Implemented `not' expectation
commit
6a5c0b3d0d
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@ -66,3 +66,8 @@ _expect--be() { _proxy-to "$@"; }
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_expect--succeed() { test "$1" -eq 0; }
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_expect--fail() { test "$1" -ne 0; }
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##
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# Inverts the result of an expectation represented by the remainder clause
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_expect--not() { ! _proxy-to "$@"; }
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31
src/spec
31
src/spec
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@ -162,7 +162,8 @@ to()
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_sstack-assert-follow :expect to $(caller)
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_sstack-pop
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_handle-to "$@" || fail "$*"
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__handle-to "$__spec_rexit" $__SHIFTN "$__spec_errpath" "$@" \
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|| fail "$*"
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__spec_caller=
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}
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@ -171,9 +172,18 @@ to()
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##
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# Perform expectation assertion by invoking expectation handler
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#
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# Will throw an error if the handler cannot be found.
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_handle-to()
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# Will throw an error if the handler cannot be found. Arguments are expected
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# to be of the following form:
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#
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# <exit code> <shiftn> <...N> <expect type> <...remainder clause>
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#
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__handle-to()
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{
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local -ri rexit="$1"
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local -ri shiftn="$2"
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local -r errpath="$( [ $shiftn -gt 2 ] && echo "$3" )"
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shift "$shiftn"
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local -r type="$1"
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shift
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@ -186,23 +196,16 @@ _handle-to()
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# output file, and all remaining arguments are said remainder clause; the
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# shift argument allows the implementation to vary without breaking BC so
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# long as the meaning of the shifted arguments do not change
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$assert "$__spec_rexit" $__SHIFTN "$__spec_errpath" "$@" \
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$assert $rexit $__SHIFTN "$errpath" "$@" \
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< <( echo -n "$__spec_result" )
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}
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##
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# Proxies remainder clause to an expectation handler
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# Alias for _handle-to
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#
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# This is different than simply invoking `_handle-to` in that the former
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# expects to be called with arguments from an existing handler call (that
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# is, in need of shifting to access the remainder clause), where as the
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# latter assumes that its arguments are *only* the intended remainder clause
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_proxy-to()
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{
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shift "$2"
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_handle-to "$@"
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}
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# Shows intent to proxy a call and allows proxy implementation to vary.
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_proxy-to() { __handle-to "$@"; }
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##
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@ -63,6 +63,19 @@ describe fail
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end
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describe not
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it will invert the result of an expectation
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# exit code of 1, so normally `succeed' would fail
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expect _expect--not 1 2 succeed
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to succeed
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# exit code of 0, so normally `succeed' would succeed
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expect _expect--not 0 2 succeed
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to fail
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end
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end
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describe output
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it will default to asserting against stdout
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expect _expect--output 0 2 "test string" <<< "test string"
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