def main(flib, fnet, targetdir="current/"):
import ply_liberty
print "\nParsing Library"
start = time()
lsi_lib = PLYPair()
lsi_lib.set_lexer(ply_liberty.create_lexer())
lsi_lib.set_parser(ply_liberty.create_parser())
lsi_lib.parse_file(flib)
total = time() - start
print "Total Time:", total, "s"
# import pdb; pdb.set_trace()
import ply_boolean_expressions
print "\nParsing Boolean Expressions"
start = time()
be = PLYPair()
be.set_lexer(ply_boolean_expressions.create_lexer())
be.set_parser(ply_boolean_expressions.create_parser())
for g in lsi_lib.result:
g = lsi_lib.result[g]
ply_boolean_expressions.update(g.getPinMap())
for p in g.pins:
if 'function' in g.pins[p]:
g.pins[p]['o_function'] = g.pins[p]['function']
g.pins[p]['function'] = be.parse(g.pins[p]['function'])
for s in g.specials:
s = g.specials[s]
for k in s.getBEatts():
s.atts['o_' + k] = s.atts[k]
s.atts[k] = be.parse(s.atts[k])
total = time() - start
print "Total Time:", total, "s"
# import pdb; pdb.set_trace()
import ply_verilog_netlist
print "\nParsing CCX"
start = time()
cd = {key: "CELL" for key in lsi_lib.result.keys()}
ccx = PLYPair()
ccx.set_lexer(ply_verilog_netlist.create_lexer(cd))
ccx.set_parser(ply_verilog_netlist.create_parser(lsi_lib.result))
ccx.parse_file(fnet)
total = time() - start
print "Total Time:", total, "s"
# import pdb; pdb.set_trace()
import wire_remover
print "\nRemoving Wires from database"
start = time()
wire_remover.main(ccx.result['wires'], ccx.result['gates'], lsi_lib.result)
total = time() - start
print "Total Time:", total, "s"
# import pdb; pdb.set_trace()
import file_writer
print "\nWriting Files"
start = time()
flib = flib.split('/')[-1].split('.')[0]
fnet = fnet.split('/')[-1].split('.')[0]
file_writer.generateC(targetdir + flib, lsi_lib.result)
file_writer.generateRoss(targetdir + fnet, lsi_lib.result,
ccx.result['gates'])
total = time() - start
print "Total Time:", total, "s"
import pdb
pdb.set_trace()
def main(flib, fnet, targetdir="current/"):
import ply_liberty
print "\nParsing Library"
start = time()
lsi_lib = PLYPair()
lsi_lib.set_lexer(ply_liberty.create_lexer())
lsi_lib.set_parser(ply_liberty.create_parser())
lsi_lib.parse_file(flib)
total = time() - start
print "Total Time:", total, "s"
# import pdb; pdb.set_trace()
import ply_boolean_expressions
print "\nParsing Boolean Expressions"
start = time()
be = PLYPair()
be.set_lexer(ply_boolean_expressions.create_lexer())
be.set_parser(ply_boolean_expressions.create_parser())
for g in lsi_lib.result:
g = lsi_lib.result[g]
ply_boolean_expressions.update(g.getPinMap())
for p in g.pins:
if 'function' in g.pins[p]:
g.pins[p]['o_function'] = g.pins[p]['function']
g.pins[p]['function'] = be.parse(g.pins[p]['function'])
for s in g.specials:
s = g.specials[s]
for k in s.getBEatts():
s.atts['o_'+k] = s.atts[k]
s.atts[k] = be.parse(s.atts[k])
total = time() - start
print "Total Time:", total, "s"
# import pdb; pdb.set_trace()
import ply_verilog_netlist
print "\nParsing CCX"
start = time()
cd = {key : "CELL" for key in lsi_lib.result.keys()}
ccx = PLYPair()
ccx.set_lexer(ply_verilog_netlist.create_lexer(cd))
ccx.set_parser(ply_verilog_netlist.create_parser(lsi_lib.result))
ccx.parse_file(fnet)
total = time() - start
print "Total Time:", total, "s"
# import pdb; pdb.set_trace()
import wire_remover
print "\nRemoving Wires from database"
start = time()
wire_remover.main(ccx.result['wires'], ccx.result['gates'], lsi_lib.result)
total = time() - start
print "Total Time:", total, "s"
# import pdb; pdb.set_trace()
import file_writer
print "\nWriting Files"
start = time()
flib = flib.split('/')[-1].split('.')[0]
fnet = fnet.split('/')[-1].split('.')[0]
file_writer.generateC(targetdir+flib, lsi_lib.result)
file_writer.generateRoss(targetdir+fnet, lsi_lib.result, ccx.result['gates'])
total = time() - start
print "Total Time:", total, "s"
import pdb; pdb.set_trace()
lsi_lib.set_lexer(ply_liberty.create_lexer())
lsi_lib.set_parser(ply_liberty.create_parser())
lsi_lib.parse_file('Examples/lsi_10k.lib')
total = time() - start
print "Total Time:", total, "s"
# import pdb; pdb.set_trace()
print "Parsing Boolean Expressnions"
start = time()
be = PLYPair()
be.set_lexer(ply_boolean_expressions.create_lexer())
be.set_parser(ply_boolean_expressions.create_parser())
error_count = 0
for g in lsi_lib.result:
g = lsi_lib.result[g]
ply_boolean_expressions.update(g.getPinMap())
for p in g.pins:
if 'function' in g.pins[p]:
g.pins[p]['o_function'] = g.pins[p]['function']
g.pins[p]['function'] = be.parse(g.pins[p]['function'])
for s in g.specials:
s = g.specials[s]
for k in s.getBEatts():
s.atts['o_'+k] = s.atts[k]
s.atts[k] = be.parse(s.atts[k])
print "Total of", error_count, "boolean expression parsing errors"
total = time() - start
print "Total Time:", total, "s"
# import pdb; pdb.set_trace()
print "Parsing CCX"