factor/core/generic/standard/standard-tests.factor

321 lines
7.3 KiB
Factor

IN: generic.standard.tests
USING: tools.test math math.functions math.constants
generic.standard strings sequences arrays kernel accessors words
specialized-arrays.double byte-arrays bit-arrays parser
namespaces make quotations stack-checker vectors growable
hashtables sbufs prettyprint byte-vectors bit-vectors
specialized-vectors.double definitions generic sets graphs assocs
grouping see ;
GENERIC: lo-tag-test ( obj -- obj' )
M: integer lo-tag-test 3 + ;
M: float lo-tag-test 4 - ;
M: rational lo-tag-test 2 - ;
M: complex lo-tag-test sq ;
[ 8 ] [ 5 >bignum lo-tag-test ] unit-test
[ 0.0 ] [ 4.0 lo-tag-test ] unit-test
[ -1/2 ] [ 1+1/2 lo-tag-test ] unit-test
[ -16 ] [ C{ 0 4 } lo-tag-test ] unit-test
GENERIC: hi-tag-test ( obj -- obj' )
M: string hi-tag-test ", in bed" append ;
M: integer hi-tag-test 3 + ;
M: array hi-tag-test [ hi-tag-test ] map ;
M: sequence hi-tag-test reverse ;
[ B{ 3 2 1 } ] [ B{ 1 2 3 } hi-tag-test ] unit-test
[ { 6 9 12 } ] [ { 3 6 9 } hi-tag-test ] unit-test
[ "i like monkeys, in bed" ] [ "i like monkeys" hi-tag-test ] unit-test
TUPLE: shape ;
TUPLE: abstract-rectangle < shape width height ;
TUPLE: rectangle < abstract-rectangle ;
C: <rectangle> rectangle
TUPLE: parallelogram < abstract-rectangle skew ;
C: <parallelogram> parallelogram
TUPLE: circle < shape radius ;
C: <circle> circle
GENERIC: area ( shape -- n )
M: abstract-rectangle area [ width>> ] [ height>> ] bi * ;
M: circle area radius>> sq pi * ;
[ 12 ] [ 4 3 <rectangle> area ] unit-test
[ 12 ] [ 4 3 2 <parallelogram> area ] unit-test
[ t ] [ 2 <circle> area 4 pi * = ] unit-test
GENERIC: perimiter ( shape -- n )
: rectangle-perimiter ( n -- n ) + 2 * ;
M: rectangle perimiter
[ width>> ] [ height>> ] bi
rectangle-perimiter ;
: hypotenuse ( a b -- c ) [ sq ] bi@ + sqrt ;
M: parallelogram perimiter
[ width>> ]
[ [ height>> ] [ skew>> ] bi hypotenuse ] bi
rectangle-perimiter ;
M: circle perimiter 2 * pi * ;
[ 14 ] [ 4 3 <rectangle> perimiter ] unit-test
[ 30.0 ] [ 10 4 3 <parallelogram> perimiter ] unit-test
GENERIC: big-mix-test ( obj -- obj' )
M: object big-mix-test drop "object" ;
M: tuple big-mix-test drop "tuple" ;
M: integer big-mix-test drop "integer" ;
M: float big-mix-test drop "float" ;
M: complex big-mix-test drop "complex" ;
M: string big-mix-test drop "string" ;
M: array big-mix-test drop "array" ;
M: sequence big-mix-test drop "sequence" ;
M: rectangle big-mix-test drop "rectangle" ;
M: parallelogram big-mix-test drop "parallelogram" ;
M: circle big-mix-test drop "circle" ;
[ "integer" ] [ 3 big-mix-test ] unit-test
[ "float" ] [ 5.0 big-mix-test ] unit-test
[ "complex" ] [ -1 sqrt big-mix-test ] unit-test
[ "sequence" ] [ double-array{ 1.0 2.0 3.0 } big-mix-test ] unit-test
[ "sequence" ] [ B{ 1 2 3 } big-mix-test ] unit-test
[ "sequence" ] [ ?{ t f t } big-mix-test ] unit-test
[ "sequence" ] [ SBUF" hello world" big-mix-test ] unit-test
[ "sequence" ] [ V{ "a" "b" } big-mix-test ] unit-test
[ "sequence" ] [ BV{ 1 2 } big-mix-test ] unit-test
[ "sequence" ] [ ?V{ t t f f } big-mix-test ] unit-test
[ "sequence" ] [ double-vector{ -0.3 4.6 } big-mix-test ] unit-test
[ "string" ] [ "hello" big-mix-test ] unit-test
[ "rectangle" ] [ 1 2 <rectangle> big-mix-test ] unit-test
[ "parallelogram" ] [ 10 4 3 <parallelogram> big-mix-test ] unit-test
[ "circle" ] [ 100 <circle> big-mix-test ] unit-test
[ "tuple" ] [ H{ } big-mix-test ] unit-test
[ "object" ] [ \ + big-mix-test ] unit-test
GENERIC: small-lo-tag ( obj -- obj )
M: fixnum small-lo-tag drop "fixnum" ;
M: string small-lo-tag drop "string" ;
M: array small-lo-tag drop "array" ;
M: double-array small-lo-tag drop "double-array" ;
M: byte-array small-lo-tag drop "byte-array" ;
[ "fixnum" ] [ 3 small-lo-tag ] unit-test
[ "double-array" ] [ double-array{ 1.0 } small-lo-tag ] unit-test
! Testing next-method
TUPLE: person ;
TUPLE: intern < person ;
TUPLE: employee < person ;
TUPLE: tape-monkey < employee ;
TUPLE: manager < employee ;
TUPLE: junior-manager < manager ;
TUPLE: middle-manager < manager ;
TUPLE: senior-manager < manager ;
TUPLE: executive < senior-manager ;
TUPLE: ceo < executive ;
GENERIC: salary ( person -- n )
M: intern salary
#! Intentional mistake.
