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426 lines
16 KiB
Plaintext
426 lines
16 KiB
Plaintext
##
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## set8700 - dotest line tests for the 8700 set of regress.cal
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##
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## Copyright (C) 2006 Ernest Bowen and Landon Curt Noll
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##
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## Calc is open software; you can redistribute it and/or modify it under
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## the terms of the version 2.1 of the GNU Lesser General Public License
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## as published by the Free Software Foundation.
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##
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## Calc is distributed in the hope that it will be useful, but WITHOUT
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## ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
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## or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General
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## Public License for more details.
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##
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## A copy of version 2.1 of the GNU Lesser General Public License is
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## distributed with calc under the filename COPYING-LGPL. You should have
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## received a copy with calc; if not, write to Free Software Foundation, Inc.
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## 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
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##
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## Under source code control: 2006/05/20 14:10:11
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## File existed as early as: 2006
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##
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## chongo <was here> /\oo/\ http://www.isthe.com/chongo/
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## Share and enjoy! :-) http://www.isthe.com/chongo/tech/comp/calc/
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strcpy("", "") == ""
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strcpy("", "xyz") == ""
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strcpy("a", "xyz") == "x"
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strcpy("ab", "xyz") == "xy"
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strcpy("abc", "xyz") == "xyz"
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strcpy("abcd", "xyz") == "xyz\0" ## Result will print as "xyz"
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strcpy("abcde", "xyz") == "xyz\0e"
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strcpy("abcdef", "xyz") == "xyz\0ef"
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strcpy("abcdef", "x\0z") == "x\0z\0ef" ## Note z is copied
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strcpy("abc", "") == "\0bc"
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strncpy("abcdef", "xyz", 0) == "abcdef" ## No characters copied
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strncpy("abcdef", "xyz", 1) == "xbcdef" ## One character copied, no '\0'
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strncpy("abcdef", "xyz", 2) == "xycdef"
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strncpy("abcdef", "xyz", 3) == "xyzdef"
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strncpy("abcdef", "xyz", 4) == "xyz\0ef"
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strncpy("abcdef", "xyz", 5) == "xyz\0\0f" ## Two nulls as in C
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strncpy("abcdef", "xyz", 6) == "xyz\0\0\0"
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strncpy("abcdef", "xyz", 7) == "xyz\0\0\0" ## Size of first string unchanged
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strncpy("a\0cdef", "\0yz", 4) == "\0yz\0ef"
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strncpy("ab", "xyz", 3) == "xy"
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strcmp("", "") == 0
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strcmp("", "a") == -1
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strcmp("\n", "\n") == 0
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strcmp("\0", "") == 1 ## '\0' treated like other characters
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strcmp("ab", "") == 1
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strcmp("ab", "a") == 1
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strcmp("ab", "ab") == 0
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strcmp("ab", "abc") == -1
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strcmp("abc", "abb") == 1
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strcmp("abc", "abc") == 0
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strcmp("abc", "abd") == -1
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strcmp("abc\0", "abc") == 1
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strncmp("abc", "xyz", 0) == 0
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strncmp("abc", "xyz", 1) == -1
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strncmp("abc", "", 1) == 1
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strncmp("abc", "a", 1) == 0
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strncmp("", "", 2) == 0
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strncmp("a", "a", 2) == 0
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strncmp("a", "b", 2) == -1
