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KTest.txt
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"KTest.txt by Philippe Mougin
This F-Script code is used in order to test the F-Script system
It can be run from within F-Script with 'sys ktest' "
[|a a2 c d e f i m n s bl result test valid r1 sys2 name home home2 home3 home4 path repositoryPath archivePath repositoryExists obj enclosure|
sys log:'start KTest'.
t := KTestManager alloc init autorelease.
"t setShouldLog:YES."
repositoryPath := (NSUserDefaults standardUserDefaults stringForKey:'FScriptRepositoryPath').
archivePath := (repositoryPath stringByAppendingPathComponent:'_fscriptKTest').
repositoryExists := NSFileManager defaultManager fileExistsAtPath:repositoryPath.
FSTest1DOServerPath := NSBundle mainBundle pathForResource:'FSTest1' ofType:'app'.
FSTest2DOServerPath := NSBundle mainBundle pathForResource:'FSTest2' ofType:'app'.
NSWorkspace sharedWorkspace launchApplication: FSTest1DOServerPath.
NSWorkspace sharedWorkspace launchApplication: FSTest2DOServerPath.
"We launch them at the begining of this test because it needs time to start and vend its objects.
Later in this test we will need to connect to these objects."
sys installFlightTutorial.
t startCategory:'Misc'.
"///////////////////////////////////////////////////////////////////////"
t startTest:'support for nil:'.
t assert: nil == nil.
t assert: (nil == 8) not.
t assert: nil ~~ 8.
t assert: (nil ~~ nil) not.
"///////////////////////////////////////////////////////////////////////"
t startTest:'whileTrue:'.
i := 0. [i < 100] whileTrue:[i := i+1].
t assert:i = 100.
"///////////////////////////////////////////////////////////////////////"
t startTest:'cascade'.
a := {}.
t assert: (a count; count) = 0.
t assert: (a addObject:0; addObject:1; count) = 2.
t assert: (a isEqual:{0,1}).
t assert: ((a count; ++ {2}) isEqual:{0,1,2}).
t assert: (6 between:9 and:12; abs) = 6.
t assert: (6*2; + 4) = 10.
"///////////////////////////////////////////////////////////////////////"
t startTest:'return'.
i := 0.
b := [|j| j := 20. [true] whileTrue:[i := i+ 1. i = j ifTrue:[b return]]].
r := b value.
t assert:(r isKindOfClass:FSVoid) & (i = 20).
t assert:[b := [b return:8]. b value] value = 8.
b := nil.
t assertError:[[[7] return] value].
"///////////////////////////////////////////////////////////////////////"
t startTest:'return:'.
i := 0.
b1 := [|j| j := 20. [true] whileTrue:[i := i+ 1. i = j ifTrue:[b1 return:i]]].
r1 := b1 value.
b2 := #value.
r2 := b2 value:[b2 return:20].
t assert:r1 = 20 & (r2 = 20).
b1 := nil.
b2 := nil.
"///////////////////////////////////////////////////////////////////////"
t startTest:'playing with array'.
a := 200 iota. b := 0.5 enlist:200 . c := 200 iota.
test := { a+a , a+c , a*c , a/b , a-c}.
result := { 200 iota * 2, 200 iota * 2, 200 iota raisedTo:2, 200 iota * 2, 0 enlist:200}.
t assert:(test isEqual:result).
a add:true. a removeLastObject.
b add:true. b removeLastObject.
c add:true. c removeLastObject.
test := { a+a , a+c , a*c , a/b , a-c}.
result := { 200 iota * 2, 200 iota * 2, 200 iota raisedTo:2, 200 iota * 2, 0 enlist:200}.
t assert:(test isEqual:result).
test := { [:a :b| a+b] value:{1,2,3} value:{10,20,30},
[:a :b| a+b] value:@{1,2,3} value:@{10,20,30},
[:t||s| s := 0. [:e| s := s+e] value:@t. s] value:{1,2,3},
{1,2,3} @1 * @2 {10,100,1000,10000},
{1,2,3} @ * @2 {10,100,1000,10000},
{'a1','a2','a3'} ++ {'b1','b2','b3'},
{'a1','a2','a3'} @ ++ @ {'b1','b2','b3'},
{'a1','a2','a3'} @1 ++ @2 {'b1','b2','b3','b4'},
{'a1','a2','a3'} @2 ++ @1 {'b1','b2','b3','b4'},
[:a :b| a ++ b] value:{'a1','a2','a3'} value:{'b1','b2','b3','b4'},
[:a :b| a ++ b] value:@1{'a1','a2','a3'} value:@2{'b1','b2','b3','b4'},
{{'a11','a12','a13'},{'a21','a22','a23'}} ++ {{'b11','b12'},{'b21','b22'}}, "No pattern"
{{'a11','a12','a13'},{'a21','a22','a23'}} @ ++ {{'b11','b12'},{'b21','b22'}},
{{'a11','a12'},{'a21','a22'}} @@ ++ @@ {{'b11','b12'},{'b21','b22'}},
{{'a11','a12'},{'a21','a22'}} @1@ ++ @2@ {{'b11','b12'},{'b21','b22'}},
{{'a11','a12','a13'},{'a21','a22','a23'}} @1@2 ++ @2@1 {{'b11','b12'},{'b21','b22'}},
{1,2,3,4} \ [:a :b| a+b],
{1,10,2,7,8} \ #max:,
{1,2,3,4,5,6} = {-1,2,-3,4,-5,6} \ #&,
{1,2,3,4,5} scan: #+,
{'aa','b','cc',''} scan: #++,
{1,2,3,4,5} scan:[:a :b| a+b],
{'aa','b','cc',''} scan:[:a :b| a++b],
100 iota ! 20,
100 iota !! 20,
{1,2,3,true,nil,false,[6]} ! true,
{} \ #+,
{1} \ #+
}.
