def from_hash(self, obj):
"""Convert the hash into the object."""
super(CitationProposal, self).from_hash(obj)
if 'citation_id' in obj:
self.citation = Citations.get(Citations.id == obj['citation_id'])
if 'proposal_id' in obj:
self.proposal = Proposals.get(Proposals.id == obj['proposal_id'])
def from_hash(self, obj):
"""Convert the hash into the object."""
super(CitationKeyword, self).from_hash(obj)
self._set_only_if(
'citation_id', obj, 'citation',
lambda: Citations.get(Citations.id == obj['citation_id']))
self._set_only_if(
'keyword_id', obj, 'keyword',
lambda: Keywords.get(Keywords.id == obj['keyword_id']))
def from_hash(self, obj):
"""Convert the hash into the object."""
super(CitationContributor, self).from_hash(obj)
if 'citation_id' in obj:
self.citation = Citations.get(Citations.id == obj['citation_id'])
if 'author_id' in obj:
self.author = Contributors.get(Contributors.id == obj['author_id'])
if 'author_precedence' in obj:
self.author_precedence = int(obj['author_precedence'])
def from_hash(self, obj):
"""
Converts the hash into the object
"""
super(CitationProposal, self).from_hash(obj)
if 'citation_id' in obj:
self.citation = Citations.get(Citations.id == obj['citation_id'])
if 'proposal_id' in obj:
self.proposal = Proposals.get(Proposals.id == obj['proposal_id'])
def where_clause(self, kwargs):
"""Where clause for the various elements."""
where_clause = super(CitationProposal, self).where_clause(kwargs)
if 'citation_id' in kwargs:
citation = Citations.get(Citations.id == kwargs['citation_id'])
where_clause &= Expression(CitationProposal.citation, OP.EQ, citation)
if 'proposal_id' in kwargs:
proposal = Proposals.get(Proposals.id == kwargs['proposal_id'])
where_clause &= Expression(CitationProposal.proposal, OP.EQ, proposal)
return where_clause
def where_clause(self, kwargs):
"""Where clause for the various elements."""
where_clause = super(CitationKeyword, self).where_clause(kwargs)
if 'citation_id' in kwargs:
citation = Citations.get(Citations.id == kwargs['citation_id'])
where_clause &= Expression(CitationKeyword.citation, OP.EQ, citation)
if 'keyword_id' in kwargs:
keyword = Keywords.get(Keywords.id == kwargs['keyword_id'])
where_clause &= Expression(CitationKeyword.keyword, OP.EQ, keyword)
return where_clause
def from_hash(self, obj):
"""
Converts the hash into the object
"""
super(CitationContributor, self).from_hash(obj)
if 'citation_id' in obj:
self.citation = Citations.get(Citations.id == obj['citation_id'])
if 'author_id' in obj:
self.author = Contributors.get(Contributors.id == obj['author_id'])
if 'author_precedence' in obj:
self.author_precedence = int(obj['author_precedence'])
def where_clause(self, kwargs):
"""
Where clause for the various elements.
"""
where_clause = super(CitationProposal, self).where_clause(kwargs)
if 'citation_id' in kwargs:
citation = Citations.get(Citations.id == kwargs['citation_id'])
where_clause &= Expression(CitationProposal.citation, OP.EQ, citation)
if 'proposal_id' in kwargs:
proposal = Proposals.get(Proposals.id == kwargs['proposal_id'])
where_clause &= Expression(CitationProposal.proposal, OP.EQ, proposal)
return where_clause
def where_clause(self, kwargs):
"""
Where clause for the various elements.
"""
where_clause = super(Keywords, self).where_clause(kwargs)
if 'citation_id' in kwargs:
citation = Citations.get(Citations.id == kwargs['citation_id'])
where_clause &= Expression(Keywords.citation, OP.EQ, citation)
if '_id' in kwargs:
where_clause &= Expression(Keywords.id, OP.EQ, kwargs['_id'])
if 'encoding' in kwargs:
where_clause &= Expression(Keywords.encoding, OP.EQ, kwargs['encoding'])
if 'keyword' in kwargs:
where_clause &= Expression(Keywords.keyword, OP.EQ, kwargs['keyword'])
return where_clause
def from_hash(self, obj):
"""
Converts the hash to the object
"""
super(Keywords, self).from_hash(obj)
if '_id' in obj:
# pylint: disable=invalid-name
self.id = obj['_id']
# pylint: enable=invalid-name
if 'keyword' in obj:
self.keyword = unicode(obj['keyword'])
if 'encoding' in obj:
self.encoding = str(obj['encoding'])
if 'citation_id' in obj:
self.citation = Citations.get(Citations.id == obj['citation_id'])
def where_clause(self, kwargs):
"""
Where clause for the various elements.
"""
where_clause = super(CitationContributor, self).where_clause(kwargs)
if 'citation_id' in kwargs:
citation = Citations.get(Citations.id == kwargs['citation_id'])
where_clause &= Expression(CitationContributor.citation, OP.EQ, citation)
if 'person_id' in kwargs:
author = Contributors.get(Contributors.id == kwargs['author_id'])
where_clause &= Expression(CitationContributor.author, OP.EQ, author)
if 'author_precedence' in kwargs:
auth_prec = int(kwargs['author_precedence'])
where_clause &= Expression(CitationContributor.author_precedence, OP.EQ, auth_prec)
return where_clause
def where_clause(self, kwargs):
"""Where clause for the various elements."""
where_clause = super(CitationContributor, self).where_clause(kwargs)
if 'citation_id' in kwargs:
citation = Citations.get(Citations.id == kwargs['citation_id'])
where_clause &= Expression(CitationContributor.citation, OP.EQ,
citation)
if 'author_id' in kwargs:
author = Contributors.get(Contributors.id == kwargs['author_id'])
where_clause &= Expression(CitationContributor.author, OP.EQ,
author)
if 'author_precedence' in kwargs:
auth_prec = int(kwargs['author_precedence'])
where_clause &= Expression(CitationContributor.author_precedence,
OP.EQ, auth_prec)
return where_clause