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strncmp("ab", "ab", 2) == 0
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strncmp("ab", "ac", 2) == -1
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strncmp("\0ac", "\0b", 2) == -1
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strncmp("ab", "abc", 2) == 0
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strncmp("abc", "abd", 2) == 0
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strncmp("a", "a\0", 2) == -1
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strncmp("a", "a", 3) == 0
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strncmp("abc", "abd", 3) == -1
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strncmp("\0\0\n", "\0\0\t", 3) == 1
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str("abc") == "abc"
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str("ab\0") == "ab"
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str("a\0c") == "a"
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str("\0bc") == ""
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size("") == 0
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size("a") == 1
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size("\0") == 1
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size("a\0") == 2
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size("a\0b") == 3
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strlen("\0") == 0
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strlen("a\0") == 1
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strlen("a\0b") == 1
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0 * "abc" == ""
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1 * "abc" == "abc"
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2 * "abc" == "abcabc"
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3 * "abc" == "abcabcabc"
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1 * "" == ""
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-1 * "abc" == "cba"
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-2 * "abc" == "cbacba"
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"abc" + "xyz" == "abcxyz"
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"abc" - "xyz" == "abczyx"
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substr("abcd",0,0) == ""
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substr("abcd",0,1) == "a"
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substr("abcd",0,2) == "ab"
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substr("abcd",1,0) == ""
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substr("abcd",1,1) == "a"
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substr("abcd",1,2) == "ab"
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substr("abcd",2,0) == ""
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substr("abcd",2,1) == "b"
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substr("abcd",2,2) == "bc";
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substr("abcd",2,3) == "bcd";
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substr("abcd",2,4) == "bcd";
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substr("abcd",2,5) == "bcd"; ## substr stops at end of string
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substr("abcd",4,0) == ""
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substr("abcd",4,1) == "d"
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substr("abcd",4,2) == "d"
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substr("abcd",4,3) == "d"
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substr("abcd",5,0) == ""
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substr("abcd",5,1) == ""
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substr("a\0c\0",2,2) == "\0c" ## '\0' treated like other characters
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substr("a\0c\0",2,3) == "\0c\0"
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#"" == 0 ## # operator counts number of bits
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#"\0" == 0
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# "a" == 3
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# "ab" == 6 ## white space ignored
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# "abc" == 10
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# 27 == 4
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# 0b1010111011 == 7
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7 # 9 == 2 ## 7 # 9 = abs(7 - 9)
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3/4 # 2/3 == 1/12
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a = 5, a #= 2, a == 3
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a #= 4, a == 1
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## Binary # operator not defined for strings
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protect(set8700_A) == 0
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## Testing with one lvalue
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isnull(protect(set8700_A,65))
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protect(set8700_A) == 65
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isnull(protect(set8700_A, -1))
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protect(set8700_A) == 64
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protect(set8700_A,-2), protect(set8700_A) == 64
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protect(set8700_A,5), protect(set8700_A) == 69
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protect(set8700_A,-4), protect(set8700_A) == 65
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protect(set8700_A,0), protect(set8700_A) == 0
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protect(set8700_A,1234), protect(set8700_A) == 1234
