/usr/share/gap/pkg/openmath/tst/test_new is in gap-openmath 11.3.1+ds-2.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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gap> SizeScreen([80]);;
gap> ValidatePackageInfo( Filename( DirectoriesPackageLibrary( "openmath", "" ), "PackageInfo.g" ) );
true
gap> LoadPackage("openmath");
true
gap>
gap> ### Some examples from file openmath/examples
gap>
gap> stream := InputTextFile(Filename(
> DirectoriesPackageLibrary("openmath","tst"),"test3.omt"));;
gap> OMGetObject(stream);
912873912381273891
gap> OMGetObject(stream);
E(4)
gap> OMGetObject(stream);
true
gap> OMGetObject(stream);
false
gap> OMGetObject(stream);
"LAMBDA"
gap> OMGetObject(stream);
"dummy1"
gap> OMGetObject(stream);
"string1"
gap> OMGetObject(stream);
(1,2,3)
gap> OMGetObject(stream);
Group([ (1,2,3) ])
gap> OMGetObject(stream);
(1,2,3)
gap> CloseStream( stream );
gap>
gap> # similar, for file tst/test3.bin: binary encoding
gap>
gap> stream := InputTextFile(Filename(
> DirectoriesPackageLibrary("openmath","tst"),"test3.bin"));;
gap> OMGetObject(stream);
912873912381273891
gap> OMGetObject(stream);
E(4)
gap> OMGetObject(stream);
true
gap> OMGetObject(stream);
false
gap> OMGetObject(stream);
"LAMBDA"
gap> OMGetObject(stream);
"dummy1"
gap> OMGetObject(stream);
"string1"
gap> OMGetObject(stream);
(1,2,3)
gap> OMGetObject(stream);
Group([ (1,2,3) ])
gap> OMGetObject(stream);
(1,2,3)
gap> CloseStream( stream );
gap>
gap> # similar, for file tst/test4.out: gpipe encoding
gap>
gap> stream := InputTextFile(Filename(
> DirectoriesPackageLibrary("openmath","tst"),"test4.out"));;
gap> OMgetObjectByteStream(stream);
912873912381273891
gap> OMgetObjectByteStream(stream);
E(4)
gap> CloseStream( stream );
gap>
gap> # similar, for file tst/test5.omt
gap>
gap> stream := InputTextFile(Filename(DirectoriesPackageLibrary("openmath","tst"),"test5.omt"));;
gap> OMGetObject(stream);
CharacterTable( Alt( [ 1 .. 3 ] ) )
gap> CloseStream( stream );
gap>
gap> # similar, for file tst/test6.omt
gap>
gap> stream := InputTextFile(Filename(DirectoriesPackageLibrary("openmath","tst"),"test6.omt"));;
gap> OMGetObject(stream); OM_GAP_OUTPUT_STR; OM_GAP_ERROR_STR;
""
""
""
gap> a;
1
gap> OMGetObject(stream); OM_GAP_OUTPUT_STR; OM_GAP_ERROR_STR;
1
""
""
gap> OMGetObject(stream); OM_GAP_OUTPUT_STR; OM_GAP_ERROR_STR; OM_GAP_OUTPUT_STR := "";;
true
"3"
""
gap> a;
3
gap> OMGetObject(stream); OM_GAP_OUTPUT_STR; OM_GAP_ERROR_STR;
true
"3"
""
gap> OMGetObject(stream); OM_GAP_OUTPUT_STR; OM_GAP_ERROR_STR; OM_GAP_OUTPUT_STR := "";; OM_GAP_ERROR_STR := "";;
