pnnl / tesp Goto Github PK

Hi all,
I am trying to run the TE-30 challenge of the example, but encountered the following error. I appreciate your help

Using a clean VirtualBox VM install of Ubuntu LTS 20.04.1 the tesp installer runs to completion but the installation doesn't run properly.

• $PATH was not appended to include /opt/tesp/bin
• make_tesp_run_dir.sh errors out and does not create the tesp directory correctly:

cp: cannot state '/share/examples': No such file or directory 
cp: cannot state '/share/ercot': No such file or directory 
cp: cannot state '/share/autotest.py': No such file or directory 
cp: cannot state '/share/autotest_long.py': No such file or directory 

There is no /share in file system; I don't know if there should be one.

Under the FNCS with Prerequisites section of the documentation I get the "fncs library not found" error when executing "cmake ..":

-- Could NOT find FNCS (missing:  FNCS_INCLUDE_DIR FNCS_LIBRARY)
CMake Error at CMakeLists.txt:23 (MESSAGE):
  fncs library not found

-- Configuring incomplete, errors occurred!
See also "/root/src/fncs/java/build/CMakeFiles/CMakeOutput.log".

I am working on an Ubuntu 16.04.3 LTS virtual machine with GCC/G++ 5.4.0 20160609.

The suggested patch isn't working. I still get the same error:

Any help in resolving this is appreciated.

The installer script must run with sudo to install binaries to /opt/tesp. As a result, Python packages have to be installed or removed later with sudo, e.g., sudo pip3 uninstall packagename

Also see this error message from InstallBuilder's debug mode, when trying --no-cache-dir

Script stderr:
The directory '/home/tom/.cache/pip/http' or its parent directory is not owned by the current user and the cache has been disabled. Please check the permissions and owner of that directory. If executing pip with sudo, you may want sudo's -H flag.
The directory '/home/tom/.cache/pip' or its parent directory is not owned by the current user and caching wheels has been disabled. check the permissions and owner of that directory. If executing pip with sudo, you may want sudo's -H flag.

Without --no-cache-dir, those errors don't appear, but PSST isn't upgraded from 0.1.6 to 0.1.9.

The installer can be run in debug mode: sudo installer_name.run --enable-debugger

Installed TESP ok. When testing example "sgip1" I run into an issue related to, I think, gridlab.
The content of gridlabd1a.log is this:

"ERROR [INIT] : connection: local variable '"RegionalWeather".wind_speed' cannot be resolved"

triggered by the gridlab launching command from runSGIP1a.sh script:
"(export FNCS_FATAL=YES && exec gridlabd -D USE_FNCS -D METRICS_FILE=SGIP1a_metrics.json SGIP1b.glm &> gridlabd1a.log &)"

Any ideas where to start to troubleshoot? Thanks!

My system is window .I am using Ubuntu 20 version through window subsystem for linux. I have separately installed gridlabd but in tesp repository ,ns-3 is not building. Please suggest how I able to use your gridlabd when working with tesp . Installing of docker is needed to work . I have tried many times bit same problem

Both run0.sh and run.sh run without error on the console but the graphing script produces an error and no graphs

$ python3 plots.py TE_Challenge


File TE_Challenge has baseMVA 100.0

Generator Dictionary:
Unit Bus Type Pnom Pmax Costs[Start Stop C2 C1 C0]
1 1 pv 163.0 247.0 [ 500.0 0.0 0.03 1.3 180.0 ]
2 2 swing 0.0 192.0 [ 2000.0 0.0 0.085 3.0 100.0 ]
3 3 pv 85.0 128.0 [ 3000.0 0.0 0.122 5.0 135.0 ]
4 9 pq 0.0 250.0 [ 3000.0 0.0 3.0 50.0 1500.0 ]
5 7 pq 0.0 0.0 [ 0.0 0.0 0.0 0.0 0.0 ]

