abstract algorithms in the domains of Cloud, P2P, HPC, IoT, and similar
settings.
-Since v3.20 (June 2018), S4U is the way to go for long-term
-projects. It is feature complete, but may still evolve slightly in
-future releases. It can already be used to do everything that can be
-done in SimGrid, but you may have to adapt your code in future
-releases. When this happens, compiling your code will produce
-deprecation warnings for 4 releases (one year) before the removal of
-the old symbols.
-If you want an API that will never ever evolve in the future, you
-should use the :ref:`deprecated MSG API <MSG_doc>` instead.
+Since v3.33 (Spring 2023), S4U is the main interface of SimGrid for algorithms.
+It is feature complete, but may still evolve slightly in future releases.
+When this happens, compiling your code will produce deprecation warnings for 4
+releases (one year) before the removal of the old symbols.
+
+.. _S4U_main_concepts:
Main Concepts
*************
.. group-tab:: Python
-
+
.. autoclass:: simgrid.Actor
Basic management
.. doxygenclass:: simgrid::s4u::Engine
.. group-tab:: Python
-
+
.. autoclass:: simgrid.Engine
Engin initialization
.. doxygenclass:: simgrid::s4u::Mailbox
.. group-tab:: Python
-
+
.. autoclass:: simgrid.Mailbox
Please also refer to the :ref:`full doc on s4u::Mailbox <s4u_mailbox>`.
.. doxygenclass:: simgrid::s4u::Disk
.. group-tab:: Python
-
+
.. autoclass:: simgrid.Disk
.. group-tab:: C
.. doxygenclass:: simgrid::s4u::Host
.. group-tab:: Python
-
+
.. autoclass:: simgrid.Host
Basic management
.. doxygenfunction:: sg_host_turn_off(sg_host_t host)
.. doxygenfunction:: sg_host_turn_on(sg_host_t host)
+.. _API_s4u_Host_dvfs:
+
DVFS
----
+See also the :ref:`relevant examples <s4u_ex_dvfs>`.
+
.. tabs::
.. group-tab:: C++
.. autoattribute:: simgrid.Host.netpoint
.. automethod:: simgrid.Host.create_disk
-
+
.. automethod:: simgrid.Host.route_to
.. group-tab:: C
.. group-tab:: Python
-
+
.. autoclass:: simgrid.Link
Basic management
.. doxygenclass:: simgrid::s4u::NetZone
.. group-tab:: Python
-
+
.. autoclass:: simgrid.NetZone
Basic management
.. doxygenclass:: simgrid::s4u::Comm
.. group-tab:: Python
-
+
.. autoclass:: simgrid.Comm
Basic management
.. automethod:: simgrid.Comm.set_payload_size
.. automethod:: simgrid.Comm.set_rate
-Life cycle
-----------
+Direct host-to-host communication
+---------------------------------
Most communications are created using :ref:`s4u_mailbox`, but you can
-also start direct communications as shown below.
+also start direct communications as shown below. See also the
+:ref:`relevant examples <s4u_ex_comm_host2host>`.
.. tabs::
.. doxygenfunction:: simgrid::s4u::Comm::sendto_init(Host *from, Host *to)
.. doxygenfunction:: simgrid::s4u::Comm::sendto_async
+ .. group-tab:: Python
+
+ .. automethod:: simgrid.Comm.sendto
+ .. automethod:: simgrid.Comm.sendto_init
+ .. automethod:: simgrid.Comm.sendto_async
+
+Life cycle
+----------
+
+.. tabs::
+
+ .. group-tab:: C++
+
.. doxygenfunction:: simgrid::s4u::Comm::cancel
.. doxygenfunction:: simgrid::s4u::Comm::start
.. doxygenfunction:: simgrid::s4u::Comm::test
.. group-tab:: Python
- .. automethod:: simgrid.Comm.sendto
- .. automethod:: simgrid.Comm.sendto_init
- .. automethod:: simgrid.Comm.sendto_async
-
.. automethod:: simgrid.Comm.cancel
.. automethod:: simgrid.Comm.start
.. automethod:: simgrid.Comm.test
.. doxygenclass:: simgrid::s4u::Exec
.. group-tab:: Python
-
+
.. autoclass:: simgrid.Exec
Basic management
.. doxygenclass:: simgrid::s4u::Io
.. group-tab:: Python
-
+
.. autoclass:: simgrid.Io
Basic management
.. doxygenfunction:: sg_sem_release(sg_sem_t sem)
.. doxygenfunction:: sg_sem_would_block(const_sg_sem_t sem)
+===============
+Error reporting
+===============
+
+.. tabs::
+
+ .. group-tab:: C++
+
+ .. doxygenclass:: simgrid::Exception
+
+ The following exceptions denote a problem in the simulated platform, and it is often useful to catch them.
+
+ .. doxygenclass:: simgrid::CancelException
+ .. doxygenclass:: simgrid::HostFailureException
+ .. doxygenclass:: simgrid::NetworkFailureException
+ .. doxygenclass:: simgrid::StorageFailureException
+ .. doxygenclass:: simgrid::TimeoutException
+ .. doxygenclass:: simgrid::VmFailureException
+
+ The following errors denote a problem in the SimGrid tool itself. Most of the time, you should let these
+ exception go, so that the simulation stops. But you may want to catch them, for example when you launch
+ simgrid from a python notebook and want to handle the problem accordingly.
+
+ .. doxygenclass:: simgrid::AssertionError
+ .. doxygenclass:: simgrid::ParseError
+ .. doxygenclass:: simgrid::TracingError
+
+ .. group-tab:: Python
+
+ The following exceptions denote a problem in the simulated platform, and it is often useful to catch them.
+
+ .. autoclass:: simgrid.CancelException
+ .. autoclass:: simgrid.HostFailureException
+ .. autoclass:: simgrid.NetworkFailureException
+ .. autoclass:: simgrid.StorageFailureException
+ .. autoclass:: simgrid.TimeoutException
+ .. autoclass:: simgrid.VmFailureException
+
+ The following errors denote a problem in the SimGrid tool itself. Most of the time, you should let these
+ exception go, so that the simulation stops. But you may want to catch them, for example when you launch
+ simgrid from a python notebook and want to handle the problem accordingly.
+
+ .. autoclass:: simgrid.AssertionError
+
+ .. group-tab:: C
+
+ .. doxygenenum:: sg_error_t
+
+
.. |hr| raw:: html
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