true
"SuPeRfail"
""
gap> OMGetObject(stream); OM_GAP_OUTPUT_STR; OM_GAP_ERROR_STR;
""
""
""
gap> OMGetObject(stream); OM_GAP_OUTPUT_STR; OM_GAP_ERROR_STR;
""
""
""
gap> # there are some objects left on stream, but they are character table examples
gap> CloseStream( stream );
gap>
gap> # similar, for file tst/test_new.omt
gap>
gap> stream := InputTextFile(Filename(DirectoriesPackageLibrary("openmath","tst"),"test_new.omt"));;
gap> OMGetObject(stream);
true
gap> OMGetObject(stream);
[ [ 19, 22 ], [ 43, 50 ] ]
gap> OMGetObject(stream);
6
gap> OMGetObject(stream);
9
gap> OMGetObject(stream);
1
gap> OMGetObject(stream);
E(4)
gap> OMGetObject(stream);
infinity
gap> OMGetObject(stream);
[ 3, 6, 9 ]
gap> OMGetObject(stream);
[ 3, 6, 9 ]
gap> OMGetObject(stream);
[ 3, 6, 9 ]
gap> OMGetObject(stream);
0
gap> OMGetObject(stream);
true
gap> OMGetObject(stream);
true
gap> OMGetObject(stream);
10/9
gap> CloseStream( stream );
gap>
gap> ## Tests of conversion from GAP to OpenMath
gap>
gap> g := SymmetricGroup(5);
Sym( [ 1 .. 5 ] )
gap> t := "";
""
gap> s := OutputTextString(t, true);
OutputTextString(0)
gap> w := OpenMathXMLWriter( s );
<OpenMath XML writer to OutputTextString(0)>
gap> OMPutObject(w, g);
gap> CloseStream(s);
gap>
gap> s := InputTextString(t);
InputTextString(0,345)
gap> g2 := OMGetObject(s);
Group([ (1,2,3,4,5), (1,2) ])
gap> CloseStream(s);
gap> g2 = g;
true
gap>
gap> g := SymmetricGroup(5);
Sym( [ 1 .. 5 ] )
gap> OMPrint(g);
<OMOBJ>
<OMA>
<OMS cd="permgp1" name="group"/>
<OMS cd="permutation1" name="right_compose"/>
<OMA>
<OMS cd="permut1" name="permutation"/>
<OMI>2</OMI>
<OMI>3</OMI>
<OMI>4</OMI>
<OMI>5</OMI>
<OMI>1</OMI>
</OMA>
<OMA>
<OMS cd="permut1" name="permutation"/>
<OMI>2</OMI>
<OMI>1</OMI>
</OMA>
</OMA>
</OMOBJ>
gap>
gap>
gap> ### test with the different kinds of stream
gap>
gap> ## OutputTextFile, InputTextFile
gap>
gap> s := OutputTextFile( Filename( OMDirectoryTemporary, "test" ), false );;
gap> w := OpenMathXMLWriter( s );;
gap> OMPutObject( w, 123 );
gap> OMPutObject( w, false );
gap> OMPutObject( w, "OutputTextFile, InputTextFile" );
gap> CloseStream( s );
gap>
gap> s := InputTextFile( Filename( OMDirectoryTemporary, "test" ) );;
gap> OMGetObject( s );
123
gap> OMGetObject( s );
false
gap> OMGetObject( s );
"OutputTextFile, InputTextFile"
gap> CloseStream( s );
gap>
gap> RemoveFile( Filename( OMDirectoryTemporary, "test" ) );
true
gap>
gap> ## OutputTextUser, InputTextUser
gap>
gap> # how do one tests OutputTextUser?
gap>
gap> # how do one tests InputTextUser?
