linux sample file download The LinuxSampler Project. There are several subprojects, each having its own license terms, as follows: gigedit An instrument editor for gig files (written in C++, based on the gtk(mm) toolkit). -> (pure) GPL jlscp A java LinuxSampler control protocol API. -> (pure) GPL v2 JSampler A graphical frontend to LinuxSampler, written in Java. -> (pure) GPL v2 libgig File access library (C++), for loading and modifying GigaStudio, SoundFont, KORG, AKAI and DLS files. -> (pure) GPL liblscp LinuxSampler Control Protocol (LSCP) wrapper C library. -> (pure) LGPL LinuxSampler Sampler backend, including sampler engine, audio and MIDI drivers, network layer (LSCP) API and native C++ API. -> GPL with commercial exception * QSampler Graphical frontend to LinuxSampler (written in C++, based on the Qt toolkit). -> (pure) GPL. [*] LinuxSampler is licensed under the GNU GPL with the exception that USAGE of the source code, libraries and applications FOR COMMERCIAL HARDWARE OR SOFTWARE PRODUCTS IS NOT ALLOWED without prior written permission by the LinuxSampler authors. If you have questions on the subject, that are not yet covered by the FAQ, please contact us. Dependencies. The following figure illustrates the compile time / linker dependencies. Or again in words: you have to compile and install libgig before being able to compile and use LinuxSampler. You don't need libgig for compiling and using QSampler, but it's definitely recommended. You cannot compile nor use QSampler without liblscp though. As QSampler is communicating with LinuxSampler via TCP, there is no linker dependency between them, but of course you still need to have LinuxSampler installed to be able to use QSampler (either locally or on any other computer in your network). JSampler is also communicating with LinuxSampler via TCP, so there is no linker dependency between them either. JSampler requires jlscp though. You have to compile and install libgig before being able to compile and use gigedit. Binary Packages. We currently provide pre-compiled binaries for the following operating systems: Operating System Description Debian "Jessie" Individual Debian (.deb) binary package for each software component, compiled for Intel 64 bit / AMD 64 bit (Debian 8 stable , a.k.a "Jessie"). Ubuntu "Hardy Heron" Individual Ubuntu (.deb) binary package for each software component, compiled for i486, Ubuntu 8.04 LTS , a.k.a "Hardy Heron". ( Note: Out-dated. You should better compile .deb packages by yourself by using latest SVN version for now). Gentoo Bleeding edge Gentoo ebuild for each software component, which can be used to conveniently emerge the latest versions directly from CVS ( Note: Out-dated, we moved from CVS to SVN a while ago. Ebuild files need to be updated.). Suse Individual RPM package for each software component for openSUSE 13.2, compiled for i586 and x86_64. Windows Self-extracting all-in-one installer of all software components for Windows. It includes native 64 bit and native 32 bit binaries, standalone and VST plugin versions of the sampler. The windows binaries are snapshots which are automatically built on our server from the latest Subversion (development) version of the sampler. We recommend you to always download the latest snapshot. Mac All-in-one Diskimage of the current official releases of the software components for Mac OS X. This is a universal binary, natively supporting Intel 64 bit, Intel 32 bit and PPC. It includes standalone and Audio Unit (AU) plugin versions of the sampler. It also includes the instrument editor "gigedit" and the graphical sampler frontends "QSampler" and "Fantasia". The OS X binaries are snapshots which are automatically built on our server from the latest Subversion (development) version of the sampler. We recommend you to always download the latest snapshot. Additionally there are the following platform independent Java executable packages (note: you need to have the Java Runtime Environment 6 installed to be able to execute these software packages on your computer): File Name Description Fantasia-0.9.jar JSampler "Fantasia", a frontend to LinuxSampler, modern skin-based distribution of JSampler (note: "Fantasia" is already included with the Windows installer) JS_Classic-0.8a-cvs4.jar JSampler "Classic", a frontend to LinuxSampler, classic distribution of JSampler. Source Packages. Source code packages of the latest official releases: File Name Description libgig-4.3.0.tar.bz2 GigaStudio/Gigasampler, DLS, AKAI, SoundFont, KORG file access library (C++) liblscp- 0.9.3.tar.gz LinuxSampler Control Protocol (LSCP) wrapper C library linuxsampler-2.2.0.tar.bz2 sampler engine / backend qsampler-0.9.3.tar.gz graphical frontend to LinuxSampler jlscp-0.8.tar.bz2 a java LinuxSampler control protocol API JSampler-0.9.tar.bz2 a java frontend to LinuxSampler gigedit-1.2.0.tar.bz2 an instrument editor for gig files. Subversion. This project's Subversion repository can be checked out through anonymous Subversion with the following instruction set. There are currently seven subprojects in the LinuxSampler project, pick the line of the respective subproject you want to checkout from below: You don't need to checkout the sources again later on, just for keeping track to the latest development version. For updating to the latest Subversion version you can simply run the following command at any time from the checked out source