I am trying to run a workspace from a python script. I need to pass the portal as a parameter for the workspace. The workspace reads the new portal and then saves a copy to a gdb. I can not find any documentation or examples on how to write the syntax or what syntax is needed to get the workspace to recognize the portal. If anyone knows how to do this, it would be a huge relief.
# ============================================================================
#
# Name : RunWorkspace.py
#
# Purpose : FMEPedia Sample of FMEWorkspaceRunner
#
# Author Date Changes made
# ------------------ ------------ -------------------------------
# Ken Bragg July 15th, 2014 Original Definition
# Note: # The path to fmeobjects must by in your python path so you may need something like this:
import sys
sys.path.append(r"C:\Program Files\FME\fmeobjects\python27")
import fmeobjects
import arcpy
import traceback
try:
# initiate FMEWorkspaceRunner Class runner = fmeobjects.FMEWorkspaceRunner()
arcpy.env.overwriteOutput = True
# Full path to Workspace, example comes from the FME 2014 Training Full Dataset
workspace = r'C:\Users\BB0322\Desktop\Projects\Redline Strip Maps\Reference\FME\GetData4AsBuilt.fmw'
# Set workspace parameters by creating a dictionary of name value pairs
Prod_gdb = r"C:\Users\BB0322\Desktop\Projects\Redline Strip Maps\Stripmaps\StripMap_1710AIAK_3\PROD_DATA.gdb"
route = r"C:\Users\BB0322\Desktop\Projects\Redline Strip Maps\Stripmaps\StripMap_1710AIAK_3\Map_Data.gdb\RT1710AIAK_3"
portal = "https://fed.3-gislive.com/arcgis/rest/services/KansasCity/KansasCity_UDM_Data_Extraction_Model/FeatureServer"
parameters = {}
parameters['Book'] = Prod_gdb + "\\" + "Book"
parameters['Span'] = Prod_gdb + "\\" + "Span"
parameters['CRP_Splice'] = Prod_gdb + "\\" + "CRP_Splice"
parameters['FiberCable'] = Prod_gdb + "\\" + "FiberCable"
parameters['Cons_redline_Points'] = Prod_gdb + "\\" + "Construction_Redline_Points"
parameters['Route'] = route parameters['Streets'] = Prod_gdb + "\\" + "Streets"
parameters['Admin_Bound'] = Prod_gdb + "\\" + "Admin_Boundary"
parameters['CityLimits'] = Prod_gdb + "\\" + "CityLimits"
parameters['Demand_Points'] = Prod_gdb + "\\" + "Demand_Points"
parameters['Site_Span_Bound'] = Prod_gdb + "\\" + "site_span_nfid_boundaries"
parameters['Structure'] = Prod_gdb + "\\" + "STRUCTURE"
parameters['SpliceClosure'] = Prod_gdb + "\\" + "SPLICECLOSURE"
parameters['Pole'] = Prod_gdb + "\\" + "POLE"
parameters['Riser'] = Prod_gdb + "\\" + "RISER"
parameters['ROW_Lines'] = Prod_gdb + "\\" + "ROW_Lines"
parameters['Slackloop'] = Prod_gdb + "\\" + "SLACKLOOP"
parameters['Utility_Infra_Lines'] = Prod_gdb + "\\" + "utility_infrastructure_lines"
parameters['SimpleLineDem'] = Prod_gdb + "\\" + "Simple_Dimension_Lines"
parameters['portal'] = portal
# Use Try so we can get FME Exception
try:
# Run Workspace with parameters set in above dictionary
runner.runWithParameters(workspace, parameters)
# Or use promtRun to prompt for published parameters
# runner.promptRun(workspace)
except fmeobjects.FMEException as ex:
# Print out FME Exception if worskspace failed
print ex.message
arcpy.AddMessage(ex.message)
else:
# Tell user the workspace ran
print('The Workspace: ' + workspace)
print('...ran successfully')
arcpy.AddMessage("The Workspace: " + workspace)
arcpy.AddMessage("...ran Successfully")
# get rid of FMEWorkspace runner so we don't leave an FME process running
runner = None
except:
tb = sys.exc_info()[2]
tbinfo = traceback.format_tb(tb)[0]
pymsg = "PYTHON ERRORS:\nTraceback Info:\n" + tbinfo + "\nError Info:\n" + str(sys.exc_type) + ": " + str(sys.exc_value) + "\n"
msgs = "ARCPY ERRORS:\n" + arcpy.GetMessages(2) + "\n"
arcpy.AddError(msgs)
arcpy.AddError(pymsg)
print msgs
print pymsg
arcpy.AddMessage(arcpy.GetMessages(1))
print arcpy.GetMessages(1)
