1. It’s also called a command-line terminal, abbreviated as CLI. Information here is often used in interview questions. Open Terminal (several ways) On the Mac, the Terminal app is kinda buried, probably perhaps because those who use a MacOS laptop just for social media probably won’t need a Terminal.
2. To find out more about the command-line applications Mono installs, try these following options. The quickest (but not always the most informative) way is to run the command with the —help. This should result in a brief aide-memoir to the program’s function being printed to the console.
3. Apr 01, 2016  The shell path for a user in macOS or OSX is a set of locations in the filing system whereby the user has permissions to use certain applications, commands and programs without the need to specify the full path to that command or program in the Terminal.This will work in macOS Mojave, Sierra and all older OSX operating systems; El Capitan, Yosemite, Mavericks and Lion.

• Command Line Mono App Macos Free
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• Macos Command Line Reference

Sometimes it is necessary to automate the process of gathering performance snapshots, for example, if you want to make profiling a part of your continuous integration builds (for example, this can be a build step that performs profiling of your integration tests). For this purpose, dotTrace offers a set of command-line tools for Windows, macOS, and Linux:

* If your domain policy is to treat the files downloaded from the Internet as unsafe, unblock the zip archive using the Unblock button in file properties.

Profiling applications using the command-line tool

1. Depending on your profiling scenario, run ConsoleProfiler.exe with the options you need. For example:

   • To run and profile a standalone application App.exe using the Timeline profiling type:

     ConsoleProfiler.exe start --save-to=c:Snapshotssnapshot.dtt--profiling-type=Timeline c:MyAppApp.exe

   • To run and profile a standalone application App.exe (using the default Sampling profiling type) and control the session using the profiling API :

     ConsoleProfiler.exe start --save-to=c:Snapshotssnapshot.dtpc:MyAppApp.exe --use-api

   • To attach to a running application with PID=1234 and profile it using the sampling profiling type:

     ConsoleProfiler.exe attach 1234 --save-to=c:Snapshotssnapshot.dtp

   • To see the full list of available options, run the tool without any arguments:

   After the profiled application finishes working, the command-line profiler will automatically save a performance snapshot.

2. Analyze the snapshot using the standalone dotTrace, dotTrace in Rider, or using the reporter tool.

1. Depending on your profiling scenario, run dotTrace.sh with the options you need. For example:

   • To run and profile a Mono application App.exe:

     ./dotTrace.sh start --framework=Mono /usr/bin/mono /home/Projects/MyMonoApp/MyMonoApp.exe --profiling-type=Timeline --timeout=10s --save-to=./snapshots/snapshot.dtt

     Note that we must specify /usr/bin/mono as a profiling target and use the Timeline profiling type (other types are not supported for Mono on macOS and Linux).

   • To run and profile a .NET Core 3.1 application App.exe:

     ./dotTrace.sh start --framework=NetCore /usr/bin/dotnet /home/Projects/MyNetCoreApp/MyNetCoreApp.dll --timeout=10s --save-to=./snapshots/snapshot.dtp

   • To run and profile a .NET Core 3.0 or earlier application App.exe:

     ./dotTrace.sh start --framework=NetCore /usr/bin/dotnet /home/Projects/MyNetCoreApp/MyNetCoreApp.dll --support-earlier-net-core --timeout=10s --save-to=./snapshots/snapshot.dtp

   • To see the full list of available options, run the tool without any arguments:

   After the profiled application finishes working, the command-line profiler will automatically save a performance snapshot.

   dotTrace on macOS and Linux has the following limitations:

   • Attaching to running applications is available on Linux (.NET Core 3.0 or later only) and not available on macOS.

   • Only Timeline profiling type is available for Mono and Unity apps.

   • Only Sampling and Tracing profiling types are available for .NET Core apps.

   • Because of .NET Core limitations, .NET Core 3.0 or earlier applications may hang or crash during profiling. .NET Core 3.1 applications are profiled without any issues.