result := { {11,22,33},
{11,22,33},
6,
{{10, 100, 1000, 10000}, {20, 200, 2000, 20000}, {30, 300, 3000, 30000}},
{{10, 100, 1000, 10000}, {20, 200, 2000, 20000}, {30, 300, 3000, 30000}},
{'a1', 'a2', 'a3', 'b1', 'b2', 'b3'},
{'a1b1', 'a2b2', 'a3b3'},
{{'a1b1', 'a1b2', 'a1b3', 'a1b4'}, {'a2b1', 'a2b2', 'a2b3', 'a2b4'}, {'a3b1', 'a3b2', 'a3b3', 'a3b4'}},
{{'a1b1', 'a2b1', 'a3b1'}, {'a1b2', 'a2b2', 'a3b2'}, {'a1b3', 'a2b3', 'a3b3'}, {'a1b4', 'a2b4', 'a3b4'}},
{'a1', 'a2', 'a3', 'b1', 'b2', 'b3', 'b4'},
{{'a1b1', 'a1b2', 'a1b3', 'a1b4'}, {'a2b1', 'a2b2', 'a2b3', 'a2b4'}, {'a3b1', 'a3b2', 'a3b3', 'a3b4'}},
{{'a11', 'a12', 'a13'}, {'a21', 'a22', 'a23'}, {'b11', 'b12'}, {'b21', 'b22'}},
{{'a11', 'a12', 'a13', {'b11', 'b12'}, {'b21', 'b22'}}, {'a21', 'a22', 'a23', {'b11', 'b12'}, {'b21', 'b22'}}},
{{'a11b11', 'a12b12'}, {'a21b21', 'a22b22'}},
{{{'a11b11', 'a12b12'}, {'a11b21', 'a12b22'}}, {{'a21b11', 'a22b12'}, {'a21b21', 'a22b22'}}},
{{{{'a11b11','a12b11','a13b11'},{'a11b12','a12b12','a13b12'}},{{'a11b21','a12b21','a13b21'},{'a11b22','a12b22','a13b22'}}},
{{{'a21b11','a22b11','a23b11'},{'a21b12','a22b12','a23b12'}},{{'a21b21','a22b21','a23b21'},{'a21b22','a22b22','a23b22'}}}},
10,
10,
false,
{1,3,6,10,15},
{'aa', 'aab', 'aabcc', 'aabcc'},
{1,3,6,10,15},
{'aa', 'aab', 'aabcc', 'aabcc'},
20,
100,
3,
nil,
1
}.
t assert:(test isEqual:result).
a := {}.
b := 200 iota.
b add:true.
a setValue: b.
a removeLastObject.
b removeLastObject.
t assert:a = b \ #&.
"///////////////////////////////////////////////////////////////////////"
t startTest:'playing with points'.
p := (40<>500).
p2 := p copy autorelease.
r := p extent:(100<>200).
test := { p x, p y, p2, p clone , p2 clone, (NSValue valueWithPoint:p) pointValue, r , r origin, r extent, r rectValue}.
result := { 40 , 500, p , 40<>500 , p , p , 40<>500 extent:100<>200, p , 100<>200, r}.
t assert:(test isEqual:result).
"///////////////////////////////////////////////////////////////////////"
t startTest:'playing with array 2'.
a := false enlist:9.
b := 200 iota.
a setValue: b.
b add:nil.
b add:true.
b removeLastObject.
b removeLastObject.
b insert:sys at:0.
b insert:sys at:100.
b insert:sys at:b count.
b removeAt:b count-1.
b removeAt:100.
b at:100 put:(b at:100).
b removeAt:0.
b := [:e| e ] value:@b.
z := {'toto', 'tutu', 8, false, NSNotFound}.
b add:z.
b removeAt:b !! z.
b := b + 5.
a := a + 5.
c := a + b.
c := c - b.
d := b + a.
d := d - a.
e := a \#+.
f := b \#+.
t assert:a = b \#& & (e = f) & (a ~= a \#|) not & (a > a \#|) not & (a >= a \#&)& (a < a \#|) not & (a <= a \#&).
"/////////////////////////////////////////////////////////////////////"
t startTest:'AppKit scripting 1'.
'NSWindow' asClass == nil ifTrue:
[
t addComment:' AppKit not supported. Bypassing this test.'.
]
ifFalse:
[
|w button f i nbEntries|
nbEntries := 1.
baseWidth := 300.
baseHeight := 55+(nbEntries*30).
w := NSWindow alloc initWithContentRect:(100<>100 extent:baseWidth<>baseHeight) styleMask:NSTitledWindowMask+NSClosableWindowMask+NSMiniaturizableWindowMask+NSResizableWindowMask backing:NSBackingStoreBuffered defer:false.
w setTitle:'Arguments'.
w setMinSize:(NSValue sizeWithWidth:130 height:90).
w orderFront:nil.
button := (NSButton alloc initWithFrame:(baseWidth/2-60<>10 extent:110<>30)) autorelease.
button setBezelStyle:NSRoundedBezelStyle.
button setTitle:'Send message'.
f := (NSForm alloc initWithFrame:(10<>55 extent: baseWidth-20<>(baseHeight-65))) autorelease.
f setAutoresizingMask:NSViewWidthSizable + NSViewHeightSizable.
w contentView addSubview:f.
w contentView addSubview:button.
i := 0.
[i < nbEntries] whileTrue:[f addEntry:'Entry ' ++ i description. i := i+1].
f setAutosizesCells:YES.
w close.
].
"////////////////////////////////////////////////////////////////////"
t startTest:'AppKit scripting 2'.
'NSWindow' asClass == nil ifTrue:
[
t addComment:' AppKit not supported. Bypassing this test.'.
]
ifFalse:
[
_w := NSWindow alloc initWithContentRect:(100<>100 extent:300<>300) styleMask:NSTitledWindowMask+NSClosableWindowMask+NSMiniaturizableWindowMask+NSResizableWindowMask backing:NSBackingStoreBuffered defer:false.
