traffic | Sinatra inspired regexp/pattern mux | Runtime Evironment library

I believe what you want is the following:

Unfortunately doing this directly by attempting to web scrape the search results using UrlFetchApp will not work. You can use third party tools to get the number of search results, however.

I tested this out using an exponential backoff method which sometimes is able to get past 429 errors when a fetch request is invoked by UrlFetchApp.

When using UrlFetchApp to either web scrape or to connect to an API, it can happen that the server denies the request on the grounds of too many requests - or HTTP Error 429.

Google Apps Script runs in the cloud, from a set of IP addresses in a pool that Google own. You can actually see all the IP ranges here. Most websites (especially large companies such as Google) have architecture in place to prevent the use of bots scraping their websites and slowing down traffic.

Sometimes it's possible to get past this error, using a mixture of exponential backoff and random time intervals as shown for the Binance API (Full Disclosure: this GitHub repository was written by me.)

I assume that either Google directly blocks the Apps Script IP pool, or there are simply too many people trying the same thing - because with the same techniques I was unable to get any response that didn't involve entering a captcha as we discussed in the comments above and can be seen in the log of the page string.

There are many third party APIs that you can use to do this, and I suggest searching for one that meets your needs.

I tested out one called Authoritas which returns search engine indexing for different keywords. The API is asynchornous, so can take up to a minute to get a response, so a Web App solution needs to be made.

The flow I used is as follows:

• Obtain API key from Authoritas (free)
• Create a new Apps Script project to make an API call:

I think what you are showing is that bleak does a write without response while MS BLE Explorer does a write_with_response.

Looking at the Bleak documentation for write_gatt_char that seems to be consistent as response is False by default

write_gatt_char Parameters:

• char_specifier (BleakGATTCharacteristic, int, str or UUID). The characteristic to write to, specified by either integer handle, UUID or directly by the BleakGATTCharacteristic object representing it.

• data (bytes or bytearray) – The data to send.

• response (bool) – If write-with-response operation should be done. Defaults to False.

I would expect the following to have the desired effect:

The answer is to bypass the empty-string test; the underlying protocol does not support region-less configuration, nor is there a configuration option to support it.

The trick is able to work because the use of 'endpoint' causes the 'region' to be ignored. With that, setting the region to something and forcing the endpoint allows it to work:

The easiest way to accomplish this is to only allow a few IP's to communicate directly with the SQL server and "allow-list" those few IP addresses via IP Firewall Rules. This is also the most secure method. It is recommended if you have a VM in Azure connecting to the DB, you assign that VM a static IP address.

If that is not possible, you can enable Private Link. Private Link allows you to connect to a server via a private endpoint. A private endpoint is a private IP address within a specific virtual network (VNet) and Subnet.

Once Azure SQL is connected to a VNet, You can filter network traffic between subnets using either or both of the following options:

• Network security groups: Network security groups and application security groups can contain multiple inbound and outbound security rules that enable you to filter traffic to and from resources by source and destination IP address, port, and protocol. To learn more, see Network security groups or Application security groups.
• Network virtual appliances: A network virtual appliance is a VM that performs a network function, such as a firewall, WAN optimization, or other network function. To view a list of available network virtual appliances that you can deploy in a virtual network, see Azure Marketplace.

https://docs.microsoft.com/en-us/azure/virtual-network/virtual-networks-overview#filter-network-traffic

It's checked again after the same periodSeconds delay as usual and then when it passes successThreshold times in a row it will be considered Ready again with all the normal behaviors that entails.

I've ended up solving this using SSLH and ghostunnel: on the client, I have started a ghostunnel listening on 127.0.0.1:8443 and forwarding the TLS-wrapped traffic towards a ghostunnel server I have in the cloud (listening on 443). I have directed my OpenVPN client to connect to 127.0.0.1:8443. I have also directed my HTTPS client to connect to 127.0.0.1:8443. On the server side, the traffic coming out of the ghostunnel server is funnelled into an SSLH server which in turn has two rules: forward TLS traffic to my webserver, and OpenVPN towards my OpenVPN server. The solution works great!

I think that the answer is to use external-dns.

ExternalDNS allows you to control DNS records dynamically via Kubernetes resources in a DNS provider-agnostic way.

Don't worry about deleting the workspace. As log analytics workspace is a unique environment and it can be created to monitor those rescoures which have deployed for a long time. What I mean is that the workspace and other resourse is low coupled.

In the meantime, workspace can be soft deleted, see https://docs.microsoft.com/en-us/azure/azure-monitor/logs/quick-create-workspace#troubleshooting