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desc: Tests for basic usage of the add operation
tests:
- cd: r.add(1, 1)
ot: 2
- js: r(1).add(1)
py:
- r.expr(1) + 1
- 1 + r.expr(1)
- r.expr(1).add(1)
rb:
- r(1) + 1
- r(1).add(1)
ot: 2
- py: r.expr(-1) + 1
js: r(-1).add(1)
rb: (r -1) + 1
ot: 0
- py: r.expr(1.75) + 8.5
js: r(1.75).add(8.5)
rb: (r 1.75) + 8.5
ot: 10.25
# Add is polymorphic on strings
- py: r.expr('') + ''
js: r('').add('')
rb: (r '') + ''
ot: ''
- py: r.expr('abc') + 'def'
js: r('abc').add('def')
rb: (r 'abc') + 'def'
ot: 'abcdef'
# Add is polymorphic on arrays
- cd: r.expr([1,2]) + [3] + [4,5] + [6,7,8]
js: r([1,2]).add([3]).add([4,5]).add([6,7,8])
ot: [1,2,3,4,5,6,7,8]
# All arithmetic operations (except mod) actually support arbitrary arguments
# but this feature can't be accessed in Python because it's operators are binary
- js: r(1).add(2,3,4,5)
ot: 15
- js: r('a').add('b', 'c', 'd')
ot: 'abcd'
# Type errors
- cd: r(1).add('a')
py: r.expr(1) + 'a'
rb: r(1) + 'a'
ot: err("ReqlQueryLogicError", "Expected type NUMBER but found STRING.", [1])
- cd: r('a').add(1)
py: r.expr('a') + 1
rb: r('a') + 1
ot: err("ReqlQueryLogicError", "Expected type STRING but found NUMBER.", [1])
- cd: r([]).add(1)
py: r.expr([]) + 1
rb: r([]) + 1
ot: err("ReqlQueryLogicError", "Expected type ARRAY but found NUMBER.", [1])
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