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improve examples, illustrate conventions

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This commit is contained in:
Jonathan Shook
2020-04-20 02:03:12 -05:00
parent b5ae09e715
commit 1dd2cbfe1e
6 changed files with 160 additions and 10 deletions
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39
activitytype-cql/src/main/resources/examples/bindings/double.yaml
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# You can run this file with this command line to see the values printed to stdout:
# ./ebdse run driver=stdout yaml=bindings/double.yaml cycles=10
# This file demonstrates different types of timestamp recipes
# that you can use with virtdata. (The bindings used in ebdse)
# If you want to control the output, uncomment and edit the statement template below
# and modify the named anchors to suit your output requirements.
#statements:
# example1: "{fullname}\n"
bindings:
# All uncommented lines under this are indented, so they become named bindings below
# the entry above
# Normally, the value that you get with a cycle starts at 0.
cycleNum: Identity();
# here we convert the cycle number to a double by casting.
id: Identity(); ToDouble()
## Sensor value
sensor_value: Normal(0.0,5.0); Add(100.0) -> double
# Example output:
# sensor_value : 97.65195455640468
# sensor_value : 102.36957817450308
# sensor_value : 106.1618147543308
# sensor_value : 105.69436460281086
# sensor_value : 95.76439295584129
# sensor_value : 99.79975449386073
# sensor_value : 102.3330464938251
# sensor_value : 100.58103001489948
# sensor_value : 99.15058382227814
# sensor_value : 97.17512591189272

36
activitytype-cql/src/main/resources/examples/bindings/long.yaml
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# You can run this file with this command line to see the values printed to stdout:
# ./ebdse run driver=stdout yaml=bindings/timestamp.yaml cycles=10
# This file demonstrates different types of timestamp recipes
# that you can use with virtdata. (The bindings used in ebdse)
# If you want to control the output, uncomment and edit the statement template below
# and modify the named anchors to suit your output requirements.
#statements:
# example1: "{epochMillis}\n"
bindings:
# All uncommented lines under this are indented, so they become named bindings below
# the entry above
# Normally, the value that you get with a cycle starts at 0.
cycleNum: Identity();
# All uncommented lines under this are indented, so they become named bindings below
# the entry above
# You can offset the start of your millis to some formatted date.
# Notice, that in this case, the result is still in millis since the epoch
randomMillisStartingFeb2018: StartingEpochMillis('2018-02-01 05:00:00');
# You can randomly offset the value by some amount as shown below.
# In this case, the AddHashRange(...) function is internally hashing
# the input value and down-sampling it to the range specified, and then
# adding the resulting value to the input. The range is selected as
# 0,2419200000 because that is how many milliseconds there are in February.
randomMillisWithinFeb2018: AddHashRange(0,2419200000L); StartingEpochMillis('2018-02-01 05:00:00');