DSO Bus Dictionary:
Bus Pnom Qnom ampFactor [GridLAB-D Substations]
7 100.0 35.0 250.0 ['SUBSTATION7']
Traceback (most recent call last):
  File "plots.py", line 14, in <module>
    pmetrics = pp.read_pypower_metrics (rootname)
  File "/usr/local/lib/python3.8/dist-packages/tesp_support/process_pypower.py", line 92, in read_pypower_metrics
    lst_b = json.loads(lp_b)
  File "/usr/lib/python3.8/json/__init__.py", line 357, in loads
    return _default_decoder.decode(s)
  File "/usr/lib/python3.8/json/decoder.py", line 337, in decode
    obj, end = self.raw_decode(s, idx=_w(s, 0).end())
  File "/usr/lib/python3.8/json/decoder.py", line 355, in raw_decode
    raise JSONDecodeError("Expecting value", s, err.value) from None
json.decoder.JSONDecodeError: Expecting value: line 1 column 1 (char 0)

TESP ships with v2.5.2 of HELICS because later versions were causing some problems. After updating the HELICS version in TESP, the pyhelics version support should also be evaluated:

• pip3 install helics will install a binary version of the library. This should not be needed, since TESP includes a full HELICS build for EnergyPlus, GridLAB-D, ns-3 and Java federates.
• helicsInputGetComplex now returns a tuple of 2 floats. In a pre-release candidate it returned a Python complex, and comments in the pyhelics code indicate that a future version it will again return Python complex. See substation.py and fncsPYPOWER.py for the function calls to change

The loadshed/runhpy.sh example works on Ubuntu 18.04 LTS, with ns-3 in either debug or optimized mode

On Ubuntu 20.04 LTS, a coredump occurs in optimized mode, but it runs in debug mode.

This example involves building loadshedCommNetwork with gcc9 on Ubuntu 20.04 LTS, against ns-3 built with gcc7 on Ubuntu 18.04 LTS. On Ubuntu 18.04 LTS, everything was built with the same gcc version and options.

For now, TESP ships with both debug and optimized builds of ns-3, and runhpy.sh configured to run in debug mode. The debug mode enables ns-3 to produce logging output, but the executables are larger and slower than in optimized mode.

Hi,

I seem to be having some issue with accessing the JSON files. When I run any of the examples suggested, I end up with the same error. Please see the screenshot below:

I looked at the script and it seems like for some reason, it is unable to create and/or open JSON files
Please let me know if I missed something and how can this be resolved.

Thanks,
Rupa

Hi,

This is a strange problem when I trid to use TESP and ran some examples from Running Examples. I mainly focused on loadshed and te30 examples.

This problem is that I was able to run examples with pypower co-simulated over HECLIS successfully, but fail in running examples with pypower co-simulated over FNCS. If the examples do not include pypower federate, I can successfully run them over both HELICS and FNCS. This conclusion comes from many of my experiments following right steps.

First, I want to show my basic settings,
OS: Linux Mint 20.2
User: root
TESP version: 1.0.0
PATH: /usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin:/opt/tesp:/opt/tesp/bin:/opt/tesp/PreProcess:/opt/tesp/PostProcess
TESP_INSTALL: /opt/tesp

Before executing the run.sh (or other version, e.g., runh.sh, runpp.sh) of each example, I always execute ./clean.sh, ./kill5570.sh, ./kill23404.sh for many times. For te30 example, python3 prepare_case.py is also executed in advance to prepare the case.

Then, I can run successfully the following examples:

1. loadshed - GridLAB-D and Python over HELICS (without Pypower)
2. loadshed - GridLAB-D and Python over FNCS (without Pypower)
3. energyplus - EnergyPlus over HELICS (without Pypower)
4. energyplus - EnergyPlus over FNCS (without Pypower)
5. pypower - PYPOWER over HECLIS (include Pypower)
6. TE30 - case with market over HELICS (include Pypower)

I fail in running the following examples:
7. pypower - PYPOWER over FNCS (include Pypower)
8. TE30 - case with market over FNCS (include Pypower)

For case 7 (pypower - PYPOWER over FNCS), the content in pypower.log is:

cat pypower.log 
unit   2 off from 108000 to 154800
ERROR: could not parse time value
WARNING: fncs is not initialized

For case 8 (TE30 - case with market over FNCS), the content in pypower.log is:

cat pypower.log
unit   2 off from 108000 to 154800
ERROR: could not parse time value
WARNING: fncs is not initialized

There is no content is broker.log and gridlabd.log.