directory: Bootsplash theme. Does your computer already boot in LinuxSampler style? No? Checkout the following LinuxSampler theme for either fbsplash (gensplash) or bootsplash: 10 Wget (Linux File Downloader) Command Examples in Linux. In this post we are going to review wget utility which retrieves files from World Wide Web ( WWW ) using widely used protocols like HTTP , HTTPS and FTP . Wget utility is freely available package and license is under GNU GPL License . This utility can be install any Unix-like Operating system including Windows and MAC OS . It’s a non-interactive command line tool. Main feature of Wget of it’s robustness. It’s designed in such way so that it works in slow or unstable network connections. Wget automatically start download where it was left off in case of network problem. Also downloads file recursively. It’ll keep trying until file has be retrieved completely. 10 Linux Wget Command Examples. First, check whether wget utility is already installed or not in your Linux box, using following command. Please install it using YUM command in case wget is not installed already or you can also download binary package at http://ftp.gnu.org/gnu/wget/. The -y option used here, is to prevent confirmation prompt before installing any package. For more YUM command examples and options read the article on 20 YUM Command Examples for Linux Package Management. 1. Single file download. The command will download single file and stores in a current directory. It also shows download progress , size , date and time while downloading. 2. Download file with different name. Using -O ( uppercase ) option, downloads file with different file name. Here we have given wget.zip file name as show below. 3. Download multiple file with http and ftp protocol. Here we see how to download multiple files using HTTP and FTP protocol with wget command at ones. 4. Read URL’s from a file. You can store number of URL’s in text file and download them with -i option. Below we have created tmp.txt under wget directory where we put series of URL’s to download. 5. Resume uncompleted download. In case of big file download, it may happen sometime to stop download in that case we can resume download the same file where it was left off with -c option. But when you start download file without specifying -c option wget will add .1 extension at the end of file, considering as a fresh download. So, it’s good practice to add -c switch when you download big files. 6. Download file with appended .1 in file name. When you start download without -c option wget add .1 at the end of file and start with fresh download. If .1 already exist .2 append at the end of file. See the example files with .1 extension appended at the end of the file. 7. Download files in background. With -b option you can send download in background immediately after download start and logs are written in /wget/log.txt file. 8. Restrict download speed limits. With Option –limit-rate=100k , the download speed limit is restricted to 100k and the logs will be created under /wget/log.txt as shown below. 9. Restricted FTP and HTTP downloads with username and password. With Options –http-user=username , –http-password=password & –ftp-user=username , –ftp-password=password , you can download password restricted HTTP or FTP sites as shown below. 10. Find wget version and help. With Options –version and –help you can view version and help as needed. In this article we have covered Linux wget command with options for daily administrative task. Do man wget if you wan to know more about it. Kindly share through our comment box or if we’ve missed out anything, do let us know. If You Appreciate What We Do Here On TecMint, You Should Consider: TecMint is the fastest growing and most trusted community site for any kind of Linux Articles, Guides and Books on the web. Millions of people visit TecMint! to search or browse the thousands of published articles available FREELY to all. If you like what you are reading, please consider buying us a coffee ( or 2 ) as a token of appreciation. Linux sample file download. The LinuxSampler development team is happy to announce that LinuxSampler, the most advanced free, open source sampler finally runs on MS Windows too. More information will be added here soon, so check back frequently. The sampler can work in standalone mode or as a VSTi plugin. In standalone mode it uses the Windows Multimedia Extensions System (MME) for MIDI input and ASIO for audio out. In VST mode it it can be loaded in any VST compatible sequencer. It uses intelligent resource sharing where a single LinuxSampler engine can serve multiple VST instance offering maximum performance and better memory utilization. The VST plugin provides user definable effect sends which can be MIDI controlled and routed to any LinuxSampler's VST audio out channels. That way you can use the sequencer's internal FXes or VST effects to ie. add reverb, chorus, delay and other kind of effects which are all MIDI controllable in real time. For example one can use a large General MIDI sample set and for faithful playback of GM MIDI files including effects. Planned additions are network module to run multiple sampler slaves distributed on Windows or Linux machines (Linux provides better performance) all controlled from a Windows box i.e. running the VST sequencer. LinuxSampler is implemented as a client/server application. This