>>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/instrhwinfo.m ***** test block 1: test is_test=1 is_xtest=0 Code: a = instrhwinfo(); assert(! isempty (a)) --> success=1, msg= ***** test block 2: xtest is_test=1 is_xtest=1 Code: # could fail if no serial ports? assert(!isempty(instrhwinfo("serial"))) --> success=1, msg= ***** test block 3: error /Invalid call to instrhwinfo/ is_test=1 is_xtest=0 Code: instrhwinfo("serial", "2ndarg") --> success=1, msg= ***** test block 4: test is_test=1 is_xtest=0 Code: p = pkg('describe', 'instrument-control'); hw = instrhwinfo (); assert (hw.ToolboxVersion, p{1}.version) --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/seriallist.m ***** test block 1: assert is_test=1 is_xtest=0 Code: assert(seriallist, instrhwinfo("serial")) --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/tcpip.m ***** test block 1: test is_test=1 is_xtest=0 Code: a = tcpip ("octave.org", 80); assert(isa(a, "octave_tcp")); fclose(a); --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/__instr_hwinfo__.cc-tst ***** test block 1: test is_test=1 is_xtest=0 Code: a = __instr_hwinfo__(); assert (! isempty (a)); --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/__tcp_properties__.cc-tst ***** test block 1: shared vars: ip Code: ip = resolvehost("www.octave.org", "address"); --> success=1, msg= ***** test block 2: test is_test=1 is_xtest=0 Code: # test get a = tcp (ip, 80); assert (__tcp_properties__ (a,"type"), "tcp"); assert (__tcp_properties__ (a,"remoteport"), 80); assert (__tcp_properties__ (a,"remotehost"), ip); assert (__tcp_properties__ (a,"timeout"), -1); assert (__tcp_properties__ (a,"status"), "open"); assert (__tcp_properties__ (a,"name"), ["TCP-" ip]); fail ("__tcp_properties__ (a,'invalid')", "invalid property name"); tcp_close (a); assert (__tcp_properties__ (a,"status"), "closed"); --> success=1, msg= ***** test block 3: test is_test=1 is_xtest=0 Code: # test set a = tcp(ip, 80); __tcp_properties__ (a, 'name', "mytest"); assert (__tcp_properties__ (a,"name"), "mytest"); fail ("__tcp_properties__ (a,'invalid', 1)", "invalid property name"); tcp_close (a); --> success=1, msg= ***** test block 4: test is_test=1 is_xtest=0 Code: # test flush a = tcp(ip, 80); __tcp_properties__ (a, 'flush', 0); __tcp_properties__ (a, 'flush', 1); __tcp_properties__ (a, 'flush', 2); fail ("__tcp_properties__ (a,'flush')", "invalid property name"); tcp_close (a); --> success=1, msg= ***** test block 5: error /wrong number of arguments/ is_test=1 is_xtest=0 Code: __tcp_properties__ () --> success=1, msg= ***** test block 6: error /wrong number of arguments/ is_test=1 is_xtest=0 Code: __tcp_properties__ (1) --> success=1, msg= ***** test block 7: test is_test=1 is_xtest=0 Code: a = tcp (ip, 80); fail ("__tcp_properties__ (a, 'name', 'test', 0)", "wrong number of arguments"); tcp_close (a); --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/__udp_properties__.cc-tst ***** test block 1: test is_test=1 is_xtest=0 Code: # test get a = udp (); assert (__udp_properties__ (a,"type"), "udp"); assert (__udp_properties__ (a,"remoteport"), 23); assert (__udp_properties__ (a,"remotehost"), "127.0.0.1"); assert (__udp_properties__ (a,"timeout"), -1); assert (__udp_properties__ (a,"status"), "open"); assert (__udp_properties__ (a,"name"), "UDP-127.0.0.1"); fail ("__udp_properties__ (a,'invalid')", "invalid property name"); udp_close (a); assert (__udp_properties__ (a,"status"), "closed"); --> success=1, msg= ***** test block 2: test is_test=1 is_xtest=0 Code: # test set a = udp(); __udp_properties__ (a, 'name', "mytest"); assert (__udp_properties__ (a,"name"), "mytest"); fail ("__udp_properties__ (a,'invalid', 1)", "invalid property name"); udp_close (a); --> success=1, msg= ***** test block 3: test is_test=1 is_xtest=0 Code: # test flush a = udp(); __udp_properties__ (a, 'flush', 0); __udp_properties__ (a, 'flush', 1); __udp_properties__ (a, 'flush', 2); fail ("__udp_properties__ (a,'flush')", "invalid property name"); udp_close (a); --> success=1, msg= ***** test block 4: error /wrong number of arguments/ is_test=1 is_xtest=0 Code: __udp_properties__ () --> success=1, msg= ***** test block 5: error /wrong number of arguments/ is_test=1 is_xtest=0 Code: __udp_properties__ (1) --> success=1, msg= ***** test block 6: test is_test=1 is_xtest=0 Code: a = udp (); fail ("__udp_properties__ (a, 'name', 'test', 0)", "wrong number of arguments"); udp_close (a); --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/gpib.cc-tst ***** test block 1: test is_test=1 is_xtest=0 Code: if any(strcmp(instrhwinfo().SupportedInterfaces, "gpib")) fail ("gpib ()", "Invalid call to