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fish-shell/tests/checks/math.fish

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Port math test to littlecheck This shows one bit where not trimming whitespace would make sense.
2019-06-27 01:03:04 +08:00
#RUN: %fish %s
Skip some tests on OpenBSD sigint2 would hang (probably because of different semantics in signal delivery?) wcstod isn't implemented correctly, so math can't do hex numbers. OpenBSD only passes the filename as argv[0] and doesn't give us another feature I know of, so status fish-path can't work.
2021-06-25 02:07:54 +08:00
# OpenBSD doesn't do hex numbers in str/wcstod (like C99 requires).
# So let's skip this.
#REQUIRES: test "$(uname)" != OpenBSD
Port math test to littlecheck This shows one bit where not trimming whitespace would make sense.
2019-06-27 01:03:04 +08:00
# Validate basic expressions
math 3 / 2
# CHECK: 1.5
math 10/6
# CHECK: 1.666667
math -s0 10 / 6
# CHECK: 1
math 'floor(10 / 6)'
# CHECK: 1
math -s3 10/6
# CHECK: 1.667
math '10 % 6'
# CHECK: 4
math -s0 '10 % 6'
# CHECK: 4
math '23 % 7'
# CHECK: 2
math --scale=6 '5 / 3 * 0.3'
# CHECK: 0.5
math --scale=max '5 / 3'
# CHECK: 1.666666666666667
math "7^2"
# CHECK: 49
math -1 + 1
# CHECK: 0
math '-2 * -2'
# CHECK: 4
math 5 \* -2
# CHECK: -10
math -- -4 / 2
# CHECK: -2
math -- '-4 * 2'
# CHECK: -8
Add max and min math functions
2021-03-28 23:58:41 +08:00
# Validate max and min
math 'max(1,2)'
math 'min(1,2)'
# CHECK: 2
# CHECK: 1
Port math test to littlecheck This shows one bit where not trimming whitespace would make sense.
2019-06-27 01:03:04 +08:00
# Validate some rounding functions
Run fish_indent on all our fish scripts It's now good enough to do so. We don't allow grid-alignment: ```fish complete -c foo -s b -l barnanana -a '(something)' complete -c foo -s z -a '(something)' ``` becomes ```fish complete -c foo -s b -l barnanana -a '(something)' complete -c foo -s z -a '(something)' ``` It's just more trouble than it is worth. The one part I'd change: We align and/or'd parts of an if-condition with the in-block code: ```fish if true and false dosomething end ``` becomes ```fish if true and false dosomething end ``` but it's not used terribly much and if we ever fix it we can just reindent.
2020-01-14 03:34:22 +08:00
math 'round(3/2)'
math 'floor(3/2)'
math 'ceil(3/2)'
Port math test to littlecheck This shows one bit where not trimming whitespace would make sense.
2019-06-27 01:03:04 +08:00
# CHECK: 2
# CHECK: 1
# CHECK: 2
Run fish_indent on all our fish scripts It's now good enough to do so. We don't allow grid-alignment: ```fish complete -c foo -s b -l barnanana -a '(something)' complete -c foo -s z -a '(something)' ``` becomes ```fish complete -c foo -s b -l barnanana -a '(something)' complete -c foo -s z -a '(something)' ``` It's just more trouble than it is worth. The one part I'd change: We align and/or'd parts of an if-condition with the in-block code: ```fish if true and false dosomething end ``` becomes ```fish if true and false dosomething end ``` but it's not used terribly much and if we ever fix it we can just reindent.
2020-01-14 03:34:22 +08:00
math 'round(-3/2)'
math 'floor(-3/2)'
math 'ceil(-3/2)'
Port math test to littlecheck This shows one bit where not trimming whitespace would make sense.
2019-06-27 01:03:04 +08:00
# CHECK: -2
# CHECK: -2
# CHECK: -1
# Validate some integral computations
math 1
math 10
math 100
math 1000
# CHECK: 1
# CHECK: 10
# CHECK: 100
# CHECK: 1000
math '10^15'
math '-10^14'
math '-10^15'
# CHECK: 1000000000000000
# CHECK: 100000000000000
# CHECK: -1000000000000000
Fixes #6280 : Added right associativity to 'pow' function
2019-11-09 13:54:33 +08:00
math 3^0.5^2
math -2^2
# CHECK: 1.316074
# CHECK: 4
Port math test to littlecheck This shows one bit where not trimming whitespace would make sense.
2019-06-27 01:03:04 +08:00
math -s0 '1.0 / 2.0'
math -s0 '3.0 / 2.0'
math -s0 '10^15 / 2.0'
# CHECK: 0
# CHECK: 1
# CHECK: 500000000000000
# Validate how variables in an expression are handled
math $x + 1
set x 1
math $x + 1
set x 3
set y 1.5
math "-$x * $y"
math -s0 "-$x * $y"
# CHECK: 1
# CHECK: 2
# CHECK: -4.5
# CHECK: -4
# Validate math error reporting
# NOTE: The leading whitespace for the carets here is ignored
# by littlecheck.
not math '2 - '
# CHECKERR: math: Error: Too few arguments
# CHECKERR: '2 - '
# CHECKERR: ^
not math 'ncr(1)'
# CHECKERR: math: Error: Too few arguments
# CHECKERR: 'ncr(1)'
# CHECKERR: ^
math: Don't override errors with "unexpected token" As always, we want to give the most specific error we can. Fixes #7508
2020-11-26 19:35:56 +08:00
Add max and min math functions
2021-03-28 23:58:41 +08:00
# There is no "blah" function.
not math 'blah()'
math: Don't override errors with "unexpected token" As always, we want to give the most specific error we can. Fixes #7508
2020-11-26 19:35:56 +08:00
# CHECKERR: math: Error: Unknown function
Add max and min math functions
2021-03-28 23:58:41 +08:00
# CHECKERR: 'blah()'
Port math test to littlecheck This shows one bit where not trimming whitespace would make sense.
2019-06-27 01:03:04 +08:00
# CHECKERR: ^
math: Don't override errors with "unexpected token" As always, we want to give the most specific error we can. Fixes #7508
2020-11-26 19:35:56 +08:00
math n + 4
# CHECKERR: math: Error: Unknown function
# CHECKERR: 'n + 4'
# CHECKERR: ^
Port math test to littlecheck This shows one bit where not trimming whitespace would make sense.
2019-06-27 01:03:04 +08:00
not math 'sin()'
# CHECKERR: math: Error: Too few arguments
# CHECKERR: 'sin()'
# CHECKERR: ^
not math '2 + 2 4'
# CHECKERR: math: Error: Too many arguments
# CHECKERR: '2 + 2 4'
# CHECKERR: ^
not math
Update tests for changed error output
2021-11-04 13:52:17 +08:00
# CHECKERR: math: expected >= 1 arguments; got 0
Port math test to littlecheck This shows one bit where not trimming whitespace would make sense.
2019-06-27 01:03:04 +08:00
not math -s 12
Update tests for changed error output
2021-11-04 13:52:17 +08:00
# CHECKERR: math: expected >= 1 arguments; got 0
# XXX FIXME these two should be just "missing argument" errors, the count is not helpful
Port math test to littlecheck This shows one bit where not trimming whitespace would make sense.
2019-06-27 01:03:04 +08:00
not math 2^999999
# CHECKERR: math: Error: Result is infinite
# CHECKERR: '2^999999'
not math 1 / 0
# CHECKERR: math: Error: Result is infinite
# CHECKERR: '1 / 0'
# Validate "x" as multiplier
math 0x2 # Hex
math 5 x 4
math 2x 4
math 2 x4 # ERROR
math: Complain about unknown *function*, not *variable* We removed variables from tinyexpr, so we shouldn't use that error.
2020-01-31 04:46:22 +08:00
# CHECKERR: math: Error: Unknown function
Port math test to littlecheck This shows one bit where not trimming whitespace would make sense.
2019-06-27 01:03:04 +08:00
# CHECKERR: '2 x4'
# CHECKERR: ^
math 0x 3
# CHECK: 2
# CHECK: 20
# CHECK: 8
# CHECK: 0
math: Print special error for logical operators Until now, something like `math '7 = 2'` would complain about a "missing" operator. Now we print an error about logical operators not being supported and point the user towards `test`. Fixes #6096
2019-11-01 15:40:56 +08:00
math "42 >= 1337"
# CHECKERR: math: Error: Logical operations are not supported, use `test` instead
# CHECKERR: '42 >= 1337'
# CHECKERR: ^
math: Add bitwise and/or functions Just as `math "bitand(5,3)"` and `math "bitor(6,2)"`. These cast to long long before doing their thing, so they truncate to an integer, producing weird results with floats. That's to be expected because float representation is *very* different, and performing bitwise operations on floats feels quite useless. Fixes #7281.
2020-08-25 22:45:31 +08:00
math "bitand(0xFE, 1)"
# CHECK: 0
math "bitor(0xFE, 1)"
# CHECK: 255
math "bitxor(5, 1)"
# CHECK: 4
math "bitand(5.5, 2)"
# CHECK: 0
math "bitand(5.5, 1)"
# CHECK: 1
math "bitor(37 ^ 5, 255)"
# CHECK: 69343999
math: Actually report closing paren error This was typically overridden by "too many/few arguments", but it's actually incorrect: sin(55 has the correct number of arguments to `sin`, but it's lacking the closing `)`.
