Turn on one site at a time and install new certificate.
Once all certificates are installed you can turn on all the sites.
The installation client may be confused when more than one site are hosted on the same server during domain validation process.
It’s a great tool!
The TCU and receiver work great on HVL-F56AM, HVL-F58AM and HVL-F60M with TTL, Manual and HSS. EV adjustment in Group A, B and C work too.
Tested in both a700 and a99.
Here I’m showing an example of converting MongoDB node driver into “synchronous” APIs from callback based asynchronous APIs.
We define two new classes to wrap up the native Db and Cursor. Two methods are converted: Db.Open and Cursor.toArray. The “sync” call wraps a callback with Fiber run/yield that will block in the fiber until callback is returned.
With node-fibers, we can write codes in traditionally synchronous fashion and avoid deep nested callback calls without blocking the Node event loop.
Below is an example to generate Fibonacci series. Each run resumes the calculation loop and returns a number to the calling code.
Here’s a gotcha if you’re not careful when writing CoffeeScript. Notice the generated js code where constructor now returns this._cursor!!
Here’s the fix.
Using a two-core server generating enough traffics and achived over 8000 ticks/s. mongod runs 65% CPU time.
Simple test in simulated ticks: single node process had throughput of 2394 ticks per second. mongod runs at 44% CPU usage.
Spent a few hours building a simple MongoDB cluster with Digital Ocean VPS. Three nodes: Primary, Secondary and Arbiter. Primary node is located in New York and Secondary node is in San Francisco. Arbiter is also in New York leveraging an existing web server.
Total monthly cost: $15 with 512MB RAM and 20GB SSD on each node, which is way cheaper than buying a MongoDB service from the cloud.
Ping time between NY and SF is about 75ms. Ping time in the same region is less than 1ms.
Everything works so far. Will start testing the cluster…
