Download OpenAPI specification:Download
This service relies on Microsoft's FHIR converter to convert messages.
If you plan to run the service via Docker, you can skip to Running with Docker. This container will automatically use the Microsoft FHIR converter without need for additional installation.
If you plan to run the service locally via Python, you'll need to install both the Microsoft FHIR Converter CLI and run the PHDI FHIR Converter service. Read on for installation instructions for both.
This document provides a guide for installing the Microsoft FHIR Converter as a Command Line Interface (CLI) tool on Windows, MacOS, and Linux systems, as well as a brief introduction to using the converter.
We will use the .NET SDK to build the FHIR Converter from source code. If you have already installed a .NET SDK, skip to Download and Build the FHIR Converter, otherwise follow the steps below to install it on your system.
To check if a .NET SDK is installed, try running dotnet --list-sdks
. You should see an output message that lists the .NET SDK version you have installed, as well as where it's located. It should look something like the following, but note that the version number and filepath will differ depending on which operating system you use and when you installed the .NET SDK.
6.0.40 [C:\Program Files\dotnet\sdk]
If you see a message like Command 'dotnet' not found
(MacOS and Linux) or The term 'dotnet' is not recognized as the name of a cmdlet, function, script file, or operable program
(Windows), then .NET has not been installed. Additionally, if running dotnet --list-sdks
does not produce any output, then you likely have the .NET runtime installed, but not the SDK. In either event, you should follow the instructions below to install the SDK.
The instructions for installing the .NET SDK will differ depending on whether you're using Windows, MacOS, or Linux. MacOS and Linux users will utilize the command line to install the software, while Windows users should use the installer. Instructions for both approaches are below.
Run wget https://dotnet.microsoft.com/download/dotnet/scripts/v1/dotnet-install.sh
to download the .NET installation script from Microsoft.
From the directory containing the dotnet-install.sh
file, run sh ./dotnet-install.sh
to execute the script and install .NET. By default, this script installs the .NET SDK, which is perfect for our needs.
Note: Bash is required to run the script. If you are using a different shell, such as zsh, it is recommend to switch to using Bash.
Finally, permanently add .NET to you PATH
variable by running echo 'export PATH="$PATH:$HOME/.dotnet"' >> ~/.bashrc
.
Restart your shell with exec $SHELL
and then run dotnet
. If you get a response that looks like what is shown below, then .NET was installed successfully.
Usage: dotnet [options]
Usage: dotnet [path-to-application]
Options:
-h|--help Display help.
--info Display .NET Core information.
--list-sdks Display the installed SDKs.
--list-runtimes Display the installed runtimes.
path-to-application:
The path to an application .dll file to execute.
Navigate to https://dotnet.microsoft.com/en-us/download and click on the "Download .NET SDK x64" button. Note that the label may read slightly differently if you're using a 32-bit operating system. Clicking this button will download a file with a name similar to dotnet-sdk-6.0.400-win-x64.exe
, but note that the name of your file may differ if a new version of the SDK has been released. The most important thing is to ensure that the file is for the dotnet-sdk and for Windows.
Open this file and follow the instructions that are presented to you. If you're asked if you should allow this program to make changes to your machine, select yes. Once the installer is finished, you'll be presented with a screen that summarizes what was installed and where it was saved. The default location should be "C:\Program Files\dotnet". Open File Explorer, navigate to the installation location (C:\Program Files\dotnet), open the "sdk" folder, and confirm that a folder exists with the .NET SDK version as its name.
Open your Start Menu and type "Environment Variables" into the search bar. Select "Edit environment variables for your account" from the list of options that appear. In the top section labeled "User variables", click the variable called "Path" and then click the "Edit..." button. A new screen will pop up, and you should click the "New" button on the right-hand side. In the text box that is highlighted, enter "C:\Program Files\dotnet" (without the quotes). Hit enter, click "OK" to close the Path screen, and then click "OK" to close the Environment Variables screen.
Open Powershell and run dotnet
. If you get a response that looks like when is shown below, then .Net was installed successfully.
Usage: dotnet [options]
Usage: dotnet [path-to-application]
Options:
-h|--help Display help.
