body_hash stringlengths 64 64 | body stringlengths 23 109k | docstring stringlengths 1 57k | path stringlengths 4 198 | name stringlengths 1 115 | repository_name stringlengths 7 111 | repository_stars float64 0 191k | lang stringclasses 1
value | body_without_docstring stringlengths 14 108k | unified stringlengths 45 133k |
|---|---|---|---|---|---|---|---|---|---|
77d550c579d9c9a016c054c589696781dc6267aab97aff437db02af312196ede | def take(self):
'Take a screenshot.\n @return: screenshot or None.\n '
if (not HAVE_PIL):
return None
return ImageGrab.grab() | Take a screenshot.
@return: screenshot or None. | analyzer/windows/lib/api/screenshot.py | take | Yuanmessi/Bold-Falcon | 41 | python | def take(self):
'Take a screenshot.\n @return: screenshot or None.\n '
if (not HAVE_PIL):
return None
return ImageGrab.grab() | def take(self):
'Take a screenshot.\n @return: screenshot or None.\n '
if (not HAVE_PIL):
return None
return ImageGrab.grab()<|docstring|>Take a screenshot.
@return: screenshot or None.<|endoftext|> |
85adb5b87ded8406449526947f8dc22b4c6ba0fa764b66814ee99e046a0348e0 | def Rain(datasets):
'\n Computation of rainfall values; all datasets are necessary and a potential rain factor\n '
rain = []
for data in datasets:
net_data = Dataset(data)
rain_dataset = net_data.variables['rain'][:]
if (len(rain) == 0):
rain = rain_dataset
... | Computation of rainfall values; all datasets are necessary and a potential rain factor | amazon_rainforest/amazon_code/functions_amazon.py | Rain | lenas95/pycascades | 0 | python | def Rain(datasets):
'\n \n '
rain = []
for data in datasets:
net_data = Dataset(data)
rain_dataset = net_data.variables['rain'][:]
if (len(rain) == 0):
rain = rain_dataset
else:
rain = np.add(rain, rain_dataset)
rain = np.array(rain)
... | def Rain(datasets):
'\n \n '
rain = []
for data in datasets:
net_data = Dataset(data)
rain_dataset = net_data.variables['rain'][:]
if (len(rain) == 0):
rain = rain_dataset
else:
rain = np.add(rain, rain_dataset)
rain = np.array(rain)
... |
3d4c3bfbb478d26cc31b8f41f9555256a6425a480d4c9bea99e55da03aa4996f | def Amazon_CUSPc(a, b, rain_current, rain_critical, rain_mean):
'\n c = c(rainfall) where tipping occurs at sqrt((4*b**3)/(27*a))\n '
c = ((np.sqrt(((4 * (np.abs(b) ** 3)) / (27 * np.abs(a)))) / (rain_critical - rain_mean)) * (rain_current - rain_mean))
return c | c = c(rainfall) where tipping occurs at sqrt((4*b**3)/(27*a)) | amazon_rainforest/amazon_code/functions_amazon.py | Amazon_CUSPc | lenas95/pycascades | 0 | python | def Amazon_CUSPc(a, b, rain_current, rain_critical, rain_mean):
'\n \n '
c = ((np.sqrt(((4 * (np.abs(b) ** 3)) / (27 * np.abs(a)))) / (rain_critical - rain_mean)) * (rain_current - rain_mean))
return c | def Amazon_CUSPc(a, b, rain_current, rain_critical, rain_mean):
'\n \n '
c = ((np.sqrt(((4 * (np.abs(b) ** 3)) / (27 * np.abs(a)))) / (rain_critical - rain_mean)) * (rain_current - rain_mean))
return c<|docstring|>c = c(rainfall) where tipping occurs at sqrt((4*b**3)/(27*a))<|endoftext|> |
71745aab9dc65f1cb6b3e5783c97a7aa2136741f458d0a19bfd9be26ece048fc | def Amazon_cpl(a, b, rain_critical, rain_current, rain_mean, delta_rain):
'\n Factor of (1/2) is necessary since delta(state)=2 from -1 to +1\n Factor (-1) is necessary since delta_rain < 0, but the coupling must be positive\n '
c = ((np.sqrt(((4 * (np.abs(b) ** 3)) / (27 * np.abs(a)))) / (... | Factor of (1/2) is necessary since delta(state)=2 from -1 to +1
Factor (-1) is necessary since delta_rain < 0, but the coupling must be positive | amazon_rainforest/amazon_code/functions_amazon.py | Amazon_cpl | lenas95/pycascades | 0 | python | def Amazon_cpl(a, b, rain_critical, rain_current, rain_mean, delta_rain):
'\n Factor of (1/2) is necessary since delta(state)=2 from -1 to +1\n Factor (-1) is necessary since delta_rain < 0, but the coupling must be positive\n '
c = ((np.sqrt(((4 * (np.abs(b) ** 3)) / (27 * np.abs(a)))) / (... | def Amazon_cpl(a, b, rain_critical, rain_current, rain_mean, delta_rain):
'\n Factor of (1/2) is necessary since delta(state)=2 from -1 to +1\n Factor (-1) is necessary since delta_rain < 0, but the coupling must be positive\n '
c = ((np.sqrt(((4 * (np.abs(b) ** 3)) / (27 * np.abs(a)))) / (... |
080382ce15673c36320da3287e3967cf11e712d33887cfacc462eae5358cf30e | def Rain_moisture_delta_only(moist_rec_val):
'\n Computation of moisture recycling value for a year\n '
rain_moist = (- np.sum(moist_rec_val))
return rain_moist | Computation of moisture recycling value for a year | amazon_rainforest/amazon_code/functions_amazon.py | Rain_moisture_delta_only | lenas95/pycascades | 0 | python | def Rain_moisture_delta_only(moist_rec_val):
'\n \n '
rain_moist = (- np.sum(moist_rec_val))
return rain_moist | def Rain_moisture_delta_only(moist_rec_val):
'\n \n '
rain_moist = (- np.sum(moist_rec_val))
return rain_moist<|docstring|>Computation of moisture recycling value for a year<|endoftext|> |
e7437be89bb589c6ab9eca8dc4e3fd33045d68d1b0552ccf09c6eb0018d9bad5 | def quotient_graph_with_merge(G, self_loops=False, merge_threshold=0, merge_attribute='chars_n'):
'\n Generate the quotient graph, recursively merging nodes if the merge result\n does not exceed merge threshold.\n or merge threshold 0 this rolls up all node whose siblings are exclusively\n nodes with me... | Generate the quotient graph, recursively merging nodes if the merge result
does not exceed merge threshold.
or merge threshold 0 this rolls up all node whose siblings are exclusively
nodes with merge attribute value 0. | legal_data_clustering/utils/nodes_merging.py | quotient_graph_with_merge | QuantLaw/legal-data-clustering | 3 | python | def quotient_graph_with_merge(G, self_loops=False, merge_threshold=0, merge_attribute='chars_n'):
'\n Generate the quotient graph, recursively merging nodes if the merge result\n does not exceed merge threshold.\n or merge threshold 0 this rolls up all node whose siblings are exclusively\n nodes with me... | def quotient_graph_with_merge(G, self_loops=False, merge_threshold=0, merge_attribute='chars_n'):
'\n Generate the quotient graph, recursively merging nodes if the merge result\n does not exceed merge threshold.\n or merge threshold 0 this rolls up all node whose siblings are exclusively\n nodes with me... |
cb2d87d1967980e9f66a63cb8fca8b9ea40fe8831608ebb4003dcd3189f5a0df | def get_merge_parent(G, node, merge_threshold=0, merge_attribute='chars_n'):
'\n Gets the first predecessor that is not contracted\n '
if (not is_node_contracted(G, node, merge_threshold, merge_attribute)):
return node
parents = list(G.predecessors(node))
assert (len(parents) == 1)
ret... | Gets the first predecessor that is not contracted | legal_data_clustering/utils/nodes_merging.py | get_merge_parent | QuantLaw/legal-data-clustering | 3 | python | def get_merge_parent(G, node, merge_threshold=0, merge_attribute='chars_n'):
'\n \n '
if (not is_node_contracted(G, node, merge_threshold, merge_attribute)):
return node
parents = list(G.predecessors(node))
assert (len(parents) == 1)
return get_merge_parent(G, parents[0], merge_thresho... | def get_merge_parent(G, node, merge_threshold=0, merge_attribute='chars_n'):
'\n \n '
if (not is_node_contracted(G, node, merge_threshold, merge_attribute)):
return node
parents = list(G.predecessors(node))
assert (len(parents) == 1)
return get_merge_parent(G, parents[0], merge_thresho... |
017c19a4d20719bb98079782543e8b546f540859d8184e93ec72da0f406e7ded | def is_root_node(G, node):
'\n Helper for is_node_contracted\n '
return (G.in_degree(node) == 0) | Helper for is_node_contracted | legal_data_clustering/utils/nodes_merging.py | is_root_node | QuantLaw/legal-data-clustering | 3 | python | def is_root_node(G, node):
'\n \n '
return (G.in_degree(node) == 0) | def is_root_node(G, node):
'\n \n '
return (G.in_degree(node) == 0)<|docstring|>Helper for is_node_contracted<|endoftext|> |
008707e72a6ac0c0c1c303c4ea9f02d178d31ef99ccc1f79af51ad543eba8a5e | def is_child_of_root_node(G, node):
'\n Helper for is_node_contracted\n '
parent = list(G.predecessors(node))[0]
return (G.in_degree(parent) == 0) | Helper for is_node_contracted | legal_data_clustering/utils/nodes_merging.py | is_child_of_root_node | QuantLaw/legal-data-clustering | 3 | python | def is_child_of_root_node(G, node):
'\n \n '
parent = list(G.predecessors(node))[0]
return (G.in_degree(parent) == 0) | def is_child_of_root_node(G, node):
'\n \n '
parent = list(G.predecessors(node))[0]
return (G.in_degree(parent) == 0)<|docstring|>Helper for is_node_contracted<|endoftext|> |
bac33f1384fb5333b9f460d73de7a42ffbfbab5f3e97ee6af248ddaf7cecdc63 | def is_parent_too_big(G, node, merge_attribute, merge_threshold):
'\n Helper for is_node_contracted\n '
parent = list(G.predecessors(node))[0]
return (G.nodes[parent][merge_attribute] > merge_threshold) | Helper for is_node_contracted | legal_data_clustering/utils/nodes_merging.py | is_parent_too_big | QuantLaw/legal-data-clustering | 3 | python | def is_parent_too_big(G, node, merge_attribute, merge_threshold):
'\n \n '
parent = list(G.predecessors(node))[0]
return (G.nodes[parent][merge_attribute] > merge_threshold) | def is_parent_too_big(G, node, merge_attribute, merge_threshold):
'\n \n '
parent = list(G.predecessors(node))[0]
return (G.nodes[parent][merge_attribute] > merge_threshold)<|docstring|>Helper for is_node_contracted<|endoftext|> |
184717be4a9179b25d3120a68a7bb8504fe59bb388dee399ba1c5b0ec24d20a3 | def get_parent_nodes(G, n):
'\n get parents of a node ordered root first\n '
parents = list(G.predecessors(n))
if parents:
assert (len(parents) == 1)
return (get_parent_nodes(G, parents[0]) + parents)
else:
return [] | get parents of a node ordered root first | legal_data_clustering/utils/nodes_merging.py | get_parent_nodes | QuantLaw/legal-data-clustering | 3 | python | def get_parent_nodes(G, n):
'\n \n '
parents = list(G.predecessors(n))
if parents:
assert (len(parents) == 1)
return (get_parent_nodes(G, parents[0]) + parents)
else:
return [] | def get_parent_nodes(G, n):
'\n \n '
parents = list(G.predecessors(n))
if parents:
assert (len(parents) == 1)
return (get_parent_nodes(G, parents[0]) + parents)
else:
return []<|docstring|>get parents of a node ordered root first<|endoftext|> |
4369cd3714b97923d480d631adf08aa1e8cad1366df1210ae52fdc87d45b9dc7 | def is_node_contracted(G, node, merge_threshold=0, merge_attribute='chars_n'):
'\n Determine whether a node should be in the quotient graph.\n In this implementation, nodes and their siblings are contracted\n if the parent they are contracted in is still below a certain threshold.\n It would also be pos... | Determine whether a node should be in the quotient graph.
In this implementation, nodes and their siblings are contracted
if the parent they are contracted in is still below a certain threshold.
