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332 lines
16 KiB
Rust
332 lines
16 KiB
Rust
// Tests that overflowing or bound-exceeding operations
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// are correclty linted including when they are const promoted
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// We are using "-Z deduplicate-diagnostics=yes" because different
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// build configurations emit different number of duplicate diagnostics
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// and this flag lets us test them all with a single .rs file like this
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//@ revisions: noopt opt opt_with_overflow_checks
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//@ [noopt]compile-flags: -C opt-level=0 -Z deduplicate-diagnostics=yes
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//@ [opt]compile-flags: -O
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//@ [opt_with_overflow_checks]compile-flags: -C overflow-checks=on -O -Z deduplicate-diagnostics=yes
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//@ build-fail
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//@ ignore-pass (test tests codegen-time behaviour)
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//@ normalize-stderr-test "shift left by `(64|32)_usize`, which" -> "shift left by `%BITS%`, which"
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//@ normalize-stderr-test "shift right by `(64|32)_usize`, which" -> "shift right by `%BITS%`, which"
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#![deny(arithmetic_overflow)]
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#[cfg(target_pointer_width = "32")]
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const BITS: usize = 32;
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#[cfg(target_pointer_width = "64")]
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const BITS: usize = 64;
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use std::thread;
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fn main() {
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// Shift left
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let _n = 1u8 << 8; //~ ERROR: arithmetic operation will overflow
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let _n = &(1u8 << 8); //~ ERROR: arithmetic operation will overflow
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let _n = 1u16 << 16; //~ ERROR: arithmetic operation will overflow
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let _n = &(1u16 << 16); //~ ERROR: arithmetic operation will overflow
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let _n = 1u32 << 32; //~ ERROR: arithmetic operation will overflow
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let _n = &(1u32 << 32); //~ ERROR: arithmetic operation will overflow
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let _n = 1u64 << 64; //~ ERROR: arithmetic operation will overflow
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let _n = &(1u64 << 64); //~ ERROR: arithmetic operation will overflow
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let _n = 1u128 << 128; //~ ERROR: arithmetic operation will overflow
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let _n = &(1u128 << 128); //~ ERROR: arithmetic operation will overflow
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let _n = 1i8 << 8; //~ ERROR: arithmetic operation will overflow
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let _n = &(1i8 << 8); //~ ERROR: arithmetic operation will overflow
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let _n = 1i16 << 16; //~ ERROR: arithmetic operation will overflow
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let _n = &(1i16 << 16); //~ ERROR: arithmetic operation will overflow
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let _n = 1i32 << 32; //~ ERROR: arithmetic operation will overflow
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let _n = &(1i32 << 32); //~ ERROR: arithmetic operation will overflow
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let _n = 1i64 << 64; //~ ERROR: arithmetic operation will overflow
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let _n = &(1i64 << 64); //~ ERROR: arithmetic operation will overflow
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let _n = 1i128 << 128; //~ ERROR: arithmetic operation will overflow
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let _n = &(1i128 << 128); //~ ERROR: arithmetic operation will overflow
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let _n = 1_isize << BITS; //~ ERROR: arithmetic operation will overflow
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let _n = &(1_isize << BITS); //~ ERROR: arithmetic operation will overflow
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let _n = 1_usize << BITS; //~ ERROR: arithmetic operation will overflow
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let _n = &(1_usize << BITS); //~ ERROR: arithmetic operation will overflow
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let _n = 1 << -1; //~ ERROR: arithmetic operation will overflow
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let _n = &(1 << -1); //~ ERROR: arithmetic operation will overflow
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// Shift right
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let _n = -1_i64 >> 64; //~ ERROR: arithmetic operation will overflow
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let _n = -1_i32 >> 32; //~ ERROR: arithmetic operation will overflow
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let _n = -1_i32 >> -1; //~ ERROR: arithmetic operation will overflow
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let _n = 1u8 >> 8; //~ ERROR: arithmetic operation will overflow
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let _n = &(1u8 >> 8); //~ ERROR: arithmetic operation will overflow
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let _n = 1u16 >> 16; //~ ERROR: arithmetic operation will overflow
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let _n = &(1u16 >> 16); //~ ERROR: arithmetic operation will overflow
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let _n = 1u32 >> 32; //~ ERROR: arithmetic operation will overflow
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let _n = &(1u32 >> 32); //~ ERROR: arithmetic operation will overflow
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let _n = 1u64 >> 64; //~ ERROR: arithmetic operation will overflow