--info Display .NET Core information.
--list-sdks Display the installed SDKs.
--list-runtimes Display the installed runtimes.
path-to-application:
The path to an application .dll file to execute.
Using whichever command line tool you are comfortable with (Powershell on Windows, or Terminal on Linux and MacOS), download the FHIR Converter source code from Github with the following command.
git clone https://github.com/microsoft/FHIR-Converter
This will install the most recent version of the tool. However, if you'd like to use a specific version, you can use a command like this one that specifically downloads the 5.0.4 release (most recent at the time of writing).
git clone https://github.com/microsoft/FHIR-Converter.git --branch v5.0.4 --single-branch
Navigate to the directory that was just created with the git clone
command, which should be a directory named "FHIR-Converter" inside of your current directory, and run dotnet build
.
Note: If you're using Windows, it's important to perform this action using Powershell instead of a tool like Git Bash. Due to Windows' use of the \
as its filepath seperator, other terminals can misinterpret the instructions and fail when trying to access directories.
Two examples have been provided below of using the FHIR Converter via the dotnet run
function. Please note that --
is used to deliminate between arguments that should be passed to dotnet
as opposed arguments that dotnet
should be pass to the application, in this case the FHIR Converter, that it is being used to run. Additionaly, the -p
option is only required when not calling dotnet run
from the FHIR-Converter/src/Health.Fhir.Liquid.Converter.Tool/
directory. For additional information on dotnet run
please refer to this documentation from Microsoft.
The following command can be used to convert a message from a file to FHIR.
dotnet run convert -p path-to-Microsoft.Health.Fhir.Liquid.Converter.Tool/ -- -d path-to-template subdirectory-for-message-type -r root-template -n path-to-file-to-be-converted -f path-to-output
The following command can be used to convert the contents of a message provided directly as a string to FHIR.
dotnet run convert -p path-to-Microsoft.Health.Fhir.Liquid.Converter.Tool/ -- -d path-to-template subdirectory-for-message-type -r root-template -c message-content -f path-to-output
Note: The use of --
in the command is to separate the command line parameters that are passed to .NET vs those that are passed to the FHIR Converter
To avoid the need for typing dotnet run convert -p path-to-Microsoft.Health.Fhir.Liquid.Converter.Tool/ --
every time you'd like to convert HL7, it is recommended that you create an alias. Instructions for creating an alias on Windows, MacOS, and Linux can be found here, here, and here, respectively.
Once the Microsoft FHIR converter is installed, the FHIR conversion service can be run using Docker (or any other OCI container runtime e.g., Podman), or directly from the Python source code.
To run the FHIR conversion service with Docker follow these steps.
docker -v
. If you do not see a response similar to what is shown below, follow these instructions to install Docker.❯ docker -v
Docker version 20.10.21, build baeda1f
docker pull ghcr.io/cdcgov/phdi/fhir-converter:latest
. docker run -p 8080:8080 ghcr.io/cdcgov/phdi/fhir-converter:latest
.Congratulations, the ingestion service should now be running on localhost:8080
!
For local development, it may be preferred to run the service directly from Python. To do so, follow the steps below.
git clone https://github.com/CDCgov/phdi
./phdi/containers/fhir-converter/
.python -m venv .venv
.source .venv/bin/activate
(MacOS and Linux), venv\Scripts\activate
(Windows Command Prompt), or .venv\Scripts\Activate.ps1
(Windows PowerShell).pip install -r requirements.txt
into your virtual environment.localhost:8080
with python -m uvicorn app.main:app --host 0.0.0.0 --port 8080
.To build the Docker image for the FHIR conversion service from source code instead of downloading it from the PHDI repository, follow these steps.
git clone https://github.com/CDCgov/phdi
./phdi/containers/fhir-converter/
.docker build -t fhir-converter .
.docker run -p 8080:8080 fhir-converter
.RCTC spreadsheet gets updated approximately every 6 months. The latest RCTC spreadsheet can be found on the eRDS Aims Platform, an account is required to download. Two output files are created, in which json_output_loc
holds the Grouping List, and json_output_loc2
holds the Expansion List.
