def aggregate_values(pass_on_values, args, form):
pass_on_values = dict(pass_on_values)
for key in pass_on_values:
if hasattr(args, key) and getattr(args, key) is not None:
if isinstance(pass_on_values[key], (list, tuple)) and not isinstance(getattr(args, key), (list, tuple)):
pass_on_values[key] = [getattr(args, key)]
else:
pass_on_values[key] = getattr(args, key)
rtn = {}
for key in pass_on_values:
if isinstance(pass_on_values[key], bool):
rtn[key] = get_boolean_value(form, key, default=pass_on_values[key])
else:
rtn[key] = form.getfirst(key, pass_on_values[key])
if isinstance(rtn[key], str) and any(sign_char in rtn[key] for sign_char in PLUS_MINUS_STRINGS):
for sign_char in PLUS_MINUS_STRINGS:
rtn[key] = rtn[key].replace(sign_char, PLUS_MINUS_CHAR)
rtn[key] = rtn[key].split(PLUS_MINUS_CHAR)
rtn[key] = list(map(int, rtn[key]))
elif isinstance(rtn[key], (tuple, list)):
rtn[key] = list(map(int, rtn[key]))
elif isinstance(rtn[key], bool):
pass
elif isinstance(pass_on_values[key], (list, tuple)):
rtn[key] = [int(rtn[key])]
elif isinstance(pass_on_values[key], int):
rtn[key] = int(rtn[key])
elif isinstance(pass_on_values[key], float):
rtn[key] = float(rtn[key])
if isinstance(rtn[key], list) and len(rtn[key]) < 2:
rtn[key].append(0)
return rtn
def main():
form = cgi.FieldStorage(keep_blank_values=True)
non_existant_variable = form.getvalue('&=variableDoesNotExistString=&')
if 'help' in sys.argv[1:] and get_boolean_value(form, 'help'): # so that a web call with ?help works, since parser normally calls sys.exit if it doesn't understand the arguments
return construct_character_set(form, None, help=True)
args = parser.parse_args()
rtn = construct_character_set(form, args, verbose=args.verbose)
if rtn:
print('Content-type: text/plain\n')
print(json.dumps(rtn))
def main():
form = cgi.FieldStorage(keep_blank_values=True)
non_existant_variable = form.getvalue('&=variableDoesNotExistString=&')
if 'help' in sys.argv[1:] and get_boolean_value(
form, 'help'
): # so that a web call with ?help works, since parser normally calls sys.exit if it doesn't understand the arguments
return construct_character_set(form, None, help=True)
args = parser.parse_args()
rtn = construct_character_set(form, args, verbose=args.verbose)
if rtn:
print('Content-type: text/plain\n')
print(json.dumps(rtn))
def create_first_task(form, args, reset=False, verbose=False):
if "taskGroupIndex" in form.keys():
task_group_index = int(form.getfirst("taskGroupIndex"))
else:
task_group_index = 0
passOnValues = {
"pauseToFirstHint": [500],
"pauseToSecondHint": [500],
"pauseToExample": [1000],
"pauseToNoise": [50],
"pauseToTest": [1000],
"tasksPerFeedbackGroup": [10],
"tasksPerWaitGroup": [10],
"pauseToGroup": [-1],
"displayProgressBarDuringTask": False,
"allowDidNotSeeCount": [1],
"random": False,
"characterSet": None,
"trialsPerExperiment": 200,
"fractionSame": 0.5, # this was 0.25 before the RT task, changed to 0.5 for RT
"calibrationTaskCount": 25,
}
rtn = aggregate_values(passOnValues, args, form)
if get_boolean_value(form, "random", default=passOnValues["random"]):
tasks = make_get_random_task(form, passOnValues, verbose=verbose)
else:
tasks = get_a_task(task_group_index, reset=reset, verbose=verbose)
alphabets = get_accepted_image_list(from_path=FROM_PATH)
tasks = [
(
anonymize_image(alphabets[task[0][0]][task[0][2]][task[0][1]], from_path=FROM_PATH),
anonymize_image(alphabets[task[1][0]][task[1][2]][task[1][1]], from_path=FROM_PATH),
task[0][0] == task[1][0] and task[0][1] == task[1][1],
)
for task in tasks
]
tasks = [
(
example,
test,
urllib.parse.urljoin(BASE_URL, random.choice(_STROKE_NOISES)),
correct_answer,
) # http://www.quasimondo.com/hydra/sineNoise1.jpg')
for example, test, correct_answer in tasks
]
rtn["tasks"] = tasks
return rtn
def create_first_task(form, args, reset=False, verbose=False):