It would also be possible to contract a node and its siblings if one node
is below a certain threshold but the parent would b... | legal_data_clustering/utils/nodes_merging.py | is_node_contracted | QuantLaw/legal-data-clustering | 3 | python | def is_node_contracted(G, node, merge_threshold=0, merge_attribute='chars_n'):
'\n Determine whether a node should be in the quotient graph.\n In this implementation, nodes and their siblings are contracted\n if the parent they are contracted in is still below a certain threshold.\n It would also be pos... | def is_node_contracted(G, node, merge_threshold=0, merge_attribute='chars_n'):
'\n Determine whether a node should be in the quotient graph.\n In this implementation, nodes and their siblings are contracted\n if the parent they are contracted in is still below a certain threshold.\n It would also be pos... |
9b5057f8a91dd1561bcaf4fe3e4ae45cad40cc36a135711f84c6e1f7ef8a7130 | @register.filter
def symbol(value):
'收支符号'
if (int(value) > 0):
return ('+' + str(value))
else:
return str(value) | 收支符号 | apps/user/templatetags/custom_filters.py | symbol | banyanbbt/banyan_data | 2 | python | @register.filter
def symbol(value):
if (int(value) > 0):
return ('+' + str(value))
else:
return str(value) | @register.filter
def symbol(value):
if (int(value) > 0):
return ('+' + str(value))
else:
return str(value)<|docstring|>收支符号<|endoftext|> |
d66394e4468c13534ac8d1e5d9795066fb5a2174f687004fafaecf359318628d | @register.filter
def question_count(value):
'题目总量'
return Question.objects.filter(task_id=value).count() | 题目总量 | apps/user/templatetags/custom_filters.py | question_count | banyanbbt/banyan_data | 2 | python | @register.filter
def question_count(value):
return Question.objects.filter(task_id=value).count() | @register.filter
def question_count(value):
return Question.objects.filter(task_id=value).count()<|docstring|>题目总量<|endoftext|> |
091c85ac21544dfcd2ce5448b0817510b50be436b24bb983d547e69fd8387ef6 | @register.filter
def remain_count(value):
'剩余待解决题目数量'
return Question.objects.filter(task_id=value, status=question_status[0][0]).count() | 剩余待解决题目数量 | apps/user/templatetags/custom_filters.py | remain_count | banyanbbt/banyan_data | 2 | python | @register.filter
def remain_count(value):
return Question.objects.filter(task_id=value, status=question_status[0][0]).count() | @register.filter
def remain_count(value):
return Question.objects.filter(task_id=value, status=question_status[0][0]).count()<|docstring|>剩余待解决题目数量<|endoftext|> |
a119b0c171474bfff08b811cd77b536497008fb043caee22ebf1d4198e42ca8d | @register.filter
def get_task_name_by_id(value):
'根据任务id获取任务名称'
return Task.objects.filter(pk=value).first().name | 根据任务id获取任务名称 | apps/user/templatetags/custom_filters.py | get_task_name_by_id | banyanbbt/banyan_data | 2 | python | @register.filter
def get_task_name_by_id(value):
return Task.objects.filter(pk=value).first().name | @register.filter
def get_task_name_by_id(value):
return Task.objects.filter(pk=value).first().name<|docstring|>根据任务id获取任务名称<|endoftext|> |
ab4cb360e2184743cba6632d9e595fb11338c4fe7e78f0f5e5283ae3ca9c5af7 | @register.filter
def get_task_type_by_id(value):
'根据任务id获取任务类型'
return Task.objects.filter(pk=value).first().type | 根据任务id获取任务类型 | apps/user/templatetags/custom_filters.py | get_task_type_by_id | banyanbbt/banyan_data | 2 | python | @register.filter
def get_task_type_by_id(value):
return Task.objects.filter(pk=value).first().type | @register.filter
def get_task_type_by_id(value):
return Task.objects.filter(pk=value).first().type<|docstring|>根据任务id获取任务类型<|endoftext|> |
0bbd0d7df6785348e6a775d7723513cdd14138a5222a1ec8af71b46a6a39f2d4 | @register.filter
def get_question_price_by_id(value):
'根据任务id获取任务类型'
return Task.objects.filter(pk=value).first().question_price | 根据任务id获取任务类型 | apps/user/templatetags/custom_filters.py | get_question_price_by_id | banyanbbt/banyan_data | 2 | python | @register.filter
def get_question_price_by_id(value):
return Task.objects.filter(pk=value).first().question_price | @register.filter
def get_question_price_by_id(value):
return Task.objects.filter(pk=value).first().question_price<|docstring|>根据任务id获取任务类型<|endoftext|> |
605791b86b36d2e98feb2d8874c234609293d239e5fcd25319291a0c82298860 | @register.filter
def get_attachment_id_by_id(value):
'根据任务id获取任务附件id'
return Task.objects.filter(pk=value).first().attachment_id | 根据任务id获取任务附件id | apps/user/templatetags/custom_filters.py | get_attachment_id_by_id | banyanbbt/banyan_data | 2 | python | @register.filter
def get_attachment_id_by_id(value):
return Task.objects.filter(pk=value).first().attachment_id | @register.filter
def get_attachment_id_by_id(value):
return Task.objects.filter(pk=value).first().attachment_id<|docstring|>根据任务id获取任务附件id<|endoftext|> |
7b3c0082a8b14b83f63e608d61cbf4521a771abec5fafdc2b21b0e558d28abb4 | @register.filter
def get_answer_type_by_id(value):
'根据任务id获取任务答案类型(是否需要上传文件)'
return Task.objects.filter(pk=value).first().is_file_answer | 根据任务id获取任务答案类型(是否需要上传文件) | apps/user/templatetags/custom_filters.py | get_answer_type_by_id | banyanbbt/banyan_data | 2 | python | @register.filter
def get_answer_type_by_id(value):
return Task.objects.filter(pk=value).first().is_file_answer | @register.filter
def get_answer_type_by_id(value):
return Task.objects.filter(pk=value).first().is_file_answer<|docstring|>根据任务id获取任务答案类型(是否需要上传文件)<|endoftext|> |
c63e459f28a376022a98ed77325f46b27b5463e77545fb84c589e890af73a14e | @register.filter
def get_transaction_question_code_by_id(value):
'根据任务id获取题目id'
return Question.objects.filter(task_id=value, question_type='文件翻译', status='unresolved').first().code | 根据任务id获取题目id | apps/user/templatetags/custom_filters.py | get_transaction_question_code_by_id | banyanbbt/banyan_data | 2 | python | @register.filter
def get_transaction_question_code_by_id(value):
return Question.objects.filter(task_id=value, question_type='文件翻译', status='unresolved').first().code | @register.filter
def get_transaction_question_code_by_id(value):
return Question.objects.filter(task_id=value, question_type='文件翻译', status='unresolved').first().code<|docstring|>根据任务id获取题目id<|endoftext|> |
8379a5426c727aa105d0a77a240128018fc09763291c8d101b0da2a505c1623d | @register.filter
def get_cleaning_question_code_by_id(value, user_id):
'根据任务id获取清洗题目id'
answered_question_ids = Answer.objects.filter(user_id=user_id, task_id=value).exclude(status='审核未通过').values_list('question_id', flat=True)
return Question.objects.get_random_question(task_id=value, answered_question_ids... | 根据任务id获取清洗题目id | apps/user/templatetags/custom_filters.py | get_cleaning_question_code_by_id | banyanbbt/banyan_data | 2 | python | @register.filter
def get_cleaning_question_code_by_id(value, user_id):
answered_question_ids = Answer.objects.filter(user_id=user_id, task_id=value).exclude(status='审核未通过').values_list('question_id', flat=True)
return Question.objects.get_random_question(task_id=value, answered_question_ids=answered_questi... | @register.filter
def get_cleaning_question_code_by_id(value, user_id):
answered_question_ids = Answer.objects.filter(user_id=user_id, task_id=value).exclude(status='审核未通过').values_list('question_id', flat=True)
return Question.objects.get_random_question(task_id=value, answered_question_ids=answered_questi... |
30eb49da4e85c70a173ad6c4662b333235251b7b3784df4225ddc130fb13a1bc | @register.filter
def get_upload_img_question_code_by_id(value):
'根据任务id获取图片上传题目id'
return Question.objects.filter(task_id=value, question_type='图片上传', status='unresolved').first().code | 根据任务id获取图片上传题目id | apps/user/templatetags/custom_filters.py | get_upload_img_question_code_by_id | banyanbbt/banyan_data | 2 | python | @register.filter
def get_upload_img_question_code_by_id(value):
return Question.objects.filter(task_id=value, question_type='图片上传', status='unresolved').first().code | @register.filter
def get_upload_img_question_code_by_id(value):
return Question.objects.filter(task_id=value, question_type='图片上传', status='unresolved').first().code<|docstring|>根据任务id获取图片上传题目id<|endoftext|> |
55f4fe65e30ebfc864741e9d047948ba4d0013b63290970a1bf8d63322f6cdee | @register.filter
def en_to_cn(value):
'将英文字段转换为中文'
if (value == 'car_brand'):
return '车品牌'
if (value == 'car_serie'):
return '车系'
if (value == 'car_type'):
return '车型'
if (value == 'car_version'):
return '版本'
if (value == 'car_gearbox'):
return '变速箱'
i... | 将英文字段转换为中文 | apps/user/templatetags/custom_filters.py | en_to_cn | banyanbbt/banyan_data | 2 | python | @register.filter
def en_to_cn(value):
if (value == 'car_brand'):
return '车品牌'
if (value == 'car_serie'):
return '车系'
if (value == 'car_type'):
return '车型'
if (value == 'car_version'):
return '版本'
if (value == 'car_gearbox'):
return '变速箱'
if (value == ... | @register.filter
def en_to_cn(value):
if (value == 'car_brand'):
return '车品牌'
if (value == 'car_serie'):
return '车系'
if (value == 'car_type'):
return '车型'
if (value == 'car_version'):
return '版本'
if (value == 'car_gearbox'):
return '变速箱'
if (value == ... |
d377e39d35b21f5c7b7f98484588f3bed900f24386dc5bea0c15a05cfb4201ae | @register.filter
def get_finish_count(value):
'根据任务id获取图片上传任务的完成数量'
question_ids = Attachment.objects.filter(task_id=value.task_id, created_by=value.user_id).values_list('question_id', flat=True)
return len(set(question_ids)) | 根据任务id获取图片上传任务的完成数量 | apps/user/templatetags/custom_filters.py | get_finish_count | banyanbbt/banyan_data | 2 | python | @register.filter
def get_finish_count(value):
question_ids = Attachment.objects.filter(task_id=value.task_id, created_by=value.user_id).values_list('question_id', flat=True)
return len(set(question_ids)) | @register.filter
def get_finish_count(value):
question_ids = Attachment.objects.filter(task_id=value.task_id, created_by=value.user_id).values_list('question_id', flat=True)
return len(set(question_ids))<|docstring|>根据任务id获取图片上传任务的完成数量<|endoftext|> |
8eea8605b36e7eede35a3a03061c93f144f8d02a5386019638167b3bf79a99de | @register.filter
def has_remain_question(value):
'判断该任务下的题目是否已经做完'
answered_question_ids = Attachment.objects.get_current_user_answered_question_ids(value.task_id, value.user_id)
return Question.objects.filter(status='unresolved', task_id=value.task_id).exclude(id__in=answered_question_ids) | 判断该任务下的题目是否已经做完 | apps/user/templatetags/custom_filters.py | has_remain_question | banyanbbt/banyan_data | 2 | python | @register.filter
def has_remain_question(value):
answered_question_ids = Attachment.objects.get_current_user_answered_question_ids(value.task_id, value.user_id)
return Question.objects.filter(status='unresolved', task_id=value.task_id).exclude(id__in=answered_question_ids) | @register.filter
def has_remain_question(value):
answered_question_ids = Attachment.objects.get_current_user_answered_question_ids(value.task_id, value.user_id)
return Question.objects.filter(status='unresolved', task_id=value.task_id).exclude(id__in=answered_question_ids)<|docstring|>判断该任务下的题目是否已经做完<|endo... |
28f5c4688fbf9f9d5362f0b1ea066bc56bd329440f0fa49c14bc97d983cd4a0b | @register.filter
def get_received_count(value):
'任务已领取人数'
if (value.start_time > now()):
return 0
else:
return (value.received_count + 50) | 任务已领取人数 | apps/user/templatetags/custom_filters.py | get_received_count | banyanbbt/banyan_data | 2 | python | @register.filter
def get_received_count(value):
if (value.start_time > now()):
return 0
else:
return (value.received_count + 50) | @register.filter
def get_received_count(value):
if (value.start_time > now()):
return 0
else:
return (value.received_count + 50)<|docstring|>任务已领取人数<|endoftext|> |
a73a391e33f497cbf68560bc21825ecc04a04a62897dcacebd722cc14ebab236 | def similar(self, other: 'TreeBST') -> bool:
'Whether two trees are similar based on the values. This will perform an\n inorder traversal on both trees to ensure that they contains the same values\n only.\n\n Args:\n other (TreeBST): Tree to compare to.\n\n Returns:\n ... | Whether two trees are similar based on the values. This will perform an
inorder traversal on both trees to ensure that they contains the same values
only.
Args:
other (TreeBST): Tree to compare to.
