chore: Remove unused scripts (#9561)

This commit is contained in:
Aaron Dodson
2026-01-12 15:56:29 -08:00
committed by GitHub
parent 9fc05dfe47
commit 5ae74e166f
5 changed files with 0 additions and 769 deletions
-406
View File
@@ -1,406 +0,0 @@
#!/bin/bash
# This file makes extensive use of perl for the purpose of extracting and
# replacing string (regex) patterns in a way that is both GNU and macOS
# compatible.
#
# Common perl flags used (also described at https://perldoc.perl.org/perlrun):
# -e : Used to execute perl programs on the command line
# -p : Assumes an input loop around script. Prints every processed line.
# -n : Assumes an input loop around script. Does not print every line.
# -i : Used for in-place editing. Used in commands for find/replace.
# -l[octnum] : Assigns the output record separator "$/" as an octal number. If
# octnum is not present, sets output record separator to the current
# value of the input record separator "$\".
#
# Common perl commands found:
# 1. perl -pi -e 's/regex/replacement/modifiers'
# This command does an in-place search-and-replace. The global ("/g") modifier
# causes it to replace all occurrences, rather than only the first match.
# 2. perl -ne 'print m/regex/modifiers'
# This command returns a string containing the regex match (designated by the
# capture group "()" in the regex). This will return the first match, unless
# the global modifier is specified, in which case, it will return all matches.
# If this command is used without a capture group it returns true or false (in
# the form a truthy or falsy value).
# 3. perl -nle 'print $& while m{regex}modifiers'
# Similar to (2), but returns regex matches separated by newlines.
# The "m{regex}modifiers" is equivalent to "m/regex/modifiers" syntax.
#
# Additional information on regex:
# This script makes use of some advanced regex syntax such as "capture groups"
# and "lookaround assertions".
# Additionally, characters are escaped from regex with a backslash "\".
# Single quotes need to be escaped in both regex and the string, resulting in
# '\'' being used to represent a single quote character.
# For a reference to syntax of regular expressions in Perl, see:
# https://perldoc.perl.org/perlre
#######################################
# Logging functions.
#######################################
COLOR_NONE="\033[0m"
GREEN="\033[0;32m"
BLUE="\033[0;34m"
ORANGE="\033[0;33m"
RED="\033[0;31m"
success() {
echo -e "${GREEN}[SUCCESS]:${COLOR_NONE} $*" >&2
}
inf() {
echo -e "${BLUE}[INFO]:${COLOR_NONE} $*" >&2
}
warn() {
echo -e "${ORANGE}[WARN]:${COLOR_NONE} $*" >&2
}
err() {
echo -e "${RED}[ERROR]:${COLOR_NONE} $*" >&2
}
reenter_instructions() {
echo -e "${ORANGE}$*${COLOR_NONE}" >&2
}
#######################################
# Checks whether the provided filepath exists.
# Arguments:
# The filepath to check for existence.
# Optional: Whether to log an error.
#######################################
verify-filepath() {
local filepath="$1"
local no_log="$2"
if [[ ! -f "${filepath}" ]]; then
if [[ -z "${no_log}" || "${no_log}" == 'true' ]]; then
err "File ${filepath} does not exist"
fi
return 1
fi
}
#######################################
# Creates a commit with a message based on the specified step and file.
# Arguments:
# Which conversion step this message is for.
# The filepath of the file being converted.
#######################################
commit-step() {
local step="$1"
local filepath="$2"
if [[ -z "${step}" ]]; then
err "Missing argument (1-4)"
return 1
fi
if [[ -z "${filepath}" ]]; then
err "Missing argument filepath"
return 1
fi
verify-filepath "${filepath}"
if [[ $? -eq 1 ]]; then return 1; fi
local message=''
case $1 in
1)
message="Migrate ${filepath} to ES6 const/let"
;;
2)
message="Migrate ${filepath} to goog.module"
;;
3)
message="Migrate ${filepath} named requires"
;;
4)
message="clang-format ${filepath}"
;;
*)
err 'INVALID ARGUMENT'
return 1
;;
esac
git add .
