def run(file1, file2, output, title, original_title):
if (not file1) or (not file2) or (not output) or (not title):
print '''
Please learn how to use it through -h
You should run it as:
python write_csv.py --file1=*** --file2=*** --output=*** title=*** --original-title=***
'''
sys.exit()
a1 = read_csv_note(file1)
a2 = read_csv_note(file2)
compare_title = a1[1][1:] # Provide the title you want to compare
#compare_title = ['Register', 'Slice']
title_dic = get_conf_options(param_conf_file)
compare_title = title_dic['Comp_Title'][title]
compare_title = compare_title.split(',')
compare_title = [item.strip() for item in compare_title]
original_title = title_dic['Original_Title'][original_title]
original_title = original_title.split(',')
original_title = [item.strip() for item in original_title]
file_return, static_result, compare_average = compare_csv(
a1, a2, output, original_title, compare_title)
note1 = process_note(a1[2])
note2 = process_note(a2[2])
write_csv(note1, note2, file1, file2, file_return)
return_dic = {} # filename:static_result,compare_average
return_dic[file_return] = [static_result, compare_average]
import write_excel2
write_excel2.write_excel(file_return, return_dic)
return file_return, return_dic
def run_web(src, cmp, comp_title, original_title, output):
#opt = option()
src_csv = src
cmp_csvs = cmp
compare_title = comp_title
original_title = original_title
output = output
cmp_csvs = cmp_csvs.split(',')
src_csv_content = csv_content(src_csv)
cmp_csv_contents = []
title_dic = get_conf_options(param_conf_file)
if compare_title.find('l25') != -1:
compare_title = title_dic['Comp_Title'][compare_title]
compare_title = compare_title.split(',')
compare_title = [item.strip() for item in compare_title]
else:
compare_title = compare_title.split(',')
if original_title.find('Design') != -1:
original_title = original_title.split(',')
else:
original_title = title_dic['Original_Title'][original_title]
original_title = original_title.split(',')
original_title = [item.strip() for item in original_title]
for cmp in cmp_csvs:
if os.path.isfile(cmp):
cmp_csv_contents.append(csv_content(cmp))
write_csv_o = write_csv(src_csv_content, cmp_csv_contents, output,
compare_title, original_title, '')
write_csv_o.write_file()
def run():
opt = option()
src_csv = opt.src
cmp_csvs = opt.cmp
compare_title = opt.comp_title
original_title = opt.original_title
output = opt.output
no_fmax = opt.no_fmax
cmp_csvs = cmp_csvs.split(',')
src_csv_content = csv_content(src_csv)
cmp_csv_contents = []
title_dic = get_conf_options(param_conf_file)
compare_title = title_dic['Comp_Title'][compare_title]
compare_title = compare_title.split(',')
compare_title = [item.strip() for item in compare_title]
original_title = title_dic['Original_Title'][original_title]
original_title = original_title.split(',')
original_title = [item.strip() for item in original_title]
for cmp in cmp_csvs:
if os.path.isfile(cmp):
cmp_csv_contents.append(csv_content(cmp))
write_csv_o = write_csv(src_csv_content, cmp_csv_contents, output,
compare_title, original_title, '')
write_csv_o.write_file()
def get_flow_conf(a_file):
a_dict = xConf.get_conf_options(a_file)
flow = a_dict.get("flow")
'''run_scuba = 1
run_synthesis = 1
synthesis = synpwrap
; synthesis = lse
run_translate = 1
run_map = 1
run_map_trce = 1
run_par = 1
run_trce = 1
run_bitgen = 1
'''
t = dict()
for key, value in flow.items():
if value == "1":
value = True
elif value == "0":
value = False
t[key] = value
return t
def create_conf_options(self):
_conf = self.qa_options.get("conf")
if not_exists(_conf):
# unix cannot find </trunk/bin/runLattice.py/../../conf> path
#_scripts_path = os.path.abspath(sys.argv[0])
#_conf = os.path.join(os.path.dirname(_scripts_path), "..", _conf)
_conf = os.path.join(os.path.dirname(__file__), "..",'..', _conf)
if not_exists(_conf, "Configuration path"):
return 1
_conf = os.path.abspath(_conf)
self.qa_options["conf"] = _conf
conf_files = glob.glob(os.path.join(_conf, "*.conf"))
self.conf_options = get_conf_options(conf_files)
def for_QoR(line, param_conf=''):
src_csv = get_cmd_value(line, 'src')
cmp_csvs = get_cmd_value(line, 'cmp')
compare_title = get_cmd_value(line, 'Comp_Title')
original_title = get_cmd_value(line, 'Original_Title')
output = get_cmd_value(line, 'output')
no_fmax = get_cmd_value(line, 'no-fmax')
cmp_csvs = cmp_csvs.replace('"', '')
cmp_csvs = cmp_csvs.split(',')
src_csv_content = csv_content(src_csv, no_fmax)
cmp_csv_contents = []
param_conf_file = os.path.join(os.path.dirname(__file__), 'param.conf')
if param_conf:
if os.path.isfile(param_conf):
param_conf_file = param_conf
else:
print 'Error, can not find file:%s\n\n' % param_conf
sys.exit(-1)
title_dic = get_conf_options(param_conf_file)
try:
compare_title = title_dic['Comp_Title'][compare_title]