The script can be run by using the following command python3 rctc-to-json.py spreadsheet_input_loc json_output_loc json_output_loc2
MIT License
Copyright (c) Microsoft Corporation. All rights reserved.
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE
Converts an HL7v2 or C-CDA message to FHIR format using the Microsoft FHIR Converter CLI tool. When conversion is successful, a dictionary containing the response from the FHIR Converter is returned.
In order to successfully call this function, the Microsoft FHIR Converter tool must be installed. For information on how to do this, please refer to the description.md file. The source code for the converter can be found at https://github.com/microsoft/FHIR-Converter.
input_data required | string (Input Data) The message to be converted as a string. |
input_type required | string (InputType) Enum: "elr" "vxu" "ecr" The type of message to be converted. |
root_template required | string (RootTemplate) Enum: "ADT_A01" "ADT_A02" "ADT_A03" "ADT_A04" "ADT_A05" "ADT_A06" "ADT_A07" "ADT_A08" "ADT_A09" "ADT_A10" "ADT_A11" "ADT_A13" "ADT_A14" "ADT_A15" "ADT_A16" "ADT_A25" "ADT_A26" "ADT_A27" "ADT_A28" "ADT_A29" "ADT_A31" "ADT_A40" "ADT_A41" "ADT_A45" "ADT_A47" "ADT_A60" "BAR_P01" "BAR_P02" "BAR_P12" "DFT_P03" "DFT_P11" "MDM_T01" "MDM_T02" "MDM_T05" "MDM_T06" "MDM_T09" "MDM_T10" "OMG_O19" "OML_O21" "ORM_O01" "ORU_R01" "OUL_R22" "OUL_R23" "OUL_R24" "RDE_O11" "RDE_O25" "RDS_O13" "REF_I12" "REF_I14" "SIU_S12" "SIU_S13" "SIU_S14" "SIU_S15" "SIU_S16" "SIU_S17" "SIU_S26" "VXU_V04" "CCD" "EICR" "ELR" "ConsultationNote" "DischargeSummary" "Header" "HistoryandPhysical" "OperativeNote" "ProcedureNote" "ProgressNote" "ReferralNote" "TransferSummary" Name of the liquid template within to be used for conversion. |
rr_data | string (Rr Data) If an eICR message, the accompanying Reportability Response data. |
{- "input_data": "string",
- "input_type": "vxu",
- "root_template": "ADT_A01",
- "rr_data": "string"
}
{- "response": {
- "Status": "OK",
- "FhirResource": {
- "resourceType": "Bundle",
- "type": "batch",
- "timestamp": "2020-05-14T01:00:00-04:00",
- "identifier": {
- "value": "2020051411020600"
}, - "id": "945561fc-cf00-ebd7-5f1c-865ab4abfcb5",
- "entry": [
- {
- "fullUrl": "urn:uuid:53d0ea89-a281-523f-f0fb-02e3ee1ef0a2",
- "resource": {
- "resourceType": "MessageHeader",
- "id": "53d0ea89-a281-523f-f0fb-02e3ee1ef0a2",
- "source": {
- "name": "WIR11.3.2",
- "_endpoint": {
- "extension": [
]
}
}, - "destination": [
- {
- "_endpoint": {
- "extension": [
]
}, - "receiver": {
- "reference": "Organization/f51a22ef-628f-d014-5a33-da96b68ae53d"
}
}
], - "eventCoding": {
- "code": "V04",
- "display": "VXU^V04"
}, - "sender": {
- "reference": "Organization/b727354b-9ca6-74fd-6b6b-ae0851c7998a"
}
}, - "request": {
- "method": "PUT",
- "url": "MessageHeader/53d0ea89-a281-523f-f0fb-02e3ee1ef0a2"
}
}, - {
- "fullUrl": "urn:uuid:d24c7a73-ebcf-8f4f-51bc-e95f47452e80",
- "resource": {
- "resourceType": "Provenance",
- "id": "d24c7a73-ebcf-8f4f-51bc-e95f47452e80",
- "text": {
- "status": "generated",