_w setTitle:'I am a window'.
_w orderFront:nil.
_b := (NSButton alloc initWithFrame:(80<>20 extent:100<>100)) autorelease.
_b setBezelStyle: NSRoundedBezelStyle.
_w contentView addSubview:_b.
_t1 := (NSTextField alloc initWithFrame:(20<>220 extent:50<>25)) autorelease.
_t2 := (NSTextField alloc initWithFrame:(200<>220 extent:50<>25)) autorelease.
_w contentView addSubview:_t1.
_w contentView addSubview:_t2.
_bl := [|t1 t2| t1 := _t1. t2 := _t2. t2 setDoubleValue:t1 doubleValue * 2].
_b setTarget:_bl.
_b setAction:#value:.
_t1 setDoubleValue:-34.12e-5.
_b performClick:nil.
_w performClose:nil.
t assert:_t2 doubleValue = (-34.12e-5*2).
_bl := nil.
].
"////////////////////////////////////////////////////////////////////////"
t startTest:'AppKit scripting: currency converter (version 1)'.
"F-SCRIPT CURRENCY CONVERTER (version 1)"
"Instantiate and configure a window"
window := NSWindow alloc initWithContentRect:(125<>513 extent:400<>200)
styleMask:NSTitledWindowMask + NSClosableWindowMask
+ NSMiniaturizableWindowMask + NSResizableWindowMask
backing:NSBackingStoreBuffered
defer:NO.
"Put the window on screen"
window orderFront:nil.
"Give a title to the window"
window setTitle:'Currency Converter'.
"Instantiate a form object"
form := (NSForm alloc initWithFrame:(60<>90 extent:320<>85)) autorelease.
"Put the form into the window"
window contentView addSubview:form.
"Configure the form"
form addEntry:'Exchange Rate per $1'.
form addEntry:'Dollars to Convert'.
form addEntry:'Amount in Other Currency'.
form setInterlineSpacing:7.
form setAutosizesCells:YES.
"Instantiate a decorative line and put it in the window"
line := (NSBox alloc initWithFrame:(15<>70 extent:370<>2)) autorelease.
window contentView addSubview:line.
"Instantiate a button, put it in the window and configure it"
button := (NSButton alloc initWithFrame:(250<>20 extent:90<>30)) autorelease.
window contentView addSubview:button.
button setBezelStyle:NSRoundedBezelStyle.
button setTitle:'Convert'.
"Instantiate the script that will compute the currency conversion"
conversionScript := [(form cellAtIndex:2) setStringValue:(form cellAtIndex:0) floatValue * (form cellAtIndex:1) floatValue. form selectTextAtIndex:0].
"Make the script the target of the form"
"The script will be evaluated when the user presses Return"
form setTarget:conversionScript.
form setAction:#value.
"Make the script the target of the button"
"The script will be evaluated when the user presses the button"
button setTarget:conversionScript.
button setAction:#value.
(form cellAtIndex:0) setIntValue:7.
(form cellAtIndex:1) setIntValue:10.
button performClick:nil.
window performClose:nil.
t assert:(form cellAtIndex:2) intValue = 70.
conversionScript := nil.
"////////////////////////////////////////////////////////////////////////"
t startTest:'AppKit scripting: currency converter (version 2)'.
window := NSWindow alloc initWithContentRect:(125<>513 extent:400<>200)
styleMask:NSTitledWindowMask + NSClosableWindowMask
+ NSMiniaturizableWindowMask + NSResizableWindowMask
backing:NSBackingStoreBuffered
defer:NO.
conversionScript := [(form cellAtIndex:2) setStringValue:(form cellAtIndex:0) floatValue * (form cellAtIndex:1) floatValue. form selectTextAtIndex:0].
form := (NSForm alloc initWithFrame:(60<>90 extent:320<>85)) autorelease.
form addEntry:@{'Exchange Rate per $1','Dollars to Convert','Amount in Other Currency'}.
form setAutosizesCells:YES; setTarget:conversionScript; setAction:#value; setInterlineSpacing:7.
button := (NSButton alloc initWithFrame:(250<>20 extent:90<>30)) autorelease.
button setBezelStyle:NSRoundedBezelStyle; setTitle:'Convert'; setTarget:conversionScript; setAction:#value.
line := (NSBox alloc initWithFrame:(15<>70 extent:370<>2)) autorelease.
window contentView addSubview:@{form, button, line}.
window setTitle:'Currency Converter'; orderFront:nil.
(form cellAtIndex:0) setIntValue:2.
(form cellAtIndex:1) setIntValue:10.
button performClick:nil.
window performClose:nil.
t assert:(form cellAtIndex:2) intValue = 20.
conversionScript := nil.
"////////////////////////////////////////////////////////////////////////"
t startTest:'AppKit scripting: currency converter (version 3)'.
converter := [:title | |window conversionScript form button line|
window := NSWindow alloc initWithContentRect:(125<>513 extent:400<>200)
styleMask:NSTitledWindowMask + NSClosableWindowMask
+ NSMiniaturizableWindowMask + NSResizableWindowMask
backing:NSBackingStoreBuffered
defer:NO.
conversionScript := [(form cellAtIndex:2) setStringValue:(form cellAtIndex:0)
floatValue * (form cellAtIndex:1) floatValue. form selectTextAtIndex:0].
form := (NSForm alloc initWithFrame:(60<>90 extent:320<>85)) autorelease.
form addEntry:@{'Exchange Rate per $1', 'Dollars to Convert', 'Amount in Other Currency'}.
form setAutosizesCells:YES; setTarget:conversionScript;setAction:#value; setInterlineSpacing:7.
button := (NSButton alloc initWithFrame:(250<>20 extent:90<>30)) autorelease.
button setBezelStyle:NSRoundedBezelStyle; setTitle:'Convert'; setTarget:conversionScript; setAction:#value.
line := (NSBox alloc initWithFrame:(15<>70 extent:370<>2)) autorelease.
window contentView addSubview:@{form, button, line}.
window setTitle:title; orderFront:nil.