Returns:
bool: Result of whether both trees contain the same value | tree_bst.py | similar | Luca-Gazzola/python-library | 0 | python | def similar(self, other: 'TreeBST') -> bool:
'Whether two trees are similar based on the values. This will perform an\n inorder traversal on both trees to ensure that they contains the same values\n only.\n\n Args:\n other (TreeBST): Tree to compare to.\n\n Returns:\n ... | def similar(self, other: 'TreeBST') -> bool:
'Whether two trees are similar based on the values. This will perform an\n inorder traversal on both trees to ensure that they contains the same values\n only.\n\n Args:\n other (TreeBST): Tree to compare to.\n\n Returns:\n ... |
3bbdd07ec34db00e94a2f7f9ea8b0628e4421cabf8958671ce25c61b785a067b | def insert(self, value: object) -> bool:
'Insert the given value into the tree. Will ignore duplicate and None type values.\n\n Args:\n value (object): Value to insert.\n\n Returns:\n bool: Returns True if insertion was successful.\n '
if (value == None):
retur... | Insert the given value into the tree. Will ignore duplicate and None type values.
Args:
value (object): Value to insert.
Returns:
bool: Returns True if insertion was successful. | tree_bst.py | insert | Luca-Gazzola/python-library | 0 | python | def insert(self, value: object) -> bool:
'Insert the given value into the tree. Will ignore duplicate and None type values.\n\n Args:\n value (object): Value to insert.\n\n Returns:\n bool: Returns True if insertion was successful.\n '
if (value == None):
retur... | def insert(self, value: object) -> bool:
'Insert the given value into the tree. Will ignore duplicate and None type values.\n\n Args:\n value (object): Value to insert.\n\n Returns:\n bool: Returns True if insertion was successful.\n '
if (value == None):
retur... |
6aa174d0116696d2bcdd8fef9d4d52726b135306e353f53a123cc9ff051b577d | def max(self) -> object:
'Find max value contained in the tree.\n\n Returns:\n object: Max value found.\n '
return self.__find_max__(self.__root__).value | Find max value contained in the tree.
Returns:
object: Max value found. | tree_bst.py | max | Luca-Gazzola/python-library | 0 | python | def max(self) -> object:
'Find max value contained in the tree.\n\n Returns:\n object: Max value found.\n '
return self.__find_max__(self.__root__).value | def max(self) -> object:
'Find max value contained in the tree.\n\n Returns:\n object: Max value found.\n '
return self.__find_max__(self.__root__).value<|docstring|>Find max value contained in the tree.
Returns:
object: Max value found.<|endoftext|> |
4be5dd0b4ca35ecf87314984b691d4e575e4f6419253aace0e89ff3789fe4a9d | def min(self) -> object:
'Find min value contained in the tree.\n\n Returns:\n object: Min value found.\n '
return self.__find_min__(self.__root__).value | Find min value contained in the tree.
Returns:
object: Min value found. | tree_bst.py | min | Luca-Gazzola/python-library | 0 | python | def min(self) -> object:
'Find min value contained in the tree.\n\n Returns:\n object: Min value found.\n '
return self.__find_min__(self.__root__).value | def min(self) -> object:
'Find min value contained in the tree.\n\n Returns:\n object: Min value found.\n '
return self.__find_min__(self.__root__).value<|docstring|>Find min value contained in the tree.
Returns:
object: Min value found.<|endoftext|> |
6c083e7c7a10770c2ef36ed7a0841e43f9c882abe7ba44e5b4a48a9976d3377d | def __insert__(self, value: object, node: Node) -> Node:
"A recursive insert helper function to insert the node into the tree. This is\n purely a helper method and isn't meant to be called outside of the class.\n\n Args:\n value (object): The item to insert into the tree.\n node ... | A recursive insert helper function to insert the node into the tree. This is
purely a helper method and isn't meant to be called outside of the class.
Args:
value (object): The item to insert into the tree.
node (Node): The current node that we're at.
Returns:
Node: The newly inserted node. | tree_bst.py | __insert__ | Luca-Gazzola/python-library | 0 | python | def __insert__(self, value: object, node: Node) -> Node:
"A recursive insert helper function to insert the node into the tree. This is\n purely a helper method and isn't meant to be called outside of the class.\n\n Args:\n value (object): The item to insert into the tree.\n node ... | def __insert__(self, value: object, node: Node) -> Node:
"A recursive insert helper function to insert the node into the tree. This is\n purely a helper method and isn't meant to be called outside of the class.\n\n Args:\n value (object): The item to insert into the tree.\n node ... |
45ddb9d23aa36808b7211e10a350d7412a34135c6168ea5a903b7bbac27ce6c9 | def __remove__(self, value: object, node: Node) -> Node:
"A recursive remove helper function to remove a node from the tree. This is\n purely a helper method and isn't meant to be called outside of the class.\n\n Args:\n value (object): The item to be removed from the tree.\n nod... | A recursive remove helper function to remove a node from the tree. This is
purely a helper method and isn't meant to be called outside of the class.
Args:
value (object): The item to be removed from the tree.
node (Node): The current node that we're at.
Returns:
Node: The removed node. | tree_bst.py | __remove__ | Luca-Gazzola/python-library | 0 | python | def __remove__(self, value: object, node: Node) -> Node:
"A recursive remove helper function to remove a node from the tree. This is\n purely a helper method and isn't meant to be called outside of the class.\n\n Args:\n value (object): The item to be removed from the tree.\n nod... | def __remove__(self, value: object, node: Node) -> Node:
"A recursive remove helper function to remove a node from the tree. This is\n purely a helper method and isn't meant to be called outside of the class.\n\n Args:\n value (object): The item to be removed from the tree.\n nod... |
f9da40b42a6d576fd39cf563d68ed3bb1b06147ebdd7230d949178a7605cbae1 | def __find_node__(self, value: object) -> Node:
"Iterates through the tree to find the matching node that contains\n the given value. This is purely a helper method and isn't meant to be\n called outside of the class.\n\n Args:\n value (object): The value to match.\n\n Returns... | Iterates through the tree to find the matching node that contains
the given value. This is purely a helper method and isn't meant to be
called outside of the class.
Args:
value (object): The value to match.
Returns:
Node: The node found containing the matched value. | tree_bst.py | __find_node__ | Luca-Gazzola/python-library | 0 | python | def __find_node__(self, value: object) -> Node:
"Iterates through the tree to find the matching node that contains\n the given value. This is purely a helper method and isn't meant to be\n called outside of the class.\n\n Args:\n value (object): The value to match.\n\n Returns... | def __find_node__(self, value: object) -> Node:
"Iterates through the tree to find the matching node that contains\n the given value. This is purely a helper method and isn't meant to be\n called outside of the class.\n\n Args:\n value (object): The value to match.\n\n Returns... |
48d4532b68715cfb28507a581d4205c783b8e3a98c4a9ec929262a3526a09ef9 | def __find_min__(self, node: Node) -> Node:
"Iterates through the tree to find the node that contains the smallest value.\n This is purely a helper method and isn't meant to be called outside of the class.\n\n Args:\n node (Node): The current node.\n\n Returns:\n Node: The... | Iterates through the tree to find the node that contains the smallest value.
This is purely a helper method and isn't meant to be called outside of the class.
Args:
node (Node): The current node.
Returns:
Node: The node that has the smallest value. | tree_bst.py | __find_min__ | Luca-Gazzola/python-library | 0 | python | def __find_min__(self, node: Node) -> Node:
"Iterates through the tree to find the node that contains the smallest value.\n This is purely a helper method and isn't meant to be called outside of the class.\n\n Args:\n node (Node): The current node.\n\n Returns:\n Node: The... | def __find_min__(self, node: Node) -> Node:
"Iterates through the tree to find the node that contains the smallest value.\n This is purely a helper method and isn't meant to be called outside of the class.\n\n Args:\n node (Node): The current node.\n\n Returns:\n Node: The... |
5904539510b7203945a29de4b80af072bc0f40aeaa4070ff3c78802bb306197a | def __find_max__(self, node: Node) -> Node:
"Iterates through the tree to find the node that contains the largest value.\n This is purely a helper method and isn't meant to be called outside of the class.\n\n Args:\n node (Node): The current node.\n\n Returns:\n Node: The ... | Iterates through the tree to find the node that contains the largest value.
This is purely a helper method and isn't meant to be called outside of the class.
Args:
node (Node): The current node.
Returns:
Node: The node that has the largest value. | tree_bst.py | __find_max__ | Luca-Gazzola/python-library | 0 | python | def __find_max__(self, node: Node) -> Node:
"Iterates through the tree to find the node that contains the largest value.\n This is purely a helper method and isn't meant to be called outside of the class.\n\n Args:\n node (Node): The current node.\n\n Returns:\n Node: The ... | def __find_max__(self, node: Node) -> Node:
"Iterates through the tree to find the node that contains the largest value.\n This is purely a helper method and isn't meant to be called outside of the class.\n\n Args:\n node (Node): The current node.\n\n Returns:\n Node: The ... |
07b681db58bf50b4d090c5b3f223cb2dd584d3d8d4f79321824d2034e8c9b81f | def ac(self, **params):
'Autocomplete API.\n\n '
field = params['field']
term = params['term']
colls = params['colls'].split(',')
if (field == '*'):
return jsonresp([])
(fieldname, fieldtype) = field.rsplit('_', 1)
fieldconfigs = SearchCollection.config['types'].get('record', ... | Autocomplete API. | web/apps/search/views.py | ac | exploratour/exploratour | 0 | python | def ac(self, **params):
'\n\n '
field = params['field']
term = params['term']
colls = params['colls'].split(',')
if (field == '*'):
return jsonresp([])
(fieldname, fieldtype) = field.rsplit('_', 1)
fieldconfigs = SearchCollection.config['types'].get('record', {}).get('fields',... | def ac(self, **params):
'\n\n '
field = params['field']
term = params['term']
colls = params['colls'].split(',')
if (field == '*'):
return jsonresp([])
(fieldname, fieldtype) = field.rsplit('_', 1)
fieldconfigs = SearchCollection.config['types'].get('record', {}).get('fields',... |
d050a1842552e1707a51f31c138de88cba9ad469c2a77ecfbf6b43f37facd6c5 | def participant_pipeline(vhdr_file, log_file, ocular_correction='auto', bad_channels=None, auto_bad_channels=None, skip_log_rows=None, skip_log_conditions=None, downsample_sfreq=None, veog_channels='auto', heog_channels='auto', montage='easycap-M1', highpass_freq=0.1, lowpass_freq=40.0, triggers=None, triggers_column=N... | Processes EEG data for a single participant.
The raw data is read and cleaned using standard steps (downsampling, bad
channel interpolation, ocular correction, frequency domain filtering).
Epochs are created around the `triggers`. Bad epochs are removed based on
peak-to-peak amplitude. Single trial mean ERP amplitudes... | pipeline/participant.py | participant_pipeline | alexenge/mne-step | 3 | python | def participant_pipeline(vhdr_file, log_file, ocular_correction='auto', bad_channels=None, auto_bad_channels=None, skip_log_rows=None, skip_log_conditions=None, downsample_sfreq=None, veog_channels='auto', heog_channels='auto', montage='easycap-M1', highpass_freq=0.1, lowpass_freq=40.0, triggers=None, triggers_column=N... | def participant_pipeline(vhdr_file, log_file, ocular_correction='auto', bad_channels=None, auto_bad_channels=None, skip_log_rows=None, skip_log_conditions=None, downsample_sfreq=None, veog_channels='auto', heog_channels='auto', montage='easycap-M1', highpass_freq=0.1, lowpass_freq=40.0, triggers=None, triggers_column=N... |
0364ae1f08fea773d745f663d5312514ac2e6d904786e919168a58868cb44e7e | def _on_apply(self, *args):
"Call back called when the Apply button is pressed.\n\n The only reason this method exists is so the derived on_apply doesn't have to\n have any args.\n\n :param args: Callback args.\n "
self.on_apply() | Call back called when the Apply button is pressed.
The only reason this method exists is so the derived on_apply doesn't have to
have any args.
:param args: Callback args. | scripts/cmt/ui/optionbox.py | _on_apply | DouglasWilcox/cmt | 199 | python | def _on_apply(self, *args):
"Call back called when the Apply button is pressed.\n\n The only reason this method exists is so the derived on_apply doesn't have to\n have any args.\n\n :param args: Callback args.\n "
self.on_apply() | def _on_apply(self, *args):
"Call back called when the Apply button is pressed.\n\n The only reason this method exists is so the derived on_apply doesn't have to\n have any args.\n\n :param args: Callback args.\n "
self.on_apply()<|docstring|>Call back called when the Apply button is... |
24e6da76090160ac478c53c60efcc5d6f417fe5f7ae692f6e6a167874b9366a8 | def _on_reset(self, *args):
"Call back called when the Reset settings menu item is pressed.\n\n The only reason this method exists is so the derived on_reset doesn't have to\n have any args.\n\n :param args: Callback args.\n "
self.on_reset() | Call back called when the Reset settings menu item is pressed.
The only reason this method exists is so the derived on_reset doesn't have to
have any args.