- "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><span>Resource bundle generated on 2023-05-03T19:07:14.523Z using Microsoft FHIR Converter.</span><span>Template Version: TEMPLATE_VERSION_PLACEHOLDER.</span><span>Template URL: https://github.com/microsoft/FHIR-Converter/releases/download/vTEMPLATE_VERSION_PLACEHOLDER/Hl7v2DefaultTemplates.tar.gz.</span><span>Root template: VXU_V04.</span></p></div>"
}, - "occurredDateTime": "2020-05-14T01:00:00-04:00",
- "recorded": "2020-05-14T01:00:00-04:00",
- "agent": [
- {
- "type": {
- "coding": [
]
}, - "who": {
- "reference": "Organization/b727354b-9ca6-74fd-6b6b-ae0851c7998a"
}
}
], - "activity": {
- "coding": [
- {
- "display": "VXU^V04^"
}
]
}, - "target": [
- {
- "reference": "Bundle/945561fc-cf00-ebd7-5f1c-865ab4abfcb5"
}
]
}, - "request": {
- "method": "PUT",
- "url": "Provenance/d24c7a73-ebcf-8f4f-51bc-e95f47452e80"
}
}, - {
- "fullUrl": "urn:uuid:b727354b-9ca6-74fd-6b6b-ae0851c7998a",
- "resource": {
- "resourceType": "Organization",
- "id": "b727354b-9ca6-74fd-6b6b-ae0851c7998a",
}, - "request": {
- "method": "PUT",
- "url": "Organization/b727354b-9ca6-74fd-6b6b-ae0851c7998a"
}
}, - {
- "fullUrl": "urn:uuid:f51a22ef-628f-d014-5a33-da96b68ae53d",
- "resource": {
- "resourceType": "Organization",
- "id": "f51a22ef-628f-d014-5a33-da96b68ae53d",
- "identifier": [
]
}, - "request": {
- "method": "PUT",
- "url": "Organization/f51a22ef-628f-d014-5a33-da96b68ae53d"
}
}, - {
- "fullUrl": "urn:uuid:3f8fc2a0-1d50-42de-bfed-9c01a071c6b6",
- "resource": {
- "resourceType": "Patient",
- "id": "3f8fc2a0-1d50-42de-bfed-9c01a071c6b6",
- "identifier": [
- {
- "value": "3054790",
- "type": {
- "coding": [
- {
- "code": "SR",
- "display": "State registry ID"
}
]
}
}, - {
- "type": {
- "coding": [
- {
- "code": "PI",
- "display": "Patient internal identifier"
}
]
}
}
], - "name": [
- {
- "family": "ZTEST",
- "given": [
- "PEDIARIX"
]
}
], - "birthDate": "2018-08-08",
- "gender": "male",
- "active": true,
- "extension": [
- {
- "valueString": "HEPB--DTAP"
}
], - "contact": [
- {
- "address": {
- "city": "NEW GLARUS",
- "state": "WI"
}
}
]
}, - "request": {
- "method": "PUT",
- "url": "Patient/3f8fc2a0-1d50-42de-bfed-9c01a071c6b6"
}
}, - {
- "fullUrl": "urn:uuid:caeb94a6-281c-4bd0-1dad-4998a2f80c35",
- "resource": {
- "resourceType": "Encounter",
- "id": "caeb94a6-281c-4bd0-1dad-4998a2f80c35",
- "class": {
- "code": "R",
- "display": "Recurring patient",
}, - "status": "in-progress",
- "text": {
- "status": "generated",
- "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><span>Visit Description: </span></p></div>"
}, - "subject": {
- "reference": "Patient/3f8fc2a0-1d50-42de-bfed-9c01a071c6b6"
}
}, - "request": {
- "method": "PUT",
- "url": "Encounter/caeb94a6-281c-4bd0-1dad-4998a2f80c35"
}
}, - {
- "fullUrl": "urn:uuid:1b3b6f92-c3c9-7440-d08b-3023cd94c569",
- "resource": {
- "resourceType": "RelatedPerson",
- "id": "1b3b6f92-c3c9-7440-d08b-3023cd94c569",
- "relationship": [
- {
- "coding": [
]
}
], - "address": [
- {
- "city": "NEW GLARUS",
- "state": "WI"
}
], - "patient": {
- "reference": "Patient/3f8fc2a0-1d50-42de-bfed-9c01a071c6b6"
}
}, - "request": {
- "method": "PUT",
- "url": "RelatedPerson/1b3b6f92-c3c9-7440-d08b-3023cd94c569"
}
}
]
}
}
}
Converts an HL7v2 or C-CDA message to FHIR format using the Microsoft FHIR Converter CLI tool. When conversion is successful, a dictionary containing the response from the FHIR Converter is returned.