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protect(set8700_A,-1234), protect(set8700_A) == 0
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protect(set8700_A,65535), protect(set8700_A) == 65535
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protect(set8700_A,-65535), protect(set8700_A) == 0
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## Simple assignments
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set8700_A = 42, protect(set8700_A,1024), set8700_B = set8700_A, protect(set8700_B) == 1024
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set8700_A = 6 * 7, protect(set8700_A) == 1024
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set8700_A == set8700_B
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## Testing matrix protectioon
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set8700_A = mat [3] = {1, 2, list(3,4)}; 1
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protect(set8700_A, 65, 1), protect(set8700_A) == 1089
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protect(set8700_A[0]) == 65
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protect(set8700_A[2]) == 65
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protect(set8700_A[2][1]) == 0
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protect(set8700_A, 65, 2), protect(set8700_A[2][1]) == 65
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protect(set8700_A,-1024), protect(set8700_A) == 65
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protect(set8700_A, -1, 1), protect(set8700_A) == 64
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protect(set8700_A[1]) == 64
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protect(set8700_A[2]) == 64
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protect(set8700_A[2][0]) == 65
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protect(set8700_A,0), protect(set8700_A) == 0
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protect(set8700_A[1]) == 64
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protect(set8700_A, 0, 2), protect(set8700_A) == 0
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protect(set8700_A[1]) == 0
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protect(set8700_A[2][1]) == 0
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protect(set8700_A,1024, 2), protect(set8700_A) == 1024
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protect(set8700_A[2]) == 1024
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protect(set8700_A[2][0], 512), protect(set8700_A[2][0]) == 1536
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## Testing simple assignment of matrix
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set8700_B = set8700_A, protect(set8700_B) == 1024 ## protect(set8700_A) copied
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protect(set8700_B[2]) == 1024 ## protect(set8700_A[2]) copied
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protect(set8700_B[2][0]) == 1536 ## protect(set8700_A[2][0]) copied
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## copying matrix to list
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set8700_B = list(5,6,7), protect(set8700_B) == 1024
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protect(set8700_B[0]) == 0
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protect(set8700_B[2]) == 0
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protect(set8700_A,0), protect(set8700_A) == 0
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copy(set8700_A,set8700_B), set8700_B[0] == 1 && set8700_B[1] == 2
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set8700_B[2] == list(3,4)
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protect(set8700_B) == 1024 ## protect(set8700_A) not copied
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protect(set8700_B[0]) == 1024 ## protect(set8700_A[0]) copied
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protect(set8700_B[2][0]) == 1536 ## protect(set8700_A[2][0]) copied
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## copying matrix to matrix
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set8700_B = mat[3], protect(set8700_B) == 1024
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protect(set8700_B[2]) == 0
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copy(set8700_A,set8700_B), set8700_B[0] == 1 && set8700_B[1] == 2
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set8700_B[2] == list(3,4)
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protect(set8700_B) == 1024 ## protect(set8700_A) not copied
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protect(set8700_B[0]) == 1024 ## protect(set8700_A[0]) copied
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protect(set8700_B[2][0]) == 1536 ## protect(set8700_A[2][0]) copied
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## Testing list protection
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set8700_A = list(1, 2, list(3,4)), 1
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protect(set8700_A,1024, 2), protect(set8700_A) == 1024
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protect(set8700_A[2]) == 1024
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protect(set8700_A[2][0], 512), protect(set8700_A[2][0]) == 1536
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## Simple assignment of list
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set8700_B = set8700_A, protect(set8700_B) == 1024 ## protect(set8700_A) copied
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protect(set8700_B[2]) == 1024 ## protect(set8700_A[2]) copied
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protect(set8700_B[2][0]) == 1536 ## protect(set8700_A[2][0]) copied
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## Copying list to list
