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import std/private/miscdollars
import std/strutils
from std/os import getEnv
template flakyAssert*(cond: untyped, msg = "", notifySuccess = true) =
## API to deal with flaky or failing tests. This avoids disabling entire tests
## altogether so that at least the parts that are working are kept being
## tested. This also avoids making CI fail periodically for tests known to
## be flaky. Finally, for known failures, passing `notifySuccess = true` will
## log that the test succeeded, which may indicate that a bug was fixed
## "by accident" and should be looked into.
const info = instantiationInfo(-1, true)
const expr = astToStr(cond)
if cond and not notifySuccess:
discard # silent success
else:
var msg2 = ""
toLocation(msg2, info.filename, info.line, info.column)
if cond:
# a flaky test is failing, we still report it but we don't fail CI
msg2.add " FLAKY_SUCCESS "
else:
# a previously failing test is now passing, a pre-existing bug might've been
# fixed by accidend
msg2.add " FLAKY_FAILURE "
msg2.add $expr & " " & msg
echo msg2
proc greedyOrderedSubsetLines*(lhs, rhs: string): bool =
## returns true if each stripped line in `lhs` appears in rhs, using a greedy matching.
let rhs = rhs.strip
var currentPos = 0
for line in lhs.strip.splitLines:
currentPos = rhs.find(line.strip, currentPos)
if currentPos < 0:
return false
return true
template enableRemoteNetworking*: bool =
## Allows contolling whether to run some test at a statement-level granularity.
## Using environment variables simplifies propagating this all the way across
## process calls, e.g. `testament all` calls itself, which in turns invokes
## a `nim` invocation (possibly via additional intermediate processes).
getEnv("NIM_TESTAMENT_REMOTE_NETWORKING") == "1"
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