421fd3929d
This brings our constants back in line with the changed spec text. We already use kExprTableGet and kExprTableSet, but for locals and globals we still use the old wording. This renaming is mostly mechanical. PS1 was created using: ag -l 'kExpr(Get|Set|Tee)Local' src test | \ xargs -L1 sed -E 's/kExpr(Get|Set|Tee)Local\b/kExprLocal\1/g' -i PS2 contains manual fixes. R=mstarzinger@chromium.org Bug: v8:9810 Change-Id: I1617f1b2a100685a3bf56218e76845a9481959c5 Reviewed-on: https://chromium-review.googlesource.com/c/v8/v8/+/1847354 Reviewed-by: Michael Starzinger <mstarzinger@chromium.org> Commit-Queue: Clemens Backes <clemensb@chromium.org> Cr-Commit-Position: refs/heads/master@{#64161}
358 lines
11 KiB
JavaScript
358 lines
11 KiB
JavaScript
// Copyright 2017 the V8 project authors. All rights reserved.
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// Use of this source code is governed by a BSD-style license that can be
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// found in the LICENSE file.
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// Flags: --wasm-test-streaming --expose-wasm
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'use strict';
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load('test/mjsunit/wasm/wasm-module-builder.js');
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function module(bytes) {
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let buffer = bytes;
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if (typeof buffer === 'string') {
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buffer = new ArrayBuffer(bytes.length);
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let view = new Uint8Array(buffer);
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for (let i = 0; i < bytes.length; ++i) {
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view[i] = bytes.charCodeAt(i);
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}
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}
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return new WebAssembly.Module(buffer);
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}
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function testErrorPosition(bytes, pos, test_name) {
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assertThrowsAsync(
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WebAssembly.compile(bytes.trunc_buffer()), WebAssembly.CompileError,
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new RegExp('@\\+' + pos));
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}
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(function testInvalidMagic() {
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let bytes = new Binary;
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bytes.emit_bytes([
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kWasmH0, kWasmH1 + 1, kWasmH2, kWasmH3, kWasmV0, kWasmV1, kWasmV2, kWasmV3
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]);
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// Error at pos==0 because that's where the magic word is.
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testErrorPosition(bytes, 0, 'testInvalidMagic');
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})();
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(function testInvalidVersion() {
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let bytes = new Binary;
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bytes.emit_bytes([
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kWasmH0, kWasmH1, kWasmH2, kWasmH3, kWasmV0, kWasmV1 + 1, kWasmV2, kWasmV3
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]);
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// Error at pos==4 because that's where the version word is.
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testErrorPosition(bytes, 4, 'testInvalidVersion');
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})();
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(function testSectionLengthInvalidVarint() {
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let bytes = new Binary;
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bytes.emit_header();
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bytes.emit_u8(kTypeSectionCode);
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bytes.emit_bytes([0x80, 0x80, 0x80, 0x80, 0x80, 0x00]);
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let pos = bytes.length - 1 - 1;
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testErrorPosition(bytes, pos, 'testSectionLengthInvalidVarint');
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})();
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(function testSectionLengthTooBig() {
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let bytes = new Binary;
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bytes.emit_header();
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bytes.emit_u8(kTypeSectionCode);
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bytes.emit_u32v(0xffffff23);
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let pos = bytes.length - 1;
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testErrorPosition(bytes, pos, 'testSectionLengthTooBig');
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})();
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(function testFunctionsCountInvalidVarint() {
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let bytes = new Binary;
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bytes.emit_header();
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bytes.emit_bytes([
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kTypeSectionCode, // section id
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1, // section length
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0 // number of types
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]);
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bytes.emit_bytes([
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kFunctionSectionCode, // section id
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1, // section length
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0 // number of functions
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]);
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bytes.emit_bytes([
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kCodeSectionCode, // section id
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20, // section length (arbitrary value > 6)
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]);
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// Functions count
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bytes.emit_bytes([0x80, 0x80, 0x80, 0x80, 0x80, 0x00]);
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let pos = bytes.length - 1 - 1;
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testErrorPosition(bytes, pos, 'testFunctionsCountInvalidVarint');
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})();
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(function testFunctionsCountTooBig() {
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let bytes = new Binary;
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bytes.emit_header();
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bytes.emit_bytes([
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kTypeSectionCode, // section id
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1, // section length
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0 // number of types
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]);
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bytes.emit_bytes([
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kFunctionSectionCode, // section id
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1, // section length
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0 // number of functions
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]);
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bytes.emit_bytes([
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kCodeSectionCode, // section id
