def check_board_consistency(board,row_ids,cell_ids,tname):
d = {} #list,count
for row in board:
for cell in row:
if cell:
if cell[0] in d:
d[cell[0]][1]+=1
if cell[2] is not d[cell[0]][0]:
res_code(tname, "badboard", "Ship "+cell[0]+" has different list ids")
return False
else:
d[cell[0]] = [cell[2],1]
for k,v in d.items():
if v[0][0] != v[1]:
res_code(tname, "badboard", "Ship "+k+" has wrong count")
return False
if len({id(d[k][0]) for k in d}) != len(d):
res_code(tname, "badboard", "Repeated length list ids on board")
return False
if row_ids != [id(row) for row in board]:
res_code(tname, "badboard", "Row list ids changed during execution")
return False
for row,idlist, in zip(board,cell_ids):
for cell,cid in zip(row,idlist):
if(cell and cid and (id(cell) != cid)):
res_code(tname, "badboard", "Cell tuples replaced during execution")
return False
return True
def test_set(name, testlist, modulename="geo_tweet_tools",timeout=3,
runner=import_runner, comparemethod=None):
correct = 0
#answers = []
for i,(fname,args,kwargs,ans) in enumerate(testlist):
tname = name + "_" + str(i)
try:
res, retval = mp_test2(runner,[modulename,fname,args,kwargs],{"tname":tname}, timeout=timeout)
#ans=retval
#answers.append((fname,args,kwargs,ans))
#continue
if res=="skip":
continue
if res:
res_code(tname, res, retval)
continue
if allclose(retval,ans): # correct result #with no floats
correct+=1
continue
else:
#if isinstance(ans, Sequence):
# long_sequence_compare(tname, ans, retval, contextpreview=3)
#else:
res_code(tname, "wrong",diff_str("Wrong result",ans,retval))
continue
except at.Error as e:
res_code(tname, e.code, e.message)
except Exception as e:
res_code(tname, "testingFailed", e)
continue
#print (name+'=',answers)
res_code(name, str(correct))
def set_summary(name, correct, total):
output = str(correct) + ' passed tests out of ' + str(
total) + " in test set named '" + name + "'."
if stdout.isatty():
if correct == total:
output = '\033[32;1;7m' + output + '\033[0m'
else:
output = '\033[35;1;7m' + output + '\033[0m'
res_code(name, str(correct), output)
def test_sets(name, data, moddefaults):
defaults = moddefaults.copy()
defaults.update(data.defaults)
def getarg(key):
try:
return val[key]
except KeyError:
return defaults[key]
correct = 0
total = 0
for key, val in data.testcases.items():
tname = '_'.join([name, str(key)])
total += 1
try:
runner = getarg('runner')
timeout = getarg('timeout')
modulename = getarg('modulename')
fname = getarg('fname')
args = getarg('args')
ans = getarg('ans')
comparemethod = getarg('comparemethod')
kwargs = getarg('kwargs')
options = getarg('options')
code, res = mp_test(runner,
[modulename, fname, args, kwargs, options],
{"tname": tname},
timeout=timeout)
if code:
res_code(tname, code, res)
continue
if any(comparemethod(a, res) for a in ans):
correct += 1
continue
else:
res_code(
tname, "wrong",
diff_str("Wrong result, input: " + str(args), ans[0], res))
except at.Error as e:
res_code(tname, e.code, e.message)
continue
except Exception as e:
res_code(tname, "testingFailed", e.__repr__())
continue
output = str(correct) + ' passed tests out of ' + str(total)
res_code(name, str(correct), output)
def filelist(folder):
required = ["README",
"ex8_2nd_order.py",
"ex8_iterators.py"
]
try:
val=filelist_test(folder, required, format='zip')
except:
res_code("zipfile",output="Testing zip file failed...")
