def display_forward_inverse(forward,inverse):
print "inverse %d / forward %d"%(inverse,forward)
dis = display_array(2+loop)
dis.set_column_on_right(1)
dis.set_column_on_right(2)
dis.new_line()
dis.set_column(1,'p')
dis.set_column(2,'q')
bs=int(base_block_size)
for i in range(1,loop+1):
dis.set_column_on_right (i+2)
dis.set_column(i+2,'%d KB'%(int(bs)))
bs=bs*2
dis.separator()
for prj in range(forward):
dis.new_line()
p = compute_p(forward,prj)
dis.set_column(1,"%d"%(int(p)))
dis.set_column(2,'1')
bs=int(base_block_size)
for i in range(1,loop+1):
size = compute_one_prj(bs*1024,forward,inverse,prj)
dis.set_column(2+i,'%d'%(size))
bs=bs*2
dis.display()
def do_list():
# Display the list of all tests
#___________________________________________________
num=int(0)
dis = display_array(3)
dis.new_line()
dis.set_column(1,'Number')
dis.set_column(2,'Test name')
dis.set_column(3,'Test group')
dis.separator()
for tst in TST_BASIC:
num=num+1
dis.new_line()
dis.set_column(1,"%s"%num)
dis.set_column(2,tst)
dis.set_column(3,'basic')
dis.separator()
for tst in TST_REBUILD:
num=num+1
dis.new_line()
dis.set_column(1,"%s"%num)
dis.set_column(2,tst)
dis.set_column(3,'rebuild')
dis.separator()
for tst in TST_RW:
num=num+1
dis.new_line()
dis.set_column(1,"%s"%num)
dis.set_column(2,tst)
dis.set_column(3,'rw')
dis.separator()
for tst in TST_RW:
num=num+1
dis.new_line()
dis.set_column(1,"%s"%num)
dis.set_column(2,"%s/%s"%('storageFailed',tst))
dis.set_column(3,'storageFailed')
dis.separator()
for tst in TST_RW:
num=num+1
dis.new_line()
dis.set_column(1,"%s"%num)
dis.set_column(2,"%s/%s"%('storageReset',tst))
dis.set_column(3,'storageReset')
dis.separator()
for tst in TST_RW:
num=num+1
dis.new_line()
dis.set_column(1,"%s"%num)
dis.set_column(2,"%s/%s"%('storcliReset',tst))
dis.set_column(3,'storcliReset')
dis.display()
def do_list():
# Display the list of all tests
#___________________________________________________
num = int(0)
dis = display_array(3)
dis.new_line()
dis.set_column(1, 'Number')
dis.set_column(2, 'Test name')
dis.set_column(3, 'Test group')
dis.separator()
for tst in TST_BASIC:
num = num + 1
dis.new_line()
dis.set_column(1, "%s" % num)
dis.set_column(2, tst)
dis.set_column(3, 'basic')
dis.separator()
for tst in TST_REBUILD:
num = num + 1
dis.new_line()
dis.set_column(1, "%s" % num)
dis.set_column(2, tst)
dis.set_column(3, 'rebuild')
dis.separator()
for tst in TST_RW:
num = num + 1
dis.new_line()
dis.set_column(1, "%s" % num)
dis.set_column(2, tst)
dis.set_column(3, 'rw')
dis.separator()
for tst in TST_RW:
num = num + 1
dis.new_line()
dis.set_column(1, "%s" % num)
dis.set_column(2, "%s/%s" % ('storageFailed', tst))
dis.set_column(3, 'storageFailed')
dis.separator()
for tst in TST_RW:
num = num + 1
dis.new_line()
dis.set_column(1, "%s" % num)
dis.set_column(2, "%s/%s" % ('storageReset', tst))
dis.set_column(3, 'storageReset')
dis.separator()
for tst in TST_RW:
num = num + 1
dis.new_line()
dis.set_column(1, "%s" % num)
dis.set_column(2, "%s/%s" % ('storcliReset', tst))
dis.set_column(3, 'storcliReset')
dis.display()
syntax("Option -i requires -f")
if options.inverse == None:
syntax("Option -f requires -i")
display_forward_inverse(int(options.forward),int(options.inverse))
fault=int(options.forward)-int(options.inverse)
inv_start=int(options.inverse)
inv_stop=inv_start+1
elif options.faults == None:
syntax()
else:
fault=int(options.faults)
inv_start=fault
inv_stop=32