(form cellAtIndex:0) setIntValue:7.
(form cellAtIndex:1) setIntValue:20.
button performClick:nil.
window performClose:nil.
t assert:(form cellAtIndex:2) intValue = 140.
conversionScript := nil.
].
converter value:'Converter is cool!'.
converter := nil.
"////////////////////////////////////////////////////////////////////////"
t startTest:'Complex Block archiving/unarchiving'.
converter := [:title | |window conversionScript form button line|
window := NSWindow alloc initWithContentRect:(125<>513 extent:400<>200)
styleMask:NSTitledWindowMask + NSClosableWindowMask
+ NSMiniaturizableWindowMask + NSResizableWindowMask
backing:NSBackingStoreBuffered
defer:NO.
conversionScript := [(form cellAtIndex:2) setStringValue:(form cellAtIndex:0)
floatValue * (form cellAtIndex:1) floatValue. form selectTextAtIndex:0].
form := (NSForm alloc initWithFrame:(60<>90 extent:320<>85)) autorelease.
form addEntry:@{'Exchange Rate per $1', 'Dollars to Convert', 'Amount in Other Currency'}.
form setAutosizesCells:YES; setTarget:conversionScript;setAction:#value; setInterlineSpacing:7.
button := (NSButton alloc initWithFrame:(250<>20 extent:90<>30)) autorelease.
button setBezelStyle:NSRoundedBezelStyle; setTitle:'Convert'; setTarget:conversionScript; setAction:#value.
line := (NSBox alloc initWithFrame:(15<>70 extent:370<>2)) autorelease.
window contentView addSubview:@{form, button, line}.
window setTitle:title; orderFront:nil.
(form cellAtIndex:0) setIntValue:7.
(form cellAtIndex:1) setIntValue:20.
button performClick:nil.
window performClose:nil.
conversionScript := nil.
(form cellAtIndex:2) intValue = 140.
].
path := (NSUserDefaults standardUserDefaults stringForKey:'FScriptRepositoryPath').
(NSFileManager defaultManager fileExistsAtPath:path) ifTrue:
[
converter save: path ++ '/_converter'.
NSKeyedArchiver archiveRootObject:converter toFile: path ++'/_converterxxx'.
unarchivedConverter := sys load: path ++ '/_converter'.
unarchivedConverterxxx := NSKeyedUnarchiver unarchiveObjectWithFile: path ++'/_converterxxx'.
t assert:(unarchivedConverter value:'brume d''aurore, air qui pique').
t assert:(unarchivedConverterxxx value:'plage qui dort, c''est typique').
unarchivedConverter := sys load: path ++ '/_converter'.
unarchivedConverterxxx := NSKeyedUnarchiver unarchiveObjectWithFile: path ++'/_converterxxx'.
t assert:(unarchivedConverter value:'brume d''aurore, air qui pique').
t assert:(unarchivedConverterxxx value:'plage qui dort, c''est typique').
t assert:(converter value:'Au lac de tes yeux tres profonds Mon pauvre coeur se noit et fond').
converter save: path ++ '/_converter'.
NSKeyedArchiver archiveRootObject:converter toFile: path ++'/_converterxxx'.
unarchivedConverter := sys load: path ++ '/_converter'.
unarchivedConverterxxx := NSKeyedUnarchiver unarchiveObjectWithFile: path ++'/_converterxxx'.
t assert:(unarchivedConverter value:'brume d''aurore, air qui pique').
t assert:(unarchivedConverterxxx value:'plage qui dort, c''est typique').
unarchivedConverter := sys load: path ++ '/_converter'.
unarchivedConverterxxx := NSKeyedUnarchiver unarchiveObjectWithFile: path ++'/_converterxxx'.
t assert:(unarchivedConverter value:'brume d''aurore, air qui pique').
t assert:(unarchivedConverterxxx value:'plage qui dort, c''est typique').
unarchivedConverter := nil.
unarchivedConverterxxx := nil.
converter := nil.
]
ifFalse:
[
t addComment:'F-SCRIPT repository does not exist, so I bypass this test.'.
].
"////////////////////////////////////////////////////////////////////////"
t startTest:'Drawing with NSBezierPath'.
NSColor blueColor set.
(NSBezierPath bezierPathWithOvalInRect:(500<>300 extent:100<>100)) stroke.
"////////////////////////////////////////////////////////////////////////"
t startTest:'factorial (including recursivity)'.
_fact1 := [:n| |fact res| fact := [:n| n=1 ifTrue:[1] ifFalse:[n*(fact value:n-1)]]. res := fact value:n. fact := nil. res] value:30.
_fact2 := [:n||res i| res := 1. i := 1. [i <= n] whileTrue:[res := res*i. i := i+1]. res] value:30.
_fact3 := [:n| n iota + 1 \#*] value:30.
t assert:_fact1 = _fact2 & (_fact2 = _fact3).
"////////////////////////////////////////////////////////////////////////"
t startTest:'tak (including recursivity)'.
"Note: _tak1 and _tak2 are now the same... (we used to test our ExecutionControl support here, but it's no longer the case, since ExecutionControl has been removed from F-Script)"
_tak1 := [:x :y :z| y >= x ifTrue:[z] ifFalse:[_tak1 value:(_tak1 value:x-1 value:y value:z) value:(_tak1 value:y-1 value: z value:x) value:(_tak1 value:z-1 value:x value:y)]].
_tak2 := [:x :y :z| y >= x ifTrue:[z] ifFalse:[_tak2 value:(_tak2 value:x-1 value:y value:z) value:(_tak2 value:y-1 value: z value:x) value:(_tak2 value:z-1 value:x value:y)]].
_tak1res := _tak1 value:12 value:6 value:3.
