def test_ti(options):
_reset,titre_test = options.test_ti_reset,''
curdir,sqldir,resultsdir,expecteddir = utilt.get_paths()
prtest.title('running test_ti on database "%s"' % (srvob_conf.DB_NAME,))
dump = utilt.Dumper(srvob_conf.dbBO,options,None)
if _reset:
print '\tReset: Clearing market ...'
titre_test = utilt.exec_script(dump,sqldir,'reset_market.sql')
print '\t\tDone'
fn = os.path.join(sqldir,'test_ti.csv')
if( not os.path.exists(fn)):
raise ValueError('The data %s is not found' % fn)
with open(fn,'r') as f:
spamreader = csv.reader(f)
values_prov = {}
_nbtest = 0
for row in spamreader:
_nbtest +=1
qua_prov,qtt_prov = row[5],row[6]
if not qua_prov in values_prov.keys():
values_prov[qua_prov] = 0
values_prov[qua_prov] = values_prov[qua_prov] + int(qtt_prov)
#print values_prov
cur_login = None
titre_test = None
inst = utilt.ExecInst(dump)
user = None
fmtorder = "SELECT * from market.fsubmitorder('%s','%s','%s',%s,'%s',%s)"
fmtquote = "SELECT * from market.fsubmitquote('%s','%s','%s',%s,'%s',%s)"
fmtjsosr = '''SELECT jso from market.tmsg
where json_extract_path_text(jso,'id')::int=%i and typ='response' '''
fmtjsose = """SELECT json_extract_path_text(jso,'orde','id')::int id,
sum(json_extract_path_text(jso,'mvt_from','qtt')::bigint) qtt_prov,
sum(json_extract_path_text(jso,'mvt_to','qtt')::bigint) qtt_requ
from market.tmsg
where json_extract_path_text(jso,'orig')::int=%i
and json_extract_path_text(jso,'orde','id')::int=%i
and typ='exchange' group by json_extract_path_text(jso,'orde','id')::int """
'''
the order that produced the exchange has the qualities expected
'''
i= 0
if _reset:
print '\tSubmission: sending a series of %i tests where a random set of arguments' % _nbtest
print '\t\tis used to submit a quote, then an order'
with open(fn,'r') as f:
spamreader = csv.reader(f)
compte = utilt.Delai()
for row in spamreader:
user = row[0]
params = tuple(row[1:])
cursor = inst.exe( fmtquote % params,user)
cursor = inst.exe( fmtorder % params,user)
i +=1
if i % 100 == 0:
prtest.progress(i/float(_nbtest))
delai = compte.getSecs()
print '\t\t%i quote & order primitives in %f seconds' % (_nbtest*2,delai)
print '\tExecution: Waiting for end of execution ...'
#utilt.wait_for_true(srvob_conf.dbBO,1000,"SELECT market.fstackdone()",prtest=prtest)
utilt.wait_for_empty_stack(srvob_conf.dbBO,prtest)
delai = compte.getSecs()
print '\t\t Done: mean time per primitive %f seconds' % (delai/(_nbtest*2),)
fmtiter = '''SELECT json_extract_path_text(jso,'id')::int id,json_extract_path_text(jso,'primitive','type') typ
from market.tmsg where typ='response' and json_extract_path_text(jso,'primitive','kind')='quote'
order by id asc limit 10 offset %i'''
i = 0
_notnull,_ko,_limit,_limitko = 0,0,0,0
print '\tChecking: identity of quote result and order result for each %i test cases' % _nbtest
print '\t\tusing the content of market.tmsg'
while True:
cursor = inst.exe( fmtiter % i,user)
vec = []
for re in cursor:
vec.append(re)
l = len(vec)
if l == 0:
break
for idq,_type in vec:
i += 1
if _type == 'limit':
_limit += 1
# result of the quote for idq
_cur = inst.exe(fmtjsosr %idq,user)
res = _cur.fetchone()
res_quote =simplejson.loads(res[0])
expected = res_quote['result']['qtt_give'],res_quote['result']['qtt_reci']
#result of the order for idq+1
_cur = inst.exe(fmtjsose %(idq+1,idq+1),user)
res = _cur.fetchone()
if res is None:
result = 0,0
else:
ido_,qtt_prov_,qtt_reci_ = res
result = qtt_prov_,qtt_reci_
_notnull +=1
if _type == 'limit':
if float(expected[0])/float(expected[1]) < float(qtt_prov_)/float(qtt_reci_):
_limitko +=1
if result != expected:
_ko += 1
print idq,res,res_quote
if i %100 == 0:
prtest.progress(i/float(_nbtest))
'''
if i == 100:
print '\t\t.',
else:
print '.',
