPM repositories, then you can manually download and decompress the RPM files under jenkins/edk2
You can find the latest OVMF RPM packages at kraxel repository. They contain the latest firmware and UefiShell.iso to boot. You will find tftp command you need and other cool stuff there.
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Total newbie here and have no idea on what I'm doing.
I have installed ubuntu on windows can open bash from windows now.
I have also downloaded burrow-wheeler aligner from the Sourceforge: https://sourceforge.net/projects/bio-bwa/files/
From there I tried extracting the bz2 file. And I added the extracted folder into PATH
but when I type in bwa on bash, it says bwa: command not found
I'm a total beginner and want to get started with bioinformatics. I performed the aforementioned steps because that's how I setup conda to work on windows cmd.
What am I doing wrong?
In the subsystem, almost everything remains the same in your scenario just as an Ubuntu system, then you just follow the Readme file of this repository: lh3/bwa. Since the repo in Sourceforge seems to have been archived for a long time, you'd better use the newer alternative on Github.
I am developing drivers for my embedded device that has linux kernel version 2.6.32. In driver code, I am including linux/modules.h but on compiling, It gives me error linux/bounds.h not found.
I have downloaded kernel source from linux git repository. I have checked path settings. They are ok.
I checked my kernel source, there is no bounds.h file. So why my driver is expecting that. Error is coming due to including modules.h.
First, I need to run make command, so that it can generate and link all necessary files.
I am trying to install Chorus on OSX. So I need to install GreenPlum as described here. The doc says that I have to download the GreenPLum database and extract the greenplum-db-4.2.5.0.tar.gz tar file. So I went to the dedicated site [Pivotal][2]. This file provides some .bin file, but when I execute it I get the message Installer will only install on RedHat/CentOS x86_64. The execution of this file supposes that it provides the mentionned tar file.
So I deduce that I must get some OSX dedicated file, but the Pivotal documentation says that the tar file should be extracted (only in development mode). Perhaps I am running some wrong commands. Could someone help ?
Go to https://network.pivotal.io/products/pivotal-gpdb#files to get the actual installers you'll need for OSX. Be aware that the community edition may not support everything.
This may well have been asked before I just couldn't figure out the right term to search.
I'm writing a client-server application to run on an OSX desktop which will talk to a MySQL server on the local network. It seems long-winded to implement a web-services API when basically a bunch of SQL statements will be perfect internally.
I've wrestled with the install procedure for MySQL server on my development machine, ad had to resort to symlinking libmysqlclient.18.dylib into /usr/lib even though i'd put the include path in header search paths.
What I need to know is how do I create a .app file I can send to other machines that will have access to the libmysqlclient.18.dylib file?
I'm used to Windows having installers to do this and a bit new to OSX programming although i've been doing Obj-c for iDevices for 2 years.
Is there a setting which allows the library to be copied into the .app file or do I need to install the mysql connector on each machine - if so, how do I get around the symlink issue, ideally I need it to work from the stock folders.
If this has been answered somewhere else, please point me in the right direction.
At build time the static linker on OS X, ld, writes the shared library identifier of each library that your application links against in to the application binary. At run time the dynamic linker, dyld, attempts to load each shared library from the paths specified in the application binary. You can see this information using otool -L YourApp.app/Contents/MacOS/YourApp.
The fact you needed to symlink libmysqlclient.18.dylib in to /usr/lib suggests that the shared library identifier of libmysqlclient.18.dylib is something like /usr/lib/libmysqlclient.18.dylib. To include the library in your .app bundle in a way that your application will use it rather than looking in /usr/lib you need to:
Change the shared library identifier of libmysqlclient.18.dylib so that dyld will look for the binary relative to your application binary. This is typically done by running install_name_tool -id #executable_path/../Frameworks/libmysqlclient.18.dylib libmysqlclient.18.dylib.
Copy the modified libmysqlclient.18.dylib in to the Frameworks subdirectroy in your application bundle. This is typically done using a Copy Files build phase in your Xcode project.
You should then be able to verify that the install name written in to your application binary is #executable_path/../Frameworks/libmysqlclient.18.dylib rather than /usr/lib/libmysqlclient.18.dylib (using otool -L YourApp.app/Contents/MacOS/YourApp again). If the install name isn't correct then you'll need to ensure that your linker search path is set up to find your modified version of libmysqlclient.18.dylib ahead of any other versions you may have.
In ActivePerl, "ppm" installs a package from the Internet, "ppm install x.ppd" installs from a ppd file, but most CPAN packages are distributed as .tar.gz
How do you supply modules to a machine running ActivePerl that doesn't have an Internet connection? ("make" will probably not be available.)
Update: an Internet connection can be used to download files and transfer them to the machine with a USB key, etc.
I am sure there is an easier way, but I just checked a ppd file and it is just an xml file ...
So you should be able to do the following if you want to install manually on a pc with no connection:
Open the file , ex
http://trouchelle.com/ppm/Acme-LOLCAT.ppd
and download the appropriate file pointed to in the CODEBASE tag, in this case:
http://trouchelle.com/ppm/MSWin32-x86-multi-thread-5.8/Acme-LOLCAT-0.0.4.zip
Put both file on the pc with no connection, CODEBASE HREF="xxx" should be pointing to the zip file (either by putting the file in the same relative subfolder or by fixing the href so it points to the zip file on your disk)
Install from the ppd using
ppm install x.ppd
See: http://docs.activestate.com/activeperl/5.10/faq/ActivePerl-faq2.html#zip_files
I know it's not an answer to your question, but if possible consider using Strawberry Perl, a CPAN-friendly distribution of Perl for Windows. It has a tidy installer, ships with make, a compiler and a properly configured CPAN shell all ready to go.
And then you can use something like minicpan to create an offline CPAN repository.
Don't be a second class Perl citizen and have to wait for someone else to compile you a ppm, drink straight from the CPAN firehose!
Since this is a very frequent scenario, I complete the answers here :
As far as ActivePerl 5.14 is concerned you can also download ".tar.gz" files for your platform, or download so-called ".ppmx" files (same format). Save the files and invoke the ppm installer later when offline :
ppm.bat install MIME-Lite-3.028.ppmx
You might be interested in A guide to installing modules for Win32. It's a bit outdated (it talks about the command-line ppm) but the principles remain the same.