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#!/usr/bin/env python2.7
# ----------------------------------
"""
Usage: eprot_proc.py [options] [protocols]
Parse E format test run protocols and do stuff with them. Currently
mostly for testing the libraries. This might replace many of the
older AWK tools in the future.
Options:
-h
Print this information and exit.
Copyright 2004 Stephan Schulz, schulz@eprover.org
This code is part of the support structure for the equational
heorem prover E. Visit
http://www.eprover.org
for more information.
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program ; if not, write to the Free Software
Foundation, Inc., 59 Temple Place, Suite 330, Boston,
MA 02111-1307 USA
The original copyright holder can be contacted as
Stephan Schulz (I4)
Technische Universitaet Muenchen
Institut fuer Informatik
Boltzmannstrasse 3
Garching bei Muenchen
Germany
or via email (address above).
"""
import re
import sys
import os
import pylib_io
import pylib_basics
import pylib_eprots
split_res = re.compile("_");
filter_re = re.compile(".*");
class graph:
"""
Represents a single graph (data+title). This is just a simple
container.
"""
def __init__(self, title="", data=None):
self.title=title;
if data:
self.data=data;
else:
self.data = [];
def add_problem_data(self, median_list):
for i in median_list:
xval = int(split_res.split(i[0])[-1]);
yval = i[1];
self.data.append( (xval, yval) );
self.data.sort();
def parse(self, file, pattern=re.compile(".*")):
p = pylib_eprots.eprotocol(file, True);
f = p.filter(pattern);
tmp = f.collect_medians()
self.add_problem_data(tmp);
def __repr__(self):
res = "# "+self.title + "\n";
for i in self.data:
xval = i[0];
yval = i[1];
res = res+ ("%4d %7.4f\n" % (xval, yval));
return res;
class plot:
"""
Represents a plot: Labels+Format+Graphs.
"""
def __init__(self, graph_descs = []):
self.graphs = []
for i in graph_descs:
g = graph(i[0])
g.parse(i[1], i[2])
self.add_graph(g)
def add_graph(self, graph):
self.graphs.append(graph)
def settings(self, file=None, log=False):
"""
return a sequence of 'set' commands for gnuplot.
"""
res = "unset logscale\n"+\
"set style data linespoints\n"+\
"set xlabel 'Instance size'\n"+\
"set ylabel 'Run time (s)'\n"+\
"set key left\n";
if file:
res = res+"set terminal postscript color\n";
res = res+"set output \""+file+"\"\n";
if log:
res = res+"set logscale y\n";
return res
def plot_command(self):
"""
Return a plot command that will plot all graphs, properly
labeled.
"""
sep = "";
res = "plot "
for i in self.graphs:
res = res+ sep+"'-' title \""+i.title+"\"";
sep = ", "
res = res+"\n";
for i in self.graphs:
res = res+i.__repr__()+"e\n";
return res;
def gnuplot(self, file=None, log=False):
"""
Call gnuplot and do the plotting.
"""
pipe=os.popen("gnuplot", "w")
pipe.write(self.settings(file, log))
pipe.write(self.plot_command())
pipe.flush()
if not file:
print "Retun to continue!"
sys.stdin.readline()
pipe.close()
dir = "/Users/schulz/SOURCES/Projects/VERONA/dp/array/TEST_RESULTS/"
cvc_sc_pat = re.compile("storecomm.*nf")
e_sc_pat = re.compile("storecomm.*sf")
cvc_si_pat = re.compile("storeinv.*nf")
e_si_pat = re.compile("storeinv.*sf")
cvc_sw_pat = re.compile("swap.*nf")
e_sw_pat = re.compile("swap.*sf")
t1_sc_data = [
("CVC" , dir+"protokoll_CVC_Auto", cvc_sc_pat),
("CVCLite" , dir+"protokoll_CVCL_Auto", cvc_sc_pat),
("E (sts11), built-in index type" ,
dir+"protokoll_E_sts11_t1ni_default", e_sc_pat),
("E (sts09), axiomatized indices" ,
dir+"protokoll_E_sts09_t1_default",
e_sc_pat),
]
t1_sc_plot = plot(t1_sc_data)
t2_sc_data = [
("CVC" , dir+"protokoll_CVC_Auto", cvc_sc_pat),
("CVCLite" , dir+"protokoll_CVCL_Auto", cvc_sc_pat),
("E (sts11), built-in index type" ,
dir+"protokoll_E_sts11_t2ni_default", e_sc_pat),
("E (sts09), axiomatized indices" ,
dir+"protokoll_E_sts09_t2_default",
e_sc_pat),
]
t2_sc_plot = plot(t2_sc_data)
# Broken, as E solves no single problem
# t2_sc_plot.gnuplot(None)
t1_si_data = [
("CVC" , dir+"protokoll_CVC_Auto", cvc_si_pat),
("CVCLite" , dir+"protokoll_CVCL_Auto", cvc_si_pat),
("E (sts11)" ,
dir+"protokoll_E_sts11_t1ni_default", e_si_pat),
("E (sts09)" ,
dir+"protokoll_E_sts09_t1_default",
e_si_pat),
]
t1_si_plot = plot(t1_si_data)
t2_si_data = [
("CVC" , dir+"protokoll_CVC_Auto", cvc_si_pat),
("CVCLite" , dir+"protokoll_CVCL_Auto", cvc_si_pat),
("E (sts11)" ,
dir+"protokoll_E_sts11_t2ni_default", e_si_pat),
("E (sts09)" ,
dir+"protokoll_E_sts09_t2_default",
e_si_pat),
]
t2_si_plot = plot(t2_si_data)
t1_sw_data = [
("CVC" , dir+"protokoll_CVC_Auto", cvc_sw_pat),
("CVCLite" , dir+"protokoll_CVCL_Auto", cvc_sw_pat),
("E (sts11)" ,
dir+"protokoll_E_sts11_t1ni_default", e_sw_pat),
("E (sts09)" ,
dir+"protokoll_E_sts09_t1_default",
e_sw_pat),
]
t1_sw_plot = plot(t1_sw_data)
t2_sw_data = [
("CVC" , dir+"protokoll_CVC_Auto", cvc_sw_pat),
("CVCLite" , dir+"protokoll_CVCL_Auto", cvc_sw_pat),
("E (sts11)" ,
dir+"protokoll_E_sts11_t2ni_default", e_sw_pat),
("E (sts09)" ,
dir+"protokoll_E_sts09_t2_default",
e_sw_pat),
]
t2_sw_plot = plot(t2_sw_data)
#t1_sc_plot.gnuplot(None)
#t1_si_plot.gnuplot(None)
#t2_si_plot.gnuplot(None)
#t1_sw_plot.gnuplot(None)
#t2_sw_plot.gnuplot(None)
t1_sc_plot.gnuplot("t1_storecomm_plot.eps")
t1_si_plot.gnuplot("t1_storeinv_plot.eps")
t2_si_plot.gnuplot("t2_storeinv_plot.eps")
t1_sw_plot.gnuplot("t1_swap_plot.eps")
t2_sw_plot.gnuplot("t2_swap_plot.eps")
t1_sc_plot.gnuplot("t1_storecomm_log_plot.eps", True)
t1_si_plot.gnuplot("t1_storeinv_log_plot.eps", True)
t2_si_plot.gnuplot("t2_storeinv_log_plot.eps", True)
t1_sw_plot.gnuplot("t1_swap_log_plot.eps", True)
t2_sw_plot.gnuplot("t2_swap_log_plot.eps", True)
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