sys.stdout.flush()
if(_ko != 0): _errs = ' - %i errors' %_ko
else: _errs = ''
print ('\t\t%i quote & order\t%i quotes returned a result %s' % (i-_ko,_notnull,_errs))
'''
_valuesko = check_values(inst,values_prov,user)
prtest.title('Results checkings')
print ''
print '\t\t%i\torders returned a result different from the previous quote' % _ko
print '\t\t\twith the same arguments\n'
print '\t\t%i\tlimit orders returned a result where the limit is not observed\n' % _limitko
print '\t\t%i\tqualities where the quantity is not preserved by the market\n' % _valuesko
prtest.line()
if(_ko == 0 and _limitko == 0 and _valuesko == 0):
prtest.center('\tAll %i tests passed' % i)
else:
prtest.center('\tSome of %i tests failed' % (i,))
prtest.line()
inst.close()
return titre_test
print 'Num\tStatus\tName'
print ''
for file_test in _fts: # itération on test cases
_nom_test = file_test[:-4]
_terr +=1
_num_test +=1
file_result = file_test[:-4]+'.res'
_fte = os.path.join(resultsdir,file_result)
_fre = os.path.join(expecteddir,file_result)
with open(_fte,'w') as f:
cur = None
dump = utilt.Dumper(srvob_conf.dbBO,options,None)
titre_test = utilt.exec_script(dump,sqldir,'reset_market.sql')
dump = utilt.Dumper(srvob_conf.dbBO,options,f)
titre_test = utilt.exec_script(dump,sqldir,file_test)
utilt.wait_for_true(srvob_conf.dbBO,20,"SELECT market.fstackdone()")
conn = molet.DbData(srvob_conf.dbBO)
try:
with molet.DbCursor(conn) as cur:
dump.torder(cur)
dump.tmsg(cur)
finally:
conn.close()
if(os.path.exists(_fre)):
def test_ti(options):
_reset, titre_test = options.test_ti_reset, ''
curdir, sqldir, resultsdir, expecteddir = utilt.get_paths()
prtest.title('running test_ti on database "%s"' % (srvob_conf.DB_NAME, ))
dump = utilt.Dumper(srvob_conf.dbBO, options, None)
if _reset:
print '\tReset: Clearing market ...'
titre_test = utilt.exec_script(dump, sqldir, 'reset_market.sql')
print '\t\tDone'
fn = os.path.join(sqldir, 'test_ti.csv')
if (not os.path.exists(fn)):
raise ValueError('The data %s is not found' % fn)
with open(fn, 'r') as f:
spamreader = csv.reader(f)
values_prov = {}
_nbtest = 0
for row in spamreader:
_nbtest += 1
qua_prov, qtt_prov = row[5], row[6]
if not qua_prov in values_prov.keys():
values_prov[qua_prov] = 0
values_prov[qua_prov] = values_prov[qua_prov] + int(qtt_prov)
#print values_prov
cur_login = None
titre_test = None
inst = utilt.ExecInst(dump)
user = None
fmtorder = "SELECT * from market.fsubmitorder('%s','%s','%s',%s,'%s',%s)"
fmtquote = "SELECT * from market.fsubmitquote('%s','%s','%s',%s,'%s',%s)"
fmtjsosr = '''SELECT jso from market.tmsg
where json_extract_path_text(jso,'id')::int=%i and typ='response' '''
fmtjsose = """SELECT json_extract_path_text(jso,'orde','id')::int id,
sum(json_extract_path_text(jso,'mvt_from','qtt')::bigint) qtt_prov,
sum(json_extract_path_text(jso,'mvt_to','qtt')::bigint) qtt_requ
from market.tmsg
where json_extract_path_text(jso,'orig')::int=%i
and json_extract_path_text(jso,'orde','id')::int=%i
and typ='exchange' group by json_extract_path_text(jso,'orde','id')::int """
'''
the order that produced the exchange has the qualities expected
'''
i = 0
if _reset:
print '\tSubmission: sending a series of %i tests where a random set of arguments' % _nbtest
print '\t\tis used to submit a quote, then an order'
with open(fn, 'r') as f:
spamreader = csv.reader(f)
compte = utilt.Delai()
for row in spamreader:
user = row[0]
params = tuple(row[1:])
cursor = inst.exe(fmtquote % params, user)
cursor = inst.exe(fmtorder % params, user)
i += 1
if i % 100 == 0:
prtest.progress(i / float(_nbtest))
delai = compte.getSecs()
print '\t\t%i quote & order primitives in %f seconds' % (_nbtest * 2,
delai)
print '\tExecution: Waiting for end of execution ...'
