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print('Result: %s' % result.title) Parameters: classmethod search(term[, weights=None[, with_score=False[, score_alias='score'[, explicit_ordering=False]]]]) term (str) – Search term to use. weights – A list of name and mapped to a value. with_score – Whether the score should be returned as part of the SELECT statement. score_alias (str) – Alias to use for the calculated rank score. This is the attribute you will will use to access the score if with_score=True. explicit_ordering (bool) – Order using full SQL function to calculate rank, as opposed to simply referencing the score alias in the ORDER BY clause. Shorthand

print('Result: %s' % result.title) classmethod search(term[, weights=None[, with_score=False[, score_alias='score'[, explicit_ordering=False]]]]) Parameters: term (str) – Search term to use. weights name and mapped to a value. with_score – Whether the score should be returned as part of the SELECT statement. score_alias (str) – Alias to use for the calculated rank score. This is the attribute you will will use to access the score if with_score=True. explicit_ordering (bool) – Order using full SQL function to calculate rank, as opposed to simply referencing the score alias in the ORDER BY clause. Shorthand

print('Result: %s' % result.title) classmethod search(term[, weights=None[, with_score=False[, score_alias='score'[, explicit_ordering=False]]]]) Parameters: term (str) – Search term to use. weights name and mapped to a value. with_score – Whether the score should be returned as part of the SELECT statement. score_alias (str) – Alias to use for the calculated rank score. This is the attribute you will will use to access the score if with_score=True. explicit_ordering (bool) – Order using full SQL function to calculate rank, as opposed to simply referencing the score alias in the ORDER BY clause. Shorthand

print('Result: %s' % result.title) Parameters: classmethod search(term[, weights=None[, with_score=False[, score_alias='score'[, explicit_ordering=False]]]]) term (str) – Search term to use. weights – A list of name and mapped to a value. with_score – Whether the score should be returned as part of the SELECT statement. score_alias (str) – Alias to use for the calculated rank score. This is the attribute you will will use to access the score if with_score=True. explicit_ordering (bool) – Order using full SQL function to calculate rank, as opposed to simply referencing the score alias in the ORDER BY clause. Shorthand

finalize(self): return self.product # To use this aggregate: product = (Score .select(fn.product(Score.value)) .scalar()) unregister_aggregate(name): Unregister the given query: print 'match: ', doc.title classmethod search(term[, weights=None[, with_score=False[, score_alias='score']]]) Shorthand way of searching for a term and sorting results by the quality of the name and mapped to a value. with_score – Whether the score should be returned as part of the SELECT statement. score_alias (str) – Alias to use for the calculated rank score. This is the attribute you will

print('Result: %s' % result.title) classmethod search(term[, weights=None[, with_score=False[, score_alias='score'[, explicit_ordering=False]]]]) term (str) – Search term to use. weights – A list of name and mapped to a value. with_score – Whether the score should be returned as part of the SELECT statement. score_alias (str) – Alias to use for the calculated rank score. This is the attribute you will will use to access the score if with_score=True. explicit_ordering (bool) – Order using full SQL function to calculate rank, as opposed to simply referencing the score alias in the ORDER BY clause. Shorthand

Book{pages: 123}, the subsequent modification of value b has no effects on this copy. That is why the call f1() prints 123. the method value expression p.Pages is normalized as (*p).Pages at compile time. At run var b = Book{pages: 123} var p = &b var f1 = b.Pages var f2 = p.Pages var g1 = p.Pages2 var g2 = b.Pages2 b.pages = 789 fmt.Println(f1()) // 123 fmt.Println(f2()) // 123 fmt.Println(g1()) v1.x. The same situation is for the selectors v1.A.y and v1.B.y. var v1 struct { A B } func f1() { _ = v1.x // error: ambiguous selector v1.x _ = v1.y // error: ambiguous selector v1.y }