Mercurial > octave-dspies
view test/command.tst @ 19010:3fb030666878 draft default tip dspies
Added special-case logical-indexing function
* logical-index.h (New file) : Logical-indexing function. May be called on
octave_value types via call_bool_index
* nz-iterators.h : Add base-class nz_iterator for iterator types. Array has
template bool for whether to internally store row-col or compute on the fly
Add skip_ahead method which skips forward to the next nonzero after its
argument
Add flat_index for computing octave_idx_type index of current position (with
assertion failure in the case of overflow)
Move is_zero to separate file
* ov-base-diag.cc, ov-base-mat.cc, ov-base-sparse.cc, ov-perm.cc
(do_index_op): Add call to call_bool_index in logical-index.h
* Array.h : Move forward-declaration for array_iterator to separate header file
* dim-vector.cc (dim_max): Refers to idx-bounds.h (max_idx)
* array-iter-decl.h (New file): Header file for forward declaration of
array-iterator
* direction.h : Add constants fdirc and bdirc to avoid having to reconstruct
them
* dv-utils.h, dv-utils.cc (New files) :
Utility functions for querying and constructing dim-vectors
* idx-bounds.h (New file) :
Utility constants and functions for determining whether things will overflow
the maximum allowed bounds
* interp-idx.h (New function : to_flat_idx) : Converts row-col pair to linear
index of octave_idx_type
* is-zero.h (New file) : Function for determining whether an element is zero
* logical-index.tst : Add tests for correct return-value dimensions and large
sparse matrix behavior
author | David Spies <dnspies@gmail.com> |
---|---|
date | Fri, 25 Jul 2014 13:39:31 -0600 |
parents | af8a70d6885c |
children |
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## Don't alter the spacing in the command_test lines. These are ## specifically testing for possible differences in things like ## A(X) or A( X ) or A (X) or A ( X ) %!function command_test (varargin) %! assignin ('caller', 'cmd_out', ['|', sprintf('%s|', varargin{:})]); %!endfunction %!function gobble_command (varargin) %!endfunction ## 0, 1, 2, 3 simple arguments %!test %! command_test %! assert (cmd_out, '|') %!test %! command_test a %! assert (cmd_out, '|a|') %!test %! command_test aa b %! assert (cmd_out, '|aa|b|') %!test %! command_test aaa bb c %! assert (cmd_out, '|aaa|bb|c|') ## continuation %!test %! command_test a... %! bb ccc %! assert (cmd_out, '|a|bb|ccc|') %!test %! command_test a ... %! bb ccc %! assert (cmd_out, '|a|bb|ccc|') %!test %! command_test aa(... %! bb cc %! assert (cmd_out, '|aa(|bb|cc|') %!test %! command_test aa( ... %! bb cc %! assert (cmd_out, '|aa( |bb|cc|') ## comments %!test %! command_test aa bb cc%comment %! assert (cmd_out, '|aa|bb|cc|') %!test %! command_test aa bb cc#comment %! assert (cmd_out, '|aa|bb|cc|') %!test %! command_test aa bb cc %comment %! assert (cmd_out, '|aa|bb|cc|') %!test %! command_test aa bb cc #comment %! assert (cmd_out, '|aa|bb|cc|') %!test %! command_test aa bb cc( %comment %! assert (cmd_out, '|aa|bb|cc( |') %!test %! command_test aa bb cc( #comment %! assert (cmd_out, '|aa|bb|cc( |') ## semicolons and commas; multiple commands %!test %! command_test aa bb, gobble_command cc %! assert (cmd_out, '|aa|bb|') %!test %! command_test aa bb ; gobble_command cc %! assert (cmd_out, '|aa|bb|') %!test %! command_test aa bb ; command_test cc dd %! assert (cmd_out, '|cc|dd|') %!test %! command_test aa bb %!test %! command_test cc dd %! assert (cmd_out, '|cc|dd|') ## parenthesis matching %!test %! command_test aa(bb,cc,dd) ee(ff,gg) hh %! assert (cmd_out, '|aa(bb,cc,dd)|ee(ff,gg)|hh|') %!test %! command_test aa([bb,cc)] %! assert (cmd_out, '|aa([bb,cc)]|') %!test %! command_test aa(,@!$@"bb"'cc' %! assert (cmd_out, '|aa(,@!$@"bb"''cc''|') %!test %! command_test aa(bb,cc,dd) %! assert (cmd_out, '|aa(bb,cc,dd)|') %!test %! command_test aa( bb,cc,dd ) %! assert (cmd_out, '|aa( bb,cc,dd )|') %!test %! command_test aa (bb,cc,dd) %! assert (cmd_out, '|aa|(bb,cc,dd)|') %!test %! command_test aa ( bb,cc,dd ) %! assert (cmd_out, '|aa|( bb,cc,dd )|') %!test %! command_test aa(bb, cc, dd) %! assert (cmd_out, '|aa(bb, cc, dd)|') %!test %! command_test aa( bb, cc, dd ) %! assert (cmd_out, '|aa( bb, cc, dd )|') %!test %! command_test aa (bb, cc, dd) %! assert (cmd_out, '|aa|(bb, cc, dd)|') %!test %! command_test aa ( bb, cc, dd ) %! assert (cmd_out, '|aa|( bb, cc, dd )|') ## single and double quotes %!test %! command_test "aa" 'bb' cc %! assert (cmd_out, '|aa|bb|cc|') %!test %! command_test "aa"'bb'cc %! assert (cmd_out, '|aabbcc|') %!test %! command_test aa'bb'"cc" %! assert (cmd_out, '|aabbcc|') %!test %! command_test "aa"bb'cc' %! assert (cmd_out, '|aabbcc|') ## CVX-inspired %!test %! command_test Z(n,n) hermitian toeplitz %! assert (cmd_out, '|Z(n,n)|hermitian|toeplitz|') %!test %! command_test X( n, n ) symmetric %! assert (cmd_out, '|X( n, n )|symmetric|') %!test %! command_test xw( nm-1, nv ); %! assert (cmd_out, '|xw( nm-1, nv )|') %!test %! command_test x( sx ) y( sx ) z( sx ) %! assert (cmd_out, '|x( sx )|y( sx )|z( sx )|') %!test %! command_test coeffs(deg+1) complex; %! assert (cmd_out, '|coeffs(deg+1)|complex|') %!test %! command_test w( 1, npairs * nv ) v( 1, npairs * nv ) %! assert (cmd_out, '|w( 1, npairs * nv )|v( 1, npairs * nv )|') %!test %! command_test w(m,1) % edge weights %! assert (cmd_out, '|w(m,1)|') %!test %! command_test x2( size( x ) ) %! assert (cmd_out, '|x2( size( x ) )|')