if [[ -z $(git status --porcelain) ]]; then
success "Nothing to commit"
return 0
fi
git commit -m "${message}"
success "created commit with message: \"${message}\""
}
#######################################
# Extracts a list of properties that are accessed on the specified module name.
# Excludes any matches
# Arguments:
# The module name to find properties accessed for.
# The modules required by the specified module as a single string.
# The filepath to extract requires from.
# Optional: The top-level module.
# Outputs:
# Writes list of properties to stdout as items separated by spaces.
#######################################
getPropertiesAccessed() {
local module_name="$1"
local requires="$2"
local filepath="$3"
local top_module_name="$4"
# Get any strings that follow "$module_name.", excluding matches for
# "$module_name.prototype" and remove list item duplicates (sort -u).
local properties_accessed=$(perl -nle 'print $& while m{(?<='"${module_name}"'\.)(?!prototype)\w+}g' "${filepath}" | sort -u)
# Get a list of any requires that are a child of $module_name.
# Ex: Blockly.utils.dom is a child of Blockly.utils, this would return "dom"
local requires_overlap=$(echo "${requires}" | perl -nle 'print $& while m{(?<='"${module_name}"'\.)\w+}g')
# Detect if there was any overlap.
if [[ -n "${requires_overlap}" ]]; then
while read -r requires_overlap_prop; do
# Removes any instances of $requires_overlap_prop. Includes regex
# lookarounds so that it does not simply match string contains.
# Ex: if $requires_overlap is "Svg", then it would update the list
# "isTargetInput mouseToSvg noEvent Svg" to
# "isTargetInput mouseToSvg noEvent " (note that mouseToSvg is unchanged).
properties_accessed=$(echo "${properties_accessed}" | perl -pe 's/(?<!\w)'"${requires_overlap_prop}"'(?!\w)//g')
done <<<"${requires_overlap}"
fi
# Fix formatting (remove extra whitespace) and delimit the list with spaces.
properties_accessed=$(echo "${properties_accessed}" | perl -pe 's/\s+/ /g' | xargs)
echo "${properties_accessed}"
}
#######################################
# Extracts a list of requires defined in the file in the form of a single string
# of items separated by newlines.
# Arguments:
# The filepath to extract requires from.
# Outputs:
# Writes list of requires to stdout as items separated by newlines.
#######################################
getRequires() {
local filepath="$1"
# Extracts all strings that start with goog.require(' or goog.requireType('
# up until the ending single quote.
# Ex: "goog.require('Blockly.utils')" would extract "Blockly.utils"
local requires=$(perl -nle 'print $& while m{(?:(?<=^goog.require\('\'')|(?<=^goog.requireType\('\''))[^'\'']+}g' "${filepath}")
echo "${requires}"
}
#######################################
# Runs step 2 of the automated conversion.
# Arguments:
# The filepath of the file being converted.
#######################################
step2 () {
local filepath="$1"
inf "Updating goog.provide declaration..."
perl -pi -e 's/^goog\.provide(\([^\)]+\)\;)/goog\.module\1\ngoog.module.declareLegacyNamespace\(\)\;/' "${filepath}"
inf "Extracting module name..."
local module_name=$(perl -ne 'print m/(?<=^goog\.module\('\'')([^'\'']+)/' "${filepath}")
if [[ -z "${module_name}" ]]; then
err "Could not extract module name"
return 1
fi
inf "Extracted module name \"${module_name}\""
if [[ $(grep "${module_name} = " "${filepath}") ]]; then
local class_name=$(echo "${module_name}" | perl -ne 'print m/(\w+)$/')
inf "Found class \"${class_name}\" in file."
inf "Updating class declaration..."
perl -pi -e 's/^('"${module_name}"') =/const '"${class_name}"' =/g' "${filepath}"
inf "Updating local references to class..."
perl -pi -e 's/'"${module_name}"'(?!['\''\w])/'"${class_name}"'/g' "${filepath}"
inf "Appending class export to end of file..."
echo "" >> "${filepath}"
echo "exports = ${class_name};" >> "${filepath}"
npm run build:deps
success "Completed automated conversion to goog.module. Please manually review before committing."
return 0
fi
# No top level class.
inf 'Updating top-level property declarations...'
perl -pi -e 's/^'"${module_name}"'\.([^ ]+) =/const \1 =/g' "${filepath}"
# Extract specific properties accessed so that properties from requires that
# are children of the module aren't changed.
# Ex: The module Blockly.utils shouldn't update Blockly.utils.dom (since it is
# a require from another module.
local requires=$(getRequires "${filepath}")
local properties_accessed=$(getPropertiesAccessed "${module_name}" "${requires}" "${filepath}")
inf "Updating local references to module..."
for property in $(echo "${properties_accessed}"); do
inf "Updating references of ${module_name}.${property} to ${property}..."
perl -pi -e 's/'"${module_name}"'\.'"${property}"'(?!\w)/'"${property}"'/g' "${filepath}"
done
npm run build:deps
success "Completed automation for step 2. Please manually review and add exports for non-private top-level functions."