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20, // section length (arbitrary value > 6)
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]);
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// Functions count
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bytes.emit_u32v(0xffffff23);
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let pos = bytes.length - 1;
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testErrorPosition(bytes, pos, 'testFunctionsCountTooBig');
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})();
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(function testFunctionsCountDoesNotMatch() {
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let bytes = new Binary;
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bytes.emit_header();
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bytes.emit_bytes([
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kTypeSectionCode, // section id
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1, // section length
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0 // number of types
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]);
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bytes.emit_bytes([
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kFunctionSectionCode, // section id
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1, // section length
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0 // number of functions
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]);
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bytes.emit_bytes([
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kCodeSectionCode, // section id
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20, // section length (arbitrary value > 6)
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]);
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// Functions count (different than the count in the functions section.
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bytes.emit_u32v(5);
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let pos = bytes.length - 1;
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testErrorPosition(bytes, pos, 'testFunctionsCountDoesNotMatch');
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})();
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(function testBodySizeInvalidVarint() {
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let bytes = new Binary;
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bytes.emit_header();
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bytes.emit_bytes([
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kTypeSectionCode, // section id
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4, // section length
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1, // number of types
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kWasmFunctionTypeForm, // type
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0, // number of parameter
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0 // number of returns
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]);
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bytes.emit_bytes([
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kFunctionSectionCode, // section id
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2, // section length
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1, // number of functions
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0 // signature index
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]);
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bytes.emit_bytes([
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kCodeSectionCode, // section id
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20, // section length (arbitrary value > 6)
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1 // functions count
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]);
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// Invalid function body size.
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bytes.emit_bytes([0x80, 0x80, 0x80, 0x80, 0x80, 0x00]);
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let pos = bytes.length - 1 - 1;
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testErrorPosition(bytes, pos, 'testBodySizeInvalidVarint');
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})();
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(function testBodySizeTooBig() {
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let bytes = new Binary;
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bytes.emit_header();
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bytes.emit_bytes([
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kTypeSectionCode, // section id
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4, // section length
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1, // number of types
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kWasmFunctionTypeForm, // type
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0, // number of parameter
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0 // number of returns
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]);
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bytes.emit_bytes([
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kFunctionSectionCode, // section id
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2, // section length
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1, // number of functions
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0 // signature index
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]);
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bytes.emit_bytes([
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kCodeSectionCode, // section id
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20, // section length (arbitrary value > 6)
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1 // functions count
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]);
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// Invalid function body size.
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bytes.emit_u32v(0xffffff23);
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let pos = bytes.length - 1;
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testErrorPosition(bytes, pos, 'testBodySizeTooBig');
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})();
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(function testBodySizeDoesNotFit() {
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let bytes = new Binary;
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bytes.emit_header();
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bytes.emit_bytes([
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kTypeSectionCode, // section id
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4, // section length
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1, // number of types
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kWasmFunctionTypeForm, // type
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0, // number of parameter
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0 // number of returns
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]);
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bytes.emit_bytes([
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kFunctionSectionCode, // section id
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2, // section length
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1, // number of functions
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0 // signature index
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]);
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bytes.emit_bytes([
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kCodeSectionCode, // section id
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20, // section length (arbitrary value > 6)
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1 // functions count
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]);
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// Invalid function body size (does not fit into the code section).
