def count_where_gisid_assigned(logname):
logger = MC.setup_logging(logname)
logger.info("Starting program...")
pp_workspace = MC.get_preprod_workspace()
p_workspace = MC.get_prod_workspace()
pp_dict = CC.count_fcs(pp_workspace, CC.count_fc_gisid_assigned)
p_dict = CC.count_fcs(p_workspace, CC.count_fc_gisid_assigned)
CC.write_r2d1_results(logname, logger, pp_dict, p_dict)
logger.info("Finished program")
def copy_prod(log_name, state_of_interest):
p_workspace = MC.get_prod_workspace()
r2d2_prod = MC.get_r2d2_prod_workspace(state_of_interest)
copy_gps(log_name, p_workspace, r2d2_prod, state_of_interest)
running_total += 1
gisid += 1
if cursor_counter > 0 and cursor_counter % 10000 == 0:
print cursor_counter
MC.write_gisid_seed(gisid)
edit.stopOperation()
edit.stopEditing(True)
logger.info(fc + "|" + str(running_total))
#
# start of program
#
log_name = 'migrate3'
logger = MC.setup_logging(log_name)
logger.info("Starting program...")
pp_workspace = MC.get_preprod_workspace()
p_workspace = MC.get_prod_workspace()
logger.info(pp_workspace)
assign_workspace_gisids(pp_workspace)
logger.info(p_workspace)
assign_workspace_gisids(p_workspace)
MC.send_finished_email(log_name)
logger.info("Finished program")
del sCur, iCur
mc.write_gisid_seed(gisid)
# time.sleep(10)
# MC.enable_editor_tracking(target_workspace, fc)
#
# start of program
#
log_name = 'migrate6'
logger = mc.setup_logging(log_name)
logger.info("Starting program...")
mc.arcfm_disable()
states = ["OH", "PA", "VA"]
for gps_state in states:
p_workspace = mc.get_prod_workspace()
r2d2_prod = mc.get_r2d2_prod_workspace(gps_state)
logger.info(p_workspace + "-->" + r2d2_prod)
move_workarea(logger, p_workspace, r2d2_prod, gps_state)
mc.arcfm_cleanup()
logger.info("Finished program")
