. . . . . . . . Calculator Tools Table of Contents Introduction Calculators Regulators RF-Attenuators E-Series Color-Code TransLine Via Size Track Width Electrical Spacing Board-Classes 1 Calculator has the following tools: Regulators Track Width Electrical Spacing Trans Line RF Attenuators 2 Color Code Board Classes Calculators Regulators This calculator helps with the task of and enter the other two values. RF-Attenuators With the RF Attenuator utility you can calculate the values of the resistors needed for different types of attenuators: PI Tee Bridged Tee Resistive

. . . . . . . . Calculator Tools Table of Contents Introduction Calculators Regulators RF-Attenuators E-Series Color-Code TransLine Via Size Track Width Electrical Spacing Board-Classes 1 Calculator has the following tools: Regulators Track Width Electrical Spacing Trans Line RF Attenuators 2 Color Code Board Classes Calculators Regulators This calculator helps with the task of and enter the other two values. RF-Attenuators With the RF Attenuator utility you can calculate the values of the resistors needed for different types of attenuators: PI Tee Bridged Tee Resistive

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 2.5 RF-Attenuators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . has the following tools: • Regulators • Track Width • Electrical Spacing • Trans Line • RF Attenuators • Color Code • Board Classes 2 Calculators 2.1 Regulators This calculator helps with the press Update Values. 2.4 TransLine Transmission line theory is a cornerstone in the teaching of RF and microwave engineering. PCB Calculator 4 / 7 In the calculator you can choose different sorts

. . . . . . . . Calculator Tools Table of Contents Introduction Calculators Regulators RF-Attenuators E-Series Color-Code TransLine Via Size Track Width Electrical Spacing Board-Classes 1 Calculator has the following tools: Regulators Track Width Electrical Spacing Trans Line RF Attenuators 2 Color Code Board Classes Calculators Regulators This calculator helps with the task of and enter the other two values. RF-Attenuators With the RF Attenuator utility you can calculate the values of the resistors needed for different types of attenuators: PI Tee Bridged Tee Resistive

. . . . . . . . . . . . . . . . . . Calculator Tools Table of Contents はじめに レギュレーター レギュレーター RF アッテネーター E-Series カラー コード 伝送線路 Via Size 配線幅 導体間隔 ボード クラス 1 2 2 3 3 4 4 6 6 7 7 リファレンス・マニュアル other parameters of a layout. The Calculator has the following tools: レギュレーター 配線幅 2 導体間隔 伝送線路 RF アッテネーター カラー コード ボード クラス レギュレーター レギュレーター この計算機は、リニア定電圧レギュレーターと低損失定電圧レギュレーターで使用される抵抗の値を見つけるのに 役立ちます。 voltage) and enter the other two values. RF アッテネーター With the RF Attenuator utility you can calculate the values of the resistors needed for different types of attenuators: パイ型 T型 ブリッジ T 型 抵抗分割型 To use

#endifDiscovery Testing proc_rf_msg(buff, true, false, 7); What does this function do? proc_rf_msg(uint8* buff, bool is_full, bool is_actvty, size_t sz);Discovery Testing void hndl_new_pkt(rf_pkt* pkt, size_t size) ... proc_rf_msg(buff, true, false, 7); proc_rf_msg(nullptr, false, false, 0); activity activity; activity.start_loc = {32.2226, 110.9747}; activity.end_loc = {39.8175, 104.7509}; proc_rf_msg(&activity proc_rf_msg(&activity, true, true, sizeof(activity)}; ... } void proc_rf_msg(void* buf, bool is_verified, bool is_activity, size_t buf_size) { ... if(is_activity) { activity* activ = (activity)buf; int activity_distance

每次启动前最好清除缓存 根据作者解释，每次启动之前，最好去清除⼀下各种缓存，防⽌⼲扰： rm rm -rf ~/.node-gyp -rf ~/.node-gyp rm rm -rf ~/.electron-gyp -rf ~/.electron-gyp rm rm -rf ./node_modules -rf ./node_modules rm rm -f package-lock.json -f electron-python-example rm rm -rf build -rf build rm rm -rf *.spec -rf *.spec python⽀持 33 rm rm -rf pymitmdumpstartdist -rf pymitmdumpstartdist rm rm -rf pymitmdumpotherdist -rf pymitmdumpotherdist pyinstaller rdist/mitmdumpOtherApi/mitmdumpOtherApi electron的打包 再去⽤ electron-builder 打包： rm rm -rf builder_output -rf builder_output npm npm run dist run dist ⽣成： app： electron-python-example/builder_o

aware of the -Rf flags, that force the recursive removal of an entire directory. Our first solution was to use this tool. The command function, which does the shelling out, runs rm -rf as if we were could have been the end of this talk. But it wasn’t. How many of you think that shelling out to rm -rf was a good solution? How many not? The Problem With the Solution? • Shelling out to a binary can Removeat(directory, path) } v_7b8mqs45lgch7rf49sdm240000gn/T/989178669/eeeeeeee/ooo /var/folders/bq/ } Removeat(directory, path) } v_7b8mqs45lgch7rf49sdm240000gn/T/989178669/eeeeeeee/ /var/folders/bq/

Miniconda 1. Open a Terminal window. 2. Remove the entire Miniconda install directory with: rm -rf ~/miniconda 3. You may also: 4. OPTIONAL: Edit ~/.bash_profile to remove the Miniconda directory the home directory: • .condarc file • .conda directory • .continuum directory By running: rm -rf ~/.condarc ~/.conda ~/.continuum Installing on Linux 1. Download the installer: • Miniconda installer Miniconda 1. Open a Terminal window. 2. Remove the entire miniconda install directory with: rm -rf ~/miniconda 3. OPTIONAL: Edit ~/.bash_profile to remove the Miniconda directory from your PATH environment