call-next-method ;
M: employee salary drop 24000 ;
M: manager salary call-next-method 12000 + ;
M: middle-manager salary call-next-method 5000 + ;
M: senior-manager salary call-next-method 15000 + ;
M: executive salary call-next-method 2 * ;
M: ceo salary
#! Intentional error.
drop 5 call-next-method 3 * ;
[ salary ] must-infer
[ 24000 ] [ employee boa salary ] unit-test
[ 24000 ] [ tape-monkey boa salary ] unit-test
[ 36000 ] [ junior-manager boa salary ] unit-test
[ 41000 ] [ middle-manager boa salary ] unit-test
[ 51000 ] [ senior-manager boa salary ] unit-test
[ 102000 ] [ executive boa salary ] unit-test
[ ceo boa salary ]
[ T{ inconsistent-next-method f ceo salary } = ] must-fail-with
[ intern boa salary ]
[ no-next-method? ] must-fail-with
! Weird shit
TUPLE: a ;
TUPLE: b ;
TUPLE: c ;
UNION: x a b ;
UNION: y a c ;
UNION: z x y ;
GENERIC: funky* ( obj -- )
M: z funky* "z" , drop ;
M: x funky* "x" , call-next-method ;
M: y funky* "y" , call-next-method ;
M: a funky* "a" , call-next-method ;
M: b funky* "b" , call-next-method ;
M: c funky* "c" , call-next-method ;
: funky ( obj -- seq ) [ funky* ] { } make ;
[ { "b" "x" "z" } ] [ T{ b } funky ] unit-test
[ { "c" "y" "z" } ] [ T{ c } funky ] unit-test
[ t ] [
T{ a } funky
{ { "a" "x" "z" } { "a" "y" "z" } } member?
] unit-test
! Hooks
SYMBOL: my-var
HOOK: my-hook my-var ( -- x )
M: integer my-hook "an integer" ;
M: string my-hook "a string" ;
[ "an integer" ] [ 3 my-var set my-hook ] unit-test
[ "a string" ] [ my-hook my-var set my-hook ] unit-test
[ 1.0 my-var set my-hook ] [ T{ no-method f 1.0 my-hook } = ] must-fail-with
HOOK: my-tuple-hook my-var ( -- x )
M: sequence my-tuple-hook my-hook ;
TUPLE: m-t-h-a ;
M: m-t-h-a my-tuple-hook "foo" ;
TUPLE: m-t-h-b < m-t-h-a ;
M: m-t-h-b my-tuple-hook "bar" ;
[ f ] [
\ my-tuple-hook [ "engines" word-prop ] keep prefix
[ 1quotation infer ] map all-equal?
] unit-test
HOOK: call-next-hooker my-var ( -- x )
M: sequence call-next-hooker "sequence" ;
M: array call-next-hooker call-next-method "array " prepend ;
M: vector call-next-hooker call-next-method "vector " prepend ;
M: growable call-next-hooker call-next-method "growable " prepend ;
[ "vector growable sequence" ] [
V{ } my-var [ call-next-hooker ] with-variable
] unit-test
GENERIC: no-stack-effect-decl
M: hashtable no-stack-effect-decl ;
M: vector no-stack-effect-decl ;
M: sbuf no-stack-effect-decl ;
[ ] [ \ no-stack-effect-decl see ] unit-test
[ ] [ \ no-stack-effect-decl def>> . ] unit-test
! Cross-referencing with generic words
TUPLE: xref-tuple-1 ;
TUPLE: xref-tuple-2 < xref-tuple-1 ;
: (xref-test) ( obj -- ) drop ;
GENERIC: xref-test ( obj -- )
M: xref-tuple-1 xref-test (xref-test) ;
M: xref-tuple-2 xref-test (xref-test) ;
[ t ] [
\ xref-test
\ xref-tuple-1 \ xref-test method [ usage unique ] closure key?
] unit-test
[ t ] [
\ xref-test
\ xref-tuple-2 \ xref-test method [ usage unique ] closure key?
] unit-test
[ t ] [
{ } \ nth effective-method nip \ sequence \ nth method eq?
] unit-test
[ t ] [
\ + \ nth effective-method nip dup \ nth "default-method" word-prop eq? and
] unit-test