So, I guess it could be some problems in the integration of the pypower federate over FNCS.

I wish I can get reply for this issue.

Many thanks!

In the v1.0.0 release, the Energy+ agent is subscribing to an player providing the cleared price rather than those provided by the substation agent. This is likely an error in the prepare_case script that was used for debugging and accidentally left in place for the release.

Somewhere along the line the co-simulation wiring got messed up and is preventing the HVAC agent from getting the HVAC electrical size it needs to use to bid appropriately. This is causing all the HVAC agents to bid the default HVAC quantity of 3 kW.

(At least) two metrics files have different shapes accounting for the time stamps / hours

The pypower metrics files -- {case}m_dict.json, bus{case}metrics.json, gen{case}_metrics.json -- all have 577 time stamps.
The GLD metrics files -- {case}glm_dict.json, substation{case}metrics.json, house{case}metrics.json, billing_meter{case}metrics.json, inverter{case}metrics.json, capacitor{case}metrics.json, regulator{case}_metrics.json -- all have 576 time stamps.

The inconsistency comes from the GLD metrics files not having an entry for time = '0' (zero), whereas this exists (with content) for the pypower metrics files.

prep_substation.py does its own parsing of the GridLAB-D model (.glm) to find the metadata it needs, duplicating the functionality provided by glm_dict.py. We should refactor the code to remove this duplication of functionality, expanding the single implementation so that it provides all necessary metadata from the .glm for all TESP functions.

ReadTheDocs documentation has a sentence about needing to logout and log back in after installation to have the installation take full affect. This is currently overlooked if the use just downloads the installer and runs it.

Need to find a way to get this requirement more directly in the user's face so they don't overlook it.

This provides a strip-chart solution monitor for te30 and other cases, but only when using FNCS.

1. When running comm: does not generate files and yields "KeyError: 'TimeStep'
2. When running loadshed (with ns-3): the Makefile is not in the folder, so make does not work.
   Version is the latest: tesp-0.6.0-linux-x64
   Downloaded on 04/28/2020

There are several scripts that have many hard-coded parameters scattered through the source code (feeder_generator.py, prep_substation.py). To improve transparency and maintainability, we should move these parameters out of the source code files and codify them in input configuration files. Having them as a separate file in the code base allows for better separation between code and input data as well as provides a more direct way of documenting those input parameters (units, where they came from, why they are needed for certain functions).

In the HELICS Energy+ run.sh, it looks like the config file that is referenced should be eplusH.json.

To support dynamic configuration of the metrics collection from GridLAB-D (without having to modify source code), investigate alternative implementations of the metrics collector.

The v1.0.0 implementation of the SGIP1 example shows oscillations in the power system load but not price. These oscillations are only present in the transactive case and are more dominant in the first day of the two-day simulation prior to the outage on day two that drives prices higher.

The energy storage devices show these oscillations as well but are in load-following mode within GridLAB-D and its unclear if these devices are the cause or another indication of a broader problem.

For simulations of appreciable length, including GridLAB-D and/or EnergyPlus, the HELICS version takes 1.6 to 2.0 times as long as the FNCS version. Cause unknown. See
TestCases.xlsx
attached summary.

To help with the reproducibility and traceability problem, we could add a script to TESP that gets the appropriate version and/or commit numbers of all the software used for a particular run. This information could be put into a log file alongside the simulation results.

Following the directions on RTD, running loadshed/runhpy.sh and then python3 plot_loadshed.py loadshed produces no graphs.

File loadshed has substation n650 at Matpower bus TBD with 12.0 MVA transformer

Feeder Dictionary:
n650 has 0 houses and 0 inverters

Billing Meter Dictionary:
m675 on phase ABC of n650 with []
m692 on phase ABC of n650 with []

House Dictionary:

Inverter Dictionary:
Traceback (most recent call last):
  File "plot_loadshed.py", line 41, in <module>
    lp_m = open ("billing_meter_" + sys.argv[1] + "_metrics.json").read()
FileNotFoundError: [Errno 2] No such file or directory: 'billing_meter_loadshed_metrics.json'

I am using aTESP toolbox and I want to implement TESP according to your website guide and documentation through Using Docker and the autotest.py script option. after following the documentation, I received the error about line four of the prepare_case.py file, the error is:

Traceback (most recent call last) :
File "prepare_case.py", line 4, in
tmy_file = os.getenv('TESP_INSTALL') + '/share/support/weather/AZ-Tucson_International_Ap.tmy3'
TypeError: Unsupported operand type(s) for +: 'NoneType' and 'str' .

according to the documentation I install all required support files, However, I deal with this problem, please let me know what is the solution! In addition, there is a YouTube tutorial on the TESP website to install TESP on windows, however, the tesp-0.1.0-windows-installer.exe file does not exist on the GitHub website, is there any other option to install TESP on windows?

I get -ljsoncpp not found when executing the "gridlabd --validate" command under the GridLAB-D with Prerequisites section of the instructions for Building on Ubuntu.

I am working on an Ubuntu 16.04.3 LTS virtual machine with GCC/G++ 5.4.0 20160609.

Probably related to the difference between capturing endpoints vs. filters. The ns-3 version of this example does not capture output in helics_recorder

/usr/bin/ld: /home/merlin/tesp/lib/libns3-dev-internet-debug.so: undefined reference to typeinfo for ns3::Probe' usr/bin/ld: /home/merlin/tesp/lib/libns3-dev-internet-debug.so: undefined reference to ns3::Probe::~Probe()'
/usr/bin/ld: /home/merlin/tesp/lib/libns3-dev-internet-debug.so: undefined reference to ns3::PacketFilter::~PacketFilter()' /usr/bin/ld: /home/merlin/tesp/lib/libns3-dev-point-to-point-debug.so: undefined reference to vtable for ns3::MpiReceiver'
/usr/bin/ld: /home/merlin/tesp/lib/libns3-dev-internet-debug.so: undefined reference to `ns3::TrafficControlHelper::Install(ns3::Ptrns3::NetDevice)'

The libs are in the TESP_INSTALL/lib folder

Hi,
I have installed tesp on my ubuntu virtual machine using the installer, however when I try to run the examples it does not work and the log files have this error "fncs_player: error while loading shared libraries: libfncs.so.1: cannot open shared object file: No such file or directory"
Please what could be the cause for this?

When I follow the instruction and installed the software in ubuntu16.04.But I met the issue when I run the sgip examples.
guo@ubuntu:~/tesp/examples/sgip1$ python3 plots.py SGIP1a

File SGIP1a has baseMVA 100.0

Generator Dictionary:
Unit Bus Type Pnom Pmax Costs[Start Stop C2 C1 C0]
1 1 pv 163.0 247.0 [ 500.0 0.0 0.03 1.3 180.0 ]
2 2 swing 0.0 192.0 [ 2000.0 0.0 0.085 3.0 100.0 ]
3 3 pv 85.0 128.0 [ 3000.0 0.0 0.122 5.0 135.0 ]
4 9 pq 0.0 250.0 [ 3000.0 0.0 3.0 50.0 1500.0 ]
5 7 pq 0.0 0.0 [ 0.0 0.0 0.0 0.0 0.0 ]

FNCS Bus Dictionary:
Bus Pnom Qnom ampFactor [GridLAB-D Substations]
7 100.0 35.0 20.0 ['SUBSTATION7']
Traceback (most recent call last):
File "plots.py", line 6, in
pp.process_pypower (rootname)
File "/home/guo/miniconda3/lib/python3.7/site-packages/tesp_support/process_pypower.py", line 61, in process_pypower
lst_b = json.loads(lp_b)
File "/home/guo/miniconda3/lib/python3.7/json/init.py", line 348, in loads
return _default_decoder.decode(s)
File "/home/guo/miniconda3/lib/python3.7/json/decoder.py", line 337, in decode
obj, end = self.raw_decode(s, idx=_w(s, 0).end())
File "/home/guo/miniconda3/lib/python3.7/json/decoder.py", line 355, in raw_decode
raise JSONDecodeError("Expecting value", s, err.value) from None
json.decoder.JSONDecodeError: Expecting value: line 1 column 1 (char 0)

I think it maybe compatible issue.how to fix that?

