dsfb_database/
non_claims.rs1pub const NON_CLAIMS: [&str; 7] = [
10 "DSFB-Database does not optimise queries, replace the query optimiser, or modify execution plans.",
11 "DSFB-Database does not claim causal correctness; motifs represent structural consistency given observed signals, not root causes.",
12 "DSFB-Database does not provide a forecasting or predictive guarantee; precursor structure is structural, not probabilistic.",
13 "DSFB-Database does not provide ground-truth-validated detection on real workloads; we evaluate via injected perturbations, plan-hash concordance, and replay determinism.",
14 "DSFB-Database does not claim a universal SQL grammar; motifs are engine-aware, telemetry-aware, and workload-aware.",
15 "DSFB-Database does not validate that an operator-supplied grammar is appropriate for a non-SQL residual stream; the generic CSV adapter is a worked example, not a universality claim.",
16 "DSFB-Database's live adapters (PostgreSQL via pg_stat_statements; MySQL via performance_schema) emit residuals at a cadence bounded by their polling interval, the engine's response latency, and the operator-configured CPU budget; they do not provide hard-real-time guarantees. Determinism holds only given a persisted tape — two live invocations against the same engine workload will produce different tapes.",
17];
18
19pub fn print() {
21 eprintln!("DSFB-Database non-claims (read these before interpreting any output):");
22 for (i, c) in NON_CLAIMS.iter().enumerate() {
23 eprintln!(" {}. {}", i + 1, c);
24 }
25}
26
27pub fn as_block() -> String {
30 NON_CLAIMS
31 .iter()
32 .enumerate()
33 .map(|(i, c)| format!(" {}. {}", i + 1, c))
34 .collect::<Vec<_>>()
35 .join("\n")
36}