print('@@@@@@@@@@ fail @@@@@@@@@@@')
return val
if val==1:
print('@@@@@@@@@@ pass @@@@@@@@@@@')
if val==-1:
print('@@@@@@@@@@ fail @@@@@@@@@@@')
return val
def test_rpsls_setseries(script="ex2_rpsls_wrapper.py", timeout=3, name="RPSLSsetseries"):
correct = 0
#d = {}
for i in range(len(setlist.l2)):
ans = setlist.r2[i]
tname = name+"_"+str(i)
try:
res, output = sp_test([sys.executable,script,str(i+len(setlist.l))],
timeout=timeout,
input=setlist.msetinput(i)+"1\n",
universal_newlines=True)
if res:
res_code(tname, res, output)
continue
if isinstance(output,str):
output = output.encode()
#d[i] = output
#continue
if output==ans: # correct result
correct+=1
continue
else:
long_sequence_compare(tname, ans, output)
continue
except Exception as e:
res_code(tname, "testingFailed", e)
continue
res_code(name, str(correct))
def test_rpsls_game(script="ex2_rpsls_game_wrapper.py", timeout=3, name="RPSLSgame"):
correct = 0
for i in range(len(gamelist.l)):
for w in (0,1):
ans = gamelist.d[(i,w)]
tname = name+"_"+str(i)+"_"+str(w)
try:
res, output = sp_test([sys.executable,script,str(i),str(w)],
timeout=timeout,
input=gamelist.game_input_str(i,1-w),
universal_newlines=True)
if res:
res_code(tname, res, output)
continue
if isinstance(output,str):
output = output.encode()
if output==ans: # correct result
correct+=1
continue
else:
long_sequence_compare(tname, ans, output)
continue
except Exception as e:
res_code(tname, "testingFailed", e)
continue
res_code(name, str(correct))
def import_runner_chk_board(modulename, fname, args=[], kwargs={},tname=''):
#print(modulename, fname, args, kwargs,tname)
replay = kwargs.pop("_replay",[])
recount = kwargs.pop("_recount",False)
#print(replay)
board = args[0] if args else kwargs["board"]
row_ids = [id(row) for row in board]
cell_ids = [[id(cell) if cell else None for cell in row] for row in board]
board_cp = copy.deepcopy(board)
if replay:
replay_board(board_cp,replay)
if recount:
recount_board(board_cp)
retval,res = import_runner(modulename, fname, args, kwargs, check_input=False)
if retval:
res_code(tname, retval, res)
return ("skip",res)
if not (check_boards_equal(board_cp,board,tname)):
return ("skip", board)
if not (check_board_consistency(board,row_ids,cell_ids,tname)):
return ("skip", board)
return (None,res)
def test_set(name, testlist, modulename="battleship",timeout=3,
runner=import_runner, comparemethod=None):
correct = 0
#answers = []
for i,(fname,args,kwargs,ans) in enumerate(testlist):
tname = name + "_" + str(i)
try:
res, inner = mp_test(runner,[modulename,fname,args,kwargs],{"tname":tname}, timeout=timeout)
#ans=retval
#answers.append((fname,args,kwargs,ans))
#continue
if res:
res_code(tname, res, retval)
continue
lres,retval = inner
if lres=="skip":
continue
if lres:
res_code(tname, lres, retval)
continue
if ans and comparemethod=="new_board":
if check_empty_board(retval,ans[0],ans[1],tname):
correct+=1
continue
if retval==ans: # correct result #with no floats
correct+=1
continue
else:
#if isinstance(ans, Sequence):
# long_sequence_compare(tname, ans, retval, contextpreview=3)
#else:
res_code(tname, "wrong",diff_str("Wrong result",ans,retval))
continue
except FakeException as e:
res_code(tname, "testingFailed", e)
continue
#print (name+'=',answers)
res_code(name, str(correct))
def test_set(name, testlist, modulename="ex4",timeout=3, rtol=1.e-5, atol=1.e-5,
geteps=False, runner=import_runner):
correct = 0
#answers = []
for i,(fname,args,kwargs,ans) in enumerate(testlist):
tname = name + "_" + str(i)
try:
res, (lres,retval) = mp_test(runner,[modulename,fname,args,kwargs], timeout=timeout)
#ans=retval
#answers.append((fname,args,kwargs,ans))
#continue
if res:
res_code(tname, res, retval)
continue
if lres:
res_code(tname, lres, retval)
continue
#if retval==ans: # correct result #with no floats
if geteps:
atol += kwargs["epsilon"] if "epsilon" in kwargs else 1E-5
if allclose(ans, retval, rtol=rtol, atol=atol): # correct result #deep float compare?
correct+=1
continue
else:
if isinstance(ans, Sequence):
long_sequence_compare(tname, ans, retval, contextpreview=3)
else:
res_code(tname, "wrong", "\n".join(
["Wrong result:",
"expected: "+str(ans),
"actual: "+str(retval)]))
continue
except Exception as e:
res_code(tname, "testingFailed", e)
continue
#print (name+'=',answers)
res_code(name, str(correct))
def check_empty_board(board,width,height,tname):
if not isinstance(board, list):
res_code(tname, "wrong", diff_str("Wrong type",list,type(board)))
return False
if len(board)!=height:
res_code(tname, "wrong", diff_str("Wrong height",height,len(board)))
return False
exp_row = [None]*width
id_set = {id(row) for row in board}
if len(id_set)!=height:
res_code(tname, "wrong", diff_str("Number of different row lists wrong",height,len(id_set)))
return False
for i,row in enumerate(board):
if row != exp_row:
res_code(tname, "wrong", diff_str("Row "+str(i)+" wrong",exp_row,row))
return False
return True
def test_ex3(modulename="ex3",timeout=3):
for name,(testlist) in rtset.items():
correct = 0
#answers = []
for i,(fname,args,kwargs,ans) in enumerate(testlist):
tname = name + "_" + str(i)
try:
res, (lres,retval) = mp_test(import_runner,[modulename,fname,args,kwargs], timeout=timeout)
#ans=retval
#answers.append((fname,args,kwargs,ans))
#continue
if res:
res_code(tname, res, retval)
continue
if lres:
res_code(tname, lres, retval)
continue
#if retval==ans: # correct result #with no floats
if allclose(ans, retval): # correct result #deep float compare?