gap>
gap> ## OutputTextString, InputTextString
gap>
gap> test_string := "";
""
gap>
gap> s := OutputTextString( test_string, false );
OutputTextString(0)
gap> w := OpenMathXMLWriter( s );;
gap> OMPutObject( w, 123 );
gap> OMPutObject( w, false );
gap> OMPutObject( w, "OutputTextString, InputTextString" );
gap> CloseStream( s );
gap>
gap> test_string;
"<OMOBJ>\n\t<OMI>123</OMI>\n</OMOBJ>\n<OMOBJ>\n\t<OMS cd=\"logic1\" name=\"fal\
se\"/>\n</OMOBJ>\n<OMOBJ>\n\t<OMSTR>OutputTextString, InputTextString</OMSTR>\
\n</OMOBJ>\n"
gap>
gap> s := InputTextString( test_string );
InputTextString(0,150)
gap> OMGetObject( s );
123
gap> OMGetObject( s );
false
gap> OMGetObject( s );
"OutputTextString, InputTextString"
gap> CloseStream( s );
gap>
gap> ## OutputTextNone
gap>
gap> s := OutputTextNone( );
OutputTextNone()
gap> w := OpenMathXMLWriter( s );;
gap> OMPutObject( w, 123 );
gap> OMPutObject( w, false );
gap> OMPutObject( w, "OutputTextNone" );
gap> CloseStream( s );
gap>
gap> ### miscellaneous tests
gap>
gap> # test with binary encoding and InputTextString
gap>
gap> s := InputTextString( "\030\020\b\007\cminmax1max\020\b\004\cset1set\>\>\>\t\>\005\021\021\031" );
InputTextString(0,35)
gap> OMGetObject(s);
9
gap> CloseStream(s);
gap>
gap> # test with gpipe encoding and InputTextString
gap>
gap> gpipe_string := List( [ 24, 16, 8, 109, 105, 110, 109, 97, 120, 49, 255, 109, 97, 120, 255, 16, 8, 115,
> 101, 116, 49, 255, 115, 101, 116, 255, 2, 49, 255, 2, 57, 255, 2, 53, 255, 17, 17, 25 ], CHAR_INT );;
gap> s := InputTextString( gpipe_string );
InputTextString(0,38)
gap> OMgetObjectByteStream(s);
9
gap> CloseStream(s);
gap>
gap> # test of a long object
gap>
gap> OMTest(10^4000);
true
gap>
gap> # test of a hexadecimal encoded integer
gap>
gap> s := InputTextString( "<OMOBJ><OMI>x10ab2937fed2837a028374</OMI></OMOBJ>" );
InputTextString(0,49)
gap> OMGetObject(s);
20151098133805576518534004
gap> CloseStream(s);
gap>
gap> # test of escaped XML chars
gap>
gap> s := InputTextString( "<OMOBJ> <OMSTR><&>"'</OMSTR> </OMOBJ>" );
InputTextString(0,57)
gap> OMGetObject(s);
"<&>\"'"
gap> CloseStream(s);
gap>
gap> # test of a strings with all the chars
gap>
gap> OMTest( List( [4..127], CHAR_INT ) );
true
gap>
gap> # test that the strings are returned in string representation
gap>
gap> stream := InputTextString( "<OMOBJ><OMSTR></OMSTR></OMOBJ> <OMOBJ><OMSTR>ciao</OMSTR></OMOBJ>" );;
gap> IsStringRep( OMGetObject( stream ) );
true
gap> IsStringRep( OMGetObject( stream ) );
true
gap> CloseStream(stream);
gap>
gap> ### test of Hasse (there was a bug)
gap>
gap> d := Domain(["0","a","b","c","1"]);
<object>
gap> Elements(d);
[ "0", "1", "a", "b", "c" ]
gap> Size(d);
5
gap>
gap> r := BinaryRelationByElements(d,
> [ DirectProductElement(["0","a"]),
> DirectProductElement(["0","b"]),
> DirectProductElement(["0","c"]),
> DirectProductElement(["a","1"]),
> DirectProductElement(["b","1"]),
> DirectProductElement(["c","1"])]);
<general mapping: <object> -> <object> >
gap>
gap> p := TransitiveClosureBinaryRelation(ReflexiveClosureBinaryRelation(r));
<general mapping: <object> -> <object> >
gap> IsPartialOrderBinaryRelation(p);
true
gap>
gap> h := HasseDiagram(p);
<general mapping: <object> -> <object> >
gap>
gap> # the bug was here.