}
#######################################
# Runs step 3 of the automated conversion.
# Arguments:
# The filepath of the file being converted.
#######################################
step3() {
inf "Extracting module name..."
local module_name=$(perl -ne 'print m/(?<=^goog\.module\('\'')([^'\'']+)/' "${filepath}")
if [[ -z "${module_name}" ]]; then
err "Could not extract module name"
return 1
fi
inf "Extracted module name \"${module_name}\""
local requires=$(getRequires "${filepath}")
# Process each require
echo "${requires}" | while read -r require; do
inf "Processing require \"${require}\""
local usages=$(perl -nle 'print $& while m{'"${require}"'(?!'\'')}g' "${filepath}" | wc -l)
if [[ "${usages}" -eq "0" ]]; then
warn "Unused require \"${require}\""
continue
fi
local require_name=$(echo "${require}" | perl -pe 's/(\w+\.)+(\w+)/\2/g')
inf "Updating require declaration for ${require}..."
perl -pi -e 's/^(goog\.(require|requireType)\('\'"${require}"\''\);)/const '"${require_name}"' = \1/' "${filepath}"
# Parse property access of module
local direct_access_count=$(perl -nle 'print $& while m{'"${require}"'[^\.'\'']}g' "${filepath}" | wc -l)
local properties_accessed=$(getPropertiesAccessed "${require}" "${requires}" "${filepath}")
# Remove $module_name in case it is a child of $require.
# Ex: Blockly.utils.dom would be a child of Blockly, module_overlap would be
# "utils"
local module_overlap=$(echo "${module_name}" | perl -nle 'print $& while m{(?<='"${require}"'\.)\w+}g')
if [[ -n "${module_overlap}" ]]; then
properties_accessed=$(echo "${properties_accessed}" | perl -pe 's/'"${module_overlap}"'//g')
# Trim any extra whitespace created.
properties_accessed=$(echo "${properties_accessed}" | xargs)
fi
if [[ -n "${properties_accessed}" ]]; then
local comma_properties=$(echo "${properties_accessed}" | perl -pe 's/\s+/, /g' | perl -pe 's/, $//')
inf "Detected references of ${require}: ${comma_properties}"
for require_prop in $(echo "${properties_accessed}"); do
inf "Updating references of ${require}.${require_prop} to ${require_name}.${require_prop}..."
perl -pi -e 's/'"${require}"'\.'"${require_prop}"'(?!\w)/'"${require_name}"'\.'"${require_prop}"'/g' "${filepath}"
done
fi
inf "Updating direct references of ${require} to ${require_name}..."
perl -pi -e 's/'"${require}"'(?!['\''\w\.])/'"${require_name}"'/g' "${filepath}"
done
local missing_requires=$(perl -nle'print $& while m{(?<!'\'')Blockly(\.\w+)+}g' "${filepath}")
missing_requires=$(echo "${missing_requires}" | tr ' ' '\n' | sort -u)
if [[ -n "${missing_requires}" ]]; then
# Search for the string goog.require('Blockly') or goog.requireType('Blockly')
local has_blockly_require=$(perl -ne 'print m/goog\.(?:require|requireType)\('\''Blockly'\''\)/' "${filepath}")
if [[ -n "${has_blockly_require}" ]]; then
warn 'Blockly detected as a require.'
warn "Potentially missing requires for:\n${missing_requires}\nPlease manually review."
else
err "Missing requires for:\n${missing_requires}\nPlease manually fix."
fi
fi
success "Completed automation for step 3. Please manually review and reorder requires."
}
#######################################
# Runs step 4 of the automated conversion.
# Arguments:
# The filepath of the file being converted.
#######################################
step4() {
inf "Running clang-format"
npx clang-format -i "${filepath}"
}
#######################################
# Runs the specified step.
# Arguments:
# Which step to run.
# The filepath of the file being converted.
#######################################
run-step() {
local step="$1"
local filepath="$2"
if [[ -z "${step}" ]]; then
err "Missing argument (1-4)"
return 1
fi
if [[ -z "${filepath}" ]]; then
err "Missing argument filepath"
return 1
fi
verify-filepath "${filepath}"
if [[ $? -eq 1 ]]; then return 1; fi
case "${step}" in
2)
step2 "${filepath}"
;;
3)
step3 "${filepath}"
;;
4)
step4 "${filepath}"
;;
*)
err "INVALID ARGUMENT ${step}"
return 1
;;