Downloaded 0.6.1 version.
Updated tesp_support and all other libraries (no error so far).
Tried to run the comm example.
Called tesp/Nocomm_base/run.sh script, it yielded:

merlin@merlin-VirtualBox: tesp/share/examples/comm/Nocomm_Base$ sh ./run.sh
merlin@merlin-VirtualBox: tesp/share/examples/comm/Nocomm_Base$ starting FNCS substation loop Nocomm_Base_agent_dict.json Nocomm_Base 48 WithMarket
##,tnow,tclear,ClearType,ClearQ,ClearP,BuyCount,BuyUnresp,BuyResp,SellCount,SellUnresp,SellResp,MargQ,MargFrac,LMP,RefLoad,ConSurplus,AveConSurplus,SupplierSurplus,UnrespSupplierSurplus
unit 2 off from 111600 to 154800
Nocomm_Base.glm(28): property interim is not defined in class metrics_collector_writer
Nocomm_Base.glm(26): load failed at or near 'object metri...'
FATAL [INIT] : shutdown after command line rejected

All logs have ZERO bytes, so I don' t know what is happening.
I searched for a discussion forum before posting here, and didn't find.

I followed the Tutorial:
cd ~/tesp/examples/loadshed
./clean.sh
./runhpy.sh
python3 plot_loadshed.py loadshed
But the problem occured,
File "plot_loadshed.py", line 49, in
print ("There are", len (times), "sample times beginning with", times[1] - times[0], "second intervals")
IndexError: list index out of range

In plot_loadshed.py, if it has run lst_m.pop('StartTime') and meta_m = lst_m.pop('Metadata'), st_m becomes a empty dict. So, I have a defective billing_meter_loadshed_metrics.json? The data in the file are as follows:

{"Metadata":{"above_RangeA_Count":{"index":22,"units":""},"above_RangeA_Duration":{"index":12,"units":"s"},"above_RangeB_Count":{"index":24,"units":""},"above_RangeB_Duration":{"index":14,"units":"s"},"below_10_percent_NormVol_Count":{"index":27,"units":""},"below_10_percent_NormVol_Duration":{"index":26,"units":"s"},"below_RangeA_Count":{"index":23,"units":""},"below_RangeA_Duration":{"index":13,"units":"s"},"below_RangeB_Count":{"index":25,"units":""},"below_RangeB_Duration":{"index":15,"units":"s"},"bill":{"index":8,"units":"USD"},"reactive_energy":{"index":7,"units":"VARh"},"reactive_power_avg":{"index":5,"units":"VAR"},"reactive_power_max":{"index":4,"units":"VAR"},"reactive_power_min":{"index":3,"units":"VAR"},"real_energy":{"index":6,"units":"Wh"},"real_power_avg":{"index":2,"units":"W"},"real_power_max":{"index":1,"units":"W"},"real_power_min":{"index":0,"units":"W"},"voltage12_avg":{"index":11,"units":"V"},"voltage12_max":{"index":10,"units":"V"},"voltage12_min":{"index":9,"units":"V"},"voltage_avg":{"index":18,"units":"V"},"voltage_max":{"index":17,"units":"V"},"voltage_min":{"index":16,"units":"V"},"voltage_unbalance_avg":{"index":21,"units":"V"},"voltage_unbalance_max":{"index":20,"units":"V"},"voltage_unbalance_min":{"index":19,"units":"V"}},"StartTime":"2000-01-01 00:00:00 EST"}

Running the examples/loadshed.runhjava.sh fails:

helicshed.java:1: error: package com.java.helics does not exist
import com.java.helics.helics;
                      ^
helicshed.java:2: error: package com.java.helics does not exist
import com.java.helics.*;
^
helicshed.java:7: error: cannot find symbol
	System.out.println ("HELICS Version: " + helics.helicsGetVersion());
	                                         ^
  symbol:   variable helics
  location: class helicshed
helicshed.java:8: error: cannot find symbol
	SWIGTYPE_p_void fi = helics.helicsCreateFederateInfo();
	^
  symbol:   class SWIGTYPE_p_void
  location: class helicshed
helicshed.java:8: error: cannot find symbol
	SWIGTYPE_p_void fi = helics.helicsCreateFederateInfo();
	                     ^
  symbol:   variable helics
  location: class helicshed

among many others; I assume they are all related

Code in ercot/bulk_system (make_case8.py, update_gen.py) will separate the aggregate generation into separate units of realistic size, but this is not currently used.