_tak2res := _tak2 value:12 value:6 value:3.
_tak1 := nil.
_tak2 := nil.
t assert:_tak1res = _tak2res & (_tak1res == nil) not. "to do when perf will be acceptables: (tak value:18 value:12 value:6) = 7"
"////////////////////////////////////////////////////////////////////////"
t startTest:'closure 1'.
b := [:x | [:y | y + x]].
b1 := b value:2.
b2 := b value:5.
t assert:(b1 value:10) = 12.
t assert:(b2 value:10) = 15.
b := nil.
b1 := nil.
b2 := nil.
"////////////////////////////////////////////////////////////////////////"
t startTest:'closure 2'.
blocks := {}.
1 to:3 do:
[
:arg| | squared |
squared := arg * arg.
blocks add:[squared].
].
t assert:(blocks value isEqual:{1, 4, 9}).
blocks := nil.
"////////////////////////////////////////////////////////////////////////"
t startTest:'closure 3'.
b := [|l| l := 7. (NSException exceptionWithName:'lolo' reason:'test' userInfo:(NSDictionary dictionaryWithObject:[l] forKey:'subBlock')) raise].
t assert:((b onException:[:e| e userInfo objectForKey:'subBlock']) value = 7).
b := nil.
"////////////////////////////////////////////////////////////////////////"
t startTest:'Block, local variable initialization'.
t assert:[|l1| l1] value == nil.
t assert:([:a| |l1| l1] value:8) == nil.
t assert:([|l1 l2| {l1,l2}] value isEqual:{nil,nil}).
"////////////////////////////////////////////////////////////////////////"
t startTest:'Block save/load'.
_b := 5.
x := [|n| n :=100. [:w| _b+(n*w)] value:[2+(n/100+_b)] value].
y := [_b].
z := x copy autorelease.
zz := z.
bl := [:a| {[a+_b] value, x, y, z, zz, x value}].
path := (NSUserDefaults standardUserDefaults stringForKey:'FScriptRepositoryPath').
(NSFileManager defaultManager fileExistsAtPath:path) ifTrue:
[
bl save:path++'/_test'.
]
ifFalse:
[
t addComment:'F-SCRIPT repository does not exist, so I bypass this test.'.
].
(NSFileManager defaultManager fileExistsAtPath:path++'/_test') ifTrue:
[
bl2 := sys load:path++'/_test'.
t assert:( ((bl2 value:10) at:0) = 15).
t assert:( (((bl2 value:10) at:1) value:10) = 805 ).
_b:=300.
t assert:( ((bl2 value:10) at:2) value = 300 ).
_b := 5.
t assert:( (((bl2 value:10) at:3) value:10) = 805 ).
t assert:( (((bl2 value:10) at:4) value:10) = 805 ).
t assert:( ((bl2 value:10) at:5) = 805).
bl2 := nil.
]
ifFalse:
[
t addComment:'_test file does not exist, so I bypass some test.'.
].
(NSFileManager defaultManager fileExistsAtPath:path++'/_test') ifTrue:
[ |bl2|
bl2 := sys load:path++'/_test'.
t assert:( ((bl2 value:10) at:0) = 15).
t assert:( (((bl2 value:10) at:1) value:10) = 805 ).
_b:=300.
t assert:( (((bl2 value:10) at:2) value) = 300 ).
_b := 5.
t assert:( (((bl2 value:10) at:3) value:10) = 805 ).
t assert:( (((bl2 value:10) at:4) value:10) = 805 ).
t assert:(((bl2 value:10) at:5) = 805).
bl2 := nil.
]
ifFalse:
[
t addComment:'_test file does not exist, so I bypass some test.'.
].
x := nil.
y := nil.
z := nil.
zz := nil.
bl := nil.
"////////////////////////////////////////////////////////////////////////"
t startTest:'playing with flight tutorial objects 1'.
(sys identifiers containsObject:@{'F','A','P'}) \#& ifTrue:
[
r1 := P salary.
P_salary := [|i nb r| r := {}. i := 0. nb := P count. [i < nb] whileTrue:[r add:(P at:i) salary. i := i+1]. r].
r2 := P_salary value.
t assert:(r1 isEqual:r2).
]
ifFalse:
[
t addComment:'F,A or P undefined, so I bypass this test.'.
].
"////////////////////////////////////////////////////////////////////////"
t startTest:'playing with flight tutorial objects 2'.
(sys identifiers containsObject:@{'F','A','P'}) \#& ifTrue:
[
_r1 := A at:({'PARIS', 'NEW YORK', 'BOSTON'} containsObject:@ A location).
_r2 := A at:(A location @2=@1 {'PARIS', 'NEW YORK', 'BOSTON'} \#|).
_r3 := A at:(A location @1=@2 {'PARIS', 'NEW YORK', 'BOSTON'} @\#|).
_r4 := A at:((A location >< {'PARIS', 'NEW YORK', 'BOSTON'}) @count > 0).
_r5 := A at:({'PARIS', 'NEW YORK', 'BOSTON'} !@ A location < 3).
t assert:(_r1 isEqual:_r2) & (_r2 isEqual:_r3) & (_r3 isEqual:_r4) & (_r1 isEqual:_r5).
_r1 := A where:({'PARIS', 'NEW YORK', 'BOSTON'} containsObject:@ A location).
_r2 := A where:(A location @2=@1 {'PARIS', 'NEW YORK', 'BOSTON'} \#|).
_r3 := A where:(A location @1=@2 {'PARIS', 'NEW YORK', 'BOSTON'} @\#|).
_r4 := A where:((A location >< {'PARIS', 'NEW YORK', 'BOSTON'}) @count > 0).
_r5 := A where:({'PARIS', 'NEW YORK', 'BOSTON'} !@ A location < 3).
t assert:(_r1 isEqual:_r2) & (_r2 isEqual:_r3) & (_r3 isEqual:_r4) & (_r1 isEqual:_r5).
