def fmt_delta(timestamp):
""" Format a UNIX timestamp to a delta (relative to now).
"""
try:
return fmt.human_duration(float(timestamp), precision=2, short=True)
except (ValueError, TypeError):
return "N/A".rjust(len(fmt.human_duration(0, precision=2, short=True)))
def fmt_delta(timestamp):
""" Format a UNIX timestamp to a delta (relative to now).
"""
try:
return fmt.human_duration(float(timestamp), precision=2, short=True)
except (ValueError, TypeError):
return "N/A".rjust(len(fmt.human_duration(0, precision=2, short=True)))
def fmt_duration(duration):
""" Format a duration value in seconds to a readable form.
"""
try:
return fmt.human_duration(float(duration), 0, 2, True)
except (ValueError, TypeError):
return "N/A".rjust(len(fmt.human_duration(0, 0, 2, True)))
def fmt_duration(duration):
""" Format a duration value in seconds to a readable form.
"""
try:
return fmt.human_duration(float(duration), 0, 2, True)
except (ValueError, TypeError):
return "N/A".rjust(len(fmt.human_duration(0, 0, 2, True)))
def run(self):
""" Statistics logger job callback.
"""
try:
proxy = config_ini.engine.open()
self.LOG.info("Stats for %s - up %s, %s" % (
config_ini.engine.engine_id,
fmt.human_duration(proxy.system.time() - config_ini.engine.startup, 0, 2, True).strip(),
proxy
))
except (error.LoggableError, xmlrpc.ERRORS), exc:
self.LOG.warn(str(exc))
def run(self):
""" Statistics logger job callback.
"""
try:
proxy = config_ini.engine.open()
self.LOG.info("Stats for %s - up %s, %s" % (
config_ini.engine.engine_id,
fmt.human_duration(proxy.system.time() - config_ini.engine.startup, 0, 2, True).strip(),
proxy
))
except (error.LoggableError, xmlrpc.ERRORS), exc:
self.LOG.warn(str(exc))
def __call__(self, environ, start_response):
""" Invoke the Controller.
"""
c._debug = []
c._timezone = config['pyroscope.timezone']
c.engine = Bunch()
c.engine.startup = fmt.human_duration(rtorrent.get_startup(), precision=3)
#XXX Use multimethod, or get from poller
for attr, method in self.GLOBAL_STATE.items():
c.engine[attr] = getattr(self.proxy.rpc, method)()
return BaseController.__call__(self, environ, start_response)
def __repr__(self):
""" Return a representation of internal state.
"""
if self._rpc:
# Connected state
return "%s connected to %s [%s, up %s] via %r" % (
self.__class__.__name__, self.engine_id, self.engine_software,
fmt.human_duration(self.uptime, 0, 2, True).strip(), config.scgi_url,
)
else:
# Unconnected state
self.load_config()
return "%s connectable via %r" % (
self.__class__.__name__, config.scgi_url,
)
def __repr__(self):
""" Return a representation of internal state.
"""
if self._rpc:
# Connected state
return "%s connected to %s [%s, up %s] via %r" % (
self.__class__.__name__,
self.engine_id,
self.engine_software,
fmt.human_duration(self.uptime, 0, 2, True).strip(),
config.scgi_url,
)
else:
# Unconnected state
self.load_config()
return "%s connectable via %r" % (
self.__class__.__name__,
config.scgi_url,
)
def _fmt_duration(duration):
""" Format duration value.
"""
return fmt.human_duration(duration, 0, 2, True)
def _custom_fields():
""" Yield custom field definitions.
"""
# Import some commonly needed modules
import os
from pyrocore.torrent import engine, matching
from pyrocore.util import fmt
# PUT CUSTOM FIELD CODE HERE
# Add rTorrent attributes not available by default
def get_tracker_field(obj, name, aggregator=sum):
"Get an aggregated tracker field."
return aggregator(
obj._engine._rpc.t.multicall(obj._fields["hash"], 0,
"t.%s=" % name)[0])
yield engine.OnDemandField(int,
"is_partially_done",
"is partially done",
matcher=matching.FloatFilter)
yield engine.OnDemandField(int,
"selected_size_bytes",
"size of selected data",
matcher=matching.FloatFilter)
yield engine.OnDemandField(int,
"peers_connected",
"number of connected peers",
matcher=matching.FloatFilter)
yield engine.DynamicField(
int,
"downloaders",
"number of completed downloads",
matcher=matching.FloatFilter,
accessor=lambda o: get_tracker_field(o, "get_scrape_downloaded"))
yield engine.DynamicField(
int,
"seeds",
"number of seeds",
matcher=matching.FloatFilter,
accessor=lambda o: get_tracker_field(o, "get_scrape_complete"))
yield engine.DynamicField(
int,
"leeches",
"number of leeches",
matcher=matching.FloatFilter,
accessor=lambda o: get_tracker_field(o, "get_scrape_incomplete"))
yield engine.DynamicField(
engine.untyped,
"lastscraped",
"time of last scrape",
matcher=matching.TimeFilter,
accessor=lambda o: get_tracker_field(o, "get_scrape_time_last", max),
formatter=lambda dt: fmt.human_duration(
float(dt), precision=2, short=True))
# Add peer attributes not available by default
def get_peer_data(obj, name, aggregator=None):
"Get some peer data via a multicall."
aggregator = aggregator or (lambda _: _)
result = obj._engine._rpc.p.multicall(obj._fields["hash"], 0,
"p.%s=" % name)
return aggregator([i[0] for i in result])
yield engine.DynamicField(
set,
"peers_ip",
"list of IP addresses for connected peers",
matcher=matching.TaggedAsFilter,
formatter=", ".join,
accessor=lambda o: set(get_peer_data(o, "address")))
def _fmt_duration(duration):
""" Format duration value.
