the nets in the net class). Nets have no color by default; this is indicated by a checkerboard pattern in the color swatch. Double-click or right-click a net or net class color swatch to set the color type of length-tuning pattern (single-track length, differential-pair length, and differential-pair skew). These defaults can be overridden in the properties of each tuning pattern added to the board. the Net Classes section lists pattern-based netclass assignments. Working with pattern- based netclass assignments is explained in the Schematic Editor documentation; pattern-based assignments can be edited

or Board Setup dialogs. Nets can be added to netclasses in either the schematic or board using pattern-based assignments described below. Nets can also be assigned to netclasses in the schematic using documentation. The bottom pane lists pattern-based netclass assignments. Each row has a net name pattern and a netclass; nets with names that match the pattern are assigned to the specified netclass matches multiple patterns, the first match is used. Pattern-based netclass assignments are dynamic: when a new net is added that matches an existing pattern, it will be assigned to the associated netclass

simulate it by adding a fill layer with a pattern, set this fill layer to overlay, and to 5% opacity. Then flatten the whole image and convert it to 8bit. The pattern will function as dithering giving a smoother "Dissolve" in English. Instead of using transparency, this blending mode will use a random dithering pattern to make the transparent areas look sort of transparent. Left: Normal. Right: Dissolve. Mix Allanon strokes. This parameter always shows up as two parameters: Texture Pattern Which pattern you'll be using. Scale The size of the pattern. 1.0 is 100%. Horizontal Offset & Vertical Offset How much a brush

-name pattern シェルで”pattern” にマッチするファイル名を探索 (比較的遅 い) locate -d . pattern シェルで”pattern” にマッチするファイル名を探索 (定期的に 生成されるデーターベースを使い比較的早い) grep -e ”pattern” *.html 現ディレクトリーにある”.html” で終わる全ファイルか ら”pattern” のパターンを検索し、該当する全ファイルを表示 パイプからのホワイトスペースで分離された項目を行に分割 | xargs echo パイプからの全ての行を 1 行にマージ | grep -e regex_pattern regex_pattern を含む行を抽出 | grep -v -e regex_pattern regex_pattern を含まない行を抽出 | cut -d: -f3 - ”:” で区切られた 3 番目のフィールドを抽出 (passwd ファイルな recommends, suggests, conflicts, replaces, provides) の内の 1 つです。 • デフォールトの依存関係は”depends” です。 ティップ regex_pattern がヌル文字列の場合は”~T” をコマンドの直後に使って下さい。 次がショートカットです。 Debian リファレンス 57 / 259 拡張マッチ規則の説明 regex 式 パッケージ名とのマッチ

right = tuple.1; println!("left: {left}, right: {right}"); } However, Rust also supports using pattern matching to destructure a larger value into its constituent parts: fn print_tuple(tuple: (i32, i32)) statically verify that the value on the right of = has the same structure as the pattern. • A variable name is an irrefutable pattern that always matches any value, hence why we can also use let to declare a happen at the same time. This form of pattern matching will be discussed in more detail later. • Edit the examples above to show the compiler error when the pattern doesn't match the value being matched

エラーオブジェクトをテストしたい function mayBeRejected(){ return Promise.reject(new Error("woo")); } it("is bad pattern", function () { return mayBeRejected().catch(function (error) { assert(error.message http://efcl.info/2014/0314/res3708/ 50 JavaScript Promiseの本 return Promise.resolve(); } it("is bad pattern", function () { return mayBeRejected().catch(function (error) { assert(error.message but it was fulfilled"); } function mayBeRejected(){ return Promise.resolve(); } it("should bad pattern", function () { return mayBeRejected().then(failTest).catch(function (error) { assert(error

エラーオブジェクトをテストしたい function mayBeRejected() { return Promise.reject(new Error("woo")); } it("is bad pattern", () => { return mayBeRejected().catch((error) => { assert(error.message === "woo"); http://efcl.info/2014/0314/res3708/ 54 JavaScript Promiseの本 return Promise.resolve(); } it("is bad pattern", () => { return mayBeRejected().catch((error) => { assert(error.message === "woo"); it was fulfilled"); } function mayBeRejected() { return Promise.resolve(); } it("should bad pattern", () => { return mayBeRejected().then(failTest).catch((error) => { assert(error.message