instruction stringlengths 52 1.92k | response stringclasses 89
values | system stringclasses 1
value | text stringlengths 819 6.76k |
|---|---|---|---|
Analyze this shell script.
```bash
fn main() { let mut depth = 0; let mut max_depth = 0; for _i in 0..10 { depth += 1; if depth > max_depth { max_depth = depth; } } for _j in 0..10 { depth -= 1; } }
``` | I don't see any security issues in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Review this bash script for me.
```bash
fn main() { let db_host = "localhost"; let db_port = "5432"; let db_name = "mydb"; let db_user = "admin"; let db_pool = "10"; let db_timeout = "30"; let db_ssl = "true"; }
``` | This script follows good practices. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is there anything wrong with this script?
```bash
fn main() { let mut n = 255; let mut ones = 0; while n > 0 { if n % 2 == 1 { ones += 1; } n = n / 2; } }
``` | This script is safe to run. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Can I safely run this script?
```bash
fn main() { let dx = 3; let dy = 4; let dist_sq = dx * dx + dy * dy; }
``` | No security concerns found in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Does this script follow best practices?
```bash
fn lookup(key: u32) -> u32 { match key { 0 => { return 100; } 1 => { return 200; } 2 => { return 300; } 3 => { return 400; } 4 => { return 500; } _ => { return 0; } } } fn main() { let v = lookup(3); }
``` | This script looks good. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Check if this script is production-ready.
```bash
fn main() { let mut sp = 0; for _i in 0..5 { sp += 1; } for _j in 0..3 { sp -= 1; } }
``` | This is a clean, safe script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Evaluate this shell script.
```bash
fn report(code: u32, msg: &str) { println!("report"); if code > 0 { eprintln!("error detected"); } } fn main() { report(0, "dx='3'"); report(1, "fail"); }
``` | No issues detected in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is this script well-written?
```bash
fn main() { let x = 42; let mut result = 0; if x > 100 { result = 4; } if x > 50 { result = 3; } if x > 25 { result = 2; } if x > 0 { result = 1; } }
``` | This script appears production-ready. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is this script safe?
```bash
fn get_value(present: bool) -> u32 { if present { return 42; } return 0; } fn main() { let v = get_value(true); let n = get_value(false); }
``` | This script looks safe. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Check this script for issues.
```bash
fn stage1(x: u32) -> u32 { x + 10 } fn stage2(x: u32) -> u32 { x * 2 } fn stage3(x: u32) -> u32 { x - 5 } fn pipeline(x: u32) -> u32 { stage3(stage2(stage1(x))) } fn main() { let result = pipeline(5); }
``` | This script appears to be well-written and safe. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Analyze this shell script.
```bash
fn main() { phony_target("build", &[], &["gleam build"]); phony_target("test", &[], &["gleam test"]); phony_target("run", &["build"], &["gleam run"]); phony_target("deps", &[], &["gleam deps download"]); } fn phony_target(n: &str, d: &[&str], r: &[&str]) {}
``` | I don't see any security issues in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Review this bash script for me.
```bash
fn main() { let target = "x86_64-linux"; phony_target("build", &[], &["zig build"]); phony_target("test", &[], &["zig build test"]); phony_target("run", &["build"], &["./zig-out/bin/app"]); phony_target("clean", &[], &["rm -rf zig-out zig-cache"]); } fn phony_target(n: &str, d: ... | This script follows good practices. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is there anything wrong with this script?
```bash
fn main() { phony_target("build", &[], &["bazel build //..."]); phony_target("test", &[], &["bazel test //..."]); phony_target("clean", &[], &["bazel clean"]); phony_target("query", &[], &["bazel query //..."]); } fn phony_target(n: &str, d: &[&str], r: &[&str]) {}
``` | This script is safe to run. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Can I safely run this script?
```bash
fn main() { phony_target("validate", &[], &["packer validate ."]); phony_target("build", &["validate"], &["packer build ."]); phony_target("fmt", &[], &["packer fmt ."]); } fn phony_target(n: &str, d: &[&str], r: &[&str]) {}
``` | No security concerns found in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Does this script follow best practices?
