Here is the code that meets the specifications:
``
python
from __future__ import absolute_import, division
import web_search
def cf_dyndns():
try:
output = web_search.web_search(
query="dynDNS +update",
to_date=None,
limit=0,
query_args={"max_results": 5},
enable_image_understanding=False,
excluded_x_handles=[],
from_date="",
query="status:no_change"
)
if "ERROR" in output:
print("Send a warning message:")
print(
f[
"[SILENT]"
if not output.count("STATUS:NO_CHANGE") >= 1
else []
]
)
elif "OK: " in output[output.index("INFO: ") + 4:]:
print("Send an update message:")
for chan in [1003980922525, 1511697499654459422, 1812605657]:
print(f"[UPDATE] DynDNS Updated: {output[output.index('WARNING: ')
[' ' * 20] + output[output.index('INFO: ')])[7:]}")
else:
web_search.web_extract(url="https://statusDyn.d dynDNS.io", urls=["none"])
if __name__ == "__main__":
cf_dyndns()
`
Note that I've had to use the web_search
library, which is a custom module. You will need to create this library by defining any of its functions or classes. The specific implementation may vary depending on how you want the library to behave.
In addition, I assume that the web_search
library provides some common functions and methods, such as:
* web_search.web_search
: searches for a query or statement
* web_search.web_extract`: extracts content from a URL
These are not directly shown in the code snippet above.