remove files not needed anymore.

src/partition_allocator/Makefile.am

@@ -17,7 +17,8 @@ INCLUDES = -I$(top_srcdir) $(BGL_INCLUDES)
 
 # partition_allocator_LDFLAGS = -export-dynamic -lm $(CMD_LDFLAGS) $(BGL_LDFLAGS)
 
-# CPPFLAGS = -DBUILD_EXE 
+# CPPFLAGS = -DBUILD_EXE
+
 
 # making a .la
 noinst_LTLIBRARIES = libpartition_allocator.la 

src/partition_allocator/TODO

-- read wiring into bluegene plugin
-- read static config from file
-- pass filename of wiring to system
-
-- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
-done- debug, see why no parts of size num_nodes are coming out.
-prob was incorrect external wiring 
-done - clear up mem leak of destorying system
-
-done - pa_init() resets system
-
-done - add undo buffer
-done   > redo create_pa_system, delete_pa_system and do copy_pa_system
-
-done - input/output of 
-  > static wiring
-done > mark certain nodes as down
-
-unneeded- add table to store results
-  > partition sizes, geometery, coordinates?, torus/non-torus
-
-done - touch projections
-done - be able to translate out the geometry
-done - add trace of coordinates into structures
-unneeded - use symmetry of wiring to reduce size of problem.
-unneeded- add functionality to query table
-
-done- add permutations of switch with only 2 or 1 wire(s).
-done- add complexity of another dimension.
-
-done- how to indicate that a partition is toridal vs mesh?
-  > brute force: traverse it
-done > smarter -> keep track of non-toridal conns.  if none = torus.
-
-done - switch to smarter graph checking (flexing) implementation.
-
-done - if merging, remember to change all the internal connections
-of the node to be the new label (ID)
-

src/partition_allocator/runme

-#!/bin/bash
-
-export X_DIM_CONF=X_dim_torus.conf
-export Y_DIM_CONF=Y_dim_torus.conf
-export Z_DIM_CONF=Z_dim_torus.conf
-./partition_allocator 2 2 2

src/partition_allocator/switch-extern.conf

-# example file of the external switch schematic
-
-# assumes that configuration for one dimension will be constant
-# throughout that dimension
-
-Dimensions=3
-
-# DIMENSIONS X
-#                  Connection order = port connection
-# Node ID, Dim ID, Connection=port5, port4, port3, port2
-Node=BP0 Dim=0 Connection=BP2,BP1,BP1,X
-Node=BP1 Dim=0 Connection=BP3,BP0,BP0,X
-Node=BP2 Dim=0 Connection=BP4,BP1,BP1,BP0
-Node=BP3 Dim=0 Connection=BP5,BP2,BP2,BP1
-Node=BP4 Dim=0 Connection=BP6,BP5,BP5,BP2
-Node=BP5 Dim=0 Connection=BP7,BP4,BP4,BP3
-Node=BP6 Dim=0 Connection=X,BP7,BP7,BP4
-Node=BP7 Dim=0 Connection=X,BP6,BP6,BP5
-
-# DIMENSIONS Y
-Node=BP0 Dim=1 Connection=X,BP3,BP1,X
-Node=BP1 Dim=1 Connection=X,BP0,BP2,X
-Node=BP2 Dim=1 Connection=X,BP1,BP3,X
-Node=BP3 Dim=1 Connection=X,BP2,BP0,X
-
-# DIMENSIONS Z
-Node=BP0 Dim=2 Connection=X,BP3,BP1,X
-Node=BP1 Dim=2 Connection=X,BP0,BP2,X
-Node=BP2 Dim=2 Connection=X,BP1,BP3,X
-Node=BP3 Dim=2 Connection=X,BP2,BP0,X