gpib"); else fail ("gpib ()", "gpib: Your system doesn't support the GPIB interface"); endif --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/i2c.cc-tst ***** test block 1: test is_test=1 is_xtest=0 Code: if any(strcmp(instrhwinfo().SupportedInterfaces, "i2c")) fail ("i2c ()", "Invalid call to i2c"); else fail ("i2c ()", "i2c: Your system doesn't support the I2C interface"); endif --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/parallel.cc-tst ***** test block 1: test is_test=1 is_xtest=0 Code: if any(strcmp(instrhwinfo().SupportedInterfaces, "parallel")) fail ("parallel ()", "Invalid call to parallel"); else fail ("parallel ()", "parallel: Your system doesn't support the parallel interface"); endif --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/pp_close.cc-tst ***** test block 1: xtest is_test=1 is_xtest=1 Code: if any (strcmp(instrhwinfo().SupportedInterfaces, "parallel")) a = parallel (); pp_close (a); endif --> success=1, msg= ***** test block 2: test is_test=1 is_xtest=0 Code: if any (strcmp(instrhwinfo().SupportedInterfaces, "parallel")) fail ("pp_close(1);", "Invalid call to pp_close"); endif --> success=1, msg= ***** test block 3: test is_test=1 is_xtest=0 Code: if any (strcmp(instrhwinfo().SupportedInterfaces, "parallel")) fail ("pp_close();", "Invalid call to pp_close"); endif --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/pp_ctrl.cc-tst ***** test block 1: xtest is_test=1 is_xtest=1 Code: if any (strcmp(instrhwinfo().SupportedInterfaces, "parallel")) a = parallel (); v = pp_ctrl(a); pp_close (a); endif --> success=1, msg= ***** test block 2: test is_test=1 is_xtest=0 Code: if any (strcmp(instrhwinfo().SupportedInterfaces, "parallel")) fail ("pp_ctrl(1);", "Invalid call to pp_ctrl"); endif --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/pp_data.cc-tst ***** test block 1: xtest is_test=1 is_xtest=1 Code: if any (strcmp(instrhwinfo().SupportedInterfaces, "parallel")) a = parallel (); d = pp_data (a); pp_close (a); endif --> success=1, msg= ***** test block 2: test is_test=1 is_xtest=0 Code: if any (strcmp(instrhwinfo().SupportedInterfaces, "parallel")) fail ("pp_data(1);", "Invalid call to pp_data"); endif --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/pp_datadir.cc-tst ***** test block 1: xtest is_test=1 is_xtest=1 Code: if any (strcmp(instrhwinfo().SupportedInterfaces, "parallel")) a = parallel (); d = pp_datadir (a); pp_close (a); endif --> success=1, msg= ***** test block 2: test is_test=1 is_xtest=0 Code: if any (strcmp(instrhwinfo().SupportedInterfaces, "parallel")) fail ("pp_datadir(1);", "Invalid call to pp_datadir"); endif --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/pp_stat.cc-tst ***** test block 1: xtest is_test=1 is_xtest=1 Code: if any (strcmp(instrhwinfo().SupportedInterfaces, "parallel")) a = parallel (); d = pp_stat (a); pp_close (a); endif --> success=1, msg= ***** test block 2: test is_test=1 is_xtest=0 Code: if any (strcmp(instrhwinfo().SupportedInterfaces, "parallel")) fail ("pp_stat(1);", "Invalid call to pp_stat"); endif --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/resolvehost.cc-tst ***** test block 1: xtest is_test=1 is_xtest=1 Code: name = resolvehost ("wiki.octave.org"); assert(! isempty (name)); --> success=1, msg= ***** test block 2: xtest is_test=1 is_xtest=1 Code: [name, addr] = resolvehost ("wiki.octave.org"); assert (! isempty (name)); assert (! isempty (addr)); assert (name, resolvehost ("wiki.octave.org", "name")); assert (addr, resolvehost ("wiki.octave.org", "address")); --> success=1, msg= ***** test block 3: error /Invalid call to resolvehost/ is_test=1 is_xtest=0 Code: resolvehost (); --> success=1, msg= ***** test block 4: error /Invalid call to resolvehost/ is_test=1 is_xtest=0 Code: resolvehost (1); --> success=1, msg= ***** test block 5: error /Invalid call to resolvehost/ is_test=1 is_xtest=0 Code: resolvehost ("wiki.octave.org", 1); --> success=1, msg= ***** test block 6: error /Invalid call to resolvehost/ is_test=1 is_xtest=0 Code: resolvehost ("wiki.octave.org", "addr"); --> success=1, msg= ***** test block 7: error /Invalid call to resolvehost/ is_test=1 is_xtest=0 Code: resolvehost ("wiki.octave.org", "name", 1); --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/serial.cc-tst ***** test block 1: test is_test=1 is_xtest=0 Code: if any(strcmp(instrhwinfo().SupportedInterfaces, "serial")) fail ("serial ()", "Invalid call to serial"); else fail ("serial ()", "serial: Your system doesn't support the serial interface"); endif --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/tcp.cc-tst ***** test block 1: test is_test=1 is_xtest=0 Code: addr = resolvehost ('gnu.org', 'address'); a = tcp (addr, 80); assert (! isnull (a)); assert (isa (a, 'octave_tcp')); tcp_close (a); --> success=1, msg= ***** test block 2: error /Invalid call to tcp/ is_test=1 is_xtest=0 Code: tcp (1) --> success=1, msg= ***** test block 3: error /Invalid call to tcp/ is_test=1 is_xtest=0 Code: tcp (1, 1) --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/tcp_close.cc-tst ***** test block 1: test is_test=1 is_xtest=0 Code: addr = resolvehost ('gnu.org', 'address'); a = tcp (addr, 80); tcp_close (a); --> success=1, msg= ***** test block 2: error /Invalid call to tcp_close/ is_test=1 is_xtest=0 Code: tcp_close (1) --> success=1, msg= ***** test block 3: error /Invalid call to tcp_close/ is_test=1 is_xtest=0 Code: tcp_close () --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/tcp_read.cc-tst ***** test block 1: test is_test=1 is_xtest=0 Code: addr = resolvehost ('gnu.org', 'address'); a = tcp (addr, 80); assert (! isnull (a)); # server should be waiting for us to send request fail ("tcp_read (a, 10, 0, 0)", "Invalid call to tcp_read"); [d,c] = tcp_read (a, 1, 0); assert (0, c); assert (isempty (d)); tic; [d,c] = tcp_read (a, 1, 1000); t = toc; assert (c, 0); assert (isempty (d)); assert (t, 1.0, 0.1) tcp_close (a); --> success=0, msg=test failed: raised error: tcp_read: Error while reading/select: 22 - Invalid argument ***** test block 2: error /Invalid call to tcp_read/ is_test=1 is_xtest=0 Code: tcp_read (1) --> success=1, msg= ***** test block 3: error /Invalid call to tcp_read/ is_test=1 is_xtest=0 Code: tcp_read (1, 10, 0) --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/tcp_write.cc-tst ***** test block 1: error /Invalid call to tcp_write/ is_test=1 is_xtest=0 Code: tcp_write(1, uint8([104 101 108 108 111])) --> success=1, msg= ***** test block 2: error /Invalid call to tcp_write/ is_test=1 is_xtest=0 Code: tcp_write() --> success=1, msg= ***** test block 3: test is_test=1 is_xtest=0 Code: addr = resolvehost ('gnu.org', 'address'); a = tcp (addr, 80);; # call HTTP HEAD req = "HEAD / HTTP/1.1\r\n\r\n"; assert (length (req), tcp_write (a, req)); [d, c] = tcp_read (a, 12, 5000); tcp_close (a); assert (12, c); assert (c, length (d)); --> success=0, msg=test failed: raised error: tcp_read: Error while reading/select: 22 - Invalid argument >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/udp.cc-tst ***** test block 1: test is_test=1 is_xtest=0 Code: # can create default udp object a = udp (); assert (! isnull (a)); assert (isa (a, 'octave_udp')); udp_close (a); --> success=1, msg= ***** test block 2: error /Invalid call to udp/ is_test=1 is_xtest=0 Code: udp (1) --> success=1, msg= ***** test block 3: test is_test=1 is_xtest=0 Code: a = udp ('127.0.0.1', 23, 0, 0); assert (! isnull (a)); udp_close (a); --> success=1, msg= ***** test block 4: error /Invalid call to udp/ is_test=1 is_xtest=0 Code: udp ('127.0.0.1', 23,0,0,0) --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/udp_close.cc-tst ***** test block 1: test is_test=1 is_xtest=0 Code: a = udp(); udp_close(a); --> success=1, msg= ***** test block 2: error /Invalid call to udp_close/ is_test=1 is_xtest=0 Code: udp_close(1) --> success=1, msg= ***** test block 3: error /Invalid call to udp_close/ is_test=1 is_xtest=0 Code: udp_close() --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/udp_read.cc-tst ***** test block 1: test is_test=1 is_xtest=0 Code: a = udp (); assert (! isnull (a)); [d,c] = udp_read (a, 1, 0); assert (c == 0); assert (isempty (d)); udp_close (a); --> success=1, msg= ***** test block 2: error /Invalid call to udp_read/ is_test=1 is_xtest=0 Code: udp_read(1, 10, 0) --> success=1, msg= ***** test block 3: test is_test=1 is_xtest=0 Code: a = udp (); fail ("udp_read (a, 10, 0, 0)", "Invalid call to udp_read"); udp_close (a); --> success=1, msg= ***** test block 4: test is_test=1 is_xtest=0 Code: # does read wait a = udp (); assert (! isnull (a)); tic; [d,c] = udp_read (a, 1, 1000); t = toc; assert (c, 0); assert (isempty (d)); assert (t, 1.0, 0.1) udp_close (a); --> success=0, msg=test failed: raised error: udp_read: Error while reading/select: 22 - Invalid argument >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/udp_timeout.cc-tst ***** test block 1: test is_test=1 is_xtest=0 Code: a = udp(); assert(udp_timeout(a), -1); udp_timeout(a, 103); assert(udp_timeout(a), 103); close(a); --> success=1, msg= ***** test block 2: error /Invalid call to udp_timeout/ is_test=1 is_xtest=0 Code: udp_timeout() --> success=1, msg= ***** test block 3: error /Invalid call to udp_timeout/ is_test=1 is_xtest=0 Code: udp_timeout(1) --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/udp_write.cc-tst ***** test block 1: test is_test=1 is_xtest=0 Code: a = udp (); b = udp (); p = get (a, 'localport'); set (b, 'remoteport', p); p = get (b, 'localport'); set (a, 'remoteport', p); assert (5, udp_write (a, uint8 ([104 101 108 108 111]))); [d, c] = udp_read (b, 5, 1000); assert (c, 5); assert (d, uint8 ([104 101 108 108 111])); udp_close (a); udp_close (b); --> success=0, msg=test failed: raised error: udp_read: Error while reading/select: 22 - Invalid argument ***** test block 2: error /Invalid call to udp_write/ is_test=1 is_xtest=0 Code: udp_write (1, uint8([104 101 108 108 111])) --> success=1, msg= ***** test block 3: error /Invalid call to udp_write/ is_test=1 is_xtest=0 Code: udp_write () --> success=1, msg= ***** test block 4: test is_test=1 is_xtest=0 Code: a = udp (); fail ("udp_write (a, uint8([104 101 108 108 111]), 0)", "Invalid call to udp_write") udp_close (a); --> success=1, msg= ***** test block 5: test is_test=1 is_xtest=0 Code: a = udp (); fail ("udp_write (a)", "Invalid call to udp_write") udp_close (a); --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/usbtmc.cc-tst ***** test block 1: test is_test=1 is_xtest=0 Code: if any(strcmp(instrhwinfo().SupportedInterfaces, "usbtmc")) fail ("usbtmc ()", "Invalid call to usbtmc"); else fail ("usbtmc ()", "usbtmc: Your system doesn't support the USBTMC interface"); endif --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/test/vxi11.cc-tst ***** test block 1: test is_test=1 is_xtest=0 Code: if any(strcmp(instrhwinfo().SupportedInterfaces, "vxi11")) fail ("vxi11 ()", "Invalid call to vxi11"); else fail ("vxi11 ()", "vxi11: Your system doesn't support the VXI11 interface"); endif --> success=1, msg= >>>>> /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/udp_demo.m ***** test block 1: test is_test=1 is_xtest=0 Code: --> success=1, msg= ***** test block 2: test is_test=1 is_xtest=0 Code: --> success=1, msg= ***** test block 3: test is_test=1 is_xtest=0 Code: --> success=1, msg= The following 46 files have no tests: /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_gpib/fclose.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_gpib/fopen.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_gpib/fprintf.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_gpib/fread.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_gpib/fscanf.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_gpib/fwrite.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_i2c/fclose.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_i2c/fopen.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_serial/fclose.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_serial/flushinput.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_serial/flushoutput.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_serial/fopen.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_serial/get.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_serial/set.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_serial/srl_baudrate.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_serial/srl_bytesize.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_serial/srl_close.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_serial/srl_flush.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_serial/srl_parity.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_serial/srl_stopbits.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_serial/srl_timeout.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_tcp/fclose.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_tcp/flushinput.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_tcp/flushoutput.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_tcp/fopen.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_tcp/fprintf.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_tcp/fread.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_tcp/fwrite.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_tcp/get.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_tcp/set.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_udp/fclose.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_udp/flushinput.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_udp/flushoutput.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_udp/fopen.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_udp/fprintf.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_udp/fread.m /Users/janke/Library/Application Support/Octave.app/4.4.1/pkg/instrument-control-0.4.0/@octave_udp/fwrite.m 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