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let _n = &(1u64 >> 64); //~ ERROR: arithmetic operation will overflow
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let _n = 1u128 >> 128; //~ ERROR: arithmetic operation will overflow
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let _n = &(1u128 >> 128); //~ ERROR: arithmetic operation will overflow
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let _n = 1i8 >> 8; //~ ERROR: arithmetic operation will overflow
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let _n = &(1i8 >> 8); //~ ERROR: arithmetic operation will overflow
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let _n = 1i16 >> 16; //~ ERROR: arithmetic operation will overflow
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let _n = &(1i16 >> 16); //~ ERROR: arithmetic operation will overflow
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let _n = 1i32 >> 32; //~ ERROR: arithmetic operation will overflow
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let _n = &(1i32 >> 32); //~ ERROR: arithmetic operation will overflow
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let _n = 1i64 >> 64; //~ ERROR: arithmetic operation will overflow
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let _n = &(1i64 >> 64); //~ ERROR: arithmetic operation will overflow
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let _n = 1i128 >> 128; //~ ERROR: arithmetic operation will overflow
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let _n = &(1i128 >> 128); //~ ERROR: arithmetic operation will overflow
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let _n = 1_isize >> BITS; //~ ERROR: arithmetic operation will overflow
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let _n = &(1_isize >> BITS); //~ ERROR: arithmetic operation will overflow
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let _n = 1_usize >> BITS; //~ ERROR: arithmetic operation will overflow
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let _n = &(1_usize >> BITS); //~ ERROR: arithmetic operation will overflow
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let _n = 1i64 >> [64][0]; //~ ERROR: arithmetic operation will overflow
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let _n = &(1i64 >> [64][0]); //~ ERROR: arithmetic operation will overflow
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// Addition
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let _n = 1u8 + u8::MAX; //~ ERROR: arithmetic operation will overflow
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let _n = &(1u8 + u8::MAX); //~ ERROR: arithmetic operation will overflow
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let _n = 1u16 + u16::MAX; //~ ERROR: arithmetic operation will overflow
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let _n = &(1u16 + u16::MAX); //~ ERROR: arithmetic operation will overflow
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let _n = 1u32 + u32::MAX; //~ ERROR: arithmetic operation will overflow
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let _n = &(1u32 + u32::MAX); //~ ERROR: arithmetic operation will overflow
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let _n = 1u64 + u64::MAX; //~ ERROR: arithmetic operation will overflow
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let _n = &(1u64 + u64::MAX); //~ ERROR: arithmetic operation will overflow
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let _n = 1u128 + u128::MAX; //~ ERROR: arithmetic operation will overflow
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let _n = &(1u128 + u128::MAX); //~ ERROR: arithmetic operation will overflow
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let _n = 1i8 + i8::MAX; //~ ERROR: arithmetic operation will overflow
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let _n = &(1i8 + i8::MAX); //~ ERROR: arithmetic operation will overflow
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let _n = 1i16 + i16::MAX; //~ ERROR: arithmetic operation will overflow
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let _n = &(1i16 + i16::MAX); //~ ERROR: arithmetic operation will overflow
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let _n = 1i32 + i32::MAX; //~ ERROR: arithmetic operation will overflow
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let _n = &(1i32 + i32::MAX); //~ ERROR: arithmetic operation will overflow
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let _n = 1i64 + i64::MAX; //~ ERROR: arithmetic operation will overflow
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let _n = &(1i64 + i64::MAX); //~ ERROR: arithmetic operation will overflow
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let _n = 1i128 + i128::MAX; //~ ERROR: arithmetic operation will overflow
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let _n = &(1i128 + i128::MAX); //~ ERROR: arithmetic operation will overflow
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let _n = 1isize + isize::MAX; //~ ERROR: arithmetic operation will overflow
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let _n = &(1isize + isize::MAX); //~ ERROR: arithmetic operation will overflow
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let _n = 1usize + usize::MAX; //~ ERROR: arithmetic operation will overflow
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let _n = &(1usize + usize::MAX); //~ ERROR: arithmetic operation will overflow
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// Subtraction
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let _n = 1u8 - 5; //~ ERROR: arithmetic operation will overflow
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let _n = &(1u8 - 5); //~ ERROR: arithmetic operation will overflow
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let _n = 1u16 - 5; //~ ERROR: arithmetic operation will overflow
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let _n = &(1u16 - 5); //~ ERROR: arithmetic operation will overflow
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let _n = 1u32 - 5; //~ ERROR: arithmetic operation will overflow
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let _n = &(1u32 - 5); //~ ERROR: arithmetic operation will overflow
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let _n = 1u64 - 5 ; //~ ERROR: arithmetic operation will overflow
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let _n = &(1u64 - 5); //~ ERROR: arithmetic operation will overflow
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let _n = 1u128 - 5 ; //~ ERROR: arithmetic operation will overflow