:param args: Callback args. | scripts/cmt/ui/optionbox.py | _on_reset | DouglasWilcox/cmt | 199 | python | def _on_reset(self, *args):
"Call back called when the Reset settings menu item is pressed.\n\n The only reason this method exists is so the derived on_reset doesn't have to\n have any args.\n\n :param args: Callback args.\n "
self.on_reset() | def _on_reset(self, *args):
"Call back called when the Reset settings menu item is pressed.\n\n The only reason this method exists is so the derived on_reset doesn't have to\n have any args.\n\n :param args: Callback args.\n "
self.on_reset()<|docstring|>Call back called when the Res... |
56ce1496f597166a9cfa01835f32546c07eb5f4b089e3acbb3bf741d53c9f212 | def _on_save(self, *args):
"Call back called when the Save settings menu item is pressed.\n\n The only reason this method exists is so the derived on_save doesn't have to\n have any args.\n\n :param args: Callback args.\n "
self.on_save() | Call back called when the Save settings menu item is pressed.
The only reason this method exists is so the derived on_save doesn't have to
have any args.
:param args: Callback args. | scripts/cmt/ui/optionbox.py | _on_save | DouglasWilcox/cmt | 199 | python | def _on_save(self, *args):
"Call back called when the Save settings menu item is pressed.\n\n The only reason this method exists is so the derived on_save doesn't have to\n have any args.\n\n :param args: Callback args.\n "
self.on_save() | def _on_save(self, *args):
"Call back called when the Save settings menu item is pressed.\n\n The only reason this method exists is so the derived on_save doesn't have to\n have any args.\n\n :param args: Callback args.\n "
self.on_save()<|docstring|>Call back called when the Save se... |
ea69fa31d84f0c326fc804fb2821848749b266e916e20fd97c5204052a94adae | def _apply_and_close(self, *args, **kwargs):
'Create the twist decomposition and close the option box.'
self.on_apply()
mel.eval('saveOptionBoxSize')
self._close() | Create the twist decomposition and close the option box. | scripts/cmt/ui/optionbox.py | _apply_and_close | DouglasWilcox/cmt | 199 | python | def _apply_and_close(self, *args, **kwargs):
self.on_apply()
mel.eval('saveOptionBoxSize')
self._close() | def _apply_and_close(self, *args, **kwargs):
self.on_apply()
mel.eval('saveOptionBoxSize')
self._close()<|docstring|>Create the twist decomposition and close the option box.<|endoftext|> |
832398b17f66d39efa468a7510692d495794527e0bbcb044a4d936c3ab18a8a6 | def test_raise_exception_in_get_selection_nsel(self):
'Raise GwyfileErrorCMsg in GwySelection._get_selection_nsel\n\n Raise GwyfileErrorCMsg in GwySelection._get_selection_nsel\n if get_sel_func returns False\n '
falsep = ffi.new('bool*', False)
self.get_sel_func.return_value = falsep[0... | Raise GwyfileErrorCMsg in GwySelection._get_selection_nsel
Raise GwyfileErrorCMsg in GwySelection._get_selection_nsel
if get_sel_func returns False | tests/test_gwyselection.py | test_raise_exception_in_get_selection_nsel | dmitry-streltsov/gwy-postgresql | 1 | python | def test_raise_exception_in_get_selection_nsel(self):
'Raise GwyfileErrorCMsg in GwySelection._get_selection_nsel\n\n Raise GwyfileErrorCMsg in GwySelection._get_selection_nsel\n if get_sel_func returns False\n '
falsep = ffi.new('bool*', False)
self.get_sel_func.return_value = falsep[0... | def test_raise_exception_in_get_selection_nsel(self):
'Raise GwyfileErrorCMsg in GwySelection._get_selection_nsel\n\n Raise GwyfileErrorCMsg in GwySelection._get_selection_nsel\n if get_sel_func returns False\n '
falsep = ffi.new('bool*', False)
self.get_sel_func.return_value = falsep[0... |
f6c895482a47273522ce3e2a1b91b943b6488db39b9ef89cb902e892b0c16f1f | def test_pos_arguments(self):
'Test positional arguments in gwyfile_object_selectionpoint_get\n\n First argument must be GwySelectionPoint libgwyfile object\n Second argument must be GwyfileError** libgwyfile object\n Last argument must be NULL\n '
self.get_sel_func.side_effect = sel... | Test positional arguments in gwyfile_object_selectionpoint_get
First argument must be GwySelectionPoint libgwyfile object
Second argument must be GwyfileError** libgwyfile object
Last argument must be NULL | tests/test_gwyselection.py | test_pos_arguments | dmitry-streltsov/gwy-postgresql | 1 | python | def test_pos_arguments(self):
'Test positional arguments in gwyfile_object_selectionpoint_get\n\n First argument must be GwySelectionPoint libgwyfile object\n Second argument must be GwyfileError** libgwyfile object\n Last argument must be NULL\n '
self.get_sel_func.side_effect = sel... | def test_pos_arguments(self):
'Test positional arguments in gwyfile_object_selectionpoint_get\n\n First argument must be GwySelectionPoint libgwyfile object\n Second argument must be GwyfileError** libgwyfile object\n Last argument must be NULL\n '
self.get_sel_func.side_effect = sel... |
9bd2a0fd21b0b7952f0dbf320c668532ff58126903c8e4fa484b4a6b16b60efc | def test_returned_value(self):
'Test returned value of _get_selection_nsel method\n '
self.get_sel_func.side_effect = self._test_returned_value
self.gwysel = Mock()
returned_value = GwySelection._get_selection_nsel(self.gwysel)
self.assertEqual(returned_value, self.nsel) | Test returned value of _get_selection_nsel method | tests/test_gwyselection.py | test_returned_value | dmitry-streltsov/gwy-postgresql | 1 | python | def test_returned_value(self):
'\n '
self.get_sel_func.side_effect = self._test_returned_value
self.gwysel = Mock()
returned_value = GwySelection._get_selection_nsel(self.gwysel)
self.assertEqual(returned_value, self.nsel) | def test_returned_value(self):
'\n '
self.get_sel_func.side_effect = self._test_returned_value
self.gwysel = Mock()
returned_value = GwySelection._get_selection_nsel(self.gwysel)
self.assertEqual(returned_value, self.nsel)<|docstring|>Test returned value of _get_selection_nsel method<|endofte... |
4cb9d6affdf05ce4d323ef7bf0ce150dbb2813cf259ae80730fd4042d329cd50 | def _test_returned_value(self, *args):
"Write self.nsel in 'nsel' and return True\n "
arg_keys = [ffi.string(key).decode('utf-8') for key in args[2:(- 1):2]]
arg_pointers = [pointer for pointer in args[3:(- 1):2]]
arg_dict = dict(zip(arg_keys, arg_pointers))
arg_dict['nsel'][0] = self.nsel
... | Write self.nsel in 'nsel' and return True | tests/test_gwyselection.py | _test_returned_value | dmitry-streltsov/gwy-postgresql | 1 | python | def _test_returned_value(self, *args):
"\n "
arg_keys = [ffi.string(key).decode('utf-8') for key in args[2:(- 1):2]]
arg_pointers = [pointer for pointer in args[3:(- 1):2]]
arg_dict = dict(zip(arg_keys, arg_pointers))
arg_dict['nsel'][0] = self.nsel
truep = ffi.new('bool*', True)
retu... | def _test_returned_value(self, *args):
"\n "
arg_keys = [ffi.string(key).decode('utf-8') for key in args[2:(- 1):2]]
arg_pointers = [pointer for pointer in args[3:(- 1):2]]
arg_dict = dict(zip(arg_keys, arg_pointers))
arg_dict['nsel'][0] = self.nsel
truep = ffi.new('bool*', True)
retu... |
444fc3a837418d78b18782ae7b3b2b15180e821eaa4bd6f2c1dea8343ea14872 | def test_raise_exception_in_get_selection_points(self):
'Raise GwyfileErrorCMsg in GwySelection._get_selection_points\n\n Raise GwyfileErrorCMsg in GwySelection._get_selection_points\n if get_sel_func returns False\n '
falsep = ffi.new('bool*', False)
self.get_sel_func.return_value = fa... | Raise GwyfileErrorCMsg in GwySelection._get_selection_points
Raise GwyfileErrorCMsg in GwySelection._get_selection_points
if get_sel_func returns False | tests/test_gwyselection.py | test_raise_exception_in_get_selection_points | dmitry-streltsov/gwy-postgresql | 1 | python | def test_raise_exception_in_get_selection_points(self):
'Raise GwyfileErrorCMsg in GwySelection._get_selection_points\n\n Raise GwyfileErrorCMsg in GwySelection._get_selection_points\n if get_sel_func returns False\n '
falsep = ffi.new('bool*', False)
self.get_sel_func.return_value = fa... | def test_raise_exception_in_get_selection_points(self):
'Raise GwyfileErrorCMsg in GwySelection._get_selection_points\n\n Raise GwyfileErrorCMsg in GwySelection._get_selection_points\n if get_sel_func returns False\n '
falsep = ffi.new('bool*', False)
self.get_sel_func.return_value = fa... |
0447052cf1a90404ec9f49ff6efa22d6f1b03f47c5bd8d925ddbb720fd9b8719 | def test_return_None_if_nsel_is_zero(self):
'Return None if number of selections is zero\n '
nsel = 0
points = GwySelection._get_selection_points(self.gwysel, nsel)
self.assertIsNone(points) | Return None if number of selections is zero | tests/test_gwyselection.py | test_return_None_if_nsel_is_zero | dmitry-streltsov/gwy-postgresql | 1 | python | def test_return_None_if_nsel_is_zero(self):
'\n '
nsel = 0
points = GwySelection._get_selection_points(self.gwysel, nsel)
self.assertIsNone(points) | def test_return_None_if_nsel_is_zero(self):
'\n '
nsel = 0
points = GwySelection._get_selection_points(self.gwysel, nsel)
self.assertIsNone(points)<|docstring|>Return None if number of selections is zero<|endoftext|> |
864eb97ba3cdca53cb87581f88065f053c8437ead5f00fa89dd6a7aae04c3c99 | def test_return_points_if_nsel_is_not_zero(self):
'Return list of points if number of selections is not zero\n '
self.get_sel_func.side_effect = self._get_points_side_effect
points = GwySelection._get_selection_points(self.gwysel, self.nsel)
self.assertListEqual(self.points, points) | Return list of points if number of selections is not zero | tests/test_gwyselection.py | test_return_points_if_nsel_is_not_zero | dmitry-streltsov/gwy-postgresql | 1 | python | def test_return_points_if_nsel_is_not_zero(self):
'\n '
self.get_sel_func.side_effect = self._get_points_side_effect
points = GwySelection._get_selection_points(self.gwysel, self.nsel)
self.assertListEqual(self.points, points) | def test_return_points_if_nsel_is_not_zero(self):
'\n '
self.get_sel_func.side_effect = self._get_points_side_effect
points = GwySelection._get_selection_points(self.gwysel, self.nsel)
self.assertListEqual(self.points, points)<|docstring|>Return list of points if number of selections is not zero<... |
9fcf4285c78ee11d3e31c19445c91c6f9d3d07e53d88f8be3c41d30bb5da3e97 | def _get_points_side_effect(self, *args):
" Write self.cpoints in 'data' field and return True\n "
arg_keys = [ffi.string(key).decode('utf-8') for key in args[2:(- 1):2]]
arg_pointers = [pointer for pointer in args[3:(- 1):2]]
arg_dict = dict(zip(arg_keys, arg_pointers))
arg_dict['data'][0] ... | Write self.cpoints in 'data' field and return True | tests/test_gwyselection.py | _get_points_side_effect | dmitry-streltsov/gwy-postgresql | 1 | python | def _get_points_side_effect(self, *args):
" \n "
arg_keys = [ffi.string(key).decode('utf-8') for key in args[2:(- 1):2]]
arg_pointers = [pointer for pointer in args[3:(- 1):2]]
arg_dict = dict(zip(arg_keys, arg_pointers))
arg_dict['data'][0] = self.cpoints
truep = ffi.new('bool*', True)
... | def _get_points_side_effect(self, *args):
" \n "
arg_keys = [ffi.string(key).decode('utf-8') for key in args[2:(- 1):2]]
arg_pointers = [pointer for pointer in args[3:(- 1):2]]
