telegraf.local.sample

# Sample file for local telegraf configurations.
# Most users will not need to use this, but it can be used for development
# or monitoring non standard measurement data.
#
# The local configuration file should be named "telegraf.local".
# Upgrade.sh does not modify this file.
#
# The following sample adds some power and energy data from the solar meter
# as a measurement called "solarmeter" (used in a three phase monitoring example)

#[[inputs.http]]
#      urls = [
#              "http://pypowerwall:8675/api/meters/solar"
#      ]
#      name_override = "solarmeter"
#      method = "GET"
#      insecure_skip_verify = true
#      timeout = "4s"
#      data_format = "json"
#      json_query = "0.Cached_readings"
#      fieldpass = ["instant_power", "real_power_?", "energy_??ported"]

# Example starlark processor using to rewrite alert data to new_alert (1) and
# remember alerts even if they disappear (0) - see Issue #158
#
# [[processors.starlark]]
# source = '''
# state = {
#         "last": {}
# }
# def dict_union(x, y):
#         z = {}
#         z.update(x)
#         z.update(y)
#         return z
# def apply(metric):
#         url = metric.tags.get("url")
#         last = state["last"]
#         if url and url  == "http://pypowerwall:8675/alerts/pw":
#                 base = {x: 0 for x in metric.fields.keys()} #For updating existing total key set
#                 current = {x: 1 for x in metric.fields.keys()} #Currently flagging keys
#                 result = dict_union(last,current)
#                 state["last"] = dict_union(last, base)
#                 new_metric = Metric("all_alerts")
#                 for k, v in result.items():
#                         new_metric.fields[str(k)] = v
#                 return new_metric
#         else:
#                 return metric
# '''