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bytes.emit_u32v(20);
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let pos = bytes.length - 1;
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testErrorPosition(bytes, pos, 'testBodySizeDoesNotFit');
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})();
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(function testBodySizeIsZero() {
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let bytes = new Binary;
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bytes.emit_header();
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bytes.emit_bytes([
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kTypeSectionCode, // section id
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4, // section length
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1, // number of types
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kWasmFunctionTypeForm, // type
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0, // number of parameter
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0 // number of returns
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]);
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bytes.emit_bytes([
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kFunctionSectionCode, // section id
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2, // section length
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1, // number of functions
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0 // signature index
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]);
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bytes.emit_bytes([
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kCodeSectionCode, // section id
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20, // section length (arbitrary value > 6)
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1 // functions count
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]);
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// Invalid function body size (body size of 0 is invalid).
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bytes.emit_u32v(0);
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let pos = bytes.length - 1;
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testErrorPosition(bytes, pos, 'testBodySizeIsZero');
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})();
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(function testStaleCodeSectionBytes() {
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let bytes = new Binary;
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bytes.emit_header();
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bytes.emit_bytes([
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kTypeSectionCode, // section id
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4, // section length
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1, // number of types
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kWasmFunctionTypeForm, // type
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0, // number of parameter
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0 // number of returns
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]);
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bytes.emit_bytes([
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kFunctionSectionCode, // section id
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2, // section length
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1, // number of functions
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0 // signature index
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]);
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bytes.emit_bytes([
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kCodeSectionCode, // section id
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20, // section length (too big)
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1, // functions count
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2, // body size
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0, // locals count
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kExprEnd // body
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]);
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let pos = bytes.length - 1;
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testErrorPosition(bytes, pos, 'testStaleCodeSectionBytes');
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})();
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(function testInvalidCode() {
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let bytes = new Binary;
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bytes.emit_header();
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bytes.emit_bytes([
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kTypeSectionCode, // section id
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4, // section length
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1, // number of types
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kWasmFunctionTypeForm, // type
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0, // number of parameter
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0 // number of returns
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]);
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bytes.emit_bytes([
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kFunctionSectionCode, // section id
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2, // section length
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1, // number of functions
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0 // signature index
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]);
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bytes.emit_bytes([
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kCodeSectionCode, // section id
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6, // section length (too big)
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1, // functions count
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4, // body size
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0, // locals count
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kExprLocalGet, 0, // Access a non-existing local
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kExprEnd // --
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]);
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// Find error at the index of kExprLocalGet.
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let pos = bytes.length - 1 - 1;
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testErrorPosition(bytes, pos, 'testInvalidCode');
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})();
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(function testCodeSectionSizeZero() {
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let bytes = new Binary;
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bytes.emit_header();
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bytes.emit_bytes([
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kTypeSectionCode, // section id
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4, // section length
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1, // number of types
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kWasmFunctionTypeForm, // type
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0, // number of parameter
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0 // number of returns
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]);
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bytes.emit_bytes([
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kFunctionSectionCode, // section id
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2, // section length
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1, // number of functions
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0 // signature index
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]);
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bytes.emit_bytes([
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kCodeSectionCode, // section id
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0, // section length (too big)
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]);
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// Find error at the index of kExprLocalGet.
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let pos = bytes.length - 1;
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testErrorPosition(bytes, pos, 'testCodeSectionSizeZero');
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})();
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(function testInvalidSection() {
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let bytes = new Binary;
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bytes.emit_header();
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bytes.emit_bytes([
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kTypeSectionCode, // section id
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5, // section length
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1, // number of types
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kWasmFunctionTypeForm, // type
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1, // number of parameter
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0x7b, // invalid type
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0 // number of returns
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]);
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let pos = bytes.length - 1 - 1;
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testErrorPosition(bytes, pos, 'testInvalidSection');
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})();
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