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let _n = &(1u128 - 5); //~ ERROR: arithmetic operation will overflow
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let _n = -5i8 - i8::MAX; //~ ERROR: arithmetic operation will overflow
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let _n = &(-5i8 - i8::MAX); //~ ERROR: arithmetic operation will overflow
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let _n = -5i16 - i16::MAX; //~ ERROR: arithmetic operation will overflow
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let _n = &(-5i16 - i16::MAX); //~ ERROR: arithmetic operation will overflow
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let _n = -5i32 - i32::MAX; //~ ERROR: arithmetic operation will overflow
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let _n = &(-5i32 - i32::MAX); //~ ERROR: arithmetic operation will overflow
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let _n = -5i64 - i64::MAX; //~ ERROR: arithmetic operation will overflow
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let _n = &(-5i64 - i64::MAX); //~ ERROR: arithmetic operation will overflow
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let _n = -5i128 - i128::MAX; //~ ERROR: arithmetic operation will overflow
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let _n = &(-5i128 - i128::MAX); //~ ERROR: arithmetic operation will overflow
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let _n = -5isize - isize::MAX; //~ ERROR: arithmetic operation will overflow
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let _n = &(-5isize - isize::MAX); //~ ERROR: arithmetic operation will overflow
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let _n = 1usize - 5; //~ ERROR: arithmetic operation will overflow
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let _n = &(1usize - 5); //~ ERROR: arithmetic operation will overflow
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let _n = -i8::MIN; //~ ERROR this arithmetic operation will overflow
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let _n = &(-i8::MIN); //~ ERROR this arithmetic operation will overflow
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// Multiplication
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let _n = u8::MAX * 5; //~ ERROR: arithmetic operation will overflow
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let _n = &(u8::MAX * 5); //~ ERROR: arithmetic operation will overflow
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let _n = u16::MAX * 5; //~ ERROR: arithmetic operation will overflow
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let _n = &(u16::MAX * 5); //~ ERROR: arithmetic operation will overflow
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let _n = u32::MAX * 5; //~ ERROR: arithmetic operation will overflow
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let _n = &(u32::MAX * 5); //~ ERROR: arithmetic operation will overflow
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let _n = u64::MAX * 5; //~ ERROR: arithmetic operation will overflow
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let _n = &(u64::MAX * 5); //~ ERROR: arithmetic operation will overflow
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let _n = u128::MAX * 5; //~ ERROR: arithmetic operation will overflow
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let _n = &(u128::MAX * 5); //~ ERROR: arithmetic operation will overflow
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let _n = usize::MAX * 5; //~ ERROR: arithmetic operation will overflow
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let _n = &(usize::MAX * 5); //~ ERROR: arithmetic operation will overflow
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let _n = i8::MAX * i8::MAX; //~ ERROR: arithmetic operation will overflow
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let _n = &(i8::MAX * i8::MAX); //~ ERROR: arithmetic operation will overflow
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let _n = i16::MAX * 5; //~ ERROR: arithmetic operation will overflow
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let _n = &(i16::MAX * 5); //~ ERROR: arithmetic operation will overflow
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let _n = i32::MAX * 5; //~ ERROR: arithmetic operation will overflow
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let _n = &(i32::MAX * 5); //~ ERROR: arithmetic operation will overflow
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let _n = i64::MAX * 5; //~ ERROR: arithmetic operation will overflow
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let _n = &(i64::MAX * 5); //~ ERROR: arithmetic operation will overflow
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let _n = i128::MAX * 5; //~ ERROR: arithmetic operation will overflow
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let _n = &(i128::MAX * 5); //~ ERROR: arithmetic operation will overflow
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let _n = isize::MAX * 5; //~ ERROR: arithmetic operation will overflow
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let _n = &(isize::MAX * 5); //~ ERROR: arithmetic operation will overflow
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// Division
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let _n = 1u8 / 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1u8 / 0); //~ ERROR: this operation will panic at runtime
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let _n = 1u16 / 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1u16 / 0); //~ ERROR: this operation will panic at runtime
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let _n = 1u32 / 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1u32 / 0); //~ ERROR: this operation will panic at runtime
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let _n = 1u64 / 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1u64 / 0); //~ ERROR: this operation will panic at runtime
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let _n = 1u128 / 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1u128 / 0); //~ ERROR: this operation will panic at runtime
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let _n = 1usize / 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1usize / 0); //~ ERROR: this operation will panic at runtime
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let _n = 1i8 / 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1i8 / 0); //~ ERROR: this operation will panic at runtime
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let _n = i8::MIN / -1; //~ ERROR: this operation will panic at runtime
