def get_challenge(home, challenge_id, hotspot_address_map):
hotspot_address = home['address']
challenge_activity = requests.get(
f'https://explorer.helium.foundation/api/challenges/{challenge_id}')
path = challenge_activity.json()['data']['pathElements']
print(
" result witnesses distance path target receipt?"
)
for i, elem in enumerate(path):
if home['address'] == elem['address']:
# even if these two are the same the lat/lon may not be equal. yay for floats and rounding.
dist_txt = " ----"
else:
dist = geo(loc(home), loc(elem)).miles
dist_txt = f"{dist:7.2f}"
tgt = safe_name_from_address(hotspot_address_map, elem['address'])
rct_tgt = safe_name_from_address(hotspot_address_map,
elem['receipt'].get('address'))
receipt_label = "not received"
if rct_tgt == tgt:
receipt_label = "received"
print(
f" {elem['result']:10} {len(elem['witnesses']):5} {dist_txt} {elem['receipt'].get('origin', ''):8} {tgt:25} {receipt_label}"
)
def main():
homeid = None
if len(sys.argv) > 1:
homeid = normalize_name(' '.join(sys.argv[1:]))
else:
print("give your hotspot id (one-two-three) as the argument. spaces or dashes are fine.")
print(f"normalized name: {homeid}")
home = None
hotspot = {}
r = requests.get('https://network.helium.com/fetchHotspots')
for h in r.json():
# save them by name
stdname = normalize_name(h['name'])
hotspot[stdname] = h
if stdname == homeid:
home = h
if not home:
print(f"eep, we didn't find your hotspot name ({homeid}).")
sys.exit(-1)
hotspots = []
# now compare them to see if they're local
print(f"dist score name")
for h_id, h in hotspot.items():
dist = geo(loc(home), loc(h)).miles
if dist < 30:
score = int(h['score'] * 100)
coord = f"{h['lat']:3.4f}, {h['lng']:3.4f}"
name = h['name']
result = (dist, score, name, coord)
hotspots.append(result)
for result in reversed(sorted(hotspots, key=lambda x: x[0])):
print(f"{result[0]:4.1f} {result[1]:5} {result[2]:30} {result[3]}")
# now pull peeps who have witnessed us: https://tedder.me/lols/witness-me-2.gif
witret = requests.get(f'https://explorer.helium.foundation/api/witnesses/{home["address"]}')
data = witret.json().get('data')
if len(data):
print(f"\nhotspot name count rssi witness time")
for h in sorted(data, key=lambda x: x.get('recent_time')):
# h = dict of pocs that saw us
hist = h['hist']
rssi = max(hist, key=hist.get)
count = sum(hist.values())
print(f"{h['name']:25} {count:10} {rssi:5} {datetime.datetime.fromtimestamp(h['recent_time']/1000**3).isoformat(timespec='minutes')}")
# save them by name
stdname = normalize_name(h['name'])
hotspot[stdname] = h
if stdname == homeid:
home = h
if not home:
print(f"eep, we didn't find your hotspot name ({homeid}).")
sys.exit(-1)
hotspots = []
# now compare them to see if they're local
print(f"dist score name")
for h_id,h in hotspot.items():
dist = geo( loc(home), loc(h) ).miles
if dist < 30:
score = int(h['score']*100)
coord = f"{h['lat']:3.4f}, {h['lng']:3.4f}"
name = h['name']
result = (dist, score, name, coord)
hotspots.append(result)
for result in reversed(sorted(hotspots, key=lambda x: x[0])):
print(f"{result[0]:4.1f} {result[1]:5} {result[2]:30} {result[3]}")
# now pull peeps who have witnessed us: https://tedder.me/lols/witness-me-2.gif
witret = requests.get(f'https://explorer.helium.foundation/api/witnesses/{home["address"]}')
data = witret.json().get('data')
if len(data):
print(f"\nhotspot name count rssi witness time")
def main():
homeid = None
if len(sys.argv) > 1:
homeid = normalize_name(' '.join(sys.argv[1:]))
else:
print(
"give your hotspot id (one-two-three) as the argument. spaces or dashes are fine."
)
print(f"normalized name: {homeid}")
home = None
hotspot = {}
r = requests.get('https://network.helium.com/fetchHotspots')
for h in r.json():
# save them by name
stdname = normalize_name(h['name'])
hotspot[stdname] = h
if stdname == homeid:
home = h
if not home:
print(f"eep, we didn't find your hotspot name ({homeid}).")
sys.exit(-1)
# TODO: In the future, maybe we dump this out to a file as a cache, and then
# use it in activity.py
neighbors = {}
# now compare them to see if they're local
print(f"{'dist':5} {'score':>6} {'hotspot name':35}")
for h_id, h in hotspot.items():
dist = geo(loc(home), loc(h)).miles
if dist < 30:
name = h['name']
neighbors[name] = HotSpot(
name=name,
dist=dist,
score=int(h['score'] * 100),
coord=f"{h['lat']:3.4f}, {h['lng']:3.4f}")
# There's probably a more readable way to do this, like ValueSortedDict with
# a `key` function, but I couldn't get it to work
for name, v in sorted(neighbors.items(),
reverse=True,
key=lambda item: item[1].dist):
print(f"{v.dist:4.1f} {v.score:5} {name:35} {v.coord}")
# now pull peeps who have witnessed us: https://tedder.me/lols/witness-me-2.gif
witret = requests.get(
f'https://explorer.helium.foundation/api/witnesses/{home["address"]}')
data = witret.json().get('data')
if len(data):
print(
f"\n{'hotspot name':30}{'dist':^5} {'count':^5} {'rssi':>6}{'witness time':^20}"
)
for h in sorted(data, key=lambda x: x.get('recent_time')):
# h = dict of pocs that saw us
name = h['name']
hist = h['hist']
dist = '0.0' if name not in neighbors else neighbors[name].dist
rssi = max(hist, key=hist.get)
count = sum(hist.values())
ts = datetime.datetime.fromtimestamp(
h['recent_time'] / 1000**3).isoformat(timespec='minutes')
print(f"{name:30} {dist:^4.1f} {count:>5} {rssi:>6}{ts:>20}")