_N := (A >< @ (F at:@(P >< F pilot)) airplane) @@count.
t assert:(_N @\#+ \#+ = (_N \#+ \#+) & (_N \#+ \#+ = F count)).
_N := _N transposedBy:{1,0}.
t assert: (_N @\#+ \#+ = (_N \#+ \#+) & (_N \#+ \#+ = F count)).
]
ifFalse:
[
t addComment:'F,A or P undefined, so I bypass this test.'.
].
"////////////////////////////////////////////////////////////////////////"
t startTest:'asBlock & blockFromString:'.
_t := 10000 random:200.
_sort := [:v ||unsorted which sorted|
unsorted := v clone.
sorted := {}.
[unsorted count > 0] whileTrue:
[
which := unsorted = (unsorted \#min:).
sorted := sorted ++ (unsorted where:which).
unsorted := unsorted where:which not.
].
sorted.
].
t assert: (_t at:_t sort) = (_sort value:_t) \#&.
_sort2 := '[:v| |unsorted which sorted|
unsorted := v clone.
sorted := {}.
[unsorted count > 0] whileTrue:
[
which := unsorted = (unsorted \#min:).
sorted := sorted ++ (unsorted where:which).
unsorted := unsorted where:which not.
].
sorted.
]' asBlock.
t assert:((_t at:_t sort) @=@ (_sort2 value:_t) \#&).
_zero := 0.
_sort3 := sys blockFromString:'[:v| |unsorted which sorted|
unsorted := v clone.
sorted := {}.
[unsorted count > _zero] whileTrue:
[
which := unsorted @= (unsorted \#min:).
sorted := sorted ++ (unsorted where:which).
unsorted := unsorted where:which not.
].
sorted.
]'.
t assert:((_t at:_t sort) = (_sort3 value:_t) \ #&).
_sort := nil.
_sort2 := nil.
_sort3 := nil.
"/////////////////////////////////// Forwarding ///////////////////////////////////"
t startCategory:'Forwarding'.
t assertError:[t thisMethodDoesNotExist].
t assert:(t testForward1:34) = 68.
t assert:(t testForward2:'hello') = 'hello'.
t assert:(t testForward3:#init :'arg' :'arg' :'arg' :'arg' :'arg' :'arg' :'arg' :'arg') = #init.
"/////////////////////////////////// C types Mapping ///////////////////////////////////"
t startCategory:'C types Mapping'.
"To do"
t assert: (t CGPointMapping:7<>0) = (7<>0).
t assert: (t CGSizeMapping:(NSValue sizeWithWidth:10.2 height:33.3)) = (NSValue sizeWithWidth:10.2 height:33.3).
t assert: (t CGRectMapping:(7<>0 extent:10.2<>33.3)) = (7<>0 extent:10.2<>33.3).
"/////////////////////////////////// array support (FSNSArray, FSArray) /////////////////////////////////////"
t startCategory:'array support (FSNSArray, FSArray)'.
numbersA1 := {0,1,2,3}. t assert:numbersA1 arrayRep class == ArrayRepDouble.
numbersA2 := numbersA1 clone. numbersA2 becomeArrayOfId.t assert:numbersA2 arrayRep class == ArrayRepId.
numbersA3 := NSArray arrayWithArray:numbersA1.
numbersB1 := {0.2,2,2,1}. t assert:numbersB1 arrayRep class == ArrayRepDouble.
numbersB2 := numbersB1 clone. numbersB2 becomeArrayOfId.t assert:numbersB2 arrayRep class == ArrayRepId.
numbersB3 := NSArray arrayWithArray:numbersB1.
numbersC1 := {-1}. t assert:numbersC1 arrayRep class == ArrayRepDouble.
numbersC2 := numbersC1 clone. numbersC2 becomeArrayOfId.t assert:numbersC2 arrayRep class == ArrayRepId.
numbersC3 := NSArray arrayWithArray:numbersC1.
booleans1:= {false,true,false,true}. t assert:booleans1 arrayRep class == ArrayRepBoolean.
booleans2:= booleans1 clone. booleans2 becomeArrayOfId. t assert:booleans2 arrayRep class == ArrayRepId.
booleans3:= NSArray arrayWithArray:booleans1.
allTrue1 := {true,true,true,true}. t assert:allTrue1 arrayRep class == ArrayRepBoolean.
allTrue2 := allTrue1 clone. allTrue2 becomeArrayOfId. t assert:allTrue2 arrayRep class == ArrayRepId.
allTrue3 := NSArray arrayWithArray:allTrue1.
allFalse1:= {false, false, false, false}. t assert:allFalse1 arrayRep class == ArrayRepBoolean.
allFalse2:= allFalse1 clone. allFalse2 becomeArrayOfId. t assert:allFalse2 arrayRep class == ArrayRepId.
allFalse3:= NSArray arrayWithArray:allFalse1.
empty1 := {}. t assert:empty1 arrayRep class == ArrayRepEmpty.
empty2 := {}. empty2 becomeArrayOfId. t assert:empty2 arrayRep class == ArrayRepId.
empty3 := {1}.empty3 removeAt:0. t assert:empty3 arrayRep class == ArrayRepDouble.
empty4 := {true}.empty4 removeAt:0. t assert:empty4 arrayRep class == ArrayRepBoolean.
empty5 := NSArray arrayWithArray:empty1.
mixed1 := {0,true,'toto',#+}.
mixed2 := NSArray arrayWithArray:mixed1.
sumBlock1 := #+.
sumBlock2 := [:a :b| a+b].
errorBlock1 := [1/0].
errorBlock2 := [:a :b :c :d :e :f :g :h | 1/0].
arrayTestBlock1 :=
[:numbersA :numbersB :numbersC :booleans :allTrue :allFalse :empty :sumBlock :errorBlock|
"/////////////////// Objective-C 2.0 fast enumeration "
t startTest:'Objective-C 2.0 fast enumeration'.
t assert:numbersA = (t duplicateUsingFastEnemeration:numbersA) \ #&.
t assert:numbersB = (t duplicateUsingFastEnemeration:numbersB) \ #&.
t assert:numbersC = (t duplicateUsingFastEnemeration:numbersC) \ #&.
t assert:booleans = (t duplicateUsingFastEnemeration:booleans) \ #&.
t assert:allTrue = (t duplicateUsingFastEnemeration:allTrue) \ #&.
t assert:allFalse = (t duplicateUsingFastEnemeration:allFalse) \ #&.
t assert:(empty = (t duplicateUsingFastEnemeration:empty)) ++ {true} \ #&.
