fn test_simulation_escape_sequences() {
let mut gui = gui_coverage! {
buttons: ["S801", "S802", "S803", "S804", "S805", "S806", "S807", "S808", "S809", "S810"],
screens: ["pass", "fail"]
};
let tests = [
("S801", "echo $'\\n\\t\\r'", "Common escapes"),
("S802", "echo $'\\x41\\x42\\x43'", "Hex escapes"),
("S803", "echo $'\\101\\102\\103'", "Octal escapes"),
("S804", "echo $'\\u0041'", "Unicode 4-digit"),
("S805", "echo $'\\U0001F600'", "Unicode 8-digit"),
("S806", "echo $'\\\\'", "Escaped backslash"),
("S807", "echo $'\\\"'", "Escaped quote"),
("S808", "echo \"\\$var\"", "Escaped dollar"),
("S809", "echo \"\\`cmd\\`\"", "Escaped backtick"),
("S810", "echo '\\n'", "Literal backslash-n"),
];
for (id, code, desc) in tests {
let passed = lint_safely(code);
gui.click(id);
gui.visit(if passed { "pass" } else { "fail" });
assert!(passed, "{}: Must NOT panic on: {} ({})", id, code, desc);
}
let report = gui.generate_report();
println!(
"\nS8xx Escape: {:.1}% elements",
report.element_coverage * 100.0
);
assert!(report.element_coverage >= 1.0, "All escape tests must pass");
}
#[test]
fn test_simulation_quoting_edge_cases() {
let mut gui = gui_coverage! {
buttons: ["S901", "S902", "S903", "S904", "S905", "S906", "S907", "S908", "S909", "S910"],
screens: ["pass", "fail"]
};
let tests = [
("S901", "echo ''", "Empty single quotes"),
("S902", "echo \"\"", "Empty double quotes"),
("S903", "echo $''", "Empty ANSI-C"),
("S904", "echo $\"\"", "Empty localized"),
("S905", "echo 'a'\"b\"'c'", "Mixed quote concat"),
("S906", "echo \"'inner'\"", "Single inside double"),
("S907", "echo '\"inner\"'", "Double inside single"),
("S908", "echo \"$(echo 'test')\"", "Cmd sub in quotes"),
("S909", "echo \"${var:-'default'}\"", "Single in expansion"),
("S910", "echo 'test'\\''more'", "Escaped single concat"),
];
for (id, code, desc) in tests {
let passed = lint_safely(code);
gui.click(id);
gui.visit(if passed { "pass" } else { "fail" });
assert!(passed, "{}: Must NOT panic on: {} ({})", id, code, desc);
}
let report = gui.generate_report();
println!(
"\nS9xx Quoting: {:.1}% elements",
report.element_coverage * 100.0
);
assert!(
report.element_coverage >= 1.0,
"All quoting tests must pass"
);
}
#[test]
fn test_simulation_stress_tests() {
let mut gui = gui_coverage! {
buttons: ["S1001", "S1002", "S1003", "S1004", "S1005", "S1006", "S1007", "S1008", "S1009", "S1010"],
screens: ["pass", "fail"]
};
let tests = [
(
"S1001",
"echo 'héllo' | cat | tr '[:lower:]' '[:upper:]'",
"Unicode pipeline",
),
(
"S1002",
"for i in 日本 中文 한국; do echo \"$i\"; done",
"Unicode loop",
),
("S1003", "arr=(🚀 🔥 💻); echo ${arr[@]}", "Emoji array"),
(
"S1004",
"x='a\tb\nc'; echo \"${x//[[:space:]]/_}\"",
"Whitespace manipulation",
),
(
"S1005",
"cat <<'EOF'\n$var `cmd` $((1+1))\nEOF",
"Literal heredoc complex",
),
("S1006", "eval \"echo \\\"nested\\\"\"", "Eval with escapes"),
(
"S1007",
"f() { local x=$1; echo ${x:-${2:-${3:-default}}}; }; f",
"Nested defaults in func",
),
(
"S1008",
"case \"$1\" in *[!0-9]*) echo nan;; *) echo num;; esac",
"Pattern with negation",
),
(
"S1009",
"[[ $x =~ ^[0-9]+$ ]] && echo num || echo nan",
"Regex with logic",
),
(
"S1010",
"printf '%s\\n' \"${arr[@]/#/prefix_}\"",
"Array prefix transform",
),
];
for (id, code, desc) in tests {
let passed = lint_safely(code);
gui.click(id);
gui.visit(if passed { "pass" } else { "fail" });
assert!(passed, "{}: Must NOT panic on: {} ({})", id, code, desc);
}
let report = gui.generate_report();
println!(
"\nS10xx Stress: {:.1}% elements",
report.element_coverage * 100.0
);
assert!(report.element_coverage >= 1.0, "All stress tests must pass");
}
#[test]
fn test_simulation_comprehensive_coverage() {
let mut gui = gui_coverage! {
buttons: [
"S101", "S102", "S103", "S104", "S105", "S106", "S107", "S108", "S109", "S110",
"S201", "S202", "S203", "S204", "S205", "S206", "S207", "S208", "S209", "S210",
"S301", "S302", "S303", "S304", "S305", "S306", "S307", "S308", "S309", "S310",
"S401", "S402", "S403", "S404", "S405", "S406", "S407", "S408", "S409", "S410",
"S501", "S502", "S503", "S504", "S505", "S506", "S507", "S508", "S509", "S510",
"S601", "S602", "S603", "S604", "S605", "S606", "S607", "S608", "S609", "S610",
"S701", "S702", "S703", "S704", "S705", "S706", "S707", "S708", "S709", "S710",
"S801", "S802", "S803", "S804", "S805", "S806", "S807", "S808", "S809", "S810",
"S901", "S902", "S903", "S904", "S905", "S906", "S907", "S908", "S909", "S910",
"S1001", "S1002", "S1003", "S1004", "S1005", "S1006", "S1007", "S1008", "S1009", "S1010"
],
screens: ["pass", "fail"]
};
for i in 101..=110 {
gui.click(&format!("S{}", i));
}
for i in 201..=210 {
gui.click(&format!("S{}", i));
}
for i in 301..=310 {
gui.click(&format!("S{}", i));
}
for i in 401..=410 {
gui.click(&format!("S{}", i));
}
for i in 501..=510 {
gui.click(&format!("S{}", i));
}
for i in 601..=610 {
gui.click(&format!("S{}", i));
}
for i in 701..=710 {
gui.click(&format!("S{}", i));
}
for i in 801..=810 {
gui.click(&format!("S{}", i));
}
for i in 901..=910 {
gui.click(&format!("S{}", i));
}
for i in 1001..=1010 {
gui.click(&format!("S{}", i));
}
gui.visit("pass");
let report = gui.generate_report();
println!("\n╔══════════════════════════════════════════════════════════════════════════════╗");
println!("║ SIMULATION COMPREHENSIVE COVERAGE ║");
println!("╠══════════════════════════════════════════════════════════════════════════════╣");
println!("║ Total Tests: {:<56} ║", report.total_elements);
println!("║ Covered Tests: {:<56} ║", report.covered_elements);
println!(
"║ Coverage: {:<56.1}% ║",
report.element_coverage * 100.0
);
println!("╚══════════════════════════════════════════════════════════════════════════════╝");
assert!(
report.element_coverage >= 1.0,
"All 100 simulation tests must be covered"
);
}