correct+=1
continue
else:
if isinstance(ans, Sequence):
long_sequence_compare(tname, ans, retval, contextpreview=3)
else:
res_code(tname, "wrong", "\n".join(
["Wrong result:",
"expected: "+str(ans),
"actual: "+str(retval)]))
continue
except Exception as e:
res_code(tname, "testingFailed", e)
continue
#print (name+'=',answers)
res_code(name, str(correct))
def check_boards_equal(exp,act,tname):
if len(exp)!=len(act):
res_code(tname, "wrong", diff_str("Different board heights",len(exp),len(act)))
return False
id_set = {id(row) for row in act}
if len(id_set)!=len(act):
res_code(tname, "wrong", diff_str("Number of different row lists wrong",len(act),len(id_set)))
return False
for i,(erow,arow) in enumerate(zip(exp,act)):
if erow != arow:
res_code(tname, "wrong", diff_str("Row "+str(i)+" different",erow,arow))
return False
return True
def test_rpsls_illegal(script="ex2_rpsls_game_wrapper.py", timeout=3, name="RPSLSillegal"):
ans = gamelist.ill
try:
res, output = sp_test([sys.executable,script]+gamelist.illargs,
timeout=timeout,
input="0\n-5\n6\n12345678901234567890\n-987654321\n-987654321\n1234567890\n6\n-5\n0\n2\n-987654321\n1234567890\n6\n-5\n0\n0\n-5\n6\n1234567890\n-9876543211234567890\n2\n",
universal_newlines=True)
if res:
res_code(name, res, output)
else:
if isinstance(output,str):
output = output.encode()
if output==ans: # correct result
res_code(name, "correct")
else:
long_sequence_compare(name, ans, output)
except Exception as e:
res_code(tname, "testingFailed", e)
def test_squares(script="ex2_square_wrapper.py", timeout=3, name="Squares"):
correct = 0
for i in sqset:
ans = get_sq(i)
try:
res, output = sp_test([sys.executable,script,str(i)], timeout=timeout, input=str(i),
universal_newlines=True)
if res:
res_code(name+str(i), res, output)
continue
if isinstance(output,str):
output = output.encode()
if output==ans: # correct result
correct+=1
continue
else:
long_sequence_compare(name+str(i), ans, output)
continue
except Exception as e:
res_code(name+str(i), "testingFailed", e)
continue
res_code(name, str(correct))
#!/usr/bin/env python3
from autotest import filelist_test, res_code
from sys import argv
required = [
"README",
"ex7.py",
]
try:
filelist_test(argv[1], required, format='zip')
except:
res_code("zipfile", output="Testing zip file failed...")
exit(-1)
#!/usr/bin/env python3
from autotest import filelist_test,res_code
from sys import argv
required = ["README",
"oneliners.py",
]
try:
filelist_test(argv[1], required)
except:
res_code("tarfile",output="Testing tar file failed...")
exit(-1)
def test_sets(name, data, moddefaults, tests=None, dryrun=False):
defaults = moddefaults.copy()
defaults.update(data.defaults)
def getarg(key):
try:
return val[key]
except KeyError:
return defaults[key]
correct = 0
total = 0
for key, val in data.testcases.items():
tname = '_'.join([name, str(key)])
if tests and tname not in tests:
continue
total += 1
try:
if dryrun:
print(test_info(tname, getarg))
continue
runner = getarg('runner')
timeout = getarg('timeout')
modulename = getarg('modulename')
fname = getarg('fname')
args = getarg('args')
ans = getarg('ans')
comparemethod = getarg('comparemethod')
kwargs = getarg('kwargs')
options = getarg('options')
teststr = test_info(tname, getarg)
code, res = mp_test(runner,
[modulename, fname, args, kwargs, options],
{"tname": tname},
timeout=timeout)
if code:
print(teststr)
announce_failure(tname)
res_code(tname, code, res)
continue
if any(comparemethod(a, res) for a in ans):
correct += 1
continue
else:
print(teststr)
announce_failure(tname)
res_code(
tname, "wrong",
diff_str("Wrong result, input: " + str(args), ans[0], res))
except at.Error as e:
print(teststr)
announce_failure(tname)
res_code(tname, e.code, e.message)
continue
except Exception as e:
announce_failure(tname)
res_code(tname, "testingFailed", e.__repr__())
continue
if not dryrun:
set_summary(name, correct, total)