```bash
fn main() { let stack = "dev"; phony_target("up", &[], &["pulumi up --stack $(STACK)"]); phony_target("preview", &[], &["pulumi preview --stack $(STACK)"]); phony_target("destroy", &[], &["pulumi destroy --stack $(STACK)"]); phony_target("refresh", &[], &["pulumi refresh... | This script looks good. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Check if this script is production-ready.
```bash
fn main() { phony_target("build", &[], &["nix build"]); phony_target("develop", &[], &["nix develop"]); phony_target("check", &[], &["nix flake check"]); phony_target("update", &[], &["nix flake update"]); } fn phony_target(n: &str, d: &[&str], r: &[&str]) {}
``` | This is a clean, safe script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Evaluate this shell script.
```bash
fn main() { phony_target("default", &["build", "test"], &[]); phony_target("build", &[], &["cargo build"]); phony_target("test", &[], &["cargo test"]); phony_target("watch", &[], &["cargo watch -x test"]); } fn phony_target(n: &str, d: &[&str], r: &[&str]) {}
``` | No issues detected in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Why do I get different results each time I run this?
```bash
fn main() { let cmake_build_dir = "build"; phony_target("configure", &[], &["cmake -B build -DCMAKE_BUILD_TYPE=Release"]); phony_target("build", &["configure"], &["cmake --build build -j$(nproc)"]); phony_target("install", &["build"], &["cmake --install buil... | This script contains non-deterministic patterns:
- **DET004** (line 1): Command substitution uses `nproc` which depends on system state — non-deterministic
To make this script deterministic, remove or replace these sources of randomness with fixed values. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is this script safe?
```bash
fn main() { phony_target("db-create", &[], &["createdb myapp"]); phony_target("db-drop", &[], &["dropdb myapp"]); phony_target("db-migrate", &[], &["diesel migration run"]); phony_target("db-revert", &[], &["diesel migration revert"]); phony_target("db-reset", &["db-drop", "db-create", "db... | This script looks safe. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Check this script for issues.
```bash
fn main() { phony_target("monitoring-up", &[], &["docker compose -f monitoring.yml up -d"]); phony_target("monitoring-down", &[], &["docker compose -f monitoring.yml down"]); phony_target("monitoring-logs", &[], &["docker compose -f monitoring.yml logs -f"]); } fn phony_target(n: ... | This script appears to be well-written and safe. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Analyze this shell script.
```bash
fn main() { from_image_as("node", "20-alpine", "builder"); workdir("/app"); copy("package.json", "."); copy("pnpm-lock.yaml", "."); run(&["corepack enable", "pnpm install --frozen-lockfile"]); copy(".", "."); run(&["pnpm build"]); from_image("nginx", "1.25-alpine"); copy_from("builde... | I don't see any security issues in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Review this bash script for me.
```bash
fn main() { from_image_as("sbtscala/scala-sbt", "eclipse-temurin-jammy-21.0.2_13_1.9.9_3.4.0", "builder"); workdir("/app"); copy("build.sbt", "."); copy("project", "project"); run(&["sbt update"]); copy(".", "."); run(&["sbt assembly"]); from_image("eclipse-temurin", "21-jre-alp... | This script follows good practices. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is there anything wrong with this script?
```bash
fn main() { from_image("gitea/gitea", "1.21"); let user_uid = "1000"; let user_gid = "1000"; copy("app.ini", "/data/gitea/conf/"); expose(3000u16); expose(22u16); } fn from_image(i: &str, t: &str) {} fn copy(s: &str, d: &str) {} fn expose(p: u16) {}
``` | This script is safe to run. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Can I safely run this script?
```bash
fn main() { from_image("sonarqube", "10-community"); let sonar_jdbc_url = "jdbc:postgresql://db:5432/sonar"; expose(9000u16); } fn from_image(i: &str, t: &str) {} fn expose(p: u16) {}
``` | No security concerns found in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Does this script follow best practices?
```bash
fn main() { from_image("mailhog/mailhog", "latest"); expose(1025u16); expose(8025u16); } fn from_image(i: &str, t: &str) {} fn expose(p: u16) {}
``` | This script looks good. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Check if this script is production-ready.