2020-10-26 04:28:49 +08:00
math 'log 16'
math: Make function parentheses optional (#7877) * math: Make function parentheses optional It's a bit annoying to use parentheses here because that requires quoting or escaping. This allows the parens to be omitted, so math sin pi is the same as math 'sin(pi)' Function calls have the lowest precedence, so math sin 2 + 6 is the same as math 'sin(2 + 6)' * Add more tests * Add a note to the docs * even moar docs Moar docca * moar tests Call me Nikola Testla
2021-03-30 23:21:28 +08:00
# CHECK: 1.20412
math: Actually report closing paren error This was typically overridden by "too many/few arguments", but it's actually incorrect: sin(55 has the correct number of arguments to `sin`, but it's lacking the closing `)`.
2020-10-26 04:28:49 +08:00
math 'log(16'
# CHECKERR: math: Error: Missing closing parenthesis
# CHECKERR: 'log(16'
# CHECKERR: ^
math: Add --base option Currently a bit limited, unfortunately printf's `%a` specifier is absolutely unreadable. So we add `hex` and `octal` with `0x` and `0` prefixes respectively, and also take a number but currently only allow 16 and 8. The output is truncated to integer, so scale values other than 0 are invalid and 0 is implied. The docs mention this may change.
2020-10-08 01:03:19 +08:00
math --base=16 255 / 15
# CHECK: 0x11
math -bhex 16 x 2
# CHECK: 0x20
math --base hex 12 + 0x50
# CHECK: 0x5c
math: Correct printing of negative and large values in octal and hex This fixes printing octal and hex values that are negative or larger than UINT_MAX. Negative values get a leading -, like: > math --base hex -10 -0xa Fixes #8417.
2021-11-08 08:41:47 +08:00
math --base hex 0
# CHECK: 0x0
math --base hex -1
# CHECK: -0x1
math --base hex -15
# CHECK: -0xf
math --base hex 'pow(2,40)'
# CHECK: 0x10000000000
math --base octal 0
# CHECK: 0
math --base octal -1
# CHECK: -01
math --base octal -15
# CHECK: -017
math --base octal 'pow(2,40)'
# CHECK: 020000000000000
math: Add --base option Currently a bit limited, unfortunately printf's `%a` specifier is absolutely unreadable. So we add `hex` and `octal` with `0x` and `0` prefixes respectively, and also take a number but currently only allow 16 and 8. The output is truncated to integer, so scale values other than 0 are invalid and 0 is implied. The docs mention this may change.
2020-10-08 01:03:19 +08:00
math --base octal --scale=0 55
# CHECK: 067
math --base notabase
Update tests for changed error output
2021-11-04 13:52:17 +08:00
# CHECKERR: math: notabase: invalid base value
math: Add --base option Currently a bit limited, unfortunately printf's `%a` specifier is absolutely unreadable. So we add `hex` and `octal` with `0x` and `0` prefixes respectively, and also take a number but currently only allow 16 and 8. The output is truncated to integer, so scale values other than 0 are invalid and 0 is implied. The docs mention this may change.
2020-10-08 01:03:19 +08:00
echo $status
# CHECK: 2
math: Add log2 This was already in the documentation as an example, now it is actually working. Fixes #7734
2021-02-21 15:48:38 +08:00
math 'log2(8)'
# CHECK: 3
math: Make function parentheses optional (#7877) * math: Make function parentheses optional It's a bit annoying to use parentheses here because that requires quoting or escaping. This allows the parens to be omitted, so math sin pi is the same as math 'sin(pi)' Function calls have the lowest precedence, so math sin 2 + 6 is the same as math 'sin(2 + 6)' * Add more tests * Add a note to the docs * even moar docs Moar docca * moar tests Call me Nikola Testla
2021-03-30 23:21:28 +08:00
# same as sin(cos(2 x pi))
math sin cos 2 x pi
# CHECK: 0.841471
# Inner function binds stronger, so this is interpreted as
# pow(sin(3,5))
math pow sin 3, 5
# CHECKERR: math: Error: Too many arguments
# CHECKERR: 'pow sin 3, 5'
# CHECKERR: ^
math sin pow 3, 5
# CHECK: -0.890009
math pow 2, cos -pi
# CHECK: 0.5
# pow(2*cos(-pi), 2)
# i.e. 2^2
# i.e. 4
math pow 2 x cos'(-pi)', 2
# CHECK: 4
tinyexpr: Check for nan in ncr Turns out this takes ages. Fixes #8170
2021-07-27 00:39:09 +08:00
# This used to take ages, see #8170.
# If this test hangs, that's reintroduced!
math 'ncr(0/0, 1)'
# CHECKERR: math: Error: Result is infinite
# CHECKERR: 'ncr(0/0, 1)'
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