if 'taskGroupIndex' in form.keys():
task_group_index = int(form.getfirst('taskGroupIndex'))
else:
task_group_index = 0
passOnValues = {
'pauseToFirstHint': [500],
'pauseToSecondHint': [500],
'pauseToExample': [1000],
'pauseToNoise': [50],
'pauseToTest': [1000],
'tasksPerFeedbackGroup': [10],
'tasksPerWaitGroup': [10],
'pauseToGroup': [-1],
'displayProgressBarDuringTask': False,
'allowDidNotSeeCount': [1],
'random': False,
'characterSet': None,
'trialsPerExperiment': 200,
'fractionSame':
0.5, # this was 0.25 before the RT task, changed to 0.5 for RT
'calibrationTaskCount': 25
}
rtn = aggregate_values(passOnValues, args, form)
if get_boolean_value(form, 'random', default=passOnValues['random']):
tasks = make_get_random_task(form, passOnValues, verbose=verbose)
else:
tasks = get_a_task(task_group_index, reset=reset, verbose=verbose)
alphabets = get_accepted_image_list(from_path=FROM_PATH)
tasks = [(anonymize_image(alphabets[task[0][0]][task[0][2]][task[0][1]],
from_path=FROM_PATH),
anonymize_image(alphabets[task[1][0]][task[1][2]][task[1][1]],
from_path=FROM_PATH), task[0][0] == task[1][0]
and task[0][1] == task[1][1]) for task in tasks]
tasks = [
(example, test,
urllib.parse.urljoin(BASE_URL, random.choice(_STROKE_NOISES)),
correct_answer) #http://www.quasimondo.com/hydra/sineNoise1.jpg')
for example, test, correct_answer in tasks
]
rtn['tasks'] = tasks
return rtn
def aggregate_values(pass_on_values, args, form):
pass_on_values = dict(pass_on_values)
for key in pass_on_values:
if hasattr(args, key) and getattr(args, key) is not None:
if isinstance(
pass_on_values[key],
(list, tuple)) and not isinstance(getattr(args, key),
(list, tuple)):
pass_on_values[key] = [getattr(args, key)]
else:
pass_on_values[key] = getattr(args, key)
rtn = {}
for key in pass_on_values:
if isinstance(pass_on_values[key], bool):
rtn[key] = get_boolean_value(form,
key,
default=pass_on_values[key])
else:
rtn[key] = form.getfirst(key, pass_on_values[key])
if isinstance(rtn[key], str) and any(
sign_char in rtn[key] for sign_char in PLUS_MINUS_STRINGS):
for sign_char in PLUS_MINUS_STRINGS:
rtn[key] = rtn[key].replace(sign_char, PLUS_MINUS_CHAR)
rtn[key] = rtn[key].split(PLUS_MINUS_CHAR)
rtn[key] = list(map(int, rtn[key]))
elif isinstance(rtn[key], (tuple, list)):
rtn[key] = list(map(int, rtn[key]))
elif isinstance(rtn[key], bool):
pass
elif isinstance(pass_on_values[key], (list, tuple)):
rtn[key] = [int(rtn[key])]
elif isinstance(pass_on_values[key], int):
rtn[key] = int(rtn[key])
elif isinstance(pass_on_values[key], float):
rtn[key] = float(rtn[key])
if isinstance(rtn[key], list) and len(rtn[key]) < 2:
rtn[key].append(0)
return rtn
def construct_character_set(form, args, reset=False, verbose=False, help=False):
if get_boolean_value(form, 'help', default=help):
print('Content-type: text/html\n')
print("""<p>You may any of the following permissible url parameters:</p>
<ul>
<li>
<b>characters</b> - A list of characters that must be used, in the form [<em>alphabet</em>, <em>number</em>], where <em>number</em> is a
one-based index. For example, <tt>?characters=[["latin", 1], ["latin", 2], ["greek", 10]]</tt>.
<span style="color:red"><strong>Note that the quotes (") are mandatory.</strong></span>
</li>
<li>
<b>alphabets</b> - A list of alphabets from which to draw the characters. For example,
<tt>?constructCharacterSet&alphabets=["latin", "greek", "hebrew"]</tt>. Does not work well with <b>nonAlphabets</b>.
<span style="color:red"><strong>Note that the quotes (") are mandatory.</strong></span>
</li>
<li>
<b>drawers</b> - A list of alphabet/drawer pairs that must be used, in the form [<em>alphabet</em>, <em>id</em>].
For example, <tt>?drawers=[["latin", "a1j8s7giuyto4a"], ["latin", "a1kj5bqqwzijjt"], ["greek", "a2pfktghhg1ofp"]]</tt>.