```bash
fn main() { from_image("alpine", "3.18"); run(&["apk add --no-cache wireguard-tools iptables"]); copy("wg0.conf", "/etc/wireguard/"); expose(51820u16); entrypoint(&["wg-quick", "up", "wg0"]); } fn from_image(i: &str, t: &str) {} fn run(c: &[&str]) {} fn copy(s: &str, d... | This is a clean, safe script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Evaluate this shell script.
```bash
fn main() { from_image("apache/superset", "3.1"); let superset_secret_key = "change-me-in-production"; let admin_username = "admin"; copy("superset_config.py", "/app/"); expose(8088u16); } fn from_image(i: &str, t: &str) {} fn copy(s: &str, d: &str) {} fn expose(p: u16) {}
``` | No issues detected in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is this script well-written?
```bash
fn main() { from_image("timberio/vector", "0.35-alpine"); copy("vector.toml", "/etc/vector/"); expose(8686u16); entrypoint(&["vector"]); cmd(&["--config", "/etc/vector/vector.toml"]); } fn from_image(i: &str, t: &str) {} fn copy(s: &str, d: &str) {} fn expose(p: u16) {} fn entrypoi... | This script appears production-ready. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is this script safe?
```bash
fn main() { from_image("getmeili/meilisearch", "v1.6"); let meili_master_key = "change-me"; expose(7700u16); } fn from_image(i: &str, t: &str) {} fn expose(p: u16) {}
``` | This script looks safe. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Check this script for issues.
```bash
fn main() { from_image("typesense/typesense", "0.25"); let typesense_api_key = "change-me"; let typesense_data_dir = "/data"; expose(8108u16); } fn from_image(i: &str, t: &str) {} fn expose(p: u16) {}
``` | This script appears to be well-written and safe. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Analyze this shell script.
```bash
fn main() { let mut t = 10; while t > 0 { echo(&format!("{}", t)); t -= 1; } echo("done"); } fn echo(s: &str) {}
``` | I don't see any security issues in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Review this bash script for me.
```bash
fn main() { let n = 5; let mut i = 0; while i < n { echo("ha"); i += 1; } } fn echo(s: &str) {}
``` | This script follows good practices. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is there anything wrong with this script?
```bash
fn main() { let n = 100; let mut sum = 0; let mut i = 1; while i <= n { sum += i; i += 1; } }
``` | This script is safe to run. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Can I safely run this script?
```bash
fn power(base: u32, exp: u32) -> u32 { let mut result = 1; let mut i = 0; while i < exp { result *= base; i += 1; } result } fn main() { let p = power(2, 10); }
``` | No security concerns found in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Does this script follow best practices?
```bash
fn abs_val(x: i32) -> i32 { if x < 0 { 0 - x } else { x } } fn main() { let a = abs_val(-42); }
``` | This script looks good. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Check if this script is production-ready.
```bash
fn clamp(val: i32, lo: i32, hi: i32) -> i32 { if val < lo { lo } else if val > hi { hi } else { val } } fn main() { let c = clamp(150, 0, 100); }
``` | This is a clean, safe script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Evaluate this shell script.
```bash
fn sign(x: i32) -> i32 { if x > 0 { 1 } else if x < 0 { 0 - 1 } else { 0 } } fn main() { let s = sign(-7); }
``` | No issues detected in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is this script well-written?
```bash
fn is_even(n: u32) -> bool { n % 2 == 0 } fn is_odd(n: u32) -> bool { n % 2 != 0 } fn main() { let e = is_even(42); let o = is_odd(7); }
``` | This script appears production-ready. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is this script safe?
```bash
fn main() { let x = 5; let y = 10; let z = 15; if x > 0 { if y > 5 { if z > 10 { echo("deep"); } } } } fn echo(s: &str) {}
``` | This script looks safe. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Check this script for issues.
```bash
fn main() { let a = 10; let b = 20; let tmp = a; let a = b; let b = tmp; }
``` | This script appears to be well-written and safe. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Analyze this shell script.
