-- Variable determines appropriate website URL to test.
-- EDIT this VARIABLE to test your application.
-- Ensure there is NOT a trailing slash at the end.
 local WEBSITE_URL = "http://replace-me.mybluemix.net"
-- User input we want to randomly generate.
 local KEY1 = string.char(math.random(32, 126))
 local KEY2 = string.char(math.random(32, 126))
 local KEY3 = string.char(math.random(32, 126))
 local VAL1 = math.random(1, 31415926)
 local VAL2 = math.random(1, 31415926)
 local VAL3 = math.random(1, 31415926)
-- Send PUT request to the app with random key-value pair.
http.request_batch({
{"GET", WEBSITE_URL .. "/ecaas?operation=put&key=" .. KEY1 .. "&value=" .. VAL1
.. "&encrypt=false", auto_decompress=true}
})
-- Simulate cache refresh by fetching all values.
http.request_batch({
{"GET", WEBSITE_URL .. "/ecaas?operation=all&key=" .. KEY1 .. "&value=" .. VAL1
.. "&encrypt=false", auto_decompress=true}
})
-- Send second PUT request to the app with random key-value pair.
http.request_batch({
{"GET", WEBSITE_URL .. "/ecaas?operation=put&key=" .. KEY2 .. "&value=" .. VAL2
.. "&encrypt=false", auto_decompress=true},
{"GET", WEBSITE_URL .. "/ecaas?operation=all&key=" .. KEY2 .. "&value=" .. VAL2
.. "&encrypt=false", auto_decompress=true}
})
http.request_batch({
{"GET", WEBSITE_URL .. "/ecaas?operation=put&key=" .. KEY3 .. "&value=" .. VAL3
.. "&encrypt=false", auto_decompress=true},
{"GET", WEBSITE_URL .. "/ecaas?operation=all&key=" .. KEY3 .. "&value=" .. VAL3
.. "&encrypt=false", auto_decompress=true}
})
-- Send GET request to fetch the Value from Key. Then, refresh the data cache.
http.request_batch({
{"GET", WEBSITE_URL .. "/ecaas?operation=get&key=" .. KEY1 ..
"&value=&encrypt=false", auto_decompress=true},
{"GET", WEBSITE_URL .. "/ecaas?operation=all&key=" .. KEY1 .. "&value=" .. VAL1
.. "&encrypt=false", auto_decompress=true}
})
http.request_batch({
{"GET", WEBSITE_URL .. "/ecaas?operation=get&key=" .. KEY2 ..
"&value=&encrypt=false", auto_decompress=true},
{"GET", WEBSITE_URL .. "/ecaas?operation=all&key=" .. KEY2 .. "&value=" .. VAL2
.. "&encrypt=false", auto_decompress=true}
})
http.request_batch({
{"GET", WEBSITE_URL .. "/ecaas?operation=get&key=" .. KEY3 ..
"&value=&encrypt=false", auto_decompress=true},
{"GET", WEBSITE_URL .. "/ecaas?operation=all&key=" .. KEY3 .. "&value=" .. VAL3
.. "&encrypt=false", auto_decompress=true}
})
-- Delete keys one through three, refreshing the cache after each request
http.request_batch({
{"GET", WEBSITE_URL .. "/ecaas?operation=delete&key=" .. KEY1 ..
"&value=&encrypt=false", auto_decompress=true},
{"GET", WEBSITE_URL .. "/ecaas?operation=all&key=&value=&encrypt=false",
auto_decompress=true},
{"GET", WEBSITE_URL .. "/ecaas?operation=delete&key=" .. KEY2 ..
"&value=&encrypt=false", auto_decompress=true},
{"GET", WEBSITE_URL .. "/ecaas?operation=all&key=&value=&encrypt=false",
auto_decompress=true},
{"GET", WEBSITE_URL .. "/ecaas?operation=delete&key=" .. KEY3 ..
"&value=&encrypt=false", auto_decompress=true},
{"GET", WEBSITE_URL .. "/ecaas?operation=all&key=&value=&encrypt=false",
auto_decompress=true}
})
-- Send an ENCRYPTED PUT request to the app with the random key-value pair.
http.request_batch({
{"GET", WEBSITE_URL .. "/ecaas?operation=put&key=" .. KEY1 .. "&value=" .. VAL1
.. "&encrypt=true", auto_decompress=true},
{"GET", WEBSITE_URL .. "/ecaas?operation=all&key=" .. KEY1 .. "&value=" .. VAL1
.. "&encrypt=true", auto_decompress=true}
})
http.request_batch({
{"GET", WEBSITE_URL .. "/ecaas?operation=put&key=" .. KEY2 .. "&value=" .. VAL2
.. "&encrypt=true", auto_decompress=true},
{"GET", WEBSITE_URL .. "/ecaas?operation=all&key=" .. KEY2 .. "&value=" .. VAL2
.. "&encrypt=true", auto_decompress=true}
})
http.request_batch({
{"GET", WEBSITE_URL .. "/ecaas?operation=put&key=" .. KEY3 .. "&value=" .. VAL3
.. "&encrypt=true", auto_decompress=true},
{"GET", WEBSITE_URL .. "/ecaas?operation=all&key=" .. KEY3 .. "&value=" .. VAL3
.. "&encrypt=true", auto_decompress=true}
})
-- Send GET request for ENCRYPTED Value from Key. Then, refresh the data cache.
http.request_batch({
{"GET", WEBSITE_URL .. "/ecaas?operation=get&key=" .. KEY1 ..
"&value=&encrypt=true", auto_decompress=true},
{"GET", WEBSITE_URL .. "/ecaas?operation=all&key=" .. KEY1 ..
"&value=aJY1vAbJJA2tCx2HN8QoQA%3D%3D&encrypt=true", auto_decompress=true}
})
http.request_batch({
{"GET", WEBSITE_URL .. "/ecaas?operation=get&key=" .. KEY2 ..
"&value=&encrypt=true", auto_decompress=true},
{"GET", WEBSITE_URL .. "/ecaas?operation=all&key=" .. KEY2 ..
"&value=3o29aRTtQAPQBq1uW7zSkg%3D%3D&encrypt=true", auto_decompress=true}
})
http.request_batch({
{"GET", WEBSITE_URL .. "/ecaas?operation=get&key=" .. KEY3 ..
"&value=&encrypt=true", auto_decompress=true},
{"GET", WEBSITE_URL .. "/ecaas?operation=all&key=" .. KEY3 ..
"&value=zQ7y%2Frb9pnRKfvxoPk%2B3cA%3D%3D&encrypt=true", auto_decompress=true}
})
-- Delete Keys one and two, leaving three. Refresh cache after each request.
http.request_batch({
{"GET", WEBSITE_URL .. "/ecaas?operation=delete&key=" .. KEY1 ..
"&value=&encrypt=true", auto_decompress=true},
{"GET", WEBSITE_URL .. "/ecaas?operation=all&key=&value=&encrypt=true",
auto_decompress=true},
{"GET", WEBSITE_URL .. "/ecaas?operation=delete&key=" .. KEY2 ..
"&value=&encrypt=true", auto_decompress=true},
{"GET", WEBSITE_URL .. "/ecaas?operation=all&key=&value=&encrypt=true",
auto_decompress=true}
})
client.sleep(math.random(20,40))