arg_dict = dict(zip(arg_keys, arg_pointers))
arg_dict['data'][0] = self.cpoints
truep = ffi.new('bool*', True)
... |
3a922fd724ac2d3961b293a32a1777f1274686c3332a6c3616b742c2710935cb | def test__combine_ponts_in_pairs_non_empty_arg(self):
'Combine points in pairs if points list is not empty\n '
points = [(0.0, 0.0), (1.0, 1.0), (2.0, 2.0), (3.0, 3.0)]
pairs = GwySelection._combine_points_in_pair(points)
self.assertListEqual(pairs, [((0.0, 0.0), (1.0, 1.0)), ((2.0, 2.0), (3.0, 3... | Combine points in pairs if points list is not empty | tests/test_gwyselection.py | test__combine_ponts_in_pairs_non_empty_arg | dmitry-streltsov/gwy-postgresql | 1 | python | def test__combine_ponts_in_pairs_non_empty_arg(self):
'\n '
points = [(0.0, 0.0), (1.0, 1.0), (2.0, 2.0), (3.0, 3.0)]
pairs = GwySelection._combine_points_in_pair(points)
self.assertListEqual(pairs, [((0.0, 0.0), (1.0, 1.0)), ((2.0, 2.0), (3.0, 3.0))]) | def test__combine_ponts_in_pairs_non_empty_arg(self):
'\n '
points = [(0.0, 0.0), (1.0, 1.0), (2.0, 2.0), (3.0, 3.0)]
pairs = GwySelection._combine_points_in_pair(points)
self.assertListEqual(pairs, [((0.0, 0.0), (1.0, 1.0)), ((2.0, 2.0), (3.0, 3.0))])<|docstring|>Combine points in pairs if point... |
4114a857e5b0d5fa946cf8b31a878fbec83ce2c2eb5de63f27b5cb9cc7bc9c47 | def test__combine_ponts_in_pairs_empty_arg(self):
'Return empty list if points list is empty\n '
points = []
pairs = GwySelection._combine_points_in_pair(points)
self.assertListEqual(pairs, []) | Return empty list if points list is empty | tests/test_gwyselection.py | test__combine_ponts_in_pairs_empty_arg | dmitry-streltsov/gwy-postgresql | 1 | python | def test__combine_ponts_in_pairs_empty_arg(self):
'\n '
points = []
pairs = GwySelection._combine_points_in_pair(points)
self.assertListEqual(pairs, []) | def test__combine_ponts_in_pairs_empty_arg(self):
'\n '
points = []
pairs = GwySelection._combine_points_in_pair(points)
self.assertListEqual(pairs, [])<|docstring|>Return empty list if points list is empty<|endoftext|> |
8acf094935c6bc2d5bb035f41bbf2554cda8d5894c65371320115b8c98a4d9c5 | def test_arg_is_list_of_points(self):
'GwyPointSelection.__init__ arg is a list\n '
points = [(1, 2), (3, 4)]
point_sel = GwyPointSelection(points)
self.assertListEqual(point_sel.data, points) | GwyPointSelection.__init__ arg is a list | tests/test_gwyselection.py | test_arg_is_list_of_points | dmitry-streltsov/gwy-postgresql | 1 | python | def test_arg_is_list_of_points(self):
'\n '
points = [(1, 2), (3, 4)]
point_sel = GwyPointSelection(points)
self.assertListEqual(point_sel.data, points) | def test_arg_is_list_of_points(self):
'\n '
points = [(1, 2), (3, 4)]
point_sel = GwyPointSelection(points)
self.assertListEqual(point_sel.data, points)<|docstring|>GwyPointSelection.__init__ arg is a list<|endoftext|> |
9849e23eeb4fd7a30b1c20c58a2990d341447d687eaa45e673dbc3a584b6e0df | def test_arg_is_tuple_of_points(self):
'GwyPointSelection.__init__ arg is a tuple\n '
points = ((1, 2), (3, 4))
point_sel = GwyPointSelection(points)
self.assertListEqual(point_sel.data, [(1, 2), (3, 4)]) | GwyPointSelection.__init__ arg is a tuple | tests/test_gwyselection.py | test_arg_is_tuple_of_points | dmitry-streltsov/gwy-postgresql | 1 | python | def test_arg_is_tuple_of_points(self):
'\n '
points = ((1, 2), (3, 4))
point_sel = GwyPointSelection(points)
self.assertListEqual(point_sel.data, [(1, 2), (3, 4)]) | def test_arg_is_tuple_of_points(self):
'\n '
points = ((1, 2), (3, 4))
point_sel = GwyPointSelection(points)
self.assertListEqual(point_sel.data, [(1, 2), (3, 4)])<|docstring|>GwyPointSelection.__init__ arg is a tuple<|endoftext|> |
4c2582fc9a846938d899ba9c8385e982eaddc0fef73e016d8dc8c2c13baa3a05 | def test_arg_is_an_empty_list(self):
'Raise ValueError if GwyPointSelection.__init__ arg is empty\n '
points = []
self.assertRaises(ValueError, GwyPointSelection, points) | Raise ValueError if GwyPointSelection.__init__ arg is empty | tests/test_gwyselection.py | test_arg_is_an_empty_list | dmitry-streltsov/gwy-postgresql | 1 | python | def test_arg_is_an_empty_list(self):
'\n '
points = []
self.assertRaises(ValueError, GwyPointSelection, points) | def test_arg_is_an_empty_list(self):
'\n '
points = []
self.assertRaises(ValueError, GwyPointSelection, points)<|docstring|>Raise ValueError if GwyPointSelection.__init__ arg is empty<|endoftext|> |
091f318750c566a48f04a4e9134f1afe7b90b6ad52d163085adf03f6c6ea4b7d | def test_getting_number_of_selections(self):
'Get number of selections from gwysel\n '
GwyPointSelection.from_gwy(self.gwysel)
self.get_nsel.assert_has_calls([call(self.gwysel)]) | Get number of selections from gwysel | tests/test_gwyselection.py | test_getting_number_of_selections | dmitry-streltsov/gwy-postgresql | 1 | python | def test_getting_number_of_selections(self):
'\n '
GwyPointSelection.from_gwy(self.gwysel)
self.get_nsel.assert_has_calls([call(self.gwysel)]) | def test_getting_number_of_selections(self):
'\n '
GwyPointSelection.from_gwy(self.gwysel)
self.get_nsel.assert_has_calls([call(self.gwysel)])<|docstring|>Get number of selections from gwysel<|endoftext|> |
5bfc86f6356938b3d6e6e961b05da4c85a3e471794bace8019788b7a57185241 | def test_getting_points_of_selections(self):
'Get points of selections from gwysel\n '
self.get_nsel.return_value = self.nsel
GwyPointSelection.from_gwy(self.gwysel)
self.get_points.assert_has_calls([call(self.gwysel, self.nsel)]) | Get points of selections from gwysel | tests/test_gwyselection.py | test_getting_points_of_selections | dmitry-streltsov/gwy-postgresql | 1 | python | def test_getting_points_of_selections(self):
'\n '
self.get_nsel.return_value = self.nsel
GwyPointSelection.from_gwy(self.gwysel)
self.get_points.assert_has_calls([call(self.gwysel, self.nsel)]) | def test_getting_points_of_selections(self):
'\n '
self.get_nsel.return_value = self.nsel
GwyPointSelection.from_gwy(self.gwysel)
self.get_points.assert_has_calls([call(self.gwysel, self.nsel)])<|docstring|>Get points of selections from gwysel<|endoftext|> |
21bf491bc3eaea138ad3031966352c9109508f5d98d8b6b6874f5edfee5ec7d5 | def test_returned_value(self):
'Return GwyPointSelections initiated by points from gwysel\n '
self.get_points.return_value = self.points
point_sel = GwyPointSelection.from_gwy(self.gwysel)
self.assertListEqual(point_sel.data, self.points) | Return GwyPointSelections initiated by points from gwysel | tests/test_gwyselection.py | test_returned_value | dmitry-streltsov/gwy-postgresql | 1 | python | def test_returned_value(self):
'\n '
self.get_points.return_value = self.points
point_sel = GwyPointSelection.from_gwy(self.gwysel)
self.assertListEqual(point_sel.data, self.points) | def test_returned_value(self):
'\n '
self.get_points.return_value = self.points
point_sel = GwyPointSelection.from_gwy(self.gwysel)
self.assertListEqual(point_sel.data, self.points)<|docstring|>Return GwyPointSelections initiated by points from gwysel<|endoftext|> |
eb25e63c9f841bad74fb8ee4313a5a08d865672d6846a1a97b8aed4c19b4ba96 | def test_return_None_if_data_list_is_empty(self):
'Return None if point selection data list is empty'
self.pointsel.data = []
cdata = self.pointsel._cdata
self.assertIsNone(cdata) | Return None if point selection data list is empty | tests/test_gwyselection.py | test_return_None_if_data_list_is_empty | dmitry-streltsov/gwy-postgresql | 1 | python | def test_return_None_if_data_list_is_empty(self):
self.pointsel.data = []
cdata = self.pointsel._cdata
self.assertIsNone(cdata) | def test_return_None_if_data_list_is_empty(self):
self.pointsel.data = []
cdata = self.pointsel._cdata
self.assertIsNone(cdata)<|docstring|>Return None if point selection data list is empty<|endoftext|> |
2e2897cbdc96a8da75f4f7056a3f741b9c484cae56385ee56ed46731ec879f8b | def test_return_value_if_data_list_is_not_empty(self):
'Return C array if selection data list is not empty'
cdata = self.pointsel._cdata
self.assertAlmostEqual(cdata, self.cdata) | Return C array if selection data list is not empty | tests/test_gwyselection.py | test_return_value_if_data_list_is_not_empty | dmitry-streltsov/gwy-postgresql | 1 | python | def test_return_value_if_data_list_is_not_empty(self):
cdata = self.pointsel._cdata
self.assertAlmostEqual(cdata, self.cdata) | def test_return_value_if_data_list_is_not_empty(self):
cdata = self.pointsel._cdata
self.assertAlmostEqual(cdata, self.cdata)<|docstring|>Return C array if selection data list is not empty<|endoftext|> |
c1b6302a8ddb147383eb50f4ff79adcf4e0d2b0121a870f08a7cf0235c1164b7 | def test_return_None_if_selection_list_is_empty(self):
' Return None if point selection list is empty'
self.pointsel.data = []
gwysel = self.pointsel.to_gwy()
self.assertIsNone(gwysel) | Return None if point selection list is empty | tests/test_gwyselection.py | test_return_None_if_selection_list_is_empty | dmitry-streltsov/gwy-postgresql | 1 | python | def test_return_None_if_selection_list_is_empty(self):
' '
self.pointsel.data = []
gwysel = self.pointsel.to_gwy()
self.assertIsNone(gwysel) | def test_return_None_if_selection_list_is_empty(self):
' '
self.pointsel.data = []
gwysel = self.pointsel.to_gwy()
self.assertIsNone(gwysel)<|docstring|>Return None if point selection list is empty<|endoftext|> |
5325bc0fdcf05be935a2ad442cb06eeaca4281081bba6051d555aee1e775c010 | @patch.object(GwyPointSelection, '_new_sel_func')
def test_call_of_libgwyfile_new_selection_func(self, mock_new_sel_func):
'Test call of _new_sel_func of GwyPointSelection class'
expected_return = mock_new_sel_func.return_value
actual_return = self.pointsel.to_gwy()
self.assertEqual(actual_return, expec... | Test call of _new_sel_func of GwyPointSelection class | tests/test_gwyselection.py | test_call_of_libgwyfile_new_selection_func | dmitry-streltsov/gwy-postgresql | 1 | python | @patch.object(GwyPointSelection, '_new_sel_func')
def test_call_of_libgwyfile_new_selection_func(self, mock_new_sel_func):
expected_return = mock_new_sel_func.return_value
actual_return = self.pointsel.to_gwy()
self.assertEqual(actual_return, expected_return) | @patch.object(GwyPointSelection, '_new_sel_func')
def test_call_of_libgwyfile_new_selection_func(self, mock_new_sel_func):
expected_return = mock_new_sel_func.return_value
actual_return = self.pointsel.to_gwy()
self.assertEqual(actual_return, expected_return)<|docstring|>Test call of _new_sel_func of G... |
615b51d63b4f08fb1266853e6d0dd9ccb67ff5fbdb8ac8d73e5a11c4652a5d86 | def test_arg_is_list_of_points(self):
'GwyPointerSelection.__init__ arg is a list\n '
points = [(1, 2), (3, 4)]
pointer_sel = GwyPointerSelection(points)
self.assertListEqual(pointer_sel.data, points) | GwyPointerSelection.__init__ arg is a list | tests/test_gwyselection.py | test_arg_is_list_of_points | dmitry-streltsov/gwy-postgresql | 1 | python | def test_arg_is_list_of_points(self):
'\n '
points = [(1, 2), (3, 4)]
pointer_sel = GwyPointerSelection(points)
self.assertListEqual(pointer_sel.data, points) | def test_arg_is_list_of_points(self):
'\n '
points = [(1, 2), (3, 4)]
pointer_sel = GwyPointerSelection(points)