dis = display_array(2+loop*2)
dis.new_line()
dis.set_column(1,'%d'%(fault),'')
dis.set_column(2,'faults')
bs=int(base_block_size)
for i in range(1,loop+1):
dis.set_column(2*i+1,'%d'%(int(bs)),'')
dis.set_column(2*i+2,'KB')
bs=bs*2
dis.separator()
dis.new_line()
dis.set_column(1,'Inv')
dis.set_column(2,'Fwd')
for i in range(1,loop+1):
def do_run_list(list):
# run a list of test
#___________________________________________________
tst_num=int(0)
failed=int(0)
success=int(0)
dis = display_array(4)
dis.new_line()
dis.set_column(1,'#')
dis.set_column_on_right(1)
dis.set_column(2,'Name')
dis.set_column(3,'Result')
dis.set_column(4,'Duration')
dis.set_column_on_right(4)
dis.separator()
time_start=time.time()
total_tst=len(list)
for tst in list:
tst_num=tst_num+1
sys.stdout.write( "\r___%4d/%d : %s\n"%(tst_num,total_tst,tst))
dis.new_line()
dis.set_column(1,'%s'%(tst_num))
dis.set_column(2,tst)
# Split optional circumstance and test name
split=tst.split('/')
time_before=time.time()
reset_counters()
if len(split) > 1:
# There is a test circumstance. resolve and call the circumstance
# function giving it the test name
try:
ret = getattr(sys.modules[__name__],split[0])(split[1])
except:
ret = 1
else:
# No test circumstance. Resolve and call the test function
try:
ret = getattr(sys.modules[__name__],split[0])()
except:
ret = 1
delay=time.time()-time_before;
dis.set_column(4,'%s'%(my_duration(delay)))
if ret == 0:
dis.set_column(3,'OK')
success=success+1
else:
dis.set_column(3,'FAILED')
failed=failed+1
if failed != 0 and stopOnFailure == True:
break
dis.separator()
dis.new_line()
dis.set_column(1,'%s'%(success+failed))
dis.set_column(2,'Total')
if failed == 0:
dis.set_column(3,'OK')
else:
dis.set_column(3,'%d FAILED'%(failed))
delay=time.time()-time_start
dis.set_column(4,'%s'%(my_duration(delay)))
print ""
dis.display()
def do_run_list(list):
# run a list of test
#___________________________________________________
tst_num = int(0)
failed = int(0)
success = int(0)
dis = display_array(4)
dis.new_line()
dis.set_column(1, '#')
dis.set_column_on_right(1)
dis.set_column(2, 'Name')
dis.set_column(3, 'Result')
dis.set_column(4, 'Duration')
dis.set_column_on_right(4)
dis.separator()
time_start = time.time()
total_tst = len(list)
for tst in list:
tst_num = tst_num + 1
sys.stdout.write("\r___%4d/%d : %s\n" % (tst_num, total_tst, tst))
dis.new_line()
dis.set_column(1, '%s' % (tst_num))
dis.set_column(2, tst)
# Split optional circumstance and test name
split = tst.split('/')
time_before = time.time()
reset_counters()
if len(split) > 1:
# There is a test circumstance. resolve and call the circumstance
# function giving it the test name
try:
ret = getattr(sys.modules[__name__], split[0])(split[1])
except:
ret = 1
else:
# No test circumstance. Resolve and call the test function
try:
ret = getattr(sys.modules[__name__], split[0])()
except:
ret = 1
delay = time.time() - time_before
dis.set_column(4, '%s' % (my_duration(delay)))
if ret == 0:
dis.set_column(3, 'OK')
success = success + 1
else:
dis.set_column(3, 'FAILED')
failed = failed + 1
if failed != 0 and stopOnFailure == True:
break
dis.separator()
dis.new_line()
dis.set_column(1, '%s' % (success + failed))
dis.set_column(2, 'Total')
if failed == 0:
dis.set_column(3, 'OK')
else:
dis.set_column(3, '%d FAILED' % (failed))
delay = time.time() - time_start
dis.set_column(4, '%s' % (my_duration(delay)))
print ""
dis.display()
