The complete set of link-time arguments relevant to TCHARM is:
-memory isomalloc
Enable memory allocation that will automatically
migrate with the thread, as described in Section 2.3.
-balancer B
Enable this load balancing strategy. The
current set of balancers B includes RefineLB (make only small changes
each time), MetisLB (remap threads using graph partitioning library),
HeapCentLB (remap threads using a greedy algorithm), and RandCentLB
(remap threads to random processors). You can only have one balancer.
-module F
Link in this framework. The current set of frameworks
F includes ampi, collide, fem, mblock, and netfem. You can link in
multiple frameworks.
The complete set of command-line arguments relevant to TCHARM is:
+p N
Run on N physical processors.
+vp N
Create N ``virtual processors'', or threads. This is
the value returned by TCharmGetNumChunks.
++debug
Start each program in a debugger window. See Charm++
Installation and Usage Manual for details.
+tcharm_stacksize N
Create N-byte thread stacks. This
value can be overridden using TCharmSetStackSize().
+tcharm_nomig
Disable thread migration. This can help determine
whether a problem you encounter is caused by our migration framework.
+tcharm_nothread
Disable threads entirely. This can help determine
whether a problem you encounter is caused by our threading framework.
This generally only works properly when using only one thread.
+tcharm_trace F
Trace all calls made to the framework F.
This can help to understand a complex program. This feature is not
available if CHARM++ was compiled with CMK_OPTIMIZE.