self.assertListEqual(pointer_sel.data, points)<|docstring|>GwyPointerSelection.__init__ arg is a list<|endoftext|> |
3095eb4c62915f04936cffc3cca0f43852db9cd1b0146be0b23725f579163916 | def test_arg_is_tuple_of_points(self):
'GwyPointerSelection.__init__ arg is a tuple\n '
points = ((1, 2), (3, 4))
pointer_sel = GwyPointSelection(points)
self.assertListEqual(pointer_sel.data, [(1, 2), (3, 4)]) | GwyPointerSelection.__init__ arg is a tuple | tests/test_gwyselection.py | test_arg_is_tuple_of_points | dmitry-streltsov/gwy-postgresql | 1 | python | def test_arg_is_tuple_of_points(self):
'\n '
points = ((1, 2), (3, 4))
pointer_sel = GwyPointSelection(points)
self.assertListEqual(pointer_sel.data, [(1, 2), (3, 4)]) | def test_arg_is_tuple_of_points(self):
'\n '
points = ((1, 2), (3, 4))
pointer_sel = GwyPointSelection(points)
self.assertListEqual(pointer_sel.data, [(1, 2), (3, 4)])<|docstring|>GwyPointerSelection.__init__ arg is a tuple<|endoftext|> |
fd7010668a1bb162832a3f5ac3ccd5448458eea6ce2e65c03224ca941a8a949d | def test_arg_is_an_empty_list(self):
'Raise ValueError if GwyPointerSelection.__init__ arg is empty\n '
points = []
self.assertRaises(ValueError, GwyPointerSelection, points) | Raise ValueError if GwyPointerSelection.__init__ arg is empty | tests/test_gwyselection.py | test_arg_is_an_empty_list | dmitry-streltsov/gwy-postgresql | 1 | python | def test_arg_is_an_empty_list(self):
'\n '
points = []
self.assertRaises(ValueError, GwyPointerSelection, points) | def test_arg_is_an_empty_list(self):
'\n '
points = []
self.assertRaises(ValueError, GwyPointerSelection, points)<|docstring|>Raise ValueError if GwyPointerSelection.__init__ arg is empty<|endoftext|> |
8cb9712d75df6d779b56fd87e7744e5cbb74022811a7f0e43bb788b8c15e53c3 | def test_arg_of_parent_from_gwy_method(self):
'Get selection points\n '
GwyPointerSelection.from_gwy(self.gwysel)
self.from_gwy_parent.assert_has_calls([call(self.gwysel)]) | Get selection points | tests/test_gwyselection.py | test_arg_of_parent_from_gwy_method | dmitry-streltsov/gwy-postgresql | 1 | python | def test_arg_of_parent_from_gwy_method(self):
'\n '
GwyPointerSelection.from_gwy(self.gwysel)
self.from_gwy_parent.assert_has_calls([call(self.gwysel)]) | def test_arg_of_parent_from_gwy_method(self):
'\n '
GwyPointerSelection.from_gwy(self.gwysel)
self.from_gwy_parent.assert_has_calls([call(self.gwysel)])<|docstring|>Get selection points<|endoftext|> |
96b3619fb0ca2f509a9172c40b3f49be021506a9e9649afabc2086f3f1a16d09 | def test_returned_value(self):
'Return GwyPointSelection initiated by points from gwysel\n '
self.from_gwy_parent.return_value = self.points
pointer_sel = GwyPointerSelection.from_gwy(self.gwysel)
self.assertListEqual(pointer_sel.data, self.points) | Return GwyPointSelection initiated by points from gwysel | tests/test_gwyselection.py | test_returned_value | dmitry-streltsov/gwy-postgresql | 1 | python | def test_returned_value(self):
'\n '
self.from_gwy_parent.return_value = self.points
pointer_sel = GwyPointerSelection.from_gwy(self.gwysel)
self.assertListEqual(pointer_sel.data, self.points) | def test_returned_value(self):
'\n '
self.from_gwy_parent.return_value = self.points
pointer_sel = GwyPointerSelection.from_gwy(self.gwysel)
self.assertListEqual(pointer_sel.data, self.points)<|docstring|>Return GwyPointSelection initiated by points from gwysel<|endoftext|> |
a09c8c966811d4c06a85cfcd2f71af5db3baa0d5858372b2f098310080545ad5 | def test_return_None_if_there_are_no_points_in_sel(self):
'Return None if there are no points in the selection\n '
self.from_gwy_parent.return_value = None
pointer_sel = GwyPointerSelection.from_gwy(self.gwysel)
self.assertIsNone(pointer_sel) | Return None if there are no points in the selection | tests/test_gwyselection.py | test_return_None_if_there_are_no_points_in_sel | dmitry-streltsov/gwy-postgresql | 1 | python | def test_return_None_if_there_are_no_points_in_sel(self):
'\n '
self.from_gwy_parent.return_value = None
pointer_sel = GwyPointerSelection.from_gwy(self.gwysel)
self.assertIsNone(pointer_sel) | def test_return_None_if_there_are_no_points_in_sel(self):
'\n '
self.from_gwy_parent.return_value = None
pointer_sel = GwyPointerSelection.from_gwy(self.gwysel)
self.assertIsNone(pointer_sel)<|docstring|>Return None if there are no points in the selection<|endoftext|> |
df7b2dfb8aef5dc345303dc1c66b93427612867a3cb464c29a6ba8671ec5f07a | def test_return_None_if_data_list_is_empty(self):
'Return None if point selection data list is empty'
self.pointersel.data = []
cdata = self.pointersel._cdata
self.assertIsNone(cdata) | Return None if point selection data list is empty | tests/test_gwyselection.py | test_return_None_if_data_list_is_empty | dmitry-streltsov/gwy-postgresql | 1 | python | def test_return_None_if_data_list_is_empty(self):
self.pointersel.data = []
cdata = self.pointersel._cdata
self.assertIsNone(cdata) | def test_return_None_if_data_list_is_empty(self):
self.pointersel.data = []
cdata = self.pointersel._cdata
self.assertIsNone(cdata)<|docstring|>Return None if point selection data list is empty<|endoftext|> |
4fc08107dd0b292e8f5f1bf7441025c8e333058572afc32d9b30902adb63d61e | def test_return_value_if_data_list_is_not_empty(self):
'Return C array if selection data list is not empty'
cdata = self.pointersel._cdata
self.assertAlmostEqual(cdata, self.cdata) | Return C array if selection data list is not empty | tests/test_gwyselection.py | test_return_value_if_data_list_is_not_empty | dmitry-streltsov/gwy-postgresql | 1 | python | def test_return_value_if_data_list_is_not_empty(self):
cdata = self.pointersel._cdata
self.assertAlmostEqual(cdata, self.cdata) | def test_return_value_if_data_list_is_not_empty(self):
cdata = self.pointersel._cdata
self.assertAlmostEqual(cdata, self.cdata)<|docstring|>Return C array if selection data list is not empty<|endoftext|> |
d17c1f11142b334790cd4c2c11cdee1e9e934a6e1c517726ce8f75ae9653c4e7 | def test_arg_is_list_of_point_pairs(self):
'GwyLineSelection.__init__ arg is a list\n '
point_pairs = [((0, 0), (1, 1)), ((2, 2), (3, 3))]
line_sel = GwyLineSelection(point_pairs)
self.assertListEqual(line_sel.data, point_pairs) | GwyLineSelection.__init__ arg is a list | tests/test_gwyselection.py | test_arg_is_list_of_point_pairs | dmitry-streltsov/gwy-postgresql | 1 | python | def test_arg_is_list_of_point_pairs(self):
'\n '
point_pairs = [((0, 0), (1, 1)), ((2, 2), (3, 3))]
line_sel = GwyLineSelection(point_pairs)
self.assertListEqual(line_sel.data, point_pairs) | def test_arg_is_list_of_point_pairs(self):
'\n '
point_pairs = [((0, 0), (1, 1)), ((2, 2), (3, 3))]
line_sel = GwyLineSelection(point_pairs)
self.assertListEqual(line_sel.data, point_pairs)<|docstring|>GwyLineSelection.__init__ arg is a list<|endoftext|> |
6fd41af945bd549a089ce262f5da244df6b7e0d9e041c05982ac7dc5151d9632 | def test_arg_is_tuple_of_points(self):
'GwyLineSelection.__init__ arg is a tuple\n '
point_pairs = (((0, 0), (1, 1)), ((2, 2), (3, 3)))
line_sel = GwyLineSelection(point_pairs)
self.assertListEqual(line_sel.data, [((0, 0), (1, 1)), ((2, 2), (3, 3))]) | GwyLineSelection.__init__ arg is a tuple | tests/test_gwyselection.py | test_arg_is_tuple_of_points | dmitry-streltsov/gwy-postgresql | 1 | python | def test_arg_is_tuple_of_points(self):
'\n '
point_pairs = (((0, 0), (1, 1)), ((2, 2), (3, 3)))
line_sel = GwyLineSelection(point_pairs)
self.assertListEqual(line_sel.data, [((0, 0), (1, 1)), ((2, 2), (3, 3))]) | def test_arg_is_tuple_of_points(self):
'\n '
point_pairs = (((0, 0), (1, 1)), ((2, 2), (3, 3)))
line_sel = GwyLineSelection(point_pairs)
self.assertListEqual(line_sel.data, [((0, 0), (1, 1)), ((2, 2), (3, 3))])<|docstring|>GwyLineSelection.__init__ arg is a tuple<|endoftext|> |
b58dcbefa0f5d6544616ebd1d101e979f4cf7722324d9dc69cbcce4bdd249130 | def test_arg_is_an_empty_list(self):
'Raise ValueError if GwyLineSelection.__init__ arg is empty\n '
points = []
self.assertRaises(ValueError, GwyLineSelection, points) | Raise ValueError if GwyLineSelection.__init__ arg is empty | tests/test_gwyselection.py | test_arg_is_an_empty_list | dmitry-streltsov/gwy-postgresql | 1 | python | def test_arg_is_an_empty_list(self):
'\n '
points = []
self.assertRaises(ValueError, GwyLineSelection, points) | def test_arg_is_an_empty_list(self):
'\n '
points = []
self.assertRaises(ValueError, GwyLineSelection, points)<|docstring|>Raise ValueError if GwyLineSelection.__init__ arg is empty<|endoftext|> |
a1e6c3921128236ed36c7d3ce03f3c6531fa5739c830a6c77a455018792a81ae | def test_arg_of_parent_from_gwy_method(self):
'Get selection points\n '
self.from_gwy_parent.return_value = self.points
GwyLineSelection.from_gwy(self.gwysel)
self.from_gwy_parent.assert_has_calls([call(self.gwysel)]) | Get selection points | tests/test_gwyselection.py | test_arg_of_parent_from_gwy_method | dmitry-streltsov/gwy-postgresql | 1 | python | def test_arg_of_parent_from_gwy_method(self):
'\n '
self.from_gwy_parent.return_value = self.points
GwyLineSelection.from_gwy(self.gwysel)
self.from_gwy_parent.assert_has_calls([call(self.gwysel)]) | def test_arg_of_parent_from_gwy_method(self):
'\n '
self.from_gwy_parent.return_value = self.points
GwyLineSelection.from_gwy(self.gwysel)
self.from_gwy_parent.assert_has_calls([call(self.gwysel)])<|docstring|>Get selection points<|endoftext|> |
7b84f02b56e98c56b06e26ca73bc5c1cf86fefe8594eec3e82915f84fd3da597 | def test_returned_value(self):
'Return GwyLineSelection initiated by point pairs from gwysel\n '
self.from_gwy_parent.return_value = self.points
line_sel = GwyLineSelection.from_gwy(self.gwysel)
self.assertListEqual(line_sel.data, self.point_pairs) | Return GwyLineSelection initiated by point pairs from gwysel | tests/test_gwyselection.py | test_returned_value | dmitry-streltsov/gwy-postgresql | 1 | python | def test_returned_value(self):
'\n '
self.from_gwy_parent.return_value = self.points
line_sel = GwyLineSelection.from_gwy(self.gwysel)
self.assertListEqual(line_sel.data, self.point_pairs) | def test_returned_value(self):
'\n '
self.from_gwy_parent.return_value = self.points
line_sel = GwyLineSelection.from_gwy(self.gwysel)
self.assertListEqual(line_sel.data, self.point_pairs)<|docstring|>Return GwyLineSelection initiated by point pairs from gwysel<|endoftext|> |
2962418e6725f3b9d8d09a8e5d73535460d9d94efc645de5e334aacd7db59b3e | def test_return_None_if_there_are_no_points_in_sel(self):
'Return None if there are no points in the selection\n '
self.from_gwy_parent.return_value = None
line_sel = GwyLineSelection.from_gwy(self.gwysel)
self.assertIsNone(line_sel) | Return None if there are no points in the selection | tests/test_gwyselection.py | test_return_None_if_there_are_no_points_in_sel | dmitry-streltsov/gwy-postgresql | 1 | python | def test_return_None_if_there_are_no_points_in_sel(self):
'\n '
self.from_gwy_parent.return_value = None
line_sel = GwyLineSelection.from_gwy(self.gwysel)
self.assertIsNone(line_sel) | def test_return_None_if_there_are_no_points_in_sel(self):
'\n '
self.from_gwy_parent.return_value = None
line_sel = GwyLineSelection.from_gwy(self.gwysel)