2. Analyze the snapshot using the standalone dotTrace, or dotTrace in Rider.

Using Mono on macOS. At this point, you must use Mono from the command line, the usual set of commands that are available on other ports of Mono are available. To build applications you can use “mcs”, to run then you can use mono. From a Terminal shell, you can try it out: $ vi hello.cs $ csc hello.cs $ mono hello.exe Hello, World $.

Snapshots are saved in the raw format. For the Sampling profiling type, specify .dtp as a snapshot file extension. For Timeline, specify .dtt.

Command-line profiler exit code

By default, if the tool finishes its work successfully, its exit code is 0. This may be inconvenient in some cases. For example, if you run the tool on a CI server, you may need to get the exit code of the profiled application (for example, a unit test runner). To make the profiler return the exit code of the profiling target, use the --propagate-exit-code argument.

For example (on Windows):

(Optional, Windows only) Configuring profiling using an XML file

In the section above, we have provided the profiling configuration (profiling target, profiling method, and so on) as the ConsoleProfiler.exe arguments. If for some reason, you do not want to configure a session this way, you can provide the configuration in an XML file.

To simplify file creation, you can use the Configuration2Xml32.exe (and the 64-bit version Configuration2Xml64.exe) tool. This tool allows you to create the XML configuration file using the familiar user interface of the dotTrace Home window.

To create or modify a configuration file using Configuration2Xml

1. Run the Configuration2Xml32.exe or Configuration2Xml64.exe tool which is located in the dotTrace installation directory (by default, C:Users[username]AppDataLocalJetBrainsInstallationsdotTrace[N]).

2. To create a new profiling configuration, select the Create New Config menu.
   To modify an existing profiling configuration, select Open Config.

3. Specify profiling options as you normally do in the dotTrace Home window.

4. Click Save and specify the filename and path for the configuration file.

5. Click Save.

To run the profiling session configured via an XML file

• Run the following command in the command line:

  ConsoleProfiler.exe xmlfile <path_to_config> --save-to=<path_to_snapshot>
  where
  <path_to_config> - path to the XML configuration file.
  <path_to_snapshot> - path to the resulting snapshot file. Note that you can specify either the full path (including the snapshot filename) or only the path to the directory (without the filename. In the latter case, the snapshot file will get a random name.

  For example:

  ConsoleProfiler.exe xmlfile config.xml --save-to=c:Snapshotssnapshot.dtp

(Windows only) Generate performance reports using the Reporter.exe tool

The Reporter.exe tool does NOT work with snapshots taken using the Timeline profiling type.

The Reporter.exe tool can work in two modes:

• Getting performance data for particular methods.
  The resulting XML report gets data on execution time and number of calls for particular methods.

  Akai mpc software download. Memory capacity: System Dependent.

• Comparing snapshots.
  The resulting XML report gets data on differences in execution time and number of calls for particular methods. This mode can be especially useful for comparing performance data you get in a latest build against some reference snapshot.

Regardless of the mode you choose, you should specify method names that should be added to the report.

1. Specifying methods for the report

The list of methods that must be added into a report is defined by an XML pattern file.

To create a pattern file

1. In an editor of your choice, create a blank XML file.

2. Write the list of methods that must be added to the report as shown in the example below.

   <Patterns> <Pattern PrintCallstacks = 'MethodNameOnly'>Method1</Pattern> <Pattern>Method2</Pattern></Patterns>
   where

   • Method1 and Method2 - a regular expression that matches names (not substrings of names) of the methods you want to get the performance data for. Note that if a method name contains special characters, you should escape them with the backslashsymbol. For example, MyMethod+MySubMethod.

   • PrintCallstacks - optional attribute that allows including call stack data in reports (an example of such a report is shown below). There are two available values for PrintCallstacks:

     • Full - fully qualified method names will be shown in the call stack.

     • MethodNameOnly - only method names (without namespace and class names) will be shown in the call stack.

3. Save the file.

2a. Generating a performance report

To generate a performance report

• In the command line, run the following command:

  Reporter.exe report <path_to_snapshot> --pattern=<path_to_pattern> --save-to=<path_to_report>
  where
  <path_to_snapshot> - path to the source snapshot file.
  <path_to_pattern> - path to the XML pattern file which contains names of the methods added to the report.
  <path_to_report> - path to the resulting report file.
  