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set8700_B = list(5,6,7), protect(set8700_B) == 1024
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protect(set8700_B[2]) == 0
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copy(set8700_A,set8700_B), set8700_B[0] == 1 && set8700_B[1] == 2
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set8700_B[2] == list(3,4)
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protect(set8700_B) == 1024 ## protect(set8700_A) not copied
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protect(set8700_B[0]) == 1024 ## protect(set8700_A[0]) copied
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protect(set8700_B[2][0]) == 1536 ## protect(set8700_A[2][0]) copied
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## Copying list to matrix
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set8700_B = mat[3], protect(set8700_B) == 1024
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protect(set8700_B[2]) == 0
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copy(set8700_A,set8700_B), set8700_B[0] == 1 && set8700_B[1] == 2
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set8700_B[2] == list(3,4)
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protect(set8700_B) == 1024
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protect(set8700_B[0]) == 1024 ## protect(set8700_A[0]) copied
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protect(set8700_B[2][0]) == 1536 ## protect(set8700_A[2][0]) copied
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## Protecting one element of a list
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set8700_A = list(1,4,3,2), protect(set8700_A[1]) == 0
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protect(set8700_A[1], 1024), protect(set8700_A[1]) == 1024
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## Testing sort
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set8700_A = sort(set8700_A), set8700_A == list(1,2,3,4)
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protect(set8700_A[1]) == 0
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protect(set8700_A[3]) == 1024 ## status of 4
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## Testings reverse
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set8700_A = reverse(set8700_A), set8700_A == list(4,3,2,1)
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protect(set8700_A[0]) == 1024 ## status of 4
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## Testing swap
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swap(set8700_A[0], set8700_A[1]), set8700_A == list(3,4,2,1)
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protect(set8700_A[0]) == 0 ## status moved
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protect(set8700_A[1]) == 1024 ## 4 retains protection
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## Testing list with protected list argument
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protect(set8700_A, 0), protect(set8700_A) == 0
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protect(set8700_A, 512), protect(set8700_A) == 512
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protect(set8700_A[1]) == 1024
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set8700_L = list(1,set8700_A,3), protect(set8700_L) == 0
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protect(set8700_L[0]) == 0
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protect(set8700_L[1]) == 512 ## protect(set8700_A) copied
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protect(set8700_L[1][1]) == 1024 ## protect(set8700_A[1]) copied
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## Testing list with "intialization"
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set8700_L = list(1,2,3), protect(set8700_L) == 0
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protect(set8700_L[0]) | protect(set8700_L[1]) | protect(set8700_L[2]) == 0 ## All zero
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set8700_L = {1,set8700_A}, set8700_L[1] == set8700_A
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protect(set8700_L[1]) == 512 ## protect(set8700_A) copied
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protect(set8700_L[1][1]) == 1024 ## protect(set8700_A[1]) copied
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set8700_L[1] = 2, protect(set8700_L[1]) == 512 ## Not changed
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## Testing matrix with "initialization"
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set8700_M = mat[3] = {1,set8700_A}, protect(set8700_M) == 0
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protect(set8700_M[0]) == 0
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protect(set8700_M[1]) == 512 ## protect(set8700_A) copied
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protect(set8700_M[2]) == 0
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protect(set8700_M[1][1]) == 1024 ## protect(set8700_A[1]) copied
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## Testing push, pop, append, remove
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set8700_A = list(1,2), protect(set8700_A,0,1), protect(set8700_A[0]) == 0
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protect(set8700_A[0], 256), protect(set8700_A[0]) == 256
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protect(set8700_A[1]) == 0
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append(set8700_A, pop(set8700_A)), protect(set8700_A[0]) == 0
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protect(set8700_A[1]) == 256
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push(set8700_A, remove(set8700_A)), protect(set8700_A[0]) == 256
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protect(set8700_A[1]) == 0