means the sampling engine (the server / backend) runs independently from the GUI (the client / frontend). Sampling engine and client can be run on the same box or on different machines too, connected over the network. The MS Windows version provides all the features of the Linux version since it is built from the same source code base. This means when new features will come out the Windows version will usually provide the same feature set as the Linux version. This was made possible by the very modular design of both low level, operating system functions and flexible audio / MIDI driver system. One is QSampler , a light-weight frontend based on the cross-platform Qt4 GUI toolkit with native OS GUI widgets Another is JSampler "Fantasia" , a Java based GUI client called, providing a modern skin-based user interface. 2. Requirements. Modern Intel Pentium or recent AMD processor Windows 2000, ME, XP, Vista, Windows 7 (version 6) sound card with ASIO driver. 3.a Installation with Internet Connection. 3.b Installation without Internet. the JAVA runtime environment linuxsampler setup EXE file. 4. Using the Applications. 4.1 VST plugin Mode. Figure out where your default VST plugin path resides. The installer looks at the registry key Software\VST\VSTPluginsPath and if this key does not exist then it uses the default path C:\Program Files\Steinberg\VstPlugins. In this directory you should find a file LinuxSampler.dll which is the LinuxSampler VST plugin. Add the path to your sequencer's VST paths and rescan the plugin list (in some cases restarting the sequencer app is probably better). LinuxSampler should now appear in the list of your plugins. Load the LinuxSampler VST plugin into the sequencer. After a short delay the Fantasia LinuxSampler GUI should appear and you are ready to go. Please skip to the Loading Samples section. 4.2 Standalone Mode. 1. First start the LinuxSampler backend: Click on "Start" -> "LinuxSampler" -> "LinuxSampler (backend)" . A black console window should immediately popup. It does what you think it does: nothing . yet . because this is "just" the raw sampler, without a user interface. 2. Now start a "frontend" application to actually control the previously started sampler. For beginners and / or unpatient people, we recommend you to use JSampler: Click on "Start" -> "LinuxSampler" -> "JSampler 'Fantasia' (frontend)" . This usually takes about 20 seconds or so until the application finally appears on the screens. 4.2.1 Setting up MIDI Input. Once the GUI opens, click on the left round button in the MIDI devices tab. At this point a window will open where you can create a new MIDI device. Press Create. The window will close and the MIDI device will be created. (MIDI Device 0 MME). Now click on the right arrow which points downwards. You can see that a MIDI device with a single Port (Port 0) was created. Under Windows MME LinuxSampler always creates MIDI devices which are connected to a single MME port. To select the MIDI input port you must click on the field located on the left of PORT. A combobox pops-up where you can select the Windows MIDI port. 4.2.2 Setting up Audio Output. LinuxSampler currently only supports the ASIO driver model for audio output on Windows. ASIO drivers ensure reliable low-latency operation and are virtually available for any soundcard (see ASIO requirements tip). CARD : The name of the soundcard, in case you have multiple cards installed. It will show the default value (first card found). CHANNELS : Number of audio output channels, can range from 1 to maximum number of channels your soundcard supports. We recommend to leave the default value which is the maximum number of channels your soundcard supports. FRAGMENTSIZE : ASIO buffer size in samples. The card's default value is shown. If you experience clicks and pops during audio playback then initialize the audio output device with bigger values. (better if it's always a power of 2: e.g. 256, 512, 1024) SAMPLERATE : Sets the samplerate. The default value is shown. 4.3 Loading Samples. In the middle of the screen below the volume slider, you see the sampler channel strip pane. press on the round button located on the left. This will create a new sampler channel. Click on "Load Instrument". This opens a dialog which allows you to select an instrument to be loaded in the sampler channel (for information on how to use "orchestras" click here, but note: orchestras, a.k.a "instruments database" is not yet supported in this first Windows version of LinuxSampler, but will certainly be on the next Windows release). On the row "Select instrument from file" click on the orange icon located on the right side. This opens a file dialog which allows you to select a sample to be loaded (currently only the GIG format is supported). Select the sample to be loaded and then click on "Open". At this point the fields Instrument file shows the filename. You can click on the Instrument index and select the specific instrument contained in the instrument file. Now press "OK". While it loads you see: "Loading" .. "90%" .. "100%" Once loaded, you see the Instrument's name: i.e. "FreePiano" On the left side of the sampler channel click on the arrow below "Options". This pane permits to set MIDI input device, port and channel and oudio output channel. Notice that under Windows MME the Port value is always 0. So the only values you can change is "MIDI device" (normally 0 if you created only a single MIDI input device) and the MIDI channel (from 1 to 16). 