"/////////////////// \ "
t startTest:'\\'.
t assert:numbersA \ sumBlock = 6.
t assert:numbersA \ #* = 0.
t assert:numbersA \ #max: = 3.
t assert:numbersA \ #min: = 0.
t assertError:[numbersA \ errorBlock].
t assertError:[numbersA \ 'toto'].
t assert:numbersC \ sumBlock = -1.
t assert:booleans \ sumBlock = 2 & (allTrue \ sumBlock = 4) & (allFalse \ sumBlock = 0).
t assert:(booleans \#&) not & (allTrue \#&) & (allFalse \#&) not.
t assert:(booleans \#|) & (allTrue \#|) & (allFalse \#|) not.
t assertError:[booleans \ errorBlock].
t assertError:[booleans \ 'toto'].
t assert:empty \ sumBlock == nil.
t assertError:[empty \ errorBlock].
t assertError:[empty \ 'toto'].
"/////////////////// ! "
t startTest:'!'.
t assert:(numbersA ! 0 = 0) & (numbersA ! 1 = 1) & (numbersA ! 3 = 3) & (numbersA ! nil = 4) & (numbersA ! 99 = 4).
t assert:(booleans ! false = 0) & (booleans ! true = 1) & (booleans ! nil = 4) & (booleans ! 99 = 4).
t assert:(empty ! nil = 0) & (empty ! 99 = 0).
"/////////////////// !! "
t startTest:'!!'.
t assert:(numbersA !! 0 = 4) & (numbersA !! 1 = 4) & (numbersA !! 3 = 4) & (numbersA !! nil = 4) & (numbersA !! 99 = 4).
t assert:(booleans !! false = 0) & (booleans !! true = 1) & (booleans !! nil = 4) & (booleans !! 99 = 4).
t assert:(empty !! nil = 0) & (empty !! 99 = 0).
[ |a b c d array|
a := 'toto'.
b := #+.
c := 'toto'.
d := 3<>2.
array := {nil,nil,a,nil,a,b,c,b,a,d,c,a,d}.
t assert:array !!@ {a,b,c,d,nil,99} = {2,5,6,9,0,array count} \#&.
] value.
"/////////////////// difference: "
t startTest:'difference:'.
t assert:((numbersA difference:numbersA) isEqual:empty).
t assert:((numbersA difference:numbersC) containsObject:@numbersA) \#&.
t assert:((numbersA difference:{3,0}) containsObject:@{1,2}) \#&.
t assert:(numbersA difference:{3,0}) count = 2.
t assert:((numbersA difference:empty) containsObject:@numbersA) \#&.
t assert:((booleans difference:allTrue) isEqual:{false}).
t assert:((booleans difference:allFalse) isEqual:{true}).
t assert:(({nil,5,8,nil,'toto'} difference:{nil}) containsObject:@{5,8,'toto'}) \#&.
t assert:(({nil,5,8,nil,'toto'} difference:{5,'toto'}) containsObject:@{nil,8}) \#&.
t assert:((empty difference:numbersA) isEqual:empty).
t assertError:[numbersA difference:nil].
t assertError:[numbersA difference:'toto'].
"/////////////////// distinct "
t startTest:'distinct'.
t assert:(numbersA distinct containsObject:@numbersA) \#&.
t assert:(numbersA distinct count = numbersA count).
t assert:(numbersB distinct containsObject:@{0.2,2,1}) \#&.
t assert:(numbersA distinct count = 4).
t assert:(booleans distinct containsObject:@{true,false}) \#&.
t assert:(booleans distinct count = 2).
t assert:(empty distinct isEqual:empty).
t assert:({nil} distinct isEqual:{nil}).
t assert:({nil,nil} distinct isEqual:{nil}).
t assert:({nil,5,'toto',nil,8} distinct containsObject:@{5,8,'toto',nil}) \#&.
t assert:{nil,5,'toto',nil,8,5,'toto',nil} distinct count = 4.
"/////////////////// distinctId "
t startTest:'distinctId'.
t assert:(numbersB distinctId containsObject:@{2,0.2,1}) \ #&.
t assert:numbersB distinctId count = 4.
t assert:(booleans distinctId containsObject:@{true,false}) \ #&.
t assert:booleans distinctId count = 2.
[ |a b c d array|
a := 'toto'.
b := #+.
c := 'toto'.
d := 3<>2.
array := {nil,nil,a,nil,a,b,c,b,a,d,c,a,d} distinctId.
t assert:(array indexOfObjectIdenticalTo:@{a,b,c,d,nil}) ~= NSNotFound \#&.
t assert:array count = 5.
] value.
t assert:({nil} distinctId isEqual:{nil}).
t assert:({nil,nil} distinctId isEqual:{nil}).
t assert:(empty distinctId isEqual:empty).
"/////////////////// index"
t startTest:'index'.
t assert:(numbersA index isEqual:{0,1,2,3}).
t assert:(numbersB index isEqual:{0,1,2,3}).
t assert:(booleans index isEqual:{0,1,2,3}).
t assert:(empty index isEqual:{}).
t assert:({3,'toto'} index isEqual:{0,1}).