In order to successfully call this function, the Microsoft FHIR Converter tool must be installed. For information on how to do this, please refer to the description.md file. The source code for the converter can be found at https://github.com/microsoft/FHIR-Converter.
input_data required | string (Input Data) The message to be converted as a string. |
input_type required | string (InputType) Enum: "elr" "vxu" "ecr" The type of message to be converted. |
root_template required | string (RootTemplate) Enum: "ADT_A01" "ADT_A02" "ADT_A03" "ADT_A04" "ADT_A05" "ADT_A06" "ADT_A07" "ADT_A08" "ADT_A09" "ADT_A10" "ADT_A11" "ADT_A13" "ADT_A14" "ADT_A15" "ADT_A16" "ADT_A25" "ADT_A26" "ADT_A27" "ADT_A28" "ADT_A29" "ADT_A31" "ADT_A40" "ADT_A41" "ADT_A45" "ADT_A47" "ADT_A60" "BAR_P01" "BAR_P02" "BAR_P12" "DFT_P03" "DFT_P11" "MDM_T01" "MDM_T02" "MDM_T05" "MDM_T06" "MDM_T09" "MDM_T10" "OMG_O19" "OML_O21" "ORM_O01" "ORU_R01" "OUL_R22" "OUL_R23" "OUL_R24" "RDE_O11" "RDE_O25" "RDS_O13" "REF_I12" "REF_I14" "SIU_S12" "SIU_S13" "SIU_S14" "SIU_S15" "SIU_S16" "SIU_S17" "SIU_S26" "VXU_V04" "CCD" "EICR" "ELR" "ConsultationNote" "DischargeSummary" "Header" "HistoryandPhysical" "OperativeNote" "ProcedureNote" "ProgressNote" "ReferralNote" "TransferSummary" Name of the liquid template within to be used for conversion. |
rr_data | string (Rr Data) If an eICR message, the accompanying Reportability Response data. |
{- "input_data": "string",
- "input_type": "vxu",
- "root_template": "ADT_A01",
- "rr_data": "string"
}
{- "response": {
- "Status": "OK",
- "FhirResource": {
- "resourceType": "Bundle",
- "type": "batch",
- "timestamp": "2020-05-14T01:00:00-04:00",
- "identifier": {
- "value": "2020051411020600"
}, - "id": "945561fc-cf00-ebd7-5f1c-865ab4abfcb5",
- "entry": [
- {
- "fullUrl": "urn:uuid:53d0ea89-a281-523f-f0fb-02e3ee1ef0a2",
- "resource": {
- "resourceType": "MessageHeader",
- "id": "53d0ea89-a281-523f-f0fb-02e3ee1ef0a2",
- "source": {
- "name": "WIR11.3.2",
- "_endpoint": {
- "extension": [
]
}
}, - "destination": [
- {
- "_endpoint": {
- "extension": [
]
}, - "receiver": {
- "reference": "Organization/f51a22ef-628f-d014-5a33-da96b68ae53d"
}
}
], - "eventCoding": {
- "code": "V04",
- "display": "VXU^V04"
}, - "sender": {
- "reference": "Organization/b727354b-9ca6-74fd-6b6b-ae0851c7998a"
}
}, - "request": {
- "method": "PUT",
- "url": "MessageHeader/53d0ea89-a281-523f-f0fb-02e3ee1ef0a2"
}
}, - {
- "fullUrl": "urn:uuid:d24c7a73-ebcf-8f4f-51bc-e95f47452e80",
- "resource": {
- "resourceType": "Provenance",
- "id": "d24c7a73-ebcf-8f4f-51bc-e95f47452e80",
- "text": {
- "status": "generated",
- "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><span>Resource bundle generated on 2023-05-03T19:07:14.523Z using Microsoft FHIR Converter.</span><span>Template Version: TEMPLATE_VERSION_PLACEHOLDER.</span><span>Template URL: https://github.com/microsoft/FHIR-Converter/releases/download/vTEMPLATE_VERSION_PLACEHOLDER/Hl7v2DefaultTemplates.tar.gz.</span><span>Root template: VXU_V04.</span></p></div>"