<span style="color:red"><strong>Note that the quotes (") are mandatory.</strong></span>
</li>
<li>
<b>nonAlphabets</b> - A list of alphabets from which characters may not be drawn. For example,
<tt>?constructCharacterSet&nonAlphabets=["latin", "greek", "hebrew"]</tt>. Does not work well with <b>alphabets</b>.
<span style="color:red"><strong>Note that the quotes (") are mandatory.</strong></span>
</li>
<li><b>totalCharacters</b> - the total number of characters to draw. </li>
<li><b>alias</b> - the name of the structure. If you do not choose an alias, you will be given a hash code. </li>
<li><b>overwrite</b> - whether or not an already existent character set should be overwritten. Either <tt>true</tt> or <tt>false</tt>.</li>
<li><b>get</b> - If you want to see the current contents of a character set, use this parameter. For example, <tt>?get=small</tt>.</li>
</ul>""")
return False
try:
get_alias = form.getfirst('get', args.get)
if get_alias:
def do_error():
raise ValueError('No structure with alias "%s" exists.' % get_alias)
return get_object(CHARACTER_SET_NAME_FORMAT % get_alias, do_error, is_old=(lambda x: False))
drawers = get_list_of_values(form, 'drawers', args.drawers)
characters = get_list_of_values(form, 'characters', args.characters)
alphabets = get_list_of_values(form, 'alphabets', args.alphabets)
non_alphabets = get_list_of_values(form, 'nonAlphabets', args.non_alphabets)
totalCharacters = int(form.getfirst('totalCharacters', args.total_characters))
alias = form.getfirst('alias', args.alias)
overwrite = get_boolean_value(form, 'overwrite', default=((not args.no_overwrite) and (args.overwrite or (alias is None))))
if characters:
rtn = [(alphabet, int(ch_num) - 1) for alphabet, ch_num in characters]
elif alphabets:
rtn = alphabets
elif drawers:
rtn = [(alphabet, '*', uid) for alphabet, uid in drawers]
elif non_alphabets:
rtn = [alphabet for alphabet in get_accepted_image_list()
if alphabet not in nonAlphabets and alphabet.lower() not in nonAlphabets]
else:
raise Exception("Insufficient parameters for decision")
rtn.sort()
if not alias:
alias = str(hash(rtn))
except Exception:
construct_character_set(form, args, help=True)
raise
if rtn != get_object(CHARACTER_SET_NAME_FORMAT % alias, (lambda: rtn), is_old=(lambda x: overwrite)):
raise Exception('Structure with given alias (%s) already exists. Pick a new alias.' % alias)
return {'alias':alias}
def construct_character_set(form,
args,
reset=False,
verbose=False,
help=False):
if get_boolean_value(form, 'help', default=help):
print('Content-type: text/html\n')
print(
"""<p>You may any of the following permissible url parameters:</p>
<ul>
<li>
<b>characters</b> - A list of characters that must be used, in the form [<em>alphabet</em>, <em>number</em>], where <em>number</em> is a
one-based index. For example, <tt>?characters=[["latin", 1], ["latin", 2], ["greek", 10]]</tt>.
<span style="color:red"><strong>Note that the quotes (") are mandatory.</strong></span>
</li>
<li>
<b>alphabets</b> - A list of alphabets from which to draw the characters. For example,
<tt>?constructCharacterSet&alphabets=["latin", "greek", "hebrew"]</tt>. Does not work well with <b>nonAlphabets</b>.
<span style="color:red"><strong>Note that the quotes (") are mandatory.</strong></span>
</li>
<li>
<b>drawers</b> - A list of alphabet/drawer pairs that must be used, in the form [<em>alphabet</em>, <em>id</em>].
For example, <tt>?drawers=[["latin", "a1j8s7giuyto4a"], ["latin", "a1kj5bqqwzijjt"], ["greek", "a2pfktghhg1ofp"]]</tt>.
<span style="color:red"><strong>Note that the quotes (") are mandatory.</strong></span>
</li>
<li>
<b>nonAlphabets</b> - A list of alphabets from which characters may not be drawn. For example,
<tt>?constructCharacterSet&nonAlphabets=["latin", "greek", "hebrew"]</tt>. Does not work well with <b>alphabets</b>.
