* Loop runner for accept calls. * * Note that all socket operations are run non-blocking, so that * the only place we block is in the ppoll() syste

TODO(torek): combine (template) with ModuleBuilder::RunCommand

* Run a thread that (among whatever else it does) makes system calls, * then checks for IsExitRequested() after making any blocking system * calls.

to downstream */

should never fail, always returning a non-null pointer

Runs the scheduler loop forever. Currently a copy-paste from DefaultScheduler so that this is the only virtual call that is made (i.e., ScheduleOnce()

Runs the scheduler once.

Return my name (if self is true) or my other's name (if self is false). My name is "child" or "parent", possibly with my ID number added.

Provide implementations for SendSignal and knock thread.

Sends a counted string over one of the socket channels. channels. The sockets are set non-blocking, so this has a short retry/timeout loop. Returns

* Replaces the stored fd with the given fd (which may * be kNotOpen). Closes the replaced fd, if it was open. * * This is always called with the t

Restores the module's configuration.

Uses a WildcardMatchConfig to restore this module's runtime config. If this returns with an error, the state may be partially restored. TODO(torek): c

Uses an ExactMatchConfig to restore this module's runtime config. If this returns with an error, the state may be partially restored. TODO(torek): con

Any ASSSERT_EQ has to go in SetUp(), not in the constructor. For symmetry, we put the corresponding cleanup code in TearDown().

Get the signal mask for a pselect() or ppoll() system call.

The number of available packets in the pool. Approximate by nature.

The socket ID this mempool is associated with. -1 means unknown.

* Internal: starts the opener thread. Caller holds the lock. */

Checks that FLAGS_t causes types to dump.

Check that new module classes are actually created correctly and stored in the table of module classes

Tests that we can create a leaf node.