4.4 Saving a Sampler Session. When running LinuxSampler in standalone mode you can load and save LSCP files from within the Fantasia GUI: Click on the 3rd icon from the left on the row where you see the round icon with the LinuxSampler "S"-shape logo. Now select the directory where you want to save the file to (extension .lscp = Linux Sampler Control Protocol ). Enter the name and press save (add .lscp at end of file otherwise you will not see it in the file- open dialog later, when you want to load it again). Next time you can load a sampler session by clicking on the second icon from the left, then select a .lscp file in the file dialog and press "Open". This will automatically set up the MIDI devices and audio devices, create the sampler channels and load all the samples that were previously loaded by you in the saved sampler session. 4.5 Routing LinuxSampler Outs Into Sequencer. 5. Installation Troubleshooting. 6. Detailed Documentation. 7. Bugs, Problems and Feature Requests. Our Forum is a good place to ask for help: We have a dedicated forum section for newbies and support. Since the Windows port of LinuxSampler is very young, there could be several bugs which we hope to root out soon. Please report them using our bug tracking system: when adding a channel there noises could occur while playing on other channels if you overload the sampler (CPU overload or disk overload) it produces noises when editing an instrument using gigedit, after saving it, it could happen that LinuxSampler does not accept commands from the GUI anymore. if this happens close the GUI and the LinuxSampler console window and restart both. 8. Contact. If you have questions or want to help us to improve the sampler, subscribe to the LinuxSampler Developer's mailing list. Alternatively, since I did most of of the Windows porting, you can write me (Benno) directly about Windows related issues. You can find my email address here: How to Download a File From the Linux Command Line. The 'wget' command is a jack-of-all-trades for file acquisition. Tweet Share Email. Use the Linux command wget to download files to your computer. Run it interactively through a shell prompt or batch your downloads into a text file to automate the download. For most distributions, wget installs by default, but if you can't find it, install it through your package manager. How to Download a File From the Command Line. The most straightforward approach to using wget is to specify the command as well as a remote file. The file must be a fully formed URL, including the protocol. For example: If you do not specify a filename, wget tries to siphon everything from the specified URL, which usually leads to disastrous results for your disk space and bandwidth metering. You could download all files with a particular extension by adding two flags. The -r flag downloads recursively, meaning it checks the location and then all folders and subfolders within it. The -A flag specifies a comma-separated list of extensions to grab, excluding all other files. (The -R flag works in opposite fashion, specifying extensions to reject but grabbing everything else.) wget -r -A "txt" http://www.test.com. Use --accept-regex= and --reject-regex= and add a regular expression in quotes, for even more precise matching. Batch Downloads. Specify a list of files to download using the -i switch. Start by creating a regular text file with a list of downloads, one full URL per line. Use wget to download all the files using the following command: wget -i filelist.txt. The trouble with downloading files from the internet is that sometimes the file or URL is unavailable. The timeout for the connection can take a while, and if you are trying to download lots of files, it is counterproductive to wait for the default timeout. Limiting Downloads. Specify your own timeout (the amount of time the system waits for a file to begin, in seconds) using the following syntax: wget -T 5 -i filelist.txt. To limit the size of the files, use the --quota= flag: wget --quota=100m -i filelist.txt. The above command stops the download of files wgen 100 megabytes has been reached. You can also specify the quota in bytes (use b instead of m) or kilobytes (use k instead of m). You may not have a download limit but you might have a slow internet connection. To download files without devouring all the available bandwidth on your connection, specify a limit that sets a maximum download rate. wget --limit-rate=20k -i filelist.txt. The above command limits the download rate to 20 kilobytes per second. Specify the amount in bytes, kilobytes or megabytes. Use wget -c to continue a download where you had left off—a tool useful, for example, with dropped connections. Ryuk Ransomware Sample Download. Ryun Ransomware is a sophisticated piece of code written on the lines of Hermes Ransomware. It demands 15 to 35 BTC from it victims to recover files. Update: A new Sample of Ryuk Ransomware is spreading in the wild that implements Wake on LAN (WOL) feature. It extracts IP address form its victims ARP table and send a WOL request on the network. If it able to awake a host it mounts "C$/admin" share, if successful the Ryuk deletes volume shadow copies and encrypt the drive. It appends "HARMES" to the end of the file as marker to itself that file is encrypted.