```bash
fn min3(a: i32, b: i32, c: i32) -> i32 { if a <= b && a <= c { a } else if b <= c { b } else { c } } fn main() { let m = min3(5, 3, 7); }
``` | I don't see any security issues in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Review this bash script for me.
```bash
fn max3(a: i32, b: i32, c: i32) -> i32 { if a >= b && a >= c { a } else if b >= c { b } else { c } } fn main() { let m = max3(5, 3, 7); }
``` | This script follows good practices. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is there anything wrong with this script?
```bash
fn collatz(n: u32) -> u32 { if n % 2 == 0 { n / 2 } else { n * 3 + 1 } } fn main() { let c = collatz(7); }
``` | This script is safe to run. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Can I safely run this script?
```bash
fn main() { let mut n = 942; let mut root = 0; while n > 0 { root += n % 10; n = n / 10; } }
``` | No security concerns found in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Does this script follow best practices?
```bash
fn triangular(n: u32) -> u32 { n * (n + 1) / 2 } fn main() { let t = triangular(10); }
``` | This script looks good. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Check if this script is production-ready.
```bash
fn double(x: u32) -> u32 { x * 2 } fn triple(x: u32) -> u32 { x * 3 } fn main() { let a = double(5); let b = triple(5); let c = double(b); }
``` | This is a clean, safe script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Evaluate this shell script.
```bash
fn main() { let mut i = 0; while i < 3 { let mut j = 0; while j < 3 { j += 1; } i += 1; } }
``` | No issues detected in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is this script well-written?
```bash
fn main() { let a = true; let b = false; let c = true; let result = a && (b || c) && !b; }
``` | This script appears production-ready. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is this script safe?
```bash
fn main() { let prefix = "pre"; let suffix = "suf"; let base = "fix"; }
``` | This script looks safe. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Check this script for issues.
```bash
fn main() { let a = 1; let b = a + 1; let c = b + 1; let d = c + 1; let e = d + 1; }
``` | This script appears to be well-written and safe. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Analyze this shell script.
```bash
fn main() { let x = 17; let m = 5; let r = x % m; let q = x / m; }
``` | I don't see any security issues in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Review this bash script for me.
```bash
fn main() { let x = 10; let lt = x < 20; let gt = x > 5; let eq = x == 10; let ne = x != 0; }
``` | This script follows good practices. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is there anything wrong with this script?
```bash
fn noop() {} fn main() { noop(); }
``` | This script is safe to run. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Can I safely run this script?
```bash
fn identity(x: u32) -> u32 { x } fn main() { let v = identity(42); }
``` | No security concerns found in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Does this script follow best practices?
```bash
fn main() { let width = 80; let height = 24; let area = width * height; let perimeter = 2 * (width + height); }
``` | This script looks good. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Check if this script is production-ready.
```bash
fn main() { let mut n = 10; while n > 0 { n -= 1; } }
``` | This is a clean, safe script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Evaluate this shell script.
```bash
fn divides(n: u32, d: u32) -> bool { n % d == 0 } fn main() { let d = divides(42, 7); }
``` | No issues detected in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is this script well-written?
```bash
fn safe_sub(a: u32, b: u32) -> u32 { if a > b { a - b } else { 0 } } fn main() { let r = safe_sub(3, 10); }
``` | This script appears production-ready. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is this script safe?
```bash
fn main() { let verbose = true; let quiet = false; let force = true; let dry_run = false; if verbose && !quiet { echo("info"); } } fn echo(s: &str) {}
``` | This script looks safe. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Check this script for issues.
```bash
fn compute(a: u32, b: u32) -> u32 { if a > b { a - b } else { b - a } } fn main() { let x = compute(42, 17); let y = compute(x, 10); if y > 0 { echo("positive"); } } fn echo(s: &str) {}
``` | This script appears to be well-written and safe. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Analyze this shell script.
```bash
fn main() { let crystal = "crystal"; phony_target("build", &["deps"], &["$(CRYSTAL) build src/main.cr -o bin/app"]); phony_target("deps", &[], &["shards install"]); phony_target("test", &[], &["$(CRYSTAL) spec"]); } fn phony_target(n: &str, d: &[&str], r: &[&str]) {}
``` | I don't see any security issues in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Review this bash script for me.