gap> Elements(UnderlyingRelation(h));
[ DirectProductElement( [ "0", "a" ] ), DirectProductElement( [ "0", "b" ] ),
DirectProductElement( [ "0", "c" ] ), DirectProductElement( [ "a", "1" ] ),
DirectProductElement( [ "b", "1" ] ), DirectProductElement( [ "c", "1" ] ) ]
gap>
gap> ### test for the various supported objects
gap>
gap> #I Searching Method for OMPut with 2 arguments:
gap> #I Total: 18 entries
gap> #I Method 1: ``OMPut: for Rationals'', value: 65
gap>
gap> OMPrint(Rationals);
<OMOBJ>
<OMS cd="setname1" name="Q"/>
</OMOBJ>
gap> OMTest(Rationals);
true
gap>
gap> #I Method 2: ``OMPut: for Integers'', value: 42
gap>
gap> OMPrint(Integers);
<OMOBJ>
<OMS cd="setname1" name="Z"/>
</OMOBJ>
gap> OMTest(Integers);
true
gap>
gap> #I Method 3: ``OMPut: for a range'', value: 40
gap>
gap> OMPrint([3..10]);
<OMOBJ>
<OMA>
<OMS cd="interval1" name="integer_interval"/>
<OMI>3</OMI>
<OMI>10</OMI>
</OMA>
</OMOBJ>
gap> OMTest([3..10]);
true
gap>
gap> #I Method 4: ``OMPut: for a matrix'', value: 32
gap>
gap> OMPrint([[11,12],[21,22]]);
<OMOBJ>
<OMA>
<OMS cd="linalg2" name="matrix"/>
<OMA>
<OMS cd="linalg2" name="matrixrow"/>
<OMI>11</OMI>
<OMI>12</OMI>
</OMA>
<OMA>
<OMS cd="linalg2" name="matrixrow"/>
<OMI>21</OMI>
<OMI>22</OMI>
</OMA>
</OMA>
</OMOBJ>
gap> OMTest([[11,12],[21,22]]);
true
gap>
gap> #I Method 5: ``OMPut: for NonnegativeIntegers'', value: 31
gap>
gap> OMPrint(NonnegativeIntegers);
<OMOBJ>
<OMS cd="setname1" name="N"/>
</OMOBJ>
gap> OMTest(NonnegativeIntegers);
true
gap>
gap> #I Method 6: ``OMPut: for a character table'', value: 23
gap> #I Method 7: ``OMPut: for a permutation group'', value: 23
gap>
gap> OMPrint(AlternatingGroup(6));
<OMOBJ>
<OMA>
<OMS cd="permgp1" name="group"/>
<OMS cd="permutation1" name="right_compose"/>
<OMA>
<OMS cd="permut1" name="permutation"/>
<OMI>2</OMI>
<OMI>3</OMI>
<OMI>4</OMI>
<OMI>5</OMI>
<OMI>1</OMI>
</OMA>
<OMA>
<OMS cd="permut1" name="permutation"/>
<OMI>1</OMI>
<OMI>2</OMI>
<OMI>3</OMI>
<OMI>5</OMI>
<OMI>6</OMI>
<OMI>4</OMI>
</OMA>
</OMA>
</OMOBJ>
gap> OMTest(AlternatingGroup(6));
true
gap>
gap> #I Method: ``OMPut: for a group''
gap>
gap> OMPrint( Group( [[0,1],[-1,0]],[[1,1],[0,1]] ) );
<OMOBJ>
<OMA>
<OMS cd="group1" name="group_by_generators"/>
<OMA>
<OMS cd="linalg2" name="matrix"/>
<OMA>
<OMS cd="linalg2" name="matrixrow"/>
<OMI>0</OMI>
<OMI>1</OMI>
</OMA>
<OMA>
<OMS cd="linalg2" name="matrixrow"/>
<OMI>-1</OMI>
<OMI>0</OMI>
</OMA>
</OMA>
<OMA>
<OMS cd="linalg2" name="matrix"/>
<OMA>
<OMS cd="linalg2" name="matrixrow"/>
<OMI>1</OMI>
<OMI>1</OMI>
</OMA>
<OMA>