• The minimum generation is set for correspondence to one component unit, which effectively ignores the startup/shutdown costs within the aggregate
• The quadratic cost functions are not simple to disaggregate. However, the public version of this example has to linearize the cost functions anyway, so that the problem solves in Octave with GLPK. So the cost function translation may not be of concern to the public example.

The price-responsiveness of the loads during the first day of the SGIP1 simulation is very high, leading to significant deviations in loading as compared to the non-price-responsive case.

A TESP user is trying to install TESP using the shell script:

./tesp.sh <Github user name> <Github email address>

Using credentials that are verified to work on the Github website, they are getting an error message "sorry, try again".

Running loadshed/run.sh appears to run to completion but python3 plot_loadshedpy load shed produces no plots

File loadshed has substation n650 at Matpower bus TBD with 12.0 MVA transformer

Feeder Dictionary:
n650 has 0 houses and 0 inverters

Billing Meter Dictionary:
m675 on phase ABC of n650 with []
m692 on phase ABC of n650 with []

House Dictionary:

Inverter Dictionary:
Traceback (most recent call last):
  File "plot_loadshed.py", line 41, in <module>
    lp_m = open ("billing_meter_" + sys.argv[1] + "_metrics.json").read()
FileNotFoundError: [Errno 2] No such file or directory: 'billing_meter_loadshed_metrics.json'

Hello Tom,
When executing python prepare_case.py, I encountered the problem "The procedure entry point .... dynamic link library libstdc++-6.dll." Any suggestions on tackling it.

Thanks,

Huangjie

Especially since we're dealing with a wide variety of simulation tools and source datasets, it would be very useful to have a centralized data repository for both input and output datasets. Such a repository would make the post-processing of data much more straightforward and describing the form of the data (the database schema) would also be be standardized. This would be intended to replace the JSON-based data collection which isn't a great fit for the time-series data we're often dealing with.

helics_cli has a database (sqlite) that is uses to store some of the data that flows over the HELICS message bus that we could potentially draft for this purpose as we plan to use helics_cli to run our co-simulations eventually.

Move Energy+ integration for TESP from FNCS repo to TESP repo

Drawings:

• overview block diagram with updated federates in HELICS
• message flows for the MATPOWER/MOST example
• message flows for the three-building example with consensus mechanism
• diagram of the relationship between meters, nodes and loads in GridLAB-D, including three-phase commercial transformers
• update the existing UML
• Docker image contents

New text:

• sample results and description for each example in readme; link to RTD
• jsonschema for the ercot_8.json, case_config.json, eplus_config.json, eplus_msg.json and eplus_agent_msg.json files
• updated inline comments for Python files that compile into RTD
• incorporate the table of E+ reference building characteristics and thumbnails
• link to the summary of PNNL taxonomy feeder characteristics and footprints
• incorporate table of FNCS vs. HELICS solution times
• describe how to run the University of Pittsburgh machine learning examples

New introductory video on https://www.youtube.com/channel/UCMKOTNGldZ3OdDzHRJ_myeg

• install on a VM or Docker
• configure a case and run it
• read the metrics and make a custom plot
• make a new OpenDSS agent

Hello,

I am new to tesp. I followed the instructions for installing the software. I checked the paths in the shell and everything is ok.
C:\Users\Samy>set tesp
TESPDIR=C:\Users\Samy\tesp

C:\Users\Samy>set glpath
GLPATH=C:\tesp_exec\bin;C:\tesp_exec\lib\gridlabd;C:\tesp_exec\share\gridlabd