esac
}
#######################################
# Prints usage information.
#######################################
help() {
echo "Conversion steps:"
echo " 1. Use IDE to convert var to let/const"
echo " 2. Rewrite the goog.provide statement as goog.module and explicitly enumerate exports"
echo " 3. Rewrite goog.requires statements and add missing requires (often skipped for simple files)"
echo " 4. Run clang-format on the whole file"
echo ""
echo "Usage: $0 [-h] [-c <step> <filepath>|-s <step> <filepath>]"
echo " -h Display help and exit"
echo " -c <step> <filepath> Create a commit for the specified step [1-4]"
echo " -s <step> <filepath> Run the specified step [2-4]"
}
#######################################
# Main entry point.
#######################################
main() {
if [ "$1" = "" ]; then
help
else
local filepath=""
# Support filepath as first argument.
verify-filepath "$1" "false"
if [[ $? -eq 0 ]]; then
filepath="$1"
shift
fi
local command="$1"
shift
case $command in
-c) commit-step "$@" "${filepath}" ;;
-s) run-step "$@" "${filepath}" ;;
*) err "INVALID ARGUMENT ${command}";;
esac
fi
}
main "$@"
-1
View File
@@ -16,7 +16,6 @@ import * as path from 'path';
// TODO(#5007): If you modify these values, you must also modify the
// corresponding values in the following files:
//
// - tests/scripts/compile_typings.sh
// - tests/scripts/check_metadata.sh
// - tests/scripts/update_metadata.sh
-162
View File
@@ -1,162 +0,0 @@
#!/usr/bin/env node
const fs = require('fs');
const path = require('path');
const filenames = process.argv.slice(2); // Trim off node and script name.
/** Absolute path of repository root. */
const repoPath = path.resolve(__dirname, '..', '..');
//////////////////////////////////////////////////////////////////////
// Process files mentioned on the command line.
//////////////////////////////////////////////////////////////////////
/** RegExp matching require statements. */
const requireRE =
/(?:const\s+(?:([$\w]+)|(\{[^}]*\}))\s*=\s*)?require\('([^']+)'\);/g;
/** RegExp matching key: value pairs in destructuring assignments. */
const keyValueRE = /([$\w]+)\s*:\s*([$\w]+)\s*(?=,|})/g;
/** Prefix for RegExp matching a top-level declaration. */
const declPrefix = '(?:const|let|var|(?:async\\s+)?function(?:\\s*\\*)?|class)';
for (const filename of filenames) {
let contents = null;
try {
contents = String(fs.readFileSync(filename));
} catch (e) {
console.error(`error while reading ${filename}: ${e.message}`);
continue;
}
console.log(`Converting ${filename} from CJS to ESM...`);
// Remove "use strict".
contents = contents.replace(/^\s*["']use strict["']\s*; *\n/m, '');
// Migrate from require to import.
contents = contents.replace(
requireRE,
function (
orig, // Whole statement to be replaced.
name, // Name of named import of whole module (if applicable).
names, // {}-enclosed list of destructured imports.
moduleName, // Imported module name or path.
) {
if (moduleName[0] === '.') {
// Relative path. Could check and add '.mjs' suffix if desired.
}
if (name) {
return `import * as ${name} from '${moduleName}';`;
} else if (names) {
names = names.replace(keyValueRE, '$1 as $2');
return `import ${names} from '${moduleName}';`;
} else {
// Side-effect only require.
return `import '${moduleName}';`;
}
},
);
// Find and update or remove old-style single-export assignments
// like:
//
// exports.bar = foo; // becomes export {foo as bar};
// exports.foo = foo; // remove the export and export at declaration
// // instead, if possible.
/** @type {!Array<{name: string, re: RegExp>}>} */
const easyExports = [];
contents = contents.replace(
/^\s*exports\.([$\w]+)\s*=\s*([$\w]+)\s*;\n/gm,
function (
orig, // Whole statement to be replaced.
exportName, // Name to export item as.
declName, // Already-declared name for item being exported.
) {
// Renamed exports have to be translated as-is.
if (exportName !== declName) {
return `export {${declName} as ${exportName}};\n`;
}
// OK, we're doing "export.foo = foo;". Can we update the
// declaration? We can't actualy modify it yet as we're in
// the middle of a search-and-replace on contents already, but
// we can delete the old export and later update the
// declaration into an export.
const declRE = new RegExp(
`^(\\s*)(${declPrefix}\\s+${declName})\\b`,
'gm',
);
if (contents.match(declRE)) {
easyExports.push({exportName, declRE});
return ''; // Delete existing export assignment.