#utilt.wait_for_true(srvob_conf.dbBO,1000,"SELECT market.fstackdone()",prtest=prtest)
utilt.wait_for_empty_stack(srvob_conf.dbBO, prtest)
delai = compte.getSecs()
print '\t\t Done: mean time per primitive %f seconds' % (
delai / (_nbtest * 2), )
fmtiter = '''SELECT json_extract_path_text(jso,'id')::int id,json_extract_path_text(jso,'primitive','type') typ
from market.tmsg where typ='response' and json_extract_path_text(jso,'primitive','kind')='quote'
order by id asc limit 10 offset %i'''
i = 0
_notnull, _ko, _limit, _limitko = 0, 0, 0, 0
print '\tChecking: identity of quote result and order result for each %i test cases' % _nbtest
print '\t\tusing the content of market.tmsg'
while True:
cursor = inst.exe(fmtiter % i, user)
vec = []
for re in cursor:
vec.append(re)
l = len(vec)
if l == 0:
break
for idq, _type in vec:
i += 1
if _type == 'limit':
_limit += 1
# result of the quote for idq
_cur = inst.exe(fmtjsosr % idq, user)
res = _cur.fetchone()
res_quote = simplejson.loads(res[0])
expected = res_quote['result']['qtt_give'], res_quote['result'][
'qtt_reci']
#result of the order for idq+1
_cur = inst.exe(fmtjsose % (idq + 1, idq + 1), user)
res = _cur.fetchone()
if res is None:
result = 0, 0
else:
ido_, qtt_prov_, qtt_reci_ = res
result = qtt_prov_, qtt_reci_
_notnull += 1
if _type == 'limit':
if float(expected[0]) / float(
expected[1]) < float(qtt_prov_) / float(qtt_reci_):
_limitko += 1
if result != expected:
_ko += 1
print idq, res, res_quote
if i % 100 == 0:
prtest.progress(i / float(_nbtest))
'''
if i == 100:
print '\t\t.',
else:
print '.',
sys.stdout.flush()
if(_ko != 0): _errs = ' - %i errors' %_ko
else: _errs = ''
print ('\t\t%i quote & order\t%i quotes returned a result %s' % (i-_ko,_notnull,_errs))
'''
_valuesko = check_values(inst, values_prov, user)
prtest.title('Results checkings')
print ''
print '\t\t%i\torders returned a result different from the previous quote' % _ko
print '\t\t\twith the same arguments\n'
print '\t\t%i\tlimit orders returned a result where the limit is not observed\n' % _limitko
print '\t\t%i\tqualities where the quantity is not preserved by the market\n' % _valuesko
prtest.line()
if (_ko == 0 and _limitko == 0 and _valuesko == 0):
prtest.center('\tAll %i tests passed' % i)
else:
prtest.center('\tSome of %i tests failed' % (i, ))
prtest.line()
inst.close()
return titre_test
print 'Num\tStatus\tName'
print ''
for file_test in _fts: # itération on test cases
_nom_test = file_test[:-4]
_terr += 1
_num_test += 1
file_result = file_test[:-4] + '.res'
_fte = os.path.join(resultsdir, file_result)
_fre = os.path.join(expecteddir, file_result)
with open(_fte, 'w') as f:
cur = None
dump = utilt.Dumper(srvob_conf.dbBO, options, None)
titre_test = utilt.exec_script(dump, sqldir, 'reset_market.sql')
dump = utilt.Dumper(srvob_conf.dbBO, options, f)
titre_test = utilt.exec_script(dump, sqldir, file_test)
utilt.wait_for_true(srvob_conf.dbBO, 20,
"SELECT market.fstackdone()")
conn = molet.DbData(srvob_conf.dbBO)
try:
with molet.DbCursor(conn) as cur:
dump.torder(cur)
dump.tmsg(cur)
finally:
conn.close()