![maptiler request counter maptiler request counter](https://www.shopcousa.com/wp-content/uploads/TA-SHOP-SALES_CNTR.jpg)
Option 2 would have required me to provision a server and database, design a database schema to store the data, write code to write data to and fetch data from the database, as well as maintain API routes to return data to the client. I’m lazy and I want to optimize for results per unit work done.Obviously, I opted for the second option, because: I could encode the state within the URL itself, so each countdown link contains all the state it needs.Creating a countdown would generate a new ID, and loading a countdown link (containing the ID) would retrieve the state. I could store state in a database and identify each countdown by a unique ID.(In this case, the state would include start and end times.) There are a couple of ways I could do this: A bookmarkable countdown must mean that some state is being stored somewhere that is loaded into the application when the countdown link is loaded. Right off the top of my head, I had a few ideas for implementing that. The primary engineering design decision I needed to make pertains to the requirement of “bookmarkable and revisitable”. It’s a countdown app - I shouldn’t have to wait too long for it to load. Damn it, I just (primarily) want to see the progress bar and a completion percentage. Some of the sites I found were not user-friendly, requiring multiple dropdown selections for day, month, year, hour, and minute. It should be stupidly simple and easy to use.In addition to the above functional requirements, I had a few non-functional requirements: Over the course of the next several days, I hacked together my project, which I call quarantime. I decided to build my own countdown application, which would kill a bunch of time as well. In any case, I didn’t even bother to check for the other 2 requirements. Or perhaps I just wasn’t looking hard enough? This was a surprise to me, because in my mind a visual progress indicator is a completely natural and complementary element in a countdown application to a “time remaining” display. Every offering I found did not provide a progress bar, or any other sort of progress indicator. This option is widely used, especially for non-Latin alphabets.Perhaps unsurprisingly, I was unable to find any such website. It is also possible to display labels in the local language and language of your preference. For specific use-cases, there are maps based on OpenStreetMap in local coordinate systems, namely in:Īpart from maps based on OSM, there are local maps based on government open data:Ĭountry names and city labels are available in more than 70 languages. MapTiler maps are provided in standard Mercator projection. 3D - to show any of the maps above in three dimensions.Topo - maps with contour lines and hillshading, designed for movement in terrain.Winter - topo map for winter outdoor sports.
![maptiler request counter maptiler request counter](https://blog.pvincent.io/images/prometheus-series/prometheus-requests-counter.png)
Outdoor - a map with hiking trails and biking routes.Dark and Light - map styles designed as a discreet background for additional geodata.Basic - map containing only basic information.Satellite - a mixture of satellite and aerial imagery with labels and streets from OSM.Streets - a general-purpose map with highlighted road infrastructure.Most of the maps are based on OpenStreetMap data some have additional Natural Earth data on lower zoom levels and town labels from Wikidata. TileServer PHP - map tile server based on PHP.TileServer-GL - map tile server based on node.js.epsg.io - database of all spatial coordinate systems.
#Maptiler request counter software