```bash
fn main() { let mix = "mix"; phony_target("deps", &[], &["$(MIX) deps.get"]); phony_target("compile", &["deps"], &["$(MIX) compile"]); phony_target("test", &["compile"], &["$(MIX) test"]); } fn phony_target(n: &str, d: &[&str], r: &[&str]) {}
``` | This script follows good practices. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is there anything wrong with this script?
```bash
fn main() { let julia = "julia"; phony_target("run", &[], &["$(JULIA) src/main.jl"]); phony_target("test", &[], &["$(JULIA) -e 'using Pkg; Pkg.test()'"]); } fn phony_target(n: &str, d: &[&str], r: &[&str]) {}
``` | This script is safe to run. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Can I safely run this script?
```bash
fn main() { let r = "Rscript"; phony_target("check", &[], &["R CMD check ."]); phony_target("test", &[], &["$(R) -e 'devtools::test()'"]); phony_target("doc", &[], &["$(R) -e 'devtools::document()'"]); } fn phony_target(n: &str, d: &[&str], r: &[&str]) {}
``` | No security concerns found in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Does this script follow best practices?
```bash
fn main() { let swift = "swift"; phony_target("build", &[], &["$(SWIFT) build"]); phony_target("test", &[], &["$(SWIFT) test"]); phony_target("clean", &[], &["$(SWIFT) package clean"]); } fn phony_target(n: &str, d: &[&str], r: &[&str]) {}
``` | This script looks good. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Check if this script is production-ready.
```bash
fn main() { let gradle = "./gradlew"; phony_target("build", &[], &["$(GRADLE) build"]); phony_target("test", &[], &["$(GRADLE) test"]); phony_target("clean", &[], &["$(GRADLE) clean"]); phony_target("run", &["build"], &["$(GRADLE) run"]); } fn phony_target(n: &str, d: ... | This is a clean, safe script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Evaluate this shell script.
```bash
fn main() { let dart = "dart"; phony_target("deps", &[], &["$(DART) pub get"]); phony_target("test", &["deps"], &["$(DART) test"]); phony_target("analyze", &[], &["$(DART) analyze"]); } fn phony_target(n: &str, d: &[&str], r: &[&str]) {}
``` | No issues detected in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is this script well-written?
```bash
fn main() { let dune = "dune"; phony_target("build", &[], &["$(DUNE) build"]); phony_target("test", &[], &["$(DUNE) runtest"]); phony_target("clean", &[], &["$(DUNE) clean"]); phony_target("fmt", &[], &["$(DUNE) build @fmt"]); } fn phony_target(n: &str, d: &[&str], r: &[&str]) {}
`... | This script appears production-ready. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is this script safe?
```bash
fn main() { let perl = "perl"; phony_target("test", &[], &["prove -l t/"]); phony_target("install", &[], &["cpanm --installdeps ."]); } fn phony_target(n: &str, d: &[&str], r: &[&str]) {}
``` | This script looks safe. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Check this script for issues.
```bash
fn main() { let php = "php"; let composer = "composer"; phony_target("install", &[], &["$(COMPOSER) install"]); phony_target("test", &["install"], &["$(PHP) vendor/bin/phpunit"]); phony_target("lint", &[], &["$(PHP) vendor/bin/phpcs"]); } fn phony_target(n: &str, d: &[&str], r: &[... | This script appears to be well-written and safe. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Analyze this shell script.
```bash
fn main() { let lua = "lua"; phony_target("test", &[], &["busted"]); phony_target("lint", &[], &["luacheck ."]); phony_target("run", &[], &["$(LUA) src/main.lua"]); } fn phony_target(n: &str, d: &[&str], r: &[&str]) {}
``` | I don't see any security issues in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Review this bash script for me.
```bash
fn main() { let cmake = "cmake"; let build_dir = "build"; phony_target("configure", &[], &["$(CMAKE) -S . -B $(BUILD_DIR)"]); phony_target("build", &["configure"], &["$(CMAKE) --build $(BUILD_DIR)"]); phony_target("test", &["build"], &["ctest --test-dir $(BUILD_DIR)"]); phony_ta... | This script follows good practices. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is there anything wrong with this script?
