Modeling business processes for generating excerpts in csv and docx format

In the General tab:

In the Form tab:

In the Name field, enter the name of the task — Data reading by laboratoryId.

In the Resource field, enter the laboratory resource.

in the Resource id field, enter the resource ID — ${submission('StartEvent_lab1').formData.prop('laboratory').prop('laboratoryId').value()}.

In the X-Access-Token field, specify the access token to the user’s system that is used to perform the ${initiator().accessToken} operation.

In the Result Variable field, enter the output parameter name — labResponse.

In the Name field, enter the name of the task — Search for employees data.

In the Input Parameters section:

In the Output Parameters section:

In the Name field, enter the Prepare data for displaying name.

In the Script Format field, enter the script type (language) — groovy.

In the Script Type field, select the script type — Inline Script.

In the Script field, insert the following groovy script:

def labResponseBody = labResponse.responseBody
def payload = [:]
def personnelGrid = []

def addPersonPropClosure = { person, staffIt, key ->
if (staffIt.hasProp(key)) {
if (!staffIt.prop(key).isNull()) {
person[key] = staffIt.prop(key).value()
}
}
}

staffResponse.responseBody.elements().each {
def person = [:]

    addPersonPropClosure(person, it, 'fullName')
    addPersonPropClosure(person, it, 'specializationDate')
    addPersonPropClosure(person, it, 'salary')
    addPersonPropClosure(person, it, 'hygienistFlag')
    addPersonPropClosure(person, it, 'fullTimeFlag')

    personnelGrid.add(person)
}

payload['name'] = labResponseBody .prop('name').value()
payload['edrpou'] = labResponseBody .prop('edrpou').value()
payload['address'] = labResponseBody .prop('address').value()
payload['headName'] = labResponseBody .prop('headName').value()
payload['personnelGrid'] = personnelGrid

execution.removeVariable('payload')
set_transient_variable('payload', S(payload, 'application/json'))

In the Id field, enter the personnelDataZvitForm value.

In the Name field, enter the Display personnel data name.

In the Form key field, enter the read-personnel-data-zvit value.

In the Assignee field, enter the ${initiator} value.

In the Form data pre-population field, enter the ${payload} value.

In the Name field, enter the Prepare data for creating database record (transient var) value.

In the Script Format field, enter the script type (language) — groovy.

In the Script Type field, select the Inline Script script type.

In the Script field, insert the following groovy script:

def personnelFormData = submission('personnelDataZvitForm').formData

def excerptInputData = [:]
def requests = []

def prepopulatedDataMap = [:]
prepopulatedDataMap['name'] = personnelFormData.prop('name').value()
prepopulatedDataMap['address'] = personnelFormData.prop('address').value()
prepopulatedDataMap['headName'] = personnelFormData.prop('headName').value()
prepopulatedDataMap['edrpou'] = personnelFormData.prop('edrpou').value()

personnelFormData.prop('personnelGrid').elements().each {
    def request = [:]
    request.putAll(prepopulatedDataMap)
    it.fieldNames().each { fieldName ->
        request[fieldName] = it.prop(fieldName).value()
    }
    request['hygienistFlag'] = it.prop('hygienistFlag').boolValue() ? '1' : '0'
    request['fullTimeFlag'] = it.prop('fullTimeFlag').boolValue() ? '1' : '0'

    requests.add(request)
}

excerptInputData['requests'] = requests

def request = [:]
request['recordId'] = null
request['excerptType'] = 'lab-staff-excerpt-csv'
request['excerptInputData'] = excerptInputData
request['requiresSystemSignature'] = false

def payload = S(request, 'application/json')
execution.removeVariable('payload')
set_transient_variable('payload', payload)

execution.removeVariable('excerpt')
set_transient_variable('excerpt', excerptInputData)

In the Name field, indicate the task name Sign data with the system key.

In the Payload field, enter the data to be signed — ${payload}.

In the X-Access-Token source field, indicate the user access token under which the operation is performed — ${initiator().accessToken}.

In the Result variable field, specify the variable name system_signature_ceph_key, to which the system signing key should be saved.

In the Name field, enter the Request for generating an excerpt name.

In the Excerpt Type field, enter the name of the file that defines the format — lab-staff-excerpt-csv.

In the Excerpt Input Data field, enter the ${excerpt} value.

In the Requires System Signature field, enter the false value.

In the X-Access-Token field, enter the token to access the user system, which is used to perform the ${initiator().accessToken} operation.

In the X-Digital-Signature source field, enter the source of the digital signature — ${sign_submission('StartEvent_lab1').signatureDocumentId}.

In the X-Digital-Signature-Derived source field, enter the source of the system digital signature — ${system_signature_ceph_key}.

In the Result variable field, enter the response output parameter name.

In the Name field, enter the name of the task — Save excerpt’s request ID.

In the Script Format field, enter the script type (language) — groovy.

In the Script Type field, select the Inline Script script type.

In the Script field, insert the following groovy script:

response.responseBody.prop('excerptIdentifier').value()

In the Result Variable field, enter the name of the variable to which the extract identifier will be written, — excerptIdentifier.

In the Name field, enter the name of the task — Check the status of excerpt generation.

In the Input excerpt identifier field, enter the excerpt ID that has to be passed to the called business process — ${excerptIdentifier}.

In the Output variable name field, enter the excerptStatus variable, where the excerpt status, recived as the result of a sub-process execution, has to be saved.

In the Name field, enter the P2M waiting time expired.

In the Timer Definition Type field, set the Duration timer type;

In the Timer Definition field, set the P2M timer duration.

In the General tab:

In the Input/Output tab: