250918.102135.CST [skip ci] matlab/tests: remove setpath.m

Author: zaikunzhang

matlab/tests/pdv.m

@@ -127,7 +127,7 @@ function pdv(options)
 
 % Restore the random number generator state
 rng(orig_rng_state);
-setpath(oldpath);  % Restore the path to oldpath.
+path(oldpath);  % Restore the path to oldpath.
 cd(olddir);  % Go back to olddir.
 fprintf('\nCurrently in %s\n\n', pwd());
 

matlab/tests/private/get_solvers.m

@@ -170,6 +170,6 @@
 
 % If there is an exception, restore the path and rethrow the exception.
 if ~isempty(exception)
-    setpath(oldpath);
+    path(oldpath);
     rethrow(exception);
 end

matlab/tests/private/prepare_test_dir.m

@@ -62,7 +62,7 @@
 % fullfile(root_dir, '.development', 'archiva', 'dev_arch'), and an equivalent version is in
 % fullfile(root_dir, '.development', 'archiva', 'dev_arch', 'norma'), which is the "norma" version
 % of the "archiva" version. We use the latter because the name of the solver there is SOLVER_norma,
-% which is convenient for the test. Consequently, when we compiler the archiva version, the solver
+% which is convenient for the test. Consequently, when we compile the archiva version, the solver
 % name is SOLVER_norma. See get_solvers.m for details.
 archiva_dir = fullfile(root_dir, '.development', 'archiva', 'dev_arch', 'norma');
 

matlab/tests/private/setpath.m

@@ -190,7 +190,7 @@
 % N.B.: Do NOT try uninstalling the solvers, because we may call `verify` again with 'ncp', which
 % means not to compile the solvers and reuse the existing MEX files, which would fail if we
 % uninstall the solvers here.
-setpath(oldpath);
+path(oldpath);
 
 % Go back to olddir.
 cd(olddir);

matlab/tests/profile.m

@@ -108,7 +108,7 @@ function verify(varargin)
 % N.B.: Do NOT try uninstalling the solvers, because we may call `verify` again with 'ncp', which
 % means not to compile the solvers and reuse the existing MEX files, which would fail if we
 % uninstall the solvers here.
-setpath(oldpath);
+path(oldpath);
 
 % Go back to olddir.
 cd(olddir);