However, for some reason I can not run the given examples and generate the results.
For example, when I tried to run the loadshed example, I noticed that I have lower number of communication connection as follows and I do not get the results:
TCP 0.0.0.0:5570 0.0.0.0:0 LISTENING 3856
TCP 127.0.0.1:5570 127.0.0.1:52217 ESTABLISHED 3856
TCP 127.0.0.1:52217 127.0.0.1:5570 ESTABLISHED 22040

In the generated gridlab-d text, I have error as follow:
ERROR [INIT] : gldcore/module.c(422): module 'connection' load failed - "C:\tesp_exec\lib\gridlabd\connection.dll": The specified module could not be found.
loadshed.glm(17): module 'connection' load failed, No such file or directory
loadshed.glm(17): load failed at or near 'module conne...'
ERROR [INIT] : unable to load 'loadshed.glm': No such file or directory
FATAL [INIT] : shutdown after command line rejected

I double checked the existence of this module and it is there?

Any idea regarding this issue?

object src/EnergyPlus/CMakeFiles/energypluslib.dir/DXCoils.cc.o
{standard input}: Assembler messages:
{standard input}:118818: Warning: end of file in string; '"' inserted
c++: fatal error: Killed signal terminated program cc1plus
compilation terminated.
make[2]: *** [src/EnergyPlus/CMakeFiles/energypluslib.dir/build.make:440: src/EnergyPlus/CMakeFiles/energypluslib.dir/DXCoils.cc.o] Error 1
make[2]: *** Deleting file 'src/EnergyPlus/CMakeFiles/energypluslib.dir/DXCoils.cc.o'
make[1]: *** [CMakeFiles/Makefile2:1477: src/EnergyPlus/CMakeFiles/energypluslib.dir/all] Error 2
make: *** [Makefile:152: all] Error 2
karunesh@RADHEYKRISHNA:~/usrc/EnergyPlus/build$

Please check with each installation ,helics is not building from helics code &also not integrating with ns-3 & gridlabd . I have used your response 0.8 version &try to install but there is error in belive building from GMLC/TDC/HELICS in github. Also not integrating with ns-3 with belive using helics-src &ns-3 develop.
Please help
Please run individually with your code &also check your interfacing two at a time

git clone -b evolve http:
./tesp.sh
but failed to build & install ns-3 by direct using command
karunesh@RADHEYKRISHNA:/Desktop/tesp$ cd scripts
karunesh@RADHEYKRISHNA:/Desktop/tesp/scripts$ ./tesp.sh Karuneshm9 [email protected]
Helics, 3.1.0 (2021-11-24)

GridLAB-D 4.1.0-17900 (Lugo [e8ec2c43:HEAD:Mod]) 64-bit LINUX RELEASE

./versions.sh: line 25: energyplus: command not found

NS-3 not installed

Ipopt 3.13.2 (x86_64-pc-linux-gnu), ASL(20190605)

The loadshed example runhpy.sh produced incorrect results because the switch did not open or close in GridLAB-D. The log said keyword 'OPENﾹU' is not valid for property phase_A_state. A temporary workaround was made by appending a null character in helicshed.py as shown below. However, this wasn't required for the 6-character CLOSED message just above it.

        if val == 1:
          logger.info('Switching ' + end_name + ' to CLOSED at second ' + str(t))
          h.helicsEndpointSendMessageRaw(swStatusEp, '', 'CLOSED'.encode())
        elif val == 0:
          logger.info('Switching ' + end_name + ' to OPEN at second ' + str(t))
#          h.helicsEndpointSendMessageRaw(swStatusEp, '', 'OPEN'.encode())
          h.helicsEndpointSendMessageRaw(swStatusEp, '', 'OPEN\0'.encode())

This looks like a memory bug in ns-3-helics that manifests in the optimized build but not in the debug build. When fixed properly, it may also fix issue #32

install/MacOSX is missing the files described in the following steps in the readme file:
"
4. Unzip the archive ~/tesp/install/MacOSX/Archive_usr_local_share.zip to /usr/local/share
5a. Manually create the directory /usr/local/opt/jsoncpp
5b. Unzip the archive ~/tesp/install/MacOSX/Archive_usr_local_opt_jsoncpp.zip to /usr/local/opt/jsoncpp
"