<OMS cd="linalg2" name="matrixrow"/>
<OMI>0</OMI>
<OMI>1</OMI>
</OMA>
</OMA>
</OMA>
</OMOBJ>
gap> OMTest( Group( [[0,1],[-1,0]],[[1,1],[0,1]] ) );
true
gap>
gap> #I Method 8: ``OMPut: for an integer'', value: 20
gap>
gap> OMPrint(10^72);
<OMOBJ>
<OMI>100000000000000000000000000000000000000000000000000000000000000000000000\
0</OMI>
</OMOBJ>
gap> OMTest(10^72);
true
gap>
gap> #I Method 9: ``OMPut: for a rational'', value: 19
gap>
gap> OMPrint(10/72);
<OMOBJ>
<OMA>
<OMS cd="nums1" name="rational"/>
<OMI>5</OMI>
<OMI>36</OMI>
</OMA>
</OMOBJ>
gap> OMTest(10/72);
true
gap>
gap> #I Method 10: ``OMPut: for infinity'', value: 18
gap>
gap> OMPrint(infinity);
<OMOBJ>
<OMS cd="nums1" name="infinity"/>
</OMOBJ>
gap> OMTest(infinity);
true
gap>
gap> #I Method 11: ``OMPut: for a proper cyclotomic'', value: 18
gap>
gap> OMPrint(2/3+5/4*E(4));
<OMOBJ>
<OMA>
<OMS cd="complex1" name="complex_cartesian"/>
<OMA>
<OMS cd="nums1" name="rational"/>
<OMI>2</OMI>
<OMI>3</OMI>
</OMA>
<OMA>
<OMS cd="nums1" name="rational"/>
<OMI>5</OMI>
<OMI>4</OMI>
</OMA>
</OMA>
</OMOBJ>
gap> OMTest(2/3+5/4*E(4));
true
gap>
gap> #I Method 12: ``OMPut: for a row vector'', value: 14
gap>
gap> OMPrint([1,2,3]);
<OMOBJ>
<OMA>
<OMS cd="list1" name="list"/>
<OMI>1</OMI>
<OMI>2</OMI>
<OMI>3</OMI>
</OMA>
</OMOBJ>
gap> OMTest([1,2,3]);
true
gap>
gap> #I Method 13: ``OMPut: for a Hasse diagram'', value: 13
gap>
gap> OMPrint(h);
<OMOBJ>
<OMBIND>
<OMS cd="fns2" name="constant"/>
<OMBVAR>
<OMV name="0"/>
<OMV name="a"/>
<OMV name="b"/>
<OMV name="c"/>
<OMV name="1"/>
</OMBVAR>
<OMA>
<OMS cd="relation2" name="hasse_diagram"/>
<OMA>
<OMS cd="list1" name="list"/>
<OMV name="0"/>
<OMA>
<OMS cd="list1" name="list"/>
<OMV name="a"/>
<OMV name="b"/>
<OMV name="c"/>
</OMA>
</OMA>
<OMA>
<OMS cd="list1" name="list"/>
<OMV name="a"/>
<OMA>
<OMS cd="list1" name="list"/>
<OMV name="1"/>
</OMA>
</OMA>
<OMA>
<OMS cd="list1" name="list"/>
<OMV name="b"/>
<OMA>
<OMS cd="list1" name="list"/>
<OMV name="1"/>
</OMA>
</OMA>
<OMA>
<OMS cd="list1" name="list"/>
<OMV name="c"/>
<OMA>
<OMS cd="list1" name="list"/>
<OMV name="1"/>
</OMA>
</OMA>
<OMA>
<OMS cd="list1" name="list"/>
<OMV name="1"/>
<OMA>
<OMS cd="list1" name="list"/>
</OMA>
</OMA>
</OMA>
</OMBIND>
</OMOBJ>
gap>
gap> #I Method 14: ``OMPut: for a finite set'', value: 11
gap>
gap> OMPrint([]);
<OMOBJ>
<OMS cd="set1" name="emptyset"/>
</OMOBJ>
gap> OMTest([]);
true
gap> OMPrint(Set([true,false]));
<OMOBJ>
<OMA>
<OMS cd="set1" name="set"/>
<OMS cd="logic1" name="true"/>
<OMS cd="logic1" name="false"/>
</OMA>
</OMOBJ>