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let _n = &(i8::MIN / -1); //~ ERROR: this operation will panic at runtime
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let _n = 1i16 / 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1i16 / 0); //~ ERROR: this operation will panic at runtime
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let _n = i16::MIN / -1; //~ ERROR: this operation will panic at runtime
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let _n = &(i16::MIN / -1); //~ ERROR: this operation will panic at runtime
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let _n = 1i32 / 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1i32 / 0); //~ ERROR: this operation will panic at runtime
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let _n = i32::MIN / -1; //~ ERROR: this operation will panic at runtime
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let _n = &(i32::MIN / -1); //~ ERROR: this operation will panic at runtime
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let _n = 1i64 / 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1i64 / 0); //~ ERROR: this operation will panic at runtime
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let _n = i64::MIN / -1; //~ ERROR: this operation will panic at runtime
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let _n = &(i64::MIN / -1); //~ ERROR: this operation will panic at runtime
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let _n = 1i128 / 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1i128 / 0); //~ ERROR: this operation will panic at runtime
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let _n = i128::MIN / -1; //~ ERROR: this operation will panic at runtime
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let _n = &(i128::MIN / -1); //~ ERROR: this operation will panic at runtime
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let _n = 1isize / 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1isize / 0); //~ ERROR: this operation will panic at runtime
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let _n = isize::MIN / -1; //~ ERROR: this operation will panic at runtime
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let _n = &(isize::MIN / -1); //~ ERROR: this operation will panic at runtime
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// Modulus
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let _n = 1u8 % 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1u8 % 0); //~ ERROR: this operation will panic at runtime
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let _n = 1u16 % 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1u16 % 0); //~ ERROR: this operation will panic at runtime
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let _n = 1u32 % 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1u32 % 0); //~ ERROR: this operation will panic at runtime
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let _n = 1u64 % 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1u64 % 0); //~ ERROR: this operation will panic at runtime
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let _n = 1u128 % 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1u128 % 0); //~ ERROR: this operation will panic at runtime
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let _n = 1usize % 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1usize % 0); //~ ERROR: this operation will panic at runtime
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let _n = 1i8 % 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1i8 % 0); //~ ERROR: this operation will panic at runtime
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let _n = i8::MIN % -1; //~ ERROR: this operation will panic at runtime
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let _n = &(i8::MIN % -1); //~ ERROR: this operation will panic at runtime
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let _n = 1i16 % 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1i16 % 0); //~ ERROR: this operation will panic at runtime
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let _n = i16::MIN % -1; //~ ERROR: this operation will panic at runtime
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let _n = &(i16::MIN % -1); //~ ERROR: this operation will panic at runtime
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let _n = 1i32 % 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1i32 % 0); //~ ERROR: this operation will panic at runtime
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let _n = i32::MIN % -1; //~ ERROR: this operation will panic at runtime
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let _n = &(i32::MIN % -1); //~ ERROR: this operation will panic at runtime
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let _n = 1i64 % 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1i64 % 0); //~ ERROR: this operation will panic at runtime
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let _n = i64::MIN % -1; //~ ERROR: this operation will panic at runtime
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let _n = &(i64::MIN % -1); //~ ERROR: this operation will panic at runtime
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let _n = 1i128 % 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1i128 % 0); //~ ERROR: this operation will panic at runtime
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let _n = i128::MIN % -1; //~ ERROR: this operation will panic at runtime
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let _n = &(i128::MIN % -1); //~ ERROR: this operation will panic at runtime
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let _n = 1isize % 0; //~ ERROR: this operation will panic at runtime
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let _n = &(1isize % 0); //~ ERROR: this operation will panic at runtime
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let _n = isize::MIN % -1; //~ ERROR: this operation will panic at runtime
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let _n = &(isize::MIN % -1); //~ ERROR: this operation will panic at runtime
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// Out of bounds access
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let _n = [1, 2, 3][4]; //~ ERROR: this operation will panic at runtime
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let _n = &([1, 2, 3][4]); //~ ERROR: this operation will panic at runtime
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}
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