For example:

Report Example

where
FQN - full method name.
TotalTime - execution time of the method's call subtree.
OwnTime - method's own execution time.
Calls - number of calls.

If a PrintCallstacks attribute was specified for a particular Pattern in an XML pattern file, the report will contain additional call stack data. For example, <Pattern PrintCallstacks = 'MethodNameOnly'> was specified for some GetFileNames function. In this case, the corresponding Function node in the resulting report will contain an additional Instance subnode with a call stack:

In case you want to distinguish overloaded methods in a report, run Reporter.exe with the --save-signature argument.

2b. Generating a report on snapshots differences

To compare two snapshots and generate report on differences

• In the command line, run the following command:

  Reporter.exe compare <path_to_snapshot1> <path_to_snapshot2> --pattern=<path_to_pattern> --save-to=<path_to_report>
  where
  <path_to_snapshot1> - path to the reference snapshot file.
  <path_to_snapshot2> - path to the second snapshot file.
  <path_to_pattern> - path to the XML pattern file which contains names of the methods added to the report.
  <path_to_report> - path to the resulting report file.
  

For example:

The resulting report file is similar to the one you get in the 'reporting' mode with the only difference: all fields will contain not the absolute time or number of calls values but their delta between the snapshots. Depending on the delta sign, the values will start with either + or - prefix.

Fuse Studio is a visual desktop tool suite for working with the Fuse framework.

Command Line Mono App Macos Free

For download links and docs click here.

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Building on Windows

The prerequisites for building on Windows is

• Visual Studio 2017 - Community Edition works fine
  • With .NET desktop development component installed

Command Line Mono App Macos Download

Build by either running build.bat or from within Visual Studio using the Fuse-Win32.sln solution.

To run with debugging in Visual Studio set Outracks.Fuse.Studio as the startup project and press F5.

Building on macOS

The prerequisites for building on macOS is

• Xcode
  • Remember to open Xcode one time after installing to accept EULA
• Mono
  • Tested with 5.4.1, but newer versions should also work fine

Build by either running ./build.sh from a shell, or from within Visual Studio for Mac using the Fuse-OSX.sln solution.

After building Fuse Studio can be started by running bin/Debug/Fuse.app/Contents/Fuse Studio.app/Contents/MacOS/Fuse Studio from the command line.

Running tests

Tests can be run using ./run-tests.sh.

Contributing

Please read CONTRIBUTING.md for details on our code of conduct, and the process for submitting pull requests to us.

Reporting issues

Please report issues here.

Building installers

Macos Command Line Reference

Note that building installers is due to legacy reasons a bit cumbersome, and we eventually want that part of the build process cleaned up.

Making a macOS installer

Note that the current installer scripts expects a signing key available in the keychain, which is the property of Fusetools AS. It should be easy to modify script to use a different signing key if desirable.By setting env var SIGN to 0 it should be possible to just create an unsigned installer, but haven't tested that this works.

To give the installer a specific version, set the environment vars RELEASE_VERSION and BUILD_NUMBER (this used to be set by the old CI setup when running on TC).

The above commands produces an installer located at Installer/OSX/Fuse_1_9_0-rc3.pkg. We'll rename this to fuse_osx_1_9_0_rc2.pkg before uploading the release, to be consistent with naming of older versions.

The reason we do a git clean before building installer, is to avoid accidentially include cruft from older builds.

Making a Windows installer

Making the Windows installer for the 1.9.0-rc3 release was done using the following commands (in a git bash shell).Note that in addition to the regular build requirements this also requires 7-zip and WiX Toolset with Visual Studio 2017 Extension installed.

Note that we've dropped signing of the Windows installer, which seems to work fine. If this causes more problems down the line than anticipated we might reconsider.

Use Sublime or Atom plugin with dev build

To set which fuse to start in sublime, can be done by setting fuse_path_override: false inside your settings file. Open your settings by clicking Preferences->Package Settings->Fuse->Settings-User.

To set which fuse to start in Atom, is done by setting: