doc/rados: add prompts to librados-intro.rst

Add unselectable prompts to doc/rados/api/librados-intro.rst.

https://tracker.ceph.com/issues/57108

Signed-off-by: Zac Dover <zac.dover@gmail.com>
This commit is contained in:
Zac Dover 2022-12-23 10:47:27 +10:00
parent 461ac2c304
commit a3ec661721

View File

@ -43,19 +43,25 @@ Getting librados for C/C++
--------------------------
To install ``librados`` development support files for C/C++ on Debian/Ubuntu
distributions, execute the following::
distributions, execute the following:
sudo apt-get install librados-dev
.. prompt:: bash $
sudo apt-get install librados-dev
To install ``librados`` development support files for C/C++ on RHEL/CentOS
distributions, execute the following::
distributions, execute the following:
sudo yum install librados2-devel
.. prompt:: bash $
sudo yum install librados2-devel
Once you install ``librados`` for developers, you can find the required
headers for C/C++ under ``/usr/include/rados``. ::
headers for C/C++ under ``/usr/include/rados``:
ls /usr/include/rados
.. prompt:: bash $
ls /usr/include/rados
Getting librados for Python
@ -66,19 +72,25 @@ applications. You may install ``python3-rados`` for Debian, Ubuntu, SLE or
openSUSE or the ``python-rados`` package for CentOS/RHEL.
To install ``librados`` development support files for Python on Debian/Ubuntu
distributions, execute the following::
distributions, execute the following:
sudo apt-get install python3-rados
.. prompt:: bash $
sudo apt-get install python3-rados
To install ``librados`` development support files for Python on RHEL/CentOS
distributions, execute the following::
distributions, execute the following:
sudo yum install python-rados
.. prompt:: bash $
sudo yum install python-rados
To install ``librados`` development support files for Python on SLE/openSUSE
distributions, execute the following::
distributions, execute the following:
sudo zypper install python3-rados
.. prompt:: bash $
sudo zypper install python3-rados
You can find the module under ``/usr/share/pyshared`` on Debian systems,
or under ``/usr/lib/python*/site-packages`` on CentOS/RHEL systems.
@ -89,37 +101,49 @@ Getting librados for Java
To install ``librados`` for Java, you need to execute the following procedure:
#. Install ``jna.jar``. For Debian/Ubuntu, execute::
#. Install ``jna.jar``. For Debian/Ubuntu, execute:
sudo apt-get install libjna-java
.. prompt:: bash $
For CentOS/RHEL, execute::
sudo apt-get install libjna-java
sudo yum install jna
For CentOS/RHEL, execute:
.. prompt:: bash $
sudo yum install jna
The JAR files are located in ``/usr/share/java``.
#. Clone the ``rados-java`` repository::
#. Clone the ``rados-java`` repository:
git clone --recursive https://github.com/ceph/rados-java.git
.. prompt:: bash $
#. Build the ``rados-java`` repository::
git clone --recursive https://github.com/ceph/rados-java.git
cd rados-java
ant
#. Build the ``rados-java`` repository:
.. prompt:: bash $
cd rados-java
ant
The JAR file is located under ``rados-java/target``.
#. Copy the JAR for RADOS to a common location (e.g., ``/usr/share/java``) and
ensure that it and the JNA JAR are in your JVM's classpath. For example::
ensure that it and the JNA JAR are in your JVM's classpath. For example:
sudo cp target/rados-0.1.3.jar /usr/share/java/rados-0.1.3.jar
sudo ln -s /usr/share/java/jna-3.2.7.jar /usr/lib/jvm/default-java/jre/lib/ext/jna-3.2.7.jar
sudo ln -s /usr/share/java/rados-0.1.3.jar /usr/lib/jvm/default-java/jre/lib/ext/rados-0.1.3.jar
.. prompt:: bash $
To build the documentation, execute the following::
sudo cp target/rados-0.1.3.jar /usr/share/java/rados-0.1.3.jar
sudo ln -s /usr/share/java/jna-3.2.7.jar /usr/lib/jvm/default-java/jre/lib/ext/jna-3.2.7.jar
sudo ln -s /usr/share/java/rados-0.1.3.jar /usr/lib/jvm/default-java/jre/lib/ext/rados-0.1.3.jar
ant docs
To build the documentation, execute the following:
.. prompt:: bash $
ant docs
Getting librados for PHP
@ -127,29 +151,39 @@ Getting librados for PHP
To install the ``librados`` extension for PHP, you need to execute the following procedure:
#. Install php-dev. For Debian/Ubuntu, execute::
#. Install php-dev. For Debian/Ubuntu, execute:
sudo apt-get install php5-dev build-essential
.. prompt:: bash $
For CentOS/RHEL, execute::
sudo apt-get install php5-dev build-essential
sudo yum install php-devel
For CentOS/RHEL, execute:
#. Clone the ``phprados`` repository::
.. prompt:: bash $
git clone https://github.com/ceph/phprados.git
sudo yum install php-devel
#. Build ``phprados``::
#. Clone the ``phprados`` repository:
cd phprados
phpize
./configure
make
sudo make install
.. prompt:: bash $
#. Enable ``phprados`` in php.ini by adding::
git clone https://github.com/ceph/phprados.git
extension=rados.so
#. Build ``phprados``:
.. prompt:: bash $
cd phprados
phpize
./configure
make
sudo make install
#. Enable ``phprados`` in php.ini by adding:
.. prompt:: bash $
extension=rados.so
Step 2: Configuring a Cluster Handle
@ -324,9 +358,11 @@ it and connecting to the cluster might look something like this:
}
Compile your client and link to ``librados`` using ``-lrados``. For example::
Compile your client and link to ``librados`` using ``-lrados``. For example:
gcc ceph-client.c -lrados -o ceph-client
.. prompt:: bash $
gcc ceph-client.c -lrados -o ceph-client
C++ Example
@ -402,10 +438,12 @@ you to initialize a ``librados::Rados`` cluster handle object:
Compile the source; then, link ``librados`` using ``-lrados``.
For example::
For example:
g++ -g -c ceph-client.cc -o ceph-client.o
g++ -g ceph-client.o -lrados -o ceph-client
.. prompt:: bash $
g++ -g -c ceph-client.cc -o ceph-client.o
g++ -g ceph-client.o -lrados -o ceph-client
@ -439,9 +477,11 @@ into exceptions.
print("Connected to the cluster.")
Execute the example to verify that it connects to your cluster. ::
Execute the example to verify that it connects to your cluster:
python ceph-client.py
.. prompt:: bash $
python ceph-client.py
Java Example
@ -481,10 +521,12 @@ binding converts C++-based errors into exceptions.
Compile the source; then, run it. If you have copied the JAR to
``/usr/share/java`` and sym linked from your ``ext`` directory, you won't need
to specify the classpath. For example::
to specify the classpath. For example:
javac CephClient.java
java CephClient
.. prompt:: bash $
javac CephClient.java
java CephClient
PHP Example
@ -505,9 +547,11 @@ With the RADOS extension enabled in PHP you can start creating a new cluster han
}
Save this as rados.php and run the code::
Save this as rados.php and run the code:
php rados.php
.. prompt:: bash $
php rados.php
Step 3: Creating an I/O Context