"/////////////////// intersection:"
t startTest:'intersection:'.
t assert:((NSSet setWithArray:(numbersA intersection:numbersA)) isEqual:(NSSet setWithArray:numbersA)).
t assert:((NSSet setWithArray:(numbersA intersection:numbersB)) isEqual:(NSSet setWithArray:{2,1})).
t assert:((NSSet setWithArray:(numbersB intersection:numbersA)) isEqual:(NSSet setWithArray:{2,1})).
t assert:((NSSet setWithArray:(numbersA intersection:booleans)) isEqual:(NSSet setWithArray:{})).
t assert:((NSSet setWithArray:(numbersA intersection:empty)) isEqual:(NSSet setWithArray:{})).
t assert:((numbersA intersection:{nil,3}) isEqual:{3}).
t assert:(({nil,3} intersection:numbersA) isEqual:{3}).
t assert:(({nil,3,nil} intersection:{1,nil,'toto',nil,77,3}) containsObject:@{nil,3}) \ #&.
t assert:({nil,3,nil} intersection:{1,nil,'toto',nil,77,3}) count = 2.
t assertError:[numbersA intersection:nil].
t assertError:[numbersA intersection:'toto'].
"/////////////////// prefixes"
t startTest:'prefixes'.
t assert:(numbersA prefixes isEqual:{{0},{0,1},{0,1,2},{0,1,2,3}}).
t assert:(booleans prefixes isEqual:{{false},{false,true},{false,true,false},{false,true,false,true}}).
t assert:(empty prefixes isEqual:empty).
t assert:({nil,1,nil,nil} prefixes isEqual:{{nil},{nil,1},{nil,1,nil},{nil,1,nil,nil}}).
"/////////////////// reverse"
t startTest:'reverse'.
t assert:(numbersA reverse isEqual:{3,2,1,0}).
t assert:(empty reverse isEqual:{}).
t assert:({nil,2,3,nil,nil} reverse isEqual:{nil,nil,3,2,nil}).
"/////////////////// rotatedBy:"
t startTest:'rotatedBy:'.
t assert:((numbersA rotatedBy:0) isEqual:numbersA).
t assert:((numbersA rotatedBy:numbersA count) isEqual:numbersA).
t assert:((numbersA rotatedBy:numbersA count negated) isEqual:numbersA).
t assert:((numbersA rotatedBy:1) isEqual:{1,2,3,0}).
t assert:((numbersA rotatedBy:2) isEqual:{2,3,0,1}).
t assert:((numbersA rotatedBy:10) isEqual:{2,3,0,1}).
t assert:((numbersA rotatedBy:-1) isEqual:{3,0,1,2}).
t assert:((numbersA rotatedBy:-2) isEqual:{2,3,0,1}).
t assert:((numbersA rotatedBy:-5) isEqual:{3,0,1,2}).
t assertError:[numbersA rotatedBy:nil].
t assertError:[numbersA rotatedBy:'toto'].
t assert:((empty rotatedBy:0) isEqual:empty).
t assert:((empty rotatedBy:1) isEqual:empty).
t assert:((empty rotatedBy:-1) isEqual:empty).
t assert:((empty rotatedBy:10) isEqual:empty).
"/////////////////// scan:"
t startTest:'scan:'.
t assert:((numbersA scan:sumBlock) isEqual:{0,1,3,6}).
t assert:((numbersA scan:#*) isEqual:{0,0,0,0}).
t assert:((numbersA scan:#max:) isEqual:{0,1,2,3}).
t assert:((numbersA scan:#min:) isEqual:{0,0,0,0}).
t assertError:[numbersA scan:errorBlock].
t assertError:[numbersA scan:'toto'].
t assertError:[numbersA scan:nil].
t assert:((numbersC scan:sumBlock) isEqual:{-1}).
t assert:((empty scan:sumBlock) isEqual:{}).
t assertError:[empty scan:'toto'].
t assertError:[empty scan:nil].
"/////////////////// sort"
t startTest:'sort'.
t assert:(numbersA sort isEqual:{0,1,2,3}).
t assert:(numbersB sort isEqual:{0,3,1,2}).
t assert:(numbersC sort isEqual:{0}).
t assert:(booleans sort isEqual:{0,2,1,3}).
t assert:({nil,'b','a','c',nil,'d'} sort isEqual:{2,1,3,5,0,4}).
t assert:(empty sort isEqual:{}).
t assertError:[{#+,8,9,10} sort].
t assertError:[{8,9,10,11,12,#+} sort].
t assertError:[{8,9,10,11,12,#+,13} sort].
"/////////////////// subpartsOfSize:"
t startTest:'subpartsOfSize:'.
t assertError:[numbersA subpartsOfSize:0].
t assert:((numbersA subpartsOfSize:1) isEqual:{{0},{1},{2},{3}}).
t assert:((numbersA subpartsOfSize:2) isEqual:{{0,1},{1,2},{2,3}}).
t assert:((numbersA subpartsOfSize:3) isEqual:{{0,1,2},{1,2,3}}).
t assert:((numbersA subpartsOfSize:4) isEqual:{{0,1,2,3}}).
t assert:((numbersA subpartsOfSize:5) isEqual:{}).
t assertError:[empty subpartsOfSize:0].
t assert:((empty subpartsOfSize:1) isEqual:{}).
"/////////////////// union: "
t startTest:'union:'.
t assert:((numbersA union:numbersA) containsObject:@numbersA) \#&.
t assert:(numbersA union:numbersA) count = numbersA count.
t assert:((numbersA union:numbersC) containsObject:@(numbersA ++ numbersC)) \#&.
t assert:((numbersA union:{3,0}) containsObject:@numbersA) \#&.
t assert:((numbersA union:empty) containsObject:@numbersA) \#&.
t assert:((booleans union:allTrue) containsObject:@{true,false}) \#&.
t assert:((allFalse union: allTrue) containsObject:@{true,false}) \#&.