- how to manage many visualization links? especially those that cross Kibana URLs, or even need to include Grafana URLs
- we're using a mix of Grafana for timed events and Kibana for other metrics. would you recommend using this mix of frontends, or is there a better way to do it?
- any way to insert a visual or data from another source (like Grafana into Kibana), or would you recommend a third page to aggregate all of this information?
- Is there an easy way to designate the time frame in the search in Kibana (now - 1 week, now - 12 hours , etc.)? Or other recommended way of doing this? Possibly not use the default date histogram as X axis?
- Any way to delete protect and index without admin access to the server? Was wondering if this would be possible with an AWS ES domain
- any minimal index recommendations you have for data coming in? we have a very wide mix of types of data in our indexes, wondering if there is a downside to mixing this disparate amount, quality of data
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=Navigating= | |
visit('/projects') | |
visit(post_comments_path(post)) | |
=Clicking links and buttons= | |
click_link('id-of-link') | |
click_link('Link Text') | |
click_button('Save') | |
click('Link Text') # Click either a link or a button | |
click('Button Value') |
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while (my_rand=$(gshuf -i 1-100 -n 1); cat /dev/urandom | LC_ALL=C tr -dc 'a-zA-Z0-9' | fold -w $my_rand | head -n 1); unset my_rand; do sleep 15; done |
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ord = {Arpit, Motikant, Shobhit, Shravan, Bill, Bobby}; RandomSample[ord] |
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For[i = 1; t = x, i < 10, i++, t = Prime[i] ; Print[t]; Timing[Pause[5]]] |
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For[i = 1; t = x, i < 10, i++, t = RandomReal[{-10,i}] ; Print[t]; Timing[Pause[5]]] |
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> i <- 2 | |
> repeat {if (i > 24) break else {print(i); Sys.sleep(1); i <- i + 2;}} |
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RandomInteger[{1,670}] |
cd /Users/billw/go/src/github.com/grafeas/grafeas/samples/server/go-server/api/server/main
go run main.go
cd /Users/billw/go/src/github.com/grafeas/client-go/example/v1alpha1
go run main.go
cd Users/billw/Documents/old/github_new/Grafeas/v1alpha1
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import System.Random | |
g <- newStdGen | |
randomR (1, 624) g | |
-- rerun the last two steps for new random seed |
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