Source Tree Installation

• Source Tree Installation Has Failed
• Sourcetree Installation Has Failed
• Install Sourcetree On Windows
• Source Tree Installation Error
• Sourcetree Installation Fails
• Install Sourcetree Windows 10

This is how to install Source Tree on your computer. Puppet agent post install tasks - configure agent, hostnames, and sign request EC2 Puppet master/agent basic tasks - main manifest with a file resource/module and immediate execution on an agent node Setting up puppet master and agent with simple scripts on EC2 / remote install from desktop EC2 Puppet - Install lamp with a manifest ('puppet apply'). The FreeBSD source tree in /usr/src (if present) will be deleted. (Normally the freebsd-update(8) utility will update a source tree, but in this case the changes in release packaging result in the freebsd-update(8) utility not recognizing that the source tree from the old release and the source tree from the new release correspond to the same. Puppet agent post install tasks - configure agent, hostnames, and sign request EC2 Puppet master/agent basic tasks - main manifest with a file resource/module and immediate execution on an agent node Setting up puppet master and agent with simple scripts on EC2 / remote install from desktop EC2 Puppet - Install lamp with a manifest ('puppet apply').

Options

Configuration options

The following options influence the behavior of configure itself.

-C

--config-cache

This is an alias for --cache-file=config.cache

--cache-file=FILE

The test results will be cached in file FILE. This option is disabled by default.

-h

--help [short|recursive]

Output the help and exit. With the argument short only options specific to this package will displayed. The argument recursive displays the short help of all the included packages.

-n

--no-create

The configure script is run normally but does not create output files. This is useful to check the test results before generating makefiles for compilation.

-q

--quiet

Do not print checking ... messages during the configure process.

--srcdir=DIR

Defines directory DIR to be the source file directory. Default is the directory where configure is located, or the parent directory.

--silent

Same as --quiet

-V

--version

Display copyright information and exit.

Installation directories

These options define the installation directory. The installation tree depends on the selected layout.

--prefix=PREFIX

Install architecture-independent files in PREFIX. By default the installation directory is set to /usr/local/apache2.

--exec-prefix=EPREFIX

Install architecture-dependent files in EPREFIX. By default the installation directory is set to the PREFIX directory.

By default, make install will install all the files in /usr/local/apache2/bin, /usr/local/apache2/lib etc. You can specify an installation prefix other than /usr/local/apache2 using --prefix, for instance --prefix=$HOME.

Define a directory layout

--enable-layout=LAYOUT

Configure the source code and build scripts to assume an installation tree based on the layout LAYOUT. This allows you to separately specify the locations for each type of file within the Apache HTTP Server installation. The config.layout file contains several example configurations, and you can also create your own custom configuration following the examples. The different layouts in this file are grouped into ... sections and referred to by name as in FOO. The default layout is Apache.

Fine tuning of the installation directories

For better control of the installation directories, use the options below. Please note that the directory defaults are set by autoconf and are overwritten by the corresponding layout setting.

--bindir=DIR

Install user executables in DIR. The user executables are supporting programs like htpasswd, dbmmanage, etc. which are useful for site administrators. By default DIR is set to EPREFIX/bin.

--datadir=DIR

Install read-only architecture-independent data in DIR. By default datadir is set to PREFIX/share. This option is offered by autoconf and currently unused.

--includedir=DIR

Install C header files in DIR. By default includedir is set to EPREFIX/include.

--infodir=DIR

Install info documentation in DIR. By default infodir is set to PREFIX/info. This option is currently unused.

--libdir=DIR

Install object code libraries in DIR. By default libdir is set to EPREFIX/lib.

--libexecdir=DIR

Install the program executables (i.e., shared modules) in DIR. By default libexecdir is set to EPREFIX/modules.

--localstatedir=DIR

Install modifiable single-machine data in DIR. By default localstatedir is set to PREFIX/var. This option is offered by autoconf and currently unused.

--mandir=DIR

Install the man documentation in DIR. By default mandir is set to EPREFIX/man.

--oldincludedir=DIR

Install C header files for non-gcc in DIR. By default oldincludedir is set to /usr/include. This option is offered by autoconf and currently unused.

--sbindir=DIR

Install the system administrator executables in DIR. Those are server programs like httpd, apachectl, suexec, etc. which are necessary to run the Apache HTTP Server. By default sbindir is set to EPREFIX/sbin.

--sharedstatedir=DIR

Install modifiable architecture-independent data in DIR. By default sharedstatedir is set to PREFIX/com. This option is offered by autoconf and currently unused.

--sysconfdir=DIR

Install read-only single-machine data like the server configuration files httpd.conf, mime.types, etc. in DIR. By default sysconfdir is set to PREFIX/conf.

System types

These options are used to cross-compile the Apache HTTP Server to run on another system. In normal cases, when building and running the server on the same system, these options are not used.

--build=BUILD

Defines the system type of the system on which the tools are being built. It defaults to the result of the script config.guess.

--host=HOST

Defines the system type of the system on which the server will run. HOST defaults to BUILD.

--target=TARGET

Configure for building compilers for the system type TARGET. It defaults to HOST. This option is offered by autoconf and not necessary for the Apache HTTP Server.

Optional Features

These options are used to fine tune the features your HTTP server will have.

General syntax

Generally you can use the following syntax to enable or disable a feature:

--disable-FEATURE

Do not include FEATURE. This is the same as --enable-FEATURE=no.

--enable-FEATURE[=ARG]

Include FEATURE. The default value for ARG is yes.

--enable-MODULE=shared

The corresponding module will be built as a DSO module. By default enabled modules are linked dynamically.

--enable-MODULE=static

The corresponding module will be linked statically.

Choosing modules to compile

Most modules are compiled by default and have to be disabled explicitly or by using the keyword few (see --enable-modules, --enable-mods-shared and --enable-mods-static below for further explanation) or --enable-modules=none to be removed as a group.

Other modules are not compiled by default and have to be enabled explicitly or by using the keywords all or reallyall to be available.

To find out which modules are compiled by default, run ./configure -h or ./configure --help and look under Optional Features. Suppose you are interested in mod_example1 and mod_example2, and you see this:

Then mod_example1 is enabled by default, and you would use --disable-example1 to not compile it. mod_example2 is disabled by default, and you would use --enable-example2 to compile it.

Multi-Processing Modules

Multi-Processing Modules, or MPMs, implement the basic behavior of the server. A single MPM must be active in order for the server to function. The list of available MPMs appears on the module index page.

MPMs can be built as DSOs for dynamic loading or statically linked with the server, and are enabled using the following options:

Choose the default MPM for your server. If MPMs are built as DSO modules (see --enable-mpms-shared), this directive selects the MPM which will be loaded in the default configuration file. Otherwise, this directive selects the only available MPM, which will be statically linked into the server.

If this option is omitted, the default MPM for your operating system will be used.

Enable a list of MPMs as dynamic shared modules. One of these modules must be loaded dynamically using the LoadModule directive.

MPM-LIST is a space-separated list of MPM names enclosed by quotation marks. For example:

--enable-mpms-shared='prefork worker'

Additionally you can use the special keyword all, which will select all MPMs which support dynamic loading on the current platform and build them as DSO modules. For example:

Third-party modules

To add additional third-party modules use the following options:

Add one or more third-party modules to the list of statically linked modules. The module source file module-file will be searched in the modules/module-type subdirectory of your Apache HTTP server source tree. If it is not found there configure is considering module-file to be an absolute file path and tries to copy the source file into the module-type subdirectory. If the subdirectory doesn't exist it will be created and populated with a standard Makefile.in.

This option is useful to add small external modules consisting of one source file. For more complex modules you should read the vendor's documentation.

Cumulative and other options

Defines a list of modules to be enabled and build as dynamic shared modules. This mean, these module have to be loaded dynamically by using the LoadModule directive.

MODULE-LIST is a space separated list of modulenames enclosed by quotation marks. The module names are given without the preceding mod_. For example:

Additionally you can use the special keywords reallyall, all, most and few. For example,

--enable-mods-shared=most

will compile most modules and build them as DSO modules,

will only compile a very basic set of modules.

The default set is most.

The LoadModule directives for the chosen modules will be automatically generated in the main configuration file. By default, all those directives will be commented out except for the modules that are either required or explicitly selected by a configure --enable-foo argument. You can change the set of loaded modules by activating or deactivating the LoadModule directives in httpd.conf. In addition the LoadModule directives for all built modules can be activated via the configure option --enable-load-all-modules.

Optional packages

These options are used to define optional packages.

General syntax

Generally you can use the following syntax to define an optional package:

--with-PACKAGE[=ARG]

Use the package PACKAGE. The default value for ARG is yes.

--without-PACKAGE

Do not use the package PACKAGE. This is the same as --with-PACKAGE=no. This option is provided by autoconf but not very useful for the Apache HTTP Server.

Specific packages

--with-apr=DIR|FILE

The Apache Portable Runtime (APR) is part of the httpd source distribution and will automatically be build together with the HTTP server. If you want to use an already installed APR instead you have to tell configure the path to the apr-config script. You may set the absolute path and name or the directory to the installed APR. apr-config must exist within this directory or the subdirectory bin.

--with-apr-util=DIR|FILE

The Apache Portable Runtime Utilities (APU) are part of the httpd source distribution and will automatically be build together with the HTTP server. If you want to use an already installed APU instead you have to tell configure the path to the apu-config script. You may set the absolute path and name or the directory to the installed APU. apu-config must exist within this directory or the subdirectory bin.

--with-ssl=DIR

If mod_ssl has been enabled configure searches for an installed OpenSSL. You can set the directory path to the SSL/TLS toolkit instead.

--with-z=DIR

configure searches automatically for an installed zlib library if your source configuration requires one (e.g., when mod_deflate is enabled). You can set the directory path to the compression library instead.

Several features of the Apache HTTP Server, including mod_authn_dbm and mod_rewrite's DBM RewriteMap use simple key/value databases for quick lookups of information. SDBM is included in the APU, so this database is always available. If you would like to use other database types, use the following options to enable them:

--with-gdbm[=path]

If no path is specified, configure will search for the include files and libraries of a GNU DBM installation in the usual search paths. An explicit path will cause configure to look in path/lib and path/include for the relevant files. Finally, the path may specify specific include and library paths separated by a colon.

--with-ndbm[=path]

Like --with-gdbm, but searches for a New DBM installation.

--with-berkeley-db[=path]

Like --with-gdbm, but searches for a Berkeley DB installation.

Note

The DBM options are provided by the APU and passed through to its configuration script. They are useless when using an already installed APU defined by --with-apr-util.

You may use more then one DBM implementation together with your HTTP server. The appropriated DBM type will be configured within the runtime configuration at each time.

Source Tree Installation Has Failed

Options for support programs

--enable-static-support

Build a statically linked version of the support binaries. This means, a stand-alone executable will be built with all the necessary libraries integrated. Otherwise the support binaries are linked dynamically by default.

--enable-suexec

Use this option to enable suexec, which allows you to set uid and gid for spawned processes. Do not use this option unless you understand all the security implications of running a suid binary on your server. Further options to configure suexec are described below.

It is possible to create a statically linked binary of a single support program by using the following options:

--enable-static-ab

Build a statically linked version of ab.

--enable-static-checkgid

Build a statically linked version of checkgid.

--enable-static-htdbm

Build a statically linked version of htdbm.

--enable-static-htdigest

Build a statically linked version of htdigest.

--enable-static-htpasswd

Build a statically linked version of htpasswd.

--enable-static-logresolve

Build a statically linked version of logresolve.

--enable-static-rotatelogs

Build a statically linked version of rotatelogs.

suexec configuration options

The following options are used to fine tune the behavior of suexec. See Configuring and installing suEXEC for further information.

--with-suexec-bin

This defines the path to suexec binary. Default is --sbindir (see Fine tuning of installation directories).

--with-suexec-caller

This defines the user allowed to call suexec. It should be the same as the user under which httpd normally runs.

--with-suexec-docroot

This defines the directory tree under which suexec access is allowed for executables. Default value is --datadir/htdocs.

--with-suexec-gidmin

Define this as the lowest GID allowed to be a target user for suexec. The default value is 100.