self.assertIsNone(line_sel)<|docstring|>Return None if there are no points in the selection<|endoftext|> |
2145c530f521832570708d0621e6247aaaf74330598eab90ad4ada8db3dc4473 | def test_return_None_if_data_list_is_empty(self):
'Return None if line selection data list is empty'
self.linesel.data = []
cdata = self.linesel._cdata
self.assertIsNone(cdata) | Return None if line selection data list is empty | tests/test_gwyselection.py | test_return_None_if_data_list_is_empty | dmitry-streltsov/gwy-postgresql | 1 | python | def test_return_None_if_data_list_is_empty(self):
self.linesel.data = []
cdata = self.linesel._cdata
self.assertIsNone(cdata) | def test_return_None_if_data_list_is_empty(self):
self.linesel.data = []
cdata = self.linesel._cdata
self.assertIsNone(cdata)<|docstring|>Return None if line selection data list is empty<|endoftext|> |
a72b8e3d975b7dd16577a6bb548f32b4817afefa5d9b2bd8408cbbcaa455b806 | def test_return_value_if_data_list_is_not_empty(self):
'Return C array if selection data list is not empty'
cdata = self.linesel._cdata
self.assertAlmostEqual(cdata, self.cdata) | Return C array if selection data list is not empty | tests/test_gwyselection.py | test_return_value_if_data_list_is_not_empty | dmitry-streltsov/gwy-postgresql | 1 | python | def test_return_value_if_data_list_is_not_empty(self):
cdata = self.linesel._cdata
self.assertAlmostEqual(cdata, self.cdata) | def test_return_value_if_data_list_is_not_empty(self):
cdata = self.linesel._cdata
self.assertAlmostEqual(cdata, self.cdata)<|docstring|>Return C array if selection data list is not empty<|endoftext|> |
cc71aa81b7e3ad0c62459ea30626185aa02c9bcb4fd15a2bd4a6bfe2732a4ab3 | def test_arg_is_list_of_point_pairs(self):
'GwyRectangleSelections.__init__ arg is a list\n '
point_pairs = [((0, 0), (1, 1)), ((2, 2), (3, 3))]
rectangle_sel = GwyRectangleSelection(point_pairs)
self.assertListEqual(rectangle_sel.data, point_pairs) | GwyRectangleSelections.__init__ arg is a list | tests/test_gwyselection.py | test_arg_is_list_of_point_pairs | dmitry-streltsov/gwy-postgresql | 1 | python | def test_arg_is_list_of_point_pairs(self):
'\n '
point_pairs = [((0, 0), (1, 1)), ((2, 2), (3, 3))]
rectangle_sel = GwyRectangleSelection(point_pairs)
self.assertListEqual(rectangle_sel.data, point_pairs) | def test_arg_is_list_of_point_pairs(self):
'\n '
point_pairs = [((0, 0), (1, 1)), ((2, 2), (3, 3))]
rectangle_sel = GwyRectangleSelection(point_pairs)
self.assertListEqual(rectangle_sel.data, point_pairs)<|docstring|>GwyRectangleSelections.__init__ arg is a list<|endoftext|> |
b80424f4be86cd6d1d888942d074ed5f799078b26bdbdff55db0f7831a823c67 | def test_arg_is_tuple_of_points(self):
'GwyRectangleSelection.__init__ arg is a tuple\n '
point_pairs = (((0, 0), (1, 1)), ((2, 2), (3, 3)))
rectangle_sel = GwyRectangleSelection(point_pairs)
self.assertListEqual(rectangle_sel.data, [((0, 0), (1, 1)), ((2, 2), (3, 3))]) | GwyRectangleSelection.__init__ arg is a tuple | tests/test_gwyselection.py | test_arg_is_tuple_of_points | dmitry-streltsov/gwy-postgresql | 1 | python | def test_arg_is_tuple_of_points(self):
'\n '
point_pairs = (((0, 0), (1, 1)), ((2, 2), (3, 3)))
rectangle_sel = GwyRectangleSelection(point_pairs)
self.assertListEqual(rectangle_sel.data, [((0, 0), (1, 1)), ((2, 2), (3, 3))]) | def test_arg_is_tuple_of_points(self):
'\n '
point_pairs = (((0, 0), (1, 1)), ((2, 2), (3, 3)))
rectangle_sel = GwyRectangleSelection(point_pairs)
self.assertListEqual(rectangle_sel.data, [((0, 0), (1, 1)), ((2, 2), (3, 3))])<|docstring|>GwyRectangleSelection.__init__ arg is a tuple<|endoftext|> |
350da571712bf9d925a2565fee8a8813f8c7df4b85312fcd5517a1f932287b4a | def test_arg_is_an_empty_list(self):
'Raise ValueError if GwyRectangleSelection.__init__ arg is empty\n '
points = []
self.assertRaises(ValueError, GwyRectangleSelection, points) | Raise ValueError if GwyRectangleSelection.__init__ arg is empty | tests/test_gwyselection.py | test_arg_is_an_empty_list | dmitry-streltsov/gwy-postgresql | 1 | python | def test_arg_is_an_empty_list(self):
'\n '
points = []
self.assertRaises(ValueError, GwyRectangleSelection, points) | def test_arg_is_an_empty_list(self):
'\n '
points = []
self.assertRaises(ValueError, GwyRectangleSelection, points)<|docstring|>Raise ValueError if GwyRectangleSelection.__init__ arg is empty<|endoftext|> |
795e240447e30c51de151ef7cd79cb5a28bbeda0acd78c1de02079b29620cbd0 | def test_arg_of_parent_from_gwy_method(self):
'Get selection points\n '
self.from_gwy_parent.return_value = self.points
GwyRectangleSelection.from_gwy(self.gwysel)
self.from_gwy_parent.assert_has_calls([call(self.gwysel)]) | Get selection points | tests/test_gwyselection.py | test_arg_of_parent_from_gwy_method | dmitry-streltsov/gwy-postgresql | 1 | python | def test_arg_of_parent_from_gwy_method(self):
'\n '
self.from_gwy_parent.return_value = self.points
GwyRectangleSelection.from_gwy(self.gwysel)
self.from_gwy_parent.assert_has_calls([call(self.gwysel)]) | def test_arg_of_parent_from_gwy_method(self):
'\n '
self.from_gwy_parent.return_value = self.points
GwyRectangleSelection.from_gwy(self.gwysel)
self.from_gwy_parent.assert_has_calls([call(self.gwysel)])<|docstring|>Get selection points<|endoftext|> |
0aed2448c1569ae1473c5144ffcf4226542ae1ae0a916f593d969e99608f3a18 | def test_returned_value(self):
'Return GwyRectangleSelection initiated by point pairs from gwysel\n '
self.from_gwy_parent.return_value = self.points
rectangle_sel = GwyRectangleSelection.from_gwy(self.gwysel)
self.assertListEqual(rectangle_sel.data, self.point_pairs) | Return GwyRectangleSelection initiated by point pairs from gwysel | tests/test_gwyselection.py | test_returned_value | dmitry-streltsov/gwy-postgresql | 1 | python | def test_returned_value(self):
'\n '
self.from_gwy_parent.return_value = self.points
rectangle_sel = GwyRectangleSelection.from_gwy(self.gwysel)
self.assertListEqual(rectangle_sel.data, self.point_pairs) | def test_returned_value(self):
'\n '
self.from_gwy_parent.return_value = self.points
rectangle_sel = GwyRectangleSelection.from_gwy(self.gwysel)
self.assertListEqual(rectangle_sel.data, self.point_pairs)<|docstring|>Return GwyRectangleSelection initiated by point pairs from gwysel<|endoftext|> |
35bfc811e825b9793306493bd2eb04f85a698d465a1d06a3d8d76e291ae95a5c | def test_return_None_if_there_are_no_points_in_sel(self):
'Return None if there are no points in the selection\n '
self.from_gwy_parent.return_value = None
rectangle_sel = GwyRectangleSelection.from_gwy(self.gwysel)
self.assertIsNone(rectangle_sel) | Return None if there are no points in the selection | tests/test_gwyselection.py | test_return_None_if_there_are_no_points_in_sel | dmitry-streltsov/gwy-postgresql | 1 | python | def test_return_None_if_there_are_no_points_in_sel(self):
'\n '
self.from_gwy_parent.return_value = None
rectangle_sel = GwyRectangleSelection.from_gwy(self.gwysel)
self.assertIsNone(rectangle_sel) | def test_return_None_if_there_are_no_points_in_sel(self):
'\n '
self.from_gwy_parent.return_value = None
rectangle_sel = GwyRectangleSelection.from_gwy(self.gwysel)
self.assertIsNone(rectangle_sel)<|docstring|>Return None if there are no points in the selection<|endoftext|> |
2eae6488889ce823e417016f9b3d2a6bbd4d65755303c599234606f65f044d5e | def test_return_None_if_data_list_is_empty(self):
'Return None if rectangle selection data list is empty'
self.rectanglesel.data = []
cdata = self.rectanglesel._cdata
self.assertIsNone(cdata) | Return None if rectangle selection data list is empty | tests/test_gwyselection.py | test_return_None_if_data_list_is_empty | dmitry-streltsov/gwy-postgresql | 1 | python | def test_return_None_if_data_list_is_empty(self):
self.rectanglesel.data = []
cdata = self.rectanglesel._cdata
self.assertIsNone(cdata) | def test_return_None_if_data_list_is_empty(self):
self.rectanglesel.data = []
cdata = self.rectanglesel._cdata
self.assertIsNone(cdata)<|docstring|>Return None if rectangle selection data list is empty<|endoftext|> |
d45264650ec938d904dd413aa9da288c3cdc8d4e537cf56c9bd7490e8b842c0d | def test_return_value_if_data_list_is_not_empty(self):
'Return C array if selection data list is not empty'
cdata = self.rectanglesel._cdata
self.assertAlmostEqual(cdata, self.cdata) | Return C array if selection data list is not empty | tests/test_gwyselection.py | test_return_value_if_data_list_is_not_empty | dmitry-streltsov/gwy-postgresql | 1 | python | def test_return_value_if_data_list_is_not_empty(self):
cdata = self.rectanglesel._cdata
self.assertAlmostEqual(cdata, self.cdata) | def test_return_value_if_data_list_is_not_empty(self):
cdata = self.rectanglesel._cdata
self.assertAlmostEqual(cdata, self.cdata)<|docstring|>Return C array if selection data list is not empty<|endoftext|> |
2af6f78ff754b86e3cda949c8faa74b085b47e3ffc75692a5db67537ce1322f0 | def test_arg_is_list_of_point_pairs(self):
'GwyEllipseSelections.__init__ arg is a list\n '
point_pairs = [((0, 0), (1, 1)), ((2, 2), (3, 3))]
ellipse_sel = GwyEllipseSelection(point_pairs)
self.assertListEqual(ellipse_sel.data, point_pairs) | GwyEllipseSelections.__init__ arg is a list | tests/test_gwyselection.py | test_arg_is_list_of_point_pairs | dmitry-streltsov/gwy-postgresql | 1 | python | def test_arg_is_list_of_point_pairs(self):
'\n '
point_pairs = [((0, 0), (1, 1)), ((2, 2), (3, 3))]
ellipse_sel = GwyEllipseSelection(point_pairs)
self.assertListEqual(ellipse_sel.data, point_pairs) | def test_arg_is_list_of_point_pairs(self):
'\n '
point_pairs = [((0, 0), (1, 1)), ((2, 2), (3, 3))]
ellipse_sel = GwyEllipseSelection(point_pairs)
self.assertListEqual(ellipse_sel.data, point_pairs)<|docstring|>GwyEllipseSelections.__init__ arg is a list<|endoftext|> |
9cc3ff759f57e60b3c30cd8299d16419c252cb2b7e07eb895ad0fa2ca4d47cd9 | def test_arg_is_tuple_of_points(self):
'GwyEllipseSelections.__init__ arg is a tuple\n '
point_pairs = (((0, 0), (1, 1)), ((2, 2), (3, 3)))
ellipse_sel = GwyEllipseSelection(point_pairs)
self.assertListEqual(ellipse_sel.data, [((0, 0), (1, 1)), ((2, 2), (3, 3))]) | GwyEllipseSelections.__init__ arg is a tuple | tests/test_gwyselection.py | test_arg_is_tuple_of_points | dmitry-streltsov/gwy-postgresql | 1 | python | def test_arg_is_tuple_of_points(self):
'\n '
point_pairs = (((0, 0), (1, 1)), ((2, 2), (3, 3)))
ellipse_sel = GwyEllipseSelection(point_pairs)
self.assertListEqual(ellipse_sel.data, [((0, 0), (1, 1)), ((2, 2), (3, 3))]) | def test_arg_is_tuple_of_points(self):
'\n '
point_pairs = (((0, 0), (1, 1)), ((2, 2), (3, 3)))
ellipse_sel = GwyEllipseSelection(point_pairs)
self.assertListEqual(ellipse_sel.data, [((0, 0), (1, 1)), ((2, 2), (3, 3))])<|docstring|>GwyEllipseSelections.__init__ arg is a tuple<|endoftext|> |
75071974a3040f274a97c157f5926c4d96944fc4e3d6bd0ee463404d6d53ecbb | def test_arg_is_an_empty_list(self):
'Raise ValueError if GwyEllipseSelection.__init__ arg is empty\n '
points = []
self.assertRaises(ValueError, GwyEllipseSelection, points) | Raise ValueError if GwyEllipseSelection.__init__ arg is empty | tests/test_gwyselection.py | test_arg_is_an_empty_list | dmitry-streltsov/gwy-postgresql | 1 | python | def test_arg_is_an_empty_list(self):