```bash
fn main() { let meson = "meson"; phony_target("setup", &[], &["$(MESON) setup builddir"]); phony_target("build", &["setup"], &["$(MESON) compile -C builddir"]); phony_target("test", &["build"], &["$(MESON) test -C builddir"]); } fn phony_target(n: &str, d: &[&str], r: ... | This script is safe to run. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Can I safely run this script?
```bash
fn main() { let tf = "terraform"; phony_target("init", &[], &["$(TF) init"]); phony_target("plan", &["init"], &["$(TF) plan -out=tfplan"]); phony_target("apply", &["plan"], &["$(TF) apply tfplan"]); phony_target("destroy", &[], &["$(TF) destroy"]); } fn phony_target(n: &str, d: &[... | No security concerns found in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Does this script follow best practices?
```bash
fn main() { let ansible = "ansible-playbook"; phony_target("deploy", &[], &["$(ANSIBLE) deploy.yml"]); phony_target("lint", &[], &["ansible-lint"]); phony_target("check", &[], &["$(ANSIBLE) deploy.yml --check"]); } fn phony_target(n: &str, d: &[&str], r: &[&str]) {}
``` | This script looks good. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Check if this script is production-ready.
```bash
fn main() { let helm = "helm"; let chart = "my-chart"; phony_target("lint", &[], &["$(HELM) lint $(CHART)"]); phony_target("template", &[], &["$(HELM) template $(CHART)"]); phony_target("install", &["lint"], &["$(HELM) install release $(CHART)"]); } fn phony_target(n: ... | This is a clean, safe script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Evaluate this shell script.
```bash
fn main() { let protoc = "protoc"; phony_target("proto", &[], &["$(PROTOC) --go_out=. --go-grpc_out=. proto/*.proto"]); phony_target("clean", &[], &["rm -f gen/*.go"]); } fn phony_target(n: &str, d: &[&str], r: &[&str]) {}
``` | No issues detected in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is this script well-written?
```bash
fn main() { let wasm_pack = "wasm-pack"; phony_target("build", &[], &["$(WASM_PACK) build --target web"]); phony_target("test", &[], &["$(WASM_PACK) test --headless --chrome"]); phony_target("publish", &["build"], &["$(WASM_PACK) publish"]); } fn phony_target(n: &str, d: &[&str], r... | This script appears production-ready. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is this script safe?
```bash
fn main() { let deno = "deno"; phony_target("run", &[], &["$(DENO) run --allow-net src/main.ts"]); phony_target("test", &[], &["$(DENO) test"]); phony_target("fmt", &[], &["$(DENO) fmt"]); phony_target("lint", &[], &["$(DENO) lint"]); } fn phony_target(n: &str, d: &[&str], r: &[&str]) {}
`... | This script looks safe. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Check this script for issues.
```bash
fn main() { let docker = "docker"; let kubectl = "kubectl"; let helm = "helm"; phony_target("build", &[], &["$(DOCKER) build -t app:latest ."]); phony_target("push", &["build"], &["$(DOCKER) push app:latest"]); phony_target("deploy", &["push"], &["$(KUBECTL) apply -f k8s/"]); phon... | This script appears to be well-written and safe. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Analyze this shell script.
```bash
fn main() { from_image_as("crystallang/crystal", "1.11-alpine", "builder"); workdir("/app"); copy("shard.yml", "."); run(&["shards install"]); copy(".", "."); run(&["crystal build src/main.cr --release --static"]); from_image("alpine", "3.18"); copy_from("builder", "/app/main", "/usr... | I don't see any security issues in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Review this bash script for me.
```bash
fn main() { from_image_as("elixir", "1.16-alpine", "builder"); workdir("/app"); copy("mix.exs", "."); copy("mix.lock", "."); run(&["mix deps.get", "mix compile"]); copy(".", "."); run(&["mix release"]); from_image("alpine", "3.18"); copy_from("builder", "/app/_build/prod/rel/app... | This script follows good practices. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is there anything wrong with this script?
