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Acquire users through a useful CI-reporting outcome, then convert interested teams to checked Kida components. Do not ask teams to replace Jinja wholesale, and do not market unverified performance, security, cold-start, lock-free, or universal static-typing claims.
The wedge is:
useful CI report → maintainable custom report component → checked component calls in CI → broader Kida use
Why now
Kida already ships a composite Kida Report Action with built-in report templates, Markdown/PR-comment output, and typed report boundaries. Marketplace publication and external dogfooding are prepared but not yet evidenced. The public product position is “server-side components for Python,” with static call-site validation as a supporting proof—not a generic Jinja replacement pitch.
Raw signals and confidence
Signal
Confidence
Implication
Kida’s Action, report templates, fixtures, and Marketplace guide are present and self-dogfooded
High
CI reports are the lowest-friction first-use product
kida check --validate-calls catches unknown/missing component parameters and literal mismatches before render
High
A fair, demonstrable component-contract story exists
Jinja users report runtime/context and undefined-value failures
Medium
Use a sourced corpus to select reproducible examples; do not generalize from anecdotes
Compare capability and tradeoffs, never claim a universal replacement
Python 3.14t interest produces broad adoption by itself
Low
Treat free-threading as evidence for an expert segment, not the acquisition headline
Decision
Use a three-fixture evidence program before broad launch or public “vs. Jinja” claims:
Component-call typo: compare Kida static validation with Jinja configured using best-practice StrictUndefined; distinguish check-time findings from dynamic-runtime failures.
Custom CI report: compare a conventional inline/scripted workflow with a Kida component/template workflow; measure time-to-feedback and maintenance structure, not synthetic speed.
Report-action evaluation: compare Kida Report with a mature focused report Action across inputs, output targets, customization, permissions, runner/platform constraints, and limitations.
Every public claim must link to a pinned, runnable fixture and state what Kida does not solve.
Dependencies and sequence
#TBD sourced complaint corpus
#TBD reproducible fixtures, with output parity before measurement
#TBD external dogfood pilots (external-write gate)
Tasks 1–3 create evidence. Tasks 4–5 consume it. No external publication, release, or third-party pull request is authorized by this epic.
Steward notes
Consulted for this backlog design: action, analysis, benchmarks, cli, compiler, contrib, docs, environment, examples, github, markdown, nodes, plan, public, readme, schemas, syntax, template, templates, terminal, tests, and utils.
The likely implementation perimeter is action/github/templates/markdown/schemas/utils (reporting) plus analysis/cli/parser/nodes/compiler/template/environment/public (checked component demonstration), benchmarks (only if a claim needs measurement), and tests/examples/site/docs (reproducible collateral). Contrib, readme, and terminal are consulted no-change surfaces unless a selected fixture proves otherwise.
Risk: a default-Jinja comparison is misleading. Require StrictUndefined where applicable and disclose dynamic-data boundaries.
Risk: competitor comparison turns into performance theater. Require equal output, pinned versions, environment provenance, and an explicit “not solved” section.
Risk: Marketplace and external PR work cause public/reputational changes. Keep them separately blocked until the repository owner authorizes execution.
Risk: the report Action is currently Bash-oriented. Record supported runner/platform constraints rather than silently implying universal portability.
Not now
Rebuilding Ansible, Packer, or general Jinja pipelines.
A generic “replace Jinja” campaign.
SaaS, telemetry, a template marketplace, new runtime dependencies, or new language/configuration surfaces.
Competitive security or linear-scaling claims without separately approved evidence work.
Moving this epic into status/active while another bounded epic is the execution queue.
Success evidence
A source-backed corpus classifies at least 20 public pain signals and selects only Kida-addressable cases.
Three fixtures run from a documented command with pinned versions and output assertions.
Each published comparison states limitations and has no unsupported headline metric.
Marketplace publication is verified only after owner authorization.
Five external pilot PRs are submitted only after owner authorization; track discussions, merges, and 14-day pilot observations separately.
Downstream-pilot classification
No downstream pilot yet: this epic is planning and evidence design. The later dogfood-pilot task must follow docs/downstream-pilot-policy.md and record each target repository, immutable revision, real payload, successful runs, and owner feedback.
Parent saga: #154
Related evidence work: #199
Thesis
Acquire users through a useful CI-reporting outcome, then convert interested teams to checked Kida components. Do not ask teams to replace Jinja wholesale, and do not market unverified performance, security, cold-start, lock-free, or universal static-typing claims.
The wedge is:
Why now
Kida already ships a composite
Kida ReportAction with built-in report templates, Markdown/PR-comment output, and typed report boundaries. Marketplace publication and external dogfooding are prepared but not yet evidenced. The public product position is “server-side components for Python,” with static call-site validation as a supporting proof—not a generic Jinja replacement pitch.Raw signals and confidence
kida check --validate-callscatches unknown/missing component parameters and literal mismatches before renderDecision
Use a three-fixture evidence program before broad launch or public “vs. Jinja” claims:
StrictUndefined; distinguish check-time findings from dynamic-runtime failures.Every public claim must link to a pinned, runnable fixture and state what Kida does not solve.
Dependencies and sequence
Tasks 1–3 create evidence. Tasks 4–5 consume it. No external publication, release, or third-party pull request is authorized by this epic.
Steward notes
Consulted for this backlog design: action, analysis, benchmarks, cli, compiler, contrib, docs, environment, examples, github, markdown, nodes, plan, public, readme, schemas, syntax, template, templates, terminal, tests, and utils.
The likely implementation perimeter is action/github/templates/markdown/schemas/utils (reporting) plus analysis/cli/parser/nodes/compiler/template/environment/public (checked component demonstration), benchmarks (only if a claim needs measurement), and tests/examples/site/docs (reproducible collateral). Contrib, readme, and terminal are consulted no-change surfaces unless a selected fixture proves otherwise.
Risks and dissent
StrictUndefinedwhere applicable and disclose dynamic-data boundaries.Not now
status/activewhile another bounded epic is the execution queue.Success evidence
Downstream-pilot classification
No downstream pilot yet: this epic is planning and evidence design. The later dogfood-pilot task must follow
docs/downstream-pilot-policy.mdand record each target repository, immutable revision, real payload, successful runs, and owner feedback.