"""
return fmt.human_duration(duration, 0, 2, True)
def _custom_fields():
""" Yield custom field definitions.
"""
# Import some commonly needed modules
import os
from pyrocore.torrent import engine, matching
from pyrocore.util import fmt
# PUT CUSTOM FIELD CODE HERE
# Add rTorrent attributes not available by default
def get_tracker_field(obj, name, aggregator=sum):
"Get an aggregated tracker field."
return aggregator(
obj._engine._rpc.t.multicall(obj._fields["hash"], 0,
"t.%s=" % name)[0])
yield engine.OnDemandField(int,
"is_partially_done",
"is partially done",
matcher=matching.FloatFilter)
yield engine.OnDemandField(int,
"selected_size_bytes",
"size of selected data",
matcher=matching.FloatFilter)
yield engine.OnDemandField(int,
"peers_connected",
"number of connected peers",
matcher=matching.FloatFilter)
yield engine.DynamicField(
int,
"downloaders",
"number of completed downloads",
matcher=matching.FloatFilter,
accessor=lambda o: get_tracker_field(o, "scrape_downloaded"))
yield engine.DynamicField(
int,
"seeds",
"number of seeds",
matcher=matching.FloatFilter,
accessor=lambda o: get_tracker_field(o, "scrape_complete"))
yield engine.DynamicField(
int,
"leeches",
"number of leeches",
matcher=matching.FloatFilter,
accessor=lambda o: get_tracker_field(o, "scrape_incomplete"))
yield engine.DynamicField(
engine.untyped,
"lastscraped",
"time of last scrape",
matcher=matching.TimeFilter,
accessor=lambda o: get_tracker_field(o, "scrape_time_last", max),
formatter=lambda dt: fmt.human_duration(
float(dt), precision=2, short=True))
# Add peer attributes not available by default
def get_peer_data(obj, name, aggregator=None):
"Get some peer data via a multicall."
aggregator = aggregator or (lambda _: _)
result = obj._engine._rpc.p.multicall(obj._fields["hash"], 0,
"p.%s=" % name)
return aggregator([i[0] for i in result])
yield engine.DynamicField(
set,
"peers_ip",
"list of IP addresses for connected peers",
matcher=matching.TaggedAsFilter,
formatter=", ".join,
accessor=lambda o: set(get_peer_data(o, "address")))
# Add file checkers
def has_nfo(obj):
"Check for .NFO file."
pathname = obj.path
if pathname and os.path.isdir(pathname):
return any(i.lower().endswith(".nfo")
for i in os.listdir(pathname))
else:
return False if pathname else None
def has_thumb(obj):
"Check for folder.jpg file."
pathname = obj.path
if pathname and os.path.isdir(pathname):
return any(i.lower() == "folder.jpg" for i in os.listdir(pathname))
else:
return False if pathname else None
yield engine.DynamicField(engine.untyped,
"has_nfo",
"does download have a .NFO file?",
matcher=matching.BoolFilter,
accessor=has_nfo,
formatter=lambda val: "NFO" if val else "!DTA"
if val is None else "----")
yield engine.DynamicField(engine.untyped,
"has_thumb",
"does download have a folder.jpg file?",
matcher=matching.BoolFilter,
accessor=has_thumb,
formatter=lambda val: "THMB" if val else "!DTA"
if val is None else "----")
# Fields for partial downloads
def partial_info(obj, name):
"Helper for partial download info"
try:
return obj._fields[name]
except KeyError:
f_attr = [
"get_completed_chunks", "get_size_chunks", "get_range_first",
"get_range_second"
]
chunk_size = obj.fetch("chunk_size")
prev_chunk = -1
size, completed, chunks = 0, 0, 0
for f in obj._get_files(f_attr):
if f.prio: # selected?
shared = int(f.range_first == prev_chunk)
size += f.size
completed += f.completed_chunks - shared
chunks += f.size_chunks - shared
prev_chunk = f.range_second - 1
obj._fields["partial_size"] = size
obj._fields["partial_missing"] = (chunks - completed) * chunk_size
obj._fields[
"partial_done"] = 100.0 * completed / chunks if chunks else 0.0
return obj._fields[name]
yield engine.DynamicField(
int,
"partial_size",
"bytes selected for download",
matcher=matching.ByteSizeFilter,
accessor=lambda o: partial_info(o, "partial_size"))
yield engine.DynamicField(
int,
"partial_missing",
"bytes missing from selected chunks",
matcher=matching.ByteSizeFilter,
accessor=lambda o: partial_info(o, "partial_missing"))
yield engine.DynamicField(
float,
"partial_done",
"percent complete of selected chunks",
matcher=matching.FloatFilter,
accessor=lambda o: partial_info(o, "partial_done"))
# Map name field to TV series name, if applicable, else an empty string
from pyrocore.util import traits
def tv_mapper(obj, name, templ):
"Helper for TV name mapping"
try:
return obj._fields[name]
except KeyError:
itemname = obj.name
result = ""
kind, info = traits.name_trait(itemname, add_info=True)
if kind == "tv":
try:
info["show"] = ' '.join([
i.capitalize()
for i in info["show"].replace('.', ' ').replace(
'_', ' ').split()
])
result = templ % info
except KeyError, exc:
#print exc
pass
obj._fields[name] = result
return result