Mercurial > octave
view test/mk_bc_overloads_expected.m @ 30226:f3ffb4596bd8
move ptr to imag data in mxArray to separate_full and separate_sparse classes
* mex.cc (class mxArray_separate_full): Move separate pointer to
imaginary array data here from mxArray_base_full along with all
functions that operate on the on the separate array.
(class mxArray_separate_sparse): Move separate pointer to
imaginary array data here from mxArray_base_sparse along with all
functions that operate on the on the separate array.
(mxArray_base_full::fp_to_ov): New template to simplify the
as_octave_value function.
(mxArray_base_sparse::to_ov): New template to simplify the
as_octave_value function.
author | John W. Eaton <jwe@octave.org> |
---|---|
date | Wed, 29 Sep 2021 16:43:08 -0400 |
parents | fc4bb4bd1d5e |
children |
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%% this script is intended to be Matlab compatible %% first, run the script % %% ./build_bc_overloads_tests.sh overloads_only % %% to generate the overloaded functions. % ex.double = 1; ex.single = single (1); ex.logical = true; ex.char = 'char'; ex.int8 = int8 (1); ex.int16 = int16 (1); ex.int32 = int32 (1); ex.int64 = int64 (1); ex.uint8 = uint8 (1); ex.uint16 = uint16 (1); ex.uint32 = uint32 (1); ex.uint64 = uint64 (1); ex.cell = {}; ex.struct = struct (); ex.function_handle = @numel; f = fieldnames (ex); n = numel (f); fid = fopen ('bc_overloads_expected','w'); fid for i = 1:n for j = 1:n s = tbcover (ex.(f{i}), ex.(f{j})); fprintf (fid, '%s %s %s\n', f{i}, f{j}, s); end end fclose (fid)