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## Testing operation-assignments
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set8700_A = 5, protect(set8700_A,1024), protect(set8700_A) == 1024
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protect(set8700_A, 1024), set8700_A = 7, protect(set8700_A) == 1024
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protect(set8700_A,1024), set8700_A += 2, protect(set8700_A) == 1024
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protect(set8700_A,1024), set8700_A *= 2, protect(set8700_A) == 1024
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protect(set8700_A,1024), set8700_A |= 2, protect(set8700_A) == 1024
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protect(set8700_A,1024), set8700_A &= 2, protect(set8700_A) == 1024
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protect(set8700_A,1024), set8700_A ^= 2, protect(set8700_A) == 1024
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protect(set8700_B,0), set8700_B = set8700_getA1(), protect(set8700_B) == 1024
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protect(set8700_B,0), set8700_B = set8700_getA2(), protect(set8700_B) == 1024
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set8700_B = set8700_getvar(), protect(set8700_B) == 1024 + 256
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set8700_x = 7, protect(set8700_x) == 0
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protect(7,2) == error(10234)
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protect(set8700_x,2.5) == error(10235)
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protect(set8700_x,"abc") == error(10235)
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protect(set8700_x, 1e6) == error(10235)
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protect(set8700_x,1), (set8700_x = 2) == error(10366)
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(set8700_x = 3 + 4) == error(10366)
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protect(set8700_x,2), protect(set8700_x) == 3
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protect(set8700_x,-1), protect(set8700_x) == 2
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(set8700_x = 2) == error(10368)
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(set8700_x = 3 + 4) == 7
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protect(set8700_x,2), ++set8700_x == error(10379)
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set8700_x == 7
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--set8700_x == error(10382)
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set8700_x == 7
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set8700_x++ == error(10385)
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set8700_x == 7
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set8700_x-- == error(10388)
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protect(set8700_A,0), protect(set8700_A,16), 1
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set8700_A = "abcdef", protect(set8700_A) == 16 ## No copy to set8700_A
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protect(set8700_B,0), set8700_B = "xyz", protect(set8700_B) == 0
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copy(set8700_B, set8700_A) == error(10226)
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set8700_A == "abcdef" ## set8700_A not changed
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protect(set8700_A,0), copy(set8700_B,set8700_A), set8700_A == "xyzdef"
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protect(set8700_B,128), protect(set8700_B) == 128 ## No copy from set8700_B
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copy(set8700_B,set8700_A,,,3) == error(10225)
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set8700_A == "xyzdef"
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protect(set8700_B,0), copy(set8700_B,set8700_A,,,3), set8700_A == "xyzxyz"
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set8700_A = "abcdef", protect(set8700_A, 16), swap(set8700_A[0], set8700_A[5]) == error(10371)
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set8700_A == "abcdef"
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protect(set8700_A,0), isnull(swap(set8700_A[0], set8700_A[5]))
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set8700_A == "fbcdea"
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protect(set8700_A,2), ++set8700_A[0] == error(10377)
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--set8700_A[1] == error(10380)
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set8700_A[2]++ == error(10383)
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set8700_A[3]-- == error(10386)
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set8700_A == "fbcdea"
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protect(set8700_A,0), ++set8700_A[0] == 'g'
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--set8700_A[1] == 'a'
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set8700_A[2]++ == ord('c')
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set8700_A[3]-- == ord('d')
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set8700_A == "gadcea"
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protect(set8700_x,0), protect(set8700_y,0), protect(set8700_x,256), protect(set8700_y,512),1
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quomod(11,4,set8700_x,set8700_y), set8700_x == 2 && set8700_y == 3
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protect(set8700_x) == 256
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protect(set8700_y) == 512
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set8700_A = mat[3]; protect(set8700_A[0], 1024); protect(set8700_A[0]) == 1024
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set8700_x = 7, protect(set8700_x,0), protect(set8700_x, 512), 1