'\n '
points = []
self.assertRaises(ValueError, GwyEllipseSelection, points) | def test_arg_is_an_empty_list(self):
'\n '
points = []
self.assertRaises(ValueError, GwyEllipseSelection, points)<|docstring|>Raise ValueError if GwyEllipseSelection.__init__ arg is empty<|endoftext|> |
e420e4219e16ee56c27788fe36bc39530783e8b7959fdf31bd3266475ad77513 | def test_arg_of_parent_from_gwy_method(self):
'Get selection points\n '
self.from_gwy_parent.return_value = self.points
GwyEllipseSelection.from_gwy(self.gwysel)
self.from_gwy_parent.assert_has_calls([call(self.gwysel)]) | Get selection points | tests/test_gwyselection.py | test_arg_of_parent_from_gwy_method | dmitry-streltsov/gwy-postgresql | 1 | python | def test_arg_of_parent_from_gwy_method(self):
'\n '
self.from_gwy_parent.return_value = self.points
GwyEllipseSelection.from_gwy(self.gwysel)
self.from_gwy_parent.assert_has_calls([call(self.gwysel)]) | def test_arg_of_parent_from_gwy_method(self):
'\n '
self.from_gwy_parent.return_value = self.points
GwyEllipseSelection.from_gwy(self.gwysel)
self.from_gwy_parent.assert_has_calls([call(self.gwysel)])<|docstring|>Get selection points<|endoftext|> |
9a38d9d24a3ec95f18c8f894a113d15637f4c90ed9dfb4847d70efaa3d76f05c | def test_returned_value(self):
'Return GwyEllipseSelections initiated by point pairs from gwysel\n '
self.from_gwy_parent.return_value = self.points
ellipse_sel = GwyEllipseSelection.from_gwy(self.gwysel)
self.assertListEqual(ellipse_sel.data, self.point_pairs) | Return GwyEllipseSelections initiated by point pairs from gwysel | tests/test_gwyselection.py | test_returned_value | dmitry-streltsov/gwy-postgresql | 1 | python | def test_returned_value(self):
'\n '
self.from_gwy_parent.return_value = self.points
ellipse_sel = GwyEllipseSelection.from_gwy(self.gwysel)
self.assertListEqual(ellipse_sel.data, self.point_pairs) | def test_returned_value(self):
'\n '
self.from_gwy_parent.return_value = self.points
ellipse_sel = GwyEllipseSelection.from_gwy(self.gwysel)
self.assertListEqual(ellipse_sel.data, self.point_pairs)<|docstring|>Return GwyEllipseSelections initiated by point pairs from gwysel<|endoftext|> |
6b011a521666dde3badcbcea7fceb06ced9c34f0c308682a0966beeb610c9ecc | def test_return_None_if_there_are_no_points_in_sel(self):
'Return None if there are no points in the selection\n '
self.from_gwy_parent.return_value = None
ellipse_sel = GwyEllipseSelection.from_gwy(self.gwysel)
self.assertIsNone(ellipse_sel) | Return None if there are no points in the selection | tests/test_gwyselection.py | test_return_None_if_there_are_no_points_in_sel | dmitry-streltsov/gwy-postgresql | 1 | python | def test_return_None_if_there_are_no_points_in_sel(self):
'\n '
self.from_gwy_parent.return_value = None
ellipse_sel = GwyEllipseSelection.from_gwy(self.gwysel)
self.assertIsNone(ellipse_sel) | def test_return_None_if_there_are_no_points_in_sel(self):
'\n '
self.from_gwy_parent.return_value = None
ellipse_sel = GwyEllipseSelection.from_gwy(self.gwysel)
self.assertIsNone(ellipse_sel)<|docstring|>Return None if there are no points in the selection<|endoftext|> |
523d5ac72486e035d5fea875f2e5716df7c61f6a8f76cefc28742685379e6b37 | def test_return_None_if_data_list_is_empty(self):
'Return None if ellipse selection data list is empty'
self.ellipsesel.data = []
cdata = self.ellipsesel._cdata
self.assertIsNone(cdata) | Return None if ellipse selection data list is empty | tests/test_gwyselection.py | test_return_None_if_data_list_is_empty | dmitry-streltsov/gwy-postgresql | 1 | python | def test_return_None_if_data_list_is_empty(self):
self.ellipsesel.data = []
cdata = self.ellipsesel._cdata
self.assertIsNone(cdata) | def test_return_None_if_data_list_is_empty(self):
self.ellipsesel.data = []
cdata = self.ellipsesel._cdata
self.assertIsNone(cdata)<|docstring|>Return None if ellipse selection data list is empty<|endoftext|> |
93556d7d4f34f86a2b0922bd425473ec5844b44c4d4e172738ac52ee25e07198 | def test_return_value_if_data_list_is_not_empty(self):
'Return C array if selection data list is not empty'
cdata = self.ellipsesel._cdata
self.assertAlmostEqual(cdata, self.cdata) | Return C array if selection data list is not empty | tests/test_gwyselection.py | test_return_value_if_data_list_is_not_empty | dmitry-streltsov/gwy-postgresql | 1 | python | def test_return_value_if_data_list_is_not_empty(self):
cdata = self.ellipsesel._cdata
self.assertAlmostEqual(cdata, self.cdata) | def test_return_value_if_data_list_is_not_empty(self):
cdata = self.ellipsesel._cdata
self.assertAlmostEqual(cdata, self.cdata)<|docstring|>Return C array if selection data list is not empty<|endoftext|> |
f74f1d6ceacc554aad94d2d5331b4948af76a1840235657aa7ebae82a94349c7 | @commands.Cog.listener()
async def on_ready(self) -> None:
' Tells when the cog is ready to go. '
print('Duolingo cog is online!') | Tells when the cog is ready to go. | cogs/duolingo.py | on_ready | yagomichalak/sloth-bot | 21 | python | @commands.Cog.listener()
async def on_ready(self) -> None:
' '
print('Duolingo cog is online!') | @commands.Cog.listener()
async def on_ready(self) -> None:
' '
print('Duolingo cog is online!')<|docstring|>Tells when the cog is ready to go.<|endoftext|> |
bd046735b287125b6cb94c253b21281b6c17232d92daa188d0d6d1b3d81eb7a8 | @commands.command(aliases=['set_duolingo', 'set_owl', 'setduo', 'setduolingo'])
@Player.poisoned()
@commands.cooldown(1, 10, commands.BucketType.user)
async def set_duo(self, ctx, *, duo_name: str=None) -> None:
" Sets a Duolingo account to your Discord account.\n :param duo_name: Your Duolingo's username. "... | Sets a Duolingo account to your Discord account.
:param duo_name: Your Duolingo's username. | cogs/duolingo.py | set_duo | yagomichalak/sloth-bot | 21 | python | @commands.command(aliases=['set_duolingo', 'set_owl', 'setduo', 'setduolingo'])
@Player.poisoned()
@commands.cooldown(1, 10, commands.BucketType.user)
async def set_duo(self, ctx, *, duo_name: str=None) -> None:
" Sets a Duolingo account to your Discord account.\n :param duo_name: Your Duolingo's username. "... | @commands.command(aliases=['set_duolingo', 'set_owl', 'setduo', 'setduolingo'])
@Player.poisoned()
@commands.cooldown(1, 10, commands.BucketType.user)
async def set_duo(self, ctx, *, duo_name: str=None) -> None:
" Sets a Duolingo account to your Discord account.\n :param duo_name: Your Duolingo's username. "... |
2c4428990fcd37cfccde445c23f19b8751ec996e31208c9f513cd0cd4f9f8645 | @commands.command(aliases=['update_duolingo', 'update_owl', 'updateduo', 'updateduolingo'])
@Player.poisoned()
@commands.cooldown(1, 10, commands.BucketType.user)
async def update_duo(self, ctx, *, duo_name: str=None) -> None:
" Updates a Duolingo account to your Discord account.\n :param duo_name: Your new ... | Updates a Duolingo account to your Discord account.
:param duo_name: Your new Duolingo's username. | cogs/duolingo.py | update_duo | yagomichalak/sloth-bot | 21 | python | @commands.command(aliases=['update_duolingo', 'update_owl', 'updateduo', 'updateduolingo'])
@Player.poisoned()
@commands.cooldown(1, 10, commands.BucketType.user)
async def update_duo(self, ctx, *, duo_name: str=None) -> None:
" Updates a Duolingo account to your Discord account.\n :param duo_name: Your new ... | @commands.command(aliases=['update_duolingo', 'update_owl', 'updateduo', 'updateduolingo'])
@Player.poisoned()
@commands.cooldown(1, 10, commands.BucketType.user)
async def update_duo(self, ctx, *, duo_name: str=None) -> None:
" Updates a Duolingo account to your Discord account.\n :param duo_name: Your new ... |
eb80acb048112d9cd19ee75bf579129dd2636fb2d821ad54838d7d1628c6adba | @commands.command(aliases=['delete_duolingo', 'delete_owl', 'deleteduo', 'deleteduolingo'])
@Player.poisoned()
@commands.cooldown(1, 10, commands.BucketType.user)
async def delete_duo(self, ctx) -> None:
' Deletes a Duolingo account from your Discord account. '
member = ctx.author
if (not (duo_profile := (a... | Deletes a Duolingo account from your Discord account. | cogs/duolingo.py | delete_duo | yagomichalak/sloth-bot | 21 | python | @commands.command(aliases=['delete_duolingo', 'delete_owl', 'deleteduo', 'deleteduolingo'])
@Player.poisoned()
@commands.cooldown(1, 10, commands.BucketType.user)
async def delete_duo(self, ctx) -> None:
' '
member = ctx.author
if (not (duo_profile := (await self.get_duo_profile(member.id)))):
retu... | @commands.command(aliases=['delete_duolingo', 'delete_owl', 'deleteduo', 'deleteduolingo'])
@Player.poisoned()
@commands.cooldown(1, 10, commands.BucketType.user)
async def delete_duo(self, ctx) -> None:
' '
member = ctx.author
if (not (duo_profile := (await self.get_duo_profile(member.id)))):
retu... |
01f8a39821dea6355b70555c38910fa921158f67290071a7badb313b65f6e559 | @commands.command(aliases=['duo', 'duo_me'])
@Player.poisoned()
@commands.cooldown(1, 10, commands.BucketType.user)
async def duome(self, ctx, *, member: Optional[discord.Member]=None) -> None:
" Gets the user's Duolingo profile.\n :param member: The member to look for. [Optional]\n\n PS: If member no... | Gets the user's Duolingo profile.
:param member: The member to look for. [Optional]
PS: If member not informed, it'll look for your profile. | cogs/duolingo.py | duome | yagomichalak/sloth-bot | 21 | python | @commands.command(aliases=['duo', 'duo_me'])
@Player.poisoned()
@commands.cooldown(1, 10, commands.BucketType.user)
async def duome(self, ctx, *, member: Optional[discord.Member]=None) -> None:
" Gets the user's Duolingo profile.\n :param member: The member to look for. [Optional]\n\n PS: If member no... | @commands.command(aliases=['duo', 'duo_me'])
@Player.poisoned()
@commands.cooldown(1, 10, commands.BucketType.user)
async def duome(self, ctx, *, member: Optional[discord.Member]=None) -> None:
" Gets the user's Duolingo profile.\n :param member: The member to look for. [Optional]\n\n PS: If member no... |
d5c0cd57f8d783779658deffa00f5908cda70dda2e4082ff453e621bd916b38a | async def get_flag(self, language: str) -> str:
' Gets a language flag emoji.\n :param language: The language to get a flag for. '
flags = {}
with open('./extra/random/json/flag_emojis.json', 'r', encoding='utf-8') as f:
flags = json.loads(f.read())
if (emoji := flags.get(language.lower()... | Gets a language flag emoji.
:param language: The language to get a flag for. | cogs/duolingo.py | get_flag | yagomichalak/sloth-bot | 21 | python | async def get_flag(self, language: str) -> str:
' Gets a language flag emoji.\n :param language: The language to get a flag for. '
flags = {}
with open('./extra/random/json/flag_emojis.json', 'r', encoding='utf-8') as f:
flags = json.loads(f.read())
if (emoji := flags.get(language.lower()... | async def get_flag(self, language: str) -> str:
' Gets a language flag emoji.\n :param language: The language to get a flag for. '
flags = {}
with open('./extra/random/json/flag_emojis.json', 'r', encoding='utf-8') as f:
flags = json.loads(f.read())
if (emoji := flags.get(language.lower()... |
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