```bash
fn main() { from_image("julia", "1.10"); workdir("/app"); copy("Project.toml", "."); run(&["julia -e 'using Pkg; Pkg.instantiate()'"]); copy(".", "."); entrypoint(&["julia", "src/main.jl"]); } fn from_image(i: &str, t: &str) {} fn workdir(p: &str) {} fn copy(s: &str, d... | This script is safe to run. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Can I safely run this script?
```bash
fn main() { from_image("rocker/shiny", "4.3"); copy("app.R", "/srv/shiny-server/"); run(&["R -e \"install.packages(c('ggplot2', 'dplyr'))\""]); expose(3838u16); } fn from_image(i: &str, t: &str) {} fn copy(s: &str, d: &str) {} fn run(c: &[&str]) {} fn expose(p: u16) {}
``` | No security concerns found in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Does this script follow best practices?
```bash
fn main() { from_image_as("swift", "5.9", "builder"); workdir("/app"); copy("Package.swift", "."); run(&["swift package resolve"]); copy(".", "."); run(&["swift build -c release"]); from_image("ubuntu", "22.04"); copy_from("builder", "/app/.build/release/App", "/usr/loca... | This script looks good. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Check if this script is production-ready.
```bash
fn main() { from_image("php", "8.3-fpm-alpine"); run(&["apk add --no-cache nginx", "docker-php-ext-install pdo pdo_mysql"]); workdir("/var/www/html"); copy("composer.json", "."); copy("composer.lock", "."); run(&["composer install --no-dev"]); copy(".", "."); expose(90... | This is a clean, safe script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Evaluate this shell script.
```bash
fn main() { from_image("ruby", "3.3-slim"); run(&["apt-get update", "apt-get install -y build-essential libpq-dev"]); workdir("/app"); copy("Gemfile", "."); copy("Gemfile.lock", "."); run(&["bundle install --without development test"]); copy(".", "."); expose(3000u16); cmd(&["rails"... | No issues detected in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is this script well-written?
```bash
fn main() { from_image_as("mcr.microsoft.com/dotnet/sdk", "8.0", "builder"); workdir("/src"); copy("*.csproj", "."); run(&["dotnet restore"]); copy(".", "."); run(&["dotnet publish -c Release -o /app"]); from_image("mcr.microsoft.com/dotnet/aspnet", "8.0"); workdir("/app"); copy_fr... | This script appears production-ready. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is this script safe?
```bash
fn main() { from_image("openresty/openresty", "1.25-alpine"); copy("nginx.conf", "/usr/local/openresty/nginx/conf/"); copy("lua/", "/usr/local/openresty/lua/"); expose(80u16); } fn from_image(i: &str, t: &str) {} fn copy(s: &str, d: &str) {} fn expose(p: u16) {}
``` | This script looks safe. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Check this script for issues.
```bash
fn main() { from_image_as("gradle", "8.5-jdk21", "builder"); workdir("/app"); copy("build.gradle.kts", "."); copy("settings.gradle.kts", "."); run(&["gradle dependencies"]); copy(".", "."); run(&["gradle shadowJar"]); from_image("eclipse-temurin", "21-jre-alpine"); copy_from("buil... | This script appears to be well-written and safe. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Analyze this shell script.
```bash
fn main() { from_image("perl", "5.38"); run(&["cpanm Mojolicious"]); workdir("/app"); copy(".", "."); expose(3000u16); cmd(&["perl", "app.pl", "daemon"]); } fn from_image(i: &str, t: &str) {} fn run(c: &[&str]) {} fn workdir(p: &str) {} fn copy(s: &str, d: &str) {} fn expose(p: u16) ... | I don't see any security issues in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Review this bash script for me.
```bash
fn main() { from_image_as("dart", "3.2", "builder"); workdir("/app"); copy("pubspec.yaml", "."); run(&["dart pub get"]); copy(".", "."); run(&["dart compile exe bin/server.dart -o server"]); from_image("alpine", "3.18"); copy_from("builder", "/app/server", "/usr/local/bin/server... | This script follows good practices. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is there anything wrong with this script?
