TAP — SKIP Directives
Two assertions marked # SKIP with a reason, alongside a genuine failure. Skipped assertions are written as ok, so counting ok lines reports 5 passes when only 3 tests actually ran.
TAP version 13
1..6
ok 1 - cart applies the unit price
ok 2 - loyalty tier pricing # SKIP partner API is stubbed in CI
ok 3 - cart rounds half up at two decimals
ok 4 - currency conversion # SKIP no FX fixture on this branch
ok 5 - discount applies a percentage
not ok 6 - discount stacks in declared order
---
message: 'wrong order'
...
Specifications
- Seed
- 61200
- Encoding
- UTF-8
- Line Endings
- LF
- Tap Version
- 13
- Plan
- 1..6
- Assertions
- 6
- Ok
- 5
- Not Ok
- 1
- Skipped
- 2
- Todo
- 0
Testing contract
Expected to pass- Scenario
- Separate skipped assertions from real passes in a TAP stream.
- Expected result
- 3 assertions passed, 2 were skipped with reasons and 1 failed — not 5 passed and 1 failed.
What is a .tap file?
TAP (Test Anything Protocol) is a line-based plain-text format for reporting test results. A stream declares a plan such as `1..12` and then emits one `ok` or `not ok` line per test, optionally with a description, a `# SKIP` or `# TODO` directive, and an indented YAML block carrying diagnostic detail. It is deliberately simple enough that a test runner in any language can emit it and a harness can parse it line by line.
How to use this file
Use an example .tap file to test TAP consumers, CI result parsers, and format converters — checking that the declared plan matches the number of assertions, that skipped and TODO directives are classified separately from failures, and that diagnostic YAML blocks survive the round trip.
How to use this file for testing
“TAP — SKIP Directives” is a deterministic Novus Examples fixture for Log parsing, Error handling, Conversion testing. Access logs and JSON-lines application logs — for testing log parsers, tailers, and ingestion pipelines.
Documented properties for this file: seed 61200 · UTF-8 · LF. Compare results against paired or grouped companions on this page when present (clean↔damaged, searchable↔scanned, or format twins) so scores stay reproducible across runs.
Download the file once, keep the path stable in CI or local scripts, and treat the spec table as the contract: dimensions, seeds, field lists, and roles are intentional. Corrupt or invalid samples are labelled as such — expect parsers to fail loudly rather than silently accept them.
Test and coverage reports document their totals (suites, cases, passes, failures, skips, covered lines) in the spec table. Point your CI dashboard, coverage gate, or report converter at the file and assert those counts survive; format twins carry identical numbers so a conversion can be scored exactly.
Related files
- tapTAP — Bail Out Mid-RunA run abandoned after the third assertion with a Bail out! line, leaving five of the planned eight assertions unreported. The run is a failure even though only one assertion said not ok, and a consumer must not report 2/3 passing as a 67% pass rate.
- tapTAP — Comments and Diagnostic LinesFree-form # comment lines interleaved with assertions, including a trailing summary block. Comments carry no result and must never shift assertion numbering, which is exactly what a parser counting lines instead of ok/not ok tokens gets wrong.
- tapTAP — Failures with YAML DiagnosticsTwo failing assertions, each followed by an indented YAML diagnostic block carrying the expected and actual values and a file/line location. The block is where every useful failure message in TAP lives, and it is the part naive line-based parsers throw away.
- tapTAP — Plan Count Does Not MatchEvery assertion in this stream says ok, but the plan promised ten and only eight arrived — the signature of a runner that crashed after its last reported assertion. A consumer that only counts not ok lines calls this a clean pass.
- tapTAP — Plan First, All PassingThe canonical TAP shape: a version line, a leading plan, then six passing assertions in order. Anything a TAP consumer does with a real stream it must do with this one first.
- tapTAP — Trailing PlanThe same stream with the plan at the end, which is what a harness emits when it does not know the test count up front. A consumer that requires a leading plan rejects a perfectly valid stream.
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