except:
print 'Error, can not find key:%s' % compare_title
sys.exit(-1)
compare_title = compare_title.split(',')
compare_title = [item.strip() for item in compare_title]
try:
original_title = title_dic['Original_Title'][original_title]
except:
print 'Error, can not find key:%s' % original_title
sys.exit(-1)
original_title = original_title.split(',')
original_title = [item.strip() for item in original_title]
if set(compare_title) - set(original_title):
print 'Error, you have to make sure compare_title is a sub set of original title \n\n\n\n'
sys.exit(-1)
for cmp in cmp_csvs:
if os.path.isfile(cmp):
cmp_csv_contents.append(csv_content(cmp, no_fmax))
#print cmp,111
write_csv_o = write_csv(src_csv_content, cmp_csv_contents, output,
compare_title, original_title, '', no_fmax)
write_csv_o.write_file()
os.remove(output)
import re
import csv_compare
from pyExcelerator import *
import style
import traceback
import optparse
import string
xlib = os.path.join(os.path.dirname(__file__), '..', '..', 'bin', 'xlib')
xlib = os.path.abspath(xlib)
if xlib in sys.path:
pass
else:
sys.path.append(xlib)
from xConf import get_conf_options
red_range = 0.05
red_range_dic = get_conf_options('param.conf')['red_range']
case_list_path = os.path.join(__file__, '..', '..', '..', 'conf',
'case_list.conf')
case_list_path = os.path.abspath(case_list_path)
case_group_dic = get_conf_options(case_list_path)['case_list']
group_cases = {}
for group, cases in case_group_dic.items():
cases = cases.split()
for item in cases:
group_cases.setdefault(group, []).append(item)
all_groups = group_cases.keys()
statistic_tie_list = [['win', 'win'], ['tie', 'tie'], ['lose', 'lose'],
['less15', '<-0.15'], ['less15_5', '-0.15~-0.05'],
['less5_5', '-0.05~-0.05'], ['more5_15', '0.05~-0.15'],
['more15', '>0.15']]
key_order = ['Fmax', 'Regs', 'Luts', 'Slices', 'Runtime', 'MapPMem', 'ParPMem']
if not os.path.isfile(check_conf):
print 'Error, can not find file:%s \n\n'%check_conf
sys.exit(-1)
if suite_file and os.path.isfile(str(suite_file)):
pass
else:
print 'Warning: can not get suite file'
if not all_command:
all_command = ''
if opt.cmd_file:
if os.path.isfile(opt.cmd_file):
pass
else:
print 'Warning: Can not get file:%s'%opt.cmd_file
try:
conf_options = get_conf_options(opt.cmd_file,False)
signal_cmd_dict = conf_options.get('cmd',{})
signal_cmd = signal_cmd_dict.get(suite_name,'')
if not signal_cmd:
signal_cmd = signal_cmd_dict.get('all','')
all_command = all_command + ' '+signal_cmd
except:
cmd_hand = file(opt.cmd_file).readlines()
for signal_cmd in cmd_hand:
signal_cmd = signal_cmd.strip()
if signal_cmd:
all_command = all_command + ' '+signal_cmd
try:
set_value = int(set_value)
# 1 the first line should begin with "Desing"
# 2 In the first line, it should contain 'fmax'
# Date :2013/1/7
#===================================================
import os, sys, re, copy
import time
import shutil, stat
import csv
import glob
from xConf import get_conf_options
case_list_path = os.path.join(__file__, '..', '..', '..', 'conf',
'case_list.conf')
case_list_path = os.path.abspath(case_list_path)
case_group_dic = get_conf_options(case_list_path)['case_list']
group_cases = {}
for group, cases in case_group_dic.items():
cases = cases.split()
for item in cases:
group_cases.setdefault(group, []).append(item)
##########################
note_fmax_dic = dict(
ecp2_60=
'All sweep from 50MHz to 300MHz stepping in 10MHz;ADPCMtest,adpcm_codec_64ch from 10MHz to 50MHz stepping in 5MHZ ',
sc_24='All sweep from 100MHz to 400MHz stepping in 10MHz;',
large_25=
'Sweeping step is 5MHz step, range is 10-100Mhz; step 10 MHz, range is 50MHz-300MHz',
xo_103='All sweep from 100MHz to 400MHz stepping in 10MHz;')
##############################################################
import os, sys, csv
import re, ConfigParser
import optparse
import traceback
xlib = os.path.join(os.path.dirname(__file__), '..', '..', 'bin', 'xlib')
xlib = os.path.abspath(xlib)
if xlib in sys.path:
pass
else:
sys.path.append(xlib)
from xConf import get_conf_options
case_list_path = os.path.join(__file__, '..', '..', '..', 'conf',
'case_list.conf')
case_list_path = os.path.abspath(case_list_path)
case_group_dic = get_conf_options(case_list_path)['case_list']
param_conf_file = os.path.join(os.path.dirname(__file__), 'param.conf')
group_cases = {}
for group, cases in case_group_dic.items():
cases = cases.split()
for item in cases:
group_cases.setdefault(group, []).append(item)
all_groups = group_cases.keys()
statistic_tie_list = [['win', 'win'], ['tie', 'tie'], ['lose', 'lose'],
['less15', '<-0.15'], ['less15_5', '-0.15~-0.05'],
['less5_5', '-0.05~-0.05'], ['more5_15', '0.05~-0.15'],
['more15', '>0.15']]
def read_csv(csv_file):
''' This function used to read the data from csv file