} else {
return `export ${exportName};\n`; // Safe fallback.
}
},
);
// Find and update or remove old-style module.exports assignment
// like:
//
// module.exports = {foo, bar: baz, quux};
//
// which becomes export {baz as bar}, with foo and quux exported at
// declaration instead, if possible.
contents = contents.replace(
/^module\.exports\s*=\s*\{([^\}]+)\};?(\n?)/m,
function (
orig, // Whole statement to be replaced.
items, // List of items to be exported.
) {
items = items.replace(
/( *)([$\w]+)\s*(?::\s*([$\w]+)\s*)?,?(\s*?\n?)/gm,
function (
origItem, // Whole item being replaced.
indent, // Optional leading whitespace.
exportName, // Name to export item as.
declName, // Already-declared name being exported, if different.
newline, // Optional trailing whitespace.
) {
if (!declName) declName = exportName;
// Renamed exports have to be translated as-is.
if (exportName !== declName) {
return `${indent}${declName} as ${exportName},${newline}`;
}
// OK, this item has no rename. Can we update the
// declaration? We can't actualy modify it yet as we're in
// the middle of a search-and-replace on contents already,
// but we can delete the item and later update the
// declaration into an export.
const declRE = new RegExp(
`^(\\s*)(${declPrefix}\\s+${declName})\\b`,
'gm',
);
if (contents.match(declRE)) {
easyExports.push({exportName, declRE});
return ''; // Delete existing item.
} else {
return `${indent}${exportName},${newline}`; // Safe fallback.
}
},
);
if (/^\s*$/s.test(items)) {
// No items left?
return ''; // Delete entire module.export assignment.
} else {
return `export {${items}};\n`;
}
},
);
// Add 'export' to existing declarations where appropriate.
for (const {exportName, declRE} of easyExports) {
contents = contents.replace(declRE, '$1export $2');
}
// Write converted file with new extension.
const newFilename = filename.replace(/.c?js$/, '.mjs');
fs.writeFileSync(newFilename, contents);
console.log(`Wrote ${newFilename}.`);
}
-168
View File
@@ -1,168 +0,0 @@
#!/usr/bin/env node
const fs = require('fs');
const path = require('path');
const filenames = process.argv.slice(2); // Trim off node and script name.
//////////////////////////////////////////////////////////////////////
// Load deps files via require (since they're executalbe .js files).
//////////////////////////////////////////////////////////////////////
/**
* Dictionary mapping goog.module ID to absolute pathname of the file
* containing the goog.declareModuleId for that ID.
* @type {!Object<string, string>}
*/
const modulePaths = {};
/** Absolute path of repository root. */
const repoPath = path.resolve(__dirname, '..', '..');
/**
* Absolute path of directory containing base.js (the version used as
* input to tsc, not the one output by it).
* @type {string}
*/
const closurePath = path.resolve(repoPath, 'closure', 'goog');
globalThis.goog = {};
/**
* Stub version of addDependency that store mappings in modulePaths.
* @param {string} relPath The path to the js file.
* @param {!Array<string>} provides An array of strings with
* the names of the objects this file provides.
* @param {!Array<string>} _requires An array of strings with
* the names of the objects this file requires (unused).
* @param {boolean|!Object<string>=} opt_loadFlags Parameters indicating
* how the file must be loaded. The boolean 'true' is equivalent
* to {'module': 'goog'} for backwards-compatibility. Valid properties
* and values include {'module': 'goog'} and {'lang': 'es6'}.
*/
goog.addDependency = function (relPath, provides, _requires, opt_loadFlags) {
// Ignore any non-ESM files, as they can't be imported.
if (opt_loadFlags?.module !== 'es6') return;
// There should be only one "provide" from an ESM, but...
for (const moduleId of provides) {
// Store absolute path to source file (i.e., treating relPath
// relative to closure/goog/, not build/src/closure/goog/).
modulePaths[moduleId] = path.resolve(closurePath, relPath);
}
};
// Load deps files relative to this script's location.
require(path.resolve(__dirname, '../../build/deps.js'));
//////////////////////////////////////////////////////////////////////
// Process files mentioned on the command line.