}, - "occurredDateTime": "2020-05-14T01:00:00-04:00",
- "recorded": "2020-05-14T01:00:00-04:00",
- "agent": [
- {
- "type": {
- "coding": [
]
}, - "who": {
- "reference": "Organization/b727354b-9ca6-74fd-6b6b-ae0851c7998a"
}
}
], - "activity": {
- "coding": [
- {
- "display": "VXU^V04^"
}
]
}, - "target": [
- {
- "reference": "Bundle/945561fc-cf00-ebd7-5f1c-865ab4abfcb5"
}
]
}, - "request": {
- "method": "PUT",
- "url": "Provenance/d24c7a73-ebcf-8f4f-51bc-e95f47452e80"
}
}, - {
- "fullUrl": "urn:uuid:b727354b-9ca6-74fd-6b6b-ae0851c7998a",
- "resource": {
- "resourceType": "Organization",
- "id": "b727354b-9ca6-74fd-6b6b-ae0851c7998a",
}, - "request": {
- "method": "PUT",
- "url": "Organization/b727354b-9ca6-74fd-6b6b-ae0851c7998a"
}
}, - {
- "fullUrl": "urn:uuid:f51a22ef-628f-d014-5a33-da96b68ae53d",
- "resource": {
- "resourceType": "Organization",
- "id": "f51a22ef-628f-d014-5a33-da96b68ae53d",
- "identifier": [
]
}, - "request": {
- "method": "PUT",
- "url": "Organization/f51a22ef-628f-d014-5a33-da96b68ae53d"
}
}, - {
- "fullUrl": "urn:uuid:3f8fc2a0-1d50-42de-bfed-9c01a071c6b6",
- "resource": {
- "resourceType": "Patient",
- "id": "3f8fc2a0-1d50-42de-bfed-9c01a071c6b6",
- "identifier": [
- {
- "value": "3054790",
- "type": {
- "coding": [
- {
- "code": "SR",
- "display": "State registry ID"
}
]
}
}, - {
- "type": {
- "coding": [
- {
- "code": "PI",
- "display": "Patient internal identifier"
}
]
}
}
], - "name": [
- {
- "family": "ZTEST",
- "given": [
- "PEDIARIX"
]
}
], - "birthDate": "2018-08-08",
- "gender": "male",
- "active": true,
- "extension": [
- {
- "valueString": "HEPB--DTAP"
}
], - "contact": [
- {
- "address": {
- "city": "NEW GLARUS",
- "state": "WI"
}
}
]
}, - "request": {
- "method": "PUT",
- "url": "Patient/3f8fc2a0-1d50-42de-bfed-9c01a071c6b6"
}
}, - {
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- "class": {
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}, - "status": "in-progress",
- "text": {
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- "div": "<div xmlns=\"http://www.w3.org/1999/xhtml\"><p><span>Visit Description: </span></p></div>"
}, - "subject": {
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}
}, - "request": {
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}
}, - {
- "fullUrl": "urn:uuid:1b3b6f92-c3c9-7440-d08b-3023cd94c569",
- "resource": {
- "resourceType": "RelatedPerson",
- "id": "1b3b6f92-c3c9-7440-d08b-3023cd94c569",
- "relationship": [
- {
- "coding": [
]
}
], - "address": [
- {
- "city": "NEW GLARUS",
- "state": "WI"
}
], - "patient": {
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}
}, - "request": {
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}
}
]
}
}
}