<span style="color:red"><strong>Note that the quotes (") are mandatory.</strong></span>
</li>
<li><b>totalCharacters</b> - the total number of characters to draw. </li>
<li><b>alias</b> - the name of the structure. If you do not choose an alias, you will be given a hash code. </li>
<li><b>overwrite</b> - whether or not an already existent character set should be overwritten. Either <tt>true</tt> or <tt>false</tt>.</li>
<li><b>get</b> - If you want to see the current contents of a character set, use this parameter. For example, <tt>?get=small</tt>.</li>
</ul>""")
return False
try:
get_alias = form.getfirst('get', args.get)
if get_alias:
def do_error():
raise ValueError('No structure with alias "%s" exists.' %
get_alias)
return get_object(CHARACTER_SET_NAME_FORMAT % get_alias,
do_error,
is_old=(lambda x: False))
drawers = get_list_of_values(form, 'drawers', args.drawers)
characters = get_list_of_values(form, 'characters', args.characters)
alphabets = get_list_of_values(form, 'alphabets', args.alphabets)
non_alphabets = get_list_of_values(form, 'nonAlphabets',
args.non_alphabets)
totalCharacters = int(
form.getfirst('totalCharacters', args.total_characters))
alias = form.getfirst('alias', args.alias)
overwrite = get_boolean_value(form,
'overwrite',
default=((not args.no_overwrite)
and (args.overwrite or
(alias is None))))
if characters:
rtn = [(alphabet, int(ch_num) - 1)
for alphabet, ch_num in characters]
elif alphabets:
rtn = alphabets
elif drawers:
rtn = [(alphabet, '*', uid) for alphabet, uid in drawers]
elif non_alphabets:
rtn = [
alphabet for alphabet in get_accepted_image_list()
if alphabet not in nonAlphabets
and alphabet.lower() not in nonAlphabets
]
else:
raise Exception("Insufficient parameters for decision")
rtn.sort()
if not alias:
alias = str(hash(rtn))
except Exception:
construct_character_set(form, args, help=True)
raise
if rtn != get_object(CHARACTER_SET_NAME_FORMAT % alias, (lambda: rtn),
is_old=(lambda x: overwrite)):
raise Exception(
'Structure with given alias (%s) already exists. Pick a new alias.'
% alias)
return {'alias': alias}
def create_first_task(form, args, verbose=False):
passOnValues = {'pauseToFirstHint':[500],
'pauseToSecondHint':[500],
'pauseToAnchor':[1000],
'pauseToNoise':[-1],
'pauseToTest':[1000],
'tasksPerFeedbackGroup':[10],
'pauseToNextGroup':[-1],
'displayProgressBarDuringTask':False,
'allowDidNotSeeCount':[1],
'taskCount':50,
'anchorCount':1,
'classCount':20,
'unique':False,
'uniqueClasses':True,
'confirmToContinue':True,
'anchorPosition':'above',
'sameAlphabetClassCount':-1,
'characterSize':'50px',
'characterSet':''
}
for key in passOnValues:
if hasattr(args, key) and getattr(args, key) is not None:
if isinstance(passOnValues[key], (list, tuple)) and not isinstance(getattr(args, key), (list, tuple)):
passOnValues[key] = [getattr(args, key)]
else:
passOnValues[key] = getattr(args, key)
rtn = {}
for key in passOnValues:
if isinstance(passOnValues[key], bool): rtn[key] = get_boolean_value(form, key, default=passOnValues[key])
else: rtn[key] = form.getfirst(key, passOnValues[key])
if isinstance(rtn[key], str) and any(sign_char in rtn[key] for sign_char in PLUS_MINUS_STRINGS):
for sign_char in PLUS_MINUS_STRINGS:
rtn[key] = rtn[key].replace(sign_char, PLUS_MINUS_CHAR)
rtn[key] = rtn[key].split(PLUS_MINUS_CHAR)
rtn[key] = list(map(int, rtn[key]))
elif isinstance(rtn[key], (tuple, list)):
rtn[key] = list(map(int, rtn[key]))
elif isinstance(rtn[key], bool):
pass
elif isinstance(passOnValues[key], (list, tuple)):
rtn[key] = [int(rtn[key])]
elif isinstance(passOnValues[key], int):
rtn[key] = int(rtn[key])
elif isinstance(passOnValues[key], float):
rtn[key] = float(rtn[key])
if isinstance(rtn[key], list) and len(rtn[key]) < 2:
rtn[key].append(0)
rtn['imagesPerTask'] = 2 * rtn['anchorCount'] + rtn['classCount']
if rtn['characterSet']:
rtn['tasks'] = make_task_from_alphabet_set(rtn['characterSet'], verbose=verbose, anchor_count=rtn['anchorCount'], class_count=rtn['classCount'],
same_alphabet_class_count=rtn['sameAlphabetClassCount'], task_count=rtn['taskCount'],
unique=rtn['unique'], unique_classes=rtn['uniqueClasses'])
else:
rtn['tasks'] = make_task(verbose=verbose, anchor_count=rtn['anchorCount'], class_count=rtn['classCount'],
same_alphabet_class_count=rtn['sameAlphabetClassCount'], task_count=rtn['taskCount'], unique=rtn['unique'],
unique_classes=rtn['uniqueClasses'])
return rtn