//////////////////////////////////////////////////////////////////////
/** RegExp matching goog.require statements. */
const requireRE =
/(?:const\s+(?:([$\w]+)|(\{[^}]*\}))\s+=\s+)?goog.require(Type)?\('([^']+)'\);/gm;
/** RegExp matching key: value pairs in destructuring assignments. */
const keyValueRE = /([$\w]+)\s*:\s*([$\w]+)\s*(?=,|})/g;
for (const filename of filenames) {
let contents = null;
try {
contents = String(fs.readFileSync(filename));
} catch (e) {
console.error(`error while reading ${filename}: ${e.message}`);
continue;
}
console.log(`Converting ${filename} to TypeScript...`);
// Remove "use strict".
contents = contents.replace(/^\s*["']use strict["']\s*; *\n/m, '');
// Migrate from goog.module to goog.declareModuleId.
const closurePathRelative = path.relative(
path.dirname(path.resolve(filename)),
closurePath,
);
contents = contents.replace(
/^goog.module\('([$\w.]+)'\);$/m,
`import * as goog from '${closurePathRelative}/goog.js';\n` +
`goog.declareModuleId('$1');`,
);
// Migrate from goog.require to import.
contents = contents.replace(
requireRE,
function (
orig, // Whole statement to be replaced.
name, // Name of named import of whole module (if applicable).
names, // {}-enclosed list of destructured imports.
type, // If truthy, it is a requireType not require.
moduleId, // goog.module ID that was goog.require()d.
) {
const importPath = modulePaths[moduleId];
type = type ? ' type' : '';
if (!importPath) {
console.warn(
`Unable to migrate goog.require('${moduleId}') as no ES module path known.`,
);
return orig;
}
let relativePath = path.relative(
path.dirname(path.resolve(filename)),
importPath,
);
if (relativePath[0] !== '.') relativePath = './' + relativePath;
if (name) {
return `import${type} * as ${name} from '${relativePath}';`;
} else if (names) {
names = names.replace(keyValueRE, '$1 as $2');
return `import${type} ${names} from '${relativePath}';`;
} else {
// Side-effect only require.
return `import${type} '${relativePath}';`;
}
},
);
// Find and update or remove old-style export assignemnts.
/** @type {!Array<{name: string, re: RegExp>}>} */
const easyExports = [];
contents = contents.replace(
/^\s*exports\.([$\w]+)\s*=\s*([$\w]+)\s*;\n/gm,
function (
orig, // Whole statement to be replaced.
exportName, // Name to export item as.
declName, // Already-declared name for item being exported.
) {
// Renamed exports have to be transalted as-is.
if (exportName !== declName) {
return `export {${declName} as ${exportName}};\n`;
}
// OK, we're doing "export.foo = foo;". Can we update the
// declaration? We can't actualy modify it yet as we're in
// the middle of a search-and-replace on contents already, but
// we can delete the old export and later update the
// declaration into an export.
const declRE = new RegExp(
`^(\\s*)((?:const|let|var|function|class)\\s+${declName})\\b`,
'gm',
);
if (contents.match(declRE)) {
easyExports.push({exportName, declRE});
return ''; // Delete existing export assignment.
} else {
return `export ${exportName};\n`; // Safe fallback.
}
},
);
// Add 'export' to existing declarations where appropriate.
for (const {exportName, declRE} of easyExports) {
contents = contents.replace(declRE, '$1export $2');
}
// Write converted file with new extension.
const newFilename = filename.replace(/.js$/, '.ts');
fs.writeFileSync(newFilename, contents);
console.log(`Wrote ${newFilename}.`);
}
-32
View File
@@ -1,32 +0,0 @@
#!/bin/bash
# Location that npm run typings will write .d.ts files to.
#
# (TODO(#5007): Should fetch this from scripts/gulpfiles/config.js
# instead of hardcoding it here.
readonly BUILD_DIR='build'
# ANSI colors
BOLD_GREEN='\033[1;32m'
BOLD_RED='\033[1;31m'
ANSI_RESET='\033[0m'
# Terminate immediately with non-zero status if any command exits
# with non-zero status, printing a nice message.
set -e
function fail {
echo -e "${BOLD_RED}Failed to compile TypeScript typings.${ANSI_RESET}" >&2
}
trap fail ERR
# Generate Blockly typings.
echo "Generating Blockly typings"
npm run typings
# Use the TypeScript compiler to compile the generated typings.
echo "Compiling typings"
cd "${BUILD_DIR}"
../node_modules/.bin/tsc blockly.d.ts
echo -e "${BOLD_GREEN}TypeScript typings compiled successfully.${ANSI_RESET}"