--with-suexec-logfile

This defines the filename of the suexec logfile. By default the logfile is named suexec_log and located in --logfiledir.

--with-suexec-safepath

Define the value of the environment variable PATH to be set for processes started by suexec. Default value is /usr/local/bin:/usr/bin:/bin.

--with-suexec-userdir

This defines the subdirectory under the user's directory that contains all executables for which suexec access is allowed. This setting is necessary when you want to use suexec together with user-specific directories (as provided by mod_userdir). The default is public_html.

--with-suexec-uidmin

Define this as the lowest UID allowed to be a target user for suexec. The default value is 100.

--with-suexec-umask

Set umask for processes started by suexec. It defaults to your system settings.

The SourceTree team is thrilled to announce the latest addition to our family Atlassian distributed version control system (DVCS) family – SourceTree for Windows.

For some time now many Windows developers have been requesting a native counterpart to the SourceTree Mac desktop client. Windows developers, say goodbye to the command line and use the full capabilities of Git through SourceTree's beautifully simple interface (and stop being jealous of what your Mac friends are using).

A simple, powerful Git client

Sourcetree Installation Has Failed

SourceTree for Windows simplifies how you interact with Git repositories so you can focus on coding.

• Get your team up and running using common Git commands from a simple user interface
• Manage all your Git repositories, hosted or local, through a single client
• Put Git commands at your fingertips: commit, push, pull and merge with just one-click
• Use advanced features such as patch handling, rebase, shelve and cherry picking
• Connect to your repositories in Bitbucket, Stash, Microsoft TFS or GitHub

Perfect for Git newbies

SourceTree was built to make Git approachable for every developer – especially those new to Git. Every Git command is just a click away using the SourceTree interface.

• Create and clone repos from anywhere
• Commit, push, pull and merge
• Detect and resolve conflicts
• Search repository histories for changes

Visualize your repositories

SourceTree keeps track of code activity and provides an at-a-glance view of everything from projects to repositories to changesets.

Use SourceTree's Bookmarks to get a real-time, aggregated view of all your projects and repositories. Jump directly to the changeset graph to visualize changesets across multiple branches and forks.

Install Sourcetree On Windows

Powerful enough for Git veterans

SourceTree makes Git simple for everyone, but also makes Git experts faster and more productive. Review your outgoing and incoming changesets, cherry-pick between branches, create and apply patches, rebase, shelve changesets and more with lightning speed.

Git one-stop shop

Atlassian offers a full complement of tools that will help you and your dev team make the most of Git. Whether you're working on Mac or Windows, behind the firewall or in the cloud, Atlassian's family of Git tools will bring you the power of Git while making adoption a breeze.

Source Tree Installation Error

Connect to the cloud or behind the firewall

Thanks to hosting services like Bitbucket, many small teams working with Git repositories begin coding in the cloud. Connect SourceTree to Bitbucket's free unlimited private repositories to easily manage your Git repositories from the SourceTree interface.

Sourcetree Installation Fails

Stash, Atlassian's Git repository manager for Enterprises, makes it simple to manage your Git Server – behind the firewall. With powerful two-way integration, Stash and SourceTree make it easy for your team to develop with Git. SourceTree can discover and fetch your Stash repositories. And one-click clone operations get you the source you need fast.

If you don't have Stash or Bitbucket yet, not a problem, SourceTree for WIndows works with any Git repository, including GitHub, Microsoft Team Foundation Server or your own Git server.

What's coming next?

Windows

Install Sourcetree Windows 10

We received great feedback from the SourceTree for Windows private beta users (a huge thank you). We will continue to push frequent updates and features to SourceTree for Windows users. We plan to bring all the great features that are part of SourceTree for Mac to Windows as well. What can you expect in the near future:

• Mercurial support
• Git-flow support
• Custom actions
• JIRA integration
• and heaps more

Mac

We will continue to push out frequent releases for the Mac client. Stay tuned for an upcoming release featuring:

• Interactive rebase support
• Updated icons
• Desktop notifications

Get SourceTree for Free!

If you're new to Git, or just want a handy tool to make you even faster, download SourceTree – it's free at our brand spankin' new website.