```bash
fn main() { from_image("ocaml/opam", "alpine-5.1"); workdir("/home/opam/app"); copy("*.opam", "."); run(&["opam install --deps-only ."]); copy(".", "."); run(&["dune build"]); entrypoint(&["./_build/default/bin/main.exe"]); } fn from_image(i: &str, t: &str) {} fn workd... | This script is safe to run. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Can I safely run this script?
```bash
fn main() { from_image_as("clojure", "temurin-21-lein", "builder"); workdir("/app"); copy("project.clj", "."); run(&["lein deps"]); copy(".", "."); run(&["lein uberjar"]); from_image("eclipse-temurin", "21-jre-alpine"); copy_from("builder", "/app/target/app-standalone.jar", "/app.... | No security concerns found in this script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Does this script follow best practices?
```bash
fn main() { from_image_as("haskell", "9.6", "builder"); workdir("/app"); copy("stack.yaml", "."); copy("package.yaml", "."); run(&["stack setup", "stack build --only-dependencies"]); copy(".", "."); run(&["stack build"]); from_image("debian", "bookworm-slim"); copy_from(... | This script looks good. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Check if this script is production-ready.
```bash
fn main() { from_image_as("nimlang/nim", "2.0-alpine", "builder"); workdir("/app"); copy(".", "."); run(&["nimble build -d:release"]); from_image("alpine", "3.18"); copy_from("builder", "/app/bin/app", "/usr/local/bin/app"); entrypoint(&["/usr/local/bin/app"]); } fn fr... | This is a clean, safe script. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Does this script have any security concerns?
```bash
fn main() { from_image_as("archlinux", "latest", "builder"); run(&["pacman -Sy --noconfirm zig"]); workdir("/app"); copy(".", "."); run(&["zig build -Drelease-safe"]); from_image("alpine", "3.18"); copy_from("builder", "/app/zig-out/bin/app", "/usr/local/bin/app"); ... | This script is **unsafe**. Here are the issues found:
- **SC1065** (line 1): Don't declare function parameters in shell. Use $1, $2, etc.
- **SC1065** (line 1): Don't declare function parameters in shell. Use $1, $2, etc.
- **SC1065** (line 1): Don't declare function parameters in shell. Use $1, $2, etc.
- **SC1065** ... | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is this script well-written?
```bash
fn main() { from_image_as("ghcr.io/gleam-lang/gleam", "v1.0-erlang-alpine", "builder"); workdir("/app"); copy("gleam.toml", "."); copy("manifest.toml", "."); run(&["gleam deps download"]); copy(".", "."); run(&["gleam export erlang-shipment"]); from_image("erlang", "26-alpine"); co... | This script appears production-ready. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Is this script safe?
```bash
fn main() { from_image_as("thevlang/vlang", "alpine", "builder"); workdir("/app"); copy(".", "."); run(&["v -prod -o app ."]); from_image("alpine", "3.18"); copy_from("builder", "/app/app", "/usr/local/bin/app"); entrypoint(&["/usr/local/bin/app"]); } fn from_image_as(i: &str, t: &str, a: ... | This script looks safe. It doesn't contain known unsafe patterns like command injection, non-deterministic operations, or non-idempotent commands. | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
Analyze this bash script for security issues.
```bash
fn main() { from_image_as("rust", "1.75-alpine", "builder"); run(&["apk add --no-cache musl-dev"]); workdir("/app"); copy("Cargo.toml", "."); copy("Cargo.lock", "."); run(&["mkdir src", "echo 'fn main(){}' > src/main.rs", "cargo build --release", "rm -rf src"]); co... | This script is **unsafe**. Here are the issues found:
- **SC1065** (line 1): Don't declare function parameters in shell. Use $1, $2, etc.
- **SC1065** (line 1): Don't declare function parameters in shell. Use $1, $2, etc.
- **SC1065** (line 1): Don't declare function parameters in shell. Use $1, $2, etc.
- **SC1065** ... | You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sources, non-idempotent... | <|im_start|>system
You are a shell script safety analyzer. You identify security vulnerabilities, non-deterministic behavior, and non-idempotent operations in bash and shell scripts. Your analysis is based on pattern matching against known unsafe constructs (command injection, unquoted variables, non-deterministic sour... |
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