gap> OMTest(Set([true,false]));
true
gap>
gap> #I Method 15: ``OMPut: for a permutation'', value: 10
gap>
gap> OMPrint((1,3,5));
<OMOBJ>
<OMA>
<OMS cd="permut1" name="permutation"/>
<OMI>3</OMI>
<OMI>2</OMI>
<OMI>5</OMI>
<OMI>4</OMI>
<OMI>1</OMI>
</OMA>
</OMOBJ>
gap> OMTest((1,3,5));
true
gap>
gap> #I Method 16: ``OMPut: for a string'', value: 7
gap>
gap> OMPrint("OMPut: for a string");
<OMOBJ>
<OMSTR>OMPut: for a string</OMSTR>
</OMOBJ>
gap> OMTest("OMPut: for a string");
true
gap> OMPrint(Set(['a','b']));
<OMOBJ>
<OMSTR>ab</OMSTR>
</OMOBJ>
gap> OMTest(Set(['a','b']));
true
gap> OMPrint("");
<OMOBJ>
<OMSTR></OMSTR>
</OMOBJ>
gap> OMTest("");
true
gap> # also the escaped XML chars
gap> OMPrint("&");
<OMOBJ>
<OMSTR>&</OMSTR>
</OMOBJ>
gap> OMTest("&");
true
gap> OMPrint("<");
<OMOBJ>
<OMSTR><</OMSTR>
</OMOBJ>
gap> OMTest("<");
true
gap> OMPrint("<&>\"'");
<OMOBJ>
<OMSTR><&>"'</OMSTR>
</OMOBJ>
gap> OMTest("<&>\"'");
true
gap> OMPrint("<&");
<OMOBJ>
<OMSTR>&lt;&amp;</OMSTR>
</OMOBJ>
gap> OMTest("<&");
true
gap>
gap> #I Method 17: ``OMPut: for a finite list or collection'', value: 6
gap>
gap> OMPrint([ [ 1 .. 10 ], Rationals, false, true, infinity, 1, 0 ]);
<OMOBJ>
<OMA>
<OMS cd="list1" name="list"/>
<OMA>
<OMS cd="interval1" name="integer_interval"/>
<OMI>1</OMI>
<OMI>10</OMI>
</OMA>
<OMS cd="setname1" name="Q"/>
<OMS cd="logic1" name="false"/>
<OMS cd="logic1" name="true"/>
<OMS cd="nums1" name="infinity"/>
<OMI>1</OMI>
<OMI>0</OMI>
</OMA>
</OMOBJ>
gap> OMTest([ [ 1 .. 10 ], Rationals, false, true, infinity, 1, 0 ]);
true
gap>
gap> #I Method 18: ``OMPut: for a boolean'', value: 3
gap>
gap> OMPrint(false);
<OMOBJ>
<OMS cd="logic1" name="false"/>
</OMOBJ>
gap> OMTest(false);
true
gap>
gap> #I Method 19: ``OMPut: for a float'', value: 3
gap>
gap> floats := List( [ 0, "-0", 1, 1/2, -1, "inf", "-inf" ], Float );
[ 0., -0., 1., 0.5, -1., inf, -inf ]
gap> OMPrint(floats);
<OMOBJ>
<OMA>
<OMS cd="list1" name="list"/>
<OMF dec="0"/>
<OMF dec="0"/>
<OMF dec="1."/>
<OMF dec="0.5"/>
<OMF dec="-1."/>
<OMF dec="INF"/>
<OMF dec="-INF"/>
</OMA>
</OMOBJ>
gap> OMTest(floats);
true
gap> floats := List( [ 11^7, 11^-7, -11^7, -11^-7, "nan" ], Float );
[ 1.94872e+07, 5.13158e-08, -1.94872e+07, -5.13158e-08, nan ]
gap> OMPrint(floats);
<OMOBJ>
<OMA>
<OMS cd="list1" name="list"/>
<OMF dec="19487171."/>
<OMF dec="5.1315811823070673e-08"/>
<OMF dec="-19487171."/>
<OMF dec="-5.1315811823070673e-08"/>
<OMF dec="NaN"/>
</OMA>
</OMOBJ>
gap> List(floats,OMTest);
[ true, true, true, true, false ]
gap> STOP_TEST( "test", 10000000 );
|