[olivhoenen]

Fix #146
Affects IMAS-Python since 2.2.0 (but only when used with IMAS-Core>=5.6)
Also use this opportunity to remove a warning raised by Java-25 when running jTraverser.

[prasad-sawantdesai]

Thanks for the fix. It works..

$ python summary_rw.py 
16:23:19 INFO     Parsing data dictionary version 4.1.1 @dd_zip.py:89
16:23:19 INFO     Creating and caching MDSplus model at /tmp/sawantp1/imas/mdsplus/4.1.1.xml-8183868f_1959966d92a34fc0959de542a41f0353, this may take a while @mdsplus_model.py:177
16:24:46 INFO     MDSplus model at /tmp/sawantp1/imas/mdsplus/4.1.1.xml-8183868f_1959966d92a34fc0959de542a41f0353 created, moving to /home/ITER/sawantp1/.cache/imas/mdsplus/4.1.1.xml-8183868f @mdsplus_model.py:184
Wrote summary to imas:mdsplus?path=./summary_test (DD 4.1.1)
Read 11 time points
  t =  0.000 s   ip =   -0.000 MA
  t =  0.100 s   ip =   -6.932 MA
  t =  0.200 s   ip =  -11.424 MA
  t =  0.300 s   ip =  -13.577 MA
  t =  0.400 s   ip =  -14.460 MA
  t =  0.500 s   ip =  -14.799 MA
  t =  0.600 s   ip =  -14.926 MA
  t =  0.700 s   ip =  -14.973 MA
  t =  0.800 s   ip =  -14.990 MA
  t =  0.900 s   ip =  -14.996 MA
  t =  1.000 s   ip =  -14.999 MA
Round-trip OK

$ module list 2>&1 | grep -i IMAS-Core
 18) libffi/3.4.4-GCCcore-13.2.0              39) libxslt/1.1.38-GCCcore-13.2.0              60) LibTIFF/4.6.0-GCCcore-13.2.0              81) IMAS-Core/5.7.1-intel-2023b

$ python -c "import imas; print(imas.__version__)"
2.3.1.dev8

$ export IMAS_VERSION=3.42.2
$ python summary_rw.py 
16:27:30 INFO     Parsing data dictionary version 3.42.2 @dd_zip.py:89
16:27:30 INFO     Creating and caching MDSplus model at /tmp/sawantp1/imas/mdsplus/3.42.2.xml-d66c8a74_e1e0ff1de52a466c8d0df4268b774b8e, this may take a while @mdsplus_model.py:177
16:29:02 INFO     MDSplus model at /tmp/sawantp1/imas/mdsplus/3.42.2.xml-d66c8a74_e1e0ff1de52a466c8d0df4268b774b8e created, moving to /home/ITER/sawantp1/.cache/imas/mdsplus/3.42.2.xml-d66c8a74 @mdsplus_model.py:184
Wrote summary to imas:mdsplus?path=./summary_test (DD 3.42.2)
Read 11 time points
  t =  0.000 s   ip =   -0.000 MA
  t =  0.100 s   ip =   -6.932 MA
  t =  0.200 s   ip =  -11.424 MA
  t =  0.300 s   ip =  -13.577 MA
  t =  0.400 s   ip =  -14.460 MA
  t =  0.500 s   ip =  -14.799 MA
  t =  0.600 s   ip =  -14.926 MA
  t =  0.700 s   ip =  -14.973 MA
  t =  0.800 s   ip =  -14.990 MA
  t =  0.900 s   ip =  -14.996 MA
  t =  1.000 s   ip =  -14.999 MA
Round-trip OK

$ cat summary_rw.py 
#!/usr/bin/env python
import numpy as np
import imas

uri = f"imas:mdsplus?path=./summary_test"

# ---- Write ----
time = np.linspace(0.0, 1.0, 11)          # s
ip = -15.0e6 * np.tanh(5.0 * time)        # A (ramp-up to -15 MA)

with imas.DBEntry(uri, "w") as dbentry:
    summary = dbentry.factory.summary()
    summary.ids_properties.homogeneous_time = imas.ids_defs.IDS_TIME_MODE_HOMOGENEOUS
    summary.ids_properties.comment = "Test summary IDS: time + ip"
    summary.time = time
    summary.global_quantities.ip.value = ip
    dbentry.put(summary)
    print(f"Wrote summary to {uri} (DD {dbentry.factory.version})")

# ---- Read ----
with imas.DBEntry(uri, "r") as dbentry:
    summary = dbentry.get("summary")
    t = summary.time
    ip_r = summary.global_quantities.ip.value
    print(f"Read {len(t)} time points")
    for ti, ipi in zip(t, ip_r):
        print(f"  t = {ti:6.3f} s   ip = {ipi / 1e6:8.3f} MA")

assert np.allclose(t, time) and np.allclose(ip_r, ip)
print("Round-trip OK")