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set8700_A = {set8700_x,,set8700_x}, protect(set8700_A[0]) == 1536
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protect(set8700_A[1]) == 0
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protect(set8700_A[2]) == 512
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protect(set8700_A,16), protect(set8700_A) == 16 ## No copy to
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set8700_A == (mat[3] = {7,0,7})
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set8700_A = {1,2,3}, errno() == 10390;
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set8700_A == (mat[3] = {7,0,7})
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protect(set8700_A,0), set8700_A = {1,2,3}, set8700_A == (mat[3] = {1,2,3})
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protect(set8700_A[1],1), protect(set8700_A[1]) == 1
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set8700_A = {4,5,6}, errno() == 10394
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set8700_A == (mat[3] = {4,2,6})
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modify(7, "set8700_f") == error(10405)
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set8700_A = list(2,3,5), modify(set8700_A, 7) == error(10406)
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protect(set8700_A,2), modify(set8700_A, "set8700_f") == error(10407)
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protect(set8700_A,0), modify(set8700_A, "h") == error(10408)
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set8700_B = 42, protect(set8700_B,0), modify(set8700_B, "set8700_f") == error(10409)
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set8700_A == list(2,3,5) ## set8700_A not affected by failures
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protect(set8700_A,0,1), modify(set8700_A, "set8700_f") == null()
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set8700_A == list(4,9,25)
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|
modify(set8700_A,"set8700_g") == null()
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protect(set8700_A[0]) == 0
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protect(set8700_A[1]) == 256 && protect(set8700_A[2]) == 256
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|
|
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set8700_A = 0, protect(set8700_A,0), set8700_A = pop(2), set8700_A == error(10181)
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set8700_A = pop(list(1,2,3)), set8700_A == error(10181)
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set8700_B = set8700_A = pop(2), set8700_B == error(10181)
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|
set8700_A = 32, protect(set8700_A,8), (set8700_A = pop(2)) == error(10370)
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|
set8700_A == 32
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|
set8700_B = set8700_A = pop(2), set8700_B == error(10370)
|
|
## Testing copying of protected elements and initialization
|
|
set8700_M1 = mat[3], protect(set8700_M1,0), protect(set8700_M1[1],1), protect(set8700_M1[1]) == 1
|
|
set8700_M2 = mat[3], protect(set8700_M2,0), protect(set8700_M2[2],4), protect(set8700_M2[2]) == 4
|
|
set8700_L = list(set8700_M1, set8700_M2), protect(set8700_L[0][1]) == 1 && protect(set8700_L[1][2]) == 4
|
|
set8700_L = {{1,2,3},{'a','b','c'}}, set8700_L[0] == (mat[3] = {1,0,3})
|
|
set8700_L[1] == (mat[3] = {'a','b',0})
|
|
set8700_M = mat[2], protect(set8700_M,0), set8700_M = {1,2,3,4}, set8700_M == (mat[2] = {1,2})
|
|
set8700_x = 5, set8700_M = {set8700_x++, set8700_x++, set8700_x++, set8700_x++, set8700_x++}, set8700_M == (mat[2] = {5,6})
|
|
set8700_x == 10 ## All initialization terms evaluated
|
|
set8700_S = " ", set8700_S = {'a','b','c','d'}, set8700_S == "abc"
|
|
|
|
set8700_P = obj set8700_point = {1,2,3,4}, set8700_P.set8700_x == 1 && set8700_P.set8700_y == 2 && set8700_P.set8700_z == 3
|
|
protect(set8700_P,16), set8700_Q = set8700_P, set8700_Q = {5,6,7}, set8700_Q == set8700_P
|
|
set8700_P == (obj set8700_point = {1,2,3})
|
|
set8700_L = list(mat[1] = {set8700_P}), protect(set8700_L[0][0]) == 16
|
|
set8700_L = {{{4,5,6}}}, set8700_L[0][0] == set8700_P
|
|
protect(set8700_L,0,2), set8700_L = {{{4,5,6}}}, set8700_L[0][0] == (obj set8700_point = {4,5,6})
|
|
|
|
## Testing quomod
|
|
quomod(14,5,3,4) == error(10374)
|
|
global set8700_a,set8700_b; quomod("abc", 4, set8700_a, set8700_b) == error(10375)
|
|
quomod(14,5,set8700_a,set8700_b,0) == 1 && set8700_a == 2 && set8700_b == 4
|
|
quomod(14,5,set8700_a,set8700_b,1) == 1 && set8700_a == 3 && set8700_b == -1
|
|
quomod("abc",2,set8700_a,set8700_b) == error(10375)
|
|
set8700_a = "abc"; quomod(14,5,set8700_a,set8700_b) == error(10375)
|
|
set8700_a = null(); quomod(14,5,set8700_a,set8700_b,24) == 1; set8700_a == 3 && set8700_b == -1
|
|
quomod(14,5,set8700_a,set8700_a) == error(10374)
|
|
quomod(14,5,set8700_a,set8700_b,-1) == error(10375)
|
|
protect(set8700_a,1); quomod(17,2,set8700_a,set8700_b) == error(10376)
|
|
protect(set8700_a,0); quomod(17,2,set8700_a,set8700_b); set8700_a == 8 && set8700_b == 1
|
|
set8700_p = &set8700_a, set8700_q = &set8700_b; quomod(14,5,*set8700_p,*set8700_q); *set8700_p == 2 && *set8700_q == 4
|
|
|
|
## Testing estr
|
|
base(1/3) == 10
|
|
strcmp(estr(null()), "\"\"") == 0
|
|
strcmp(estr(bernoulli(48)), "-5609403368997817686249127547/46410") == 0
|
|
strcmp(estr(sin(3i)), "1001787492740990189897i/100000000000000000000") == 0
|
|
base(10) == 1/3
|
|
strcmp(estr("fizzbin"), "\"fizzbin\"") == 0
|
|
strcmp(estr(set8700_c), "mat[5]={1,2+3i,-5+4i,6+5i,-7i}") == 0
|
|
strcmp(estr(set8700_e), "mat[16]={0,1,0,0,2,-3/2,2,-1/2,-3,1/2,-1,1/2,1,0,0,0}") == 0
|
|
strcmp(estr(list(2,3,5)), "list(2,3,5)") == 0
|