Config

rclone is an alternative of rsync for cloud storage. It can be applied to remote servers, OneDrive, Google Drive, Box, … (almost all existing cloud storage). The supported protocols: 1 / 1Fichier \ (fichier) 2 / Akamai NetStorage \ (netstorage) 3 / Alias for an existing remote \ (alias) 4 / Amazon S3 Compliant Storage Providers including AWS, Alibaba, ArvanCloud, Ceph, ChinaMobile, Cloudflare, DigitalOcean, Dreamhost, GCS, HuaweiOBS, IBMCOS, IDrive, IONOS, LyveCloud, Leviia, Liara, Linode, Magalu, Minio, Netease, Petabox, RackCorp, Rclone, Scaleway, SeaweedFS, StackPath, Storj, Synology, TencentCOS, Wasabi, Qiniu and others \ (s3) 5 / Backblaze B2 \ (b2) 6 / Better checksums for other remotes \ (hasher) 7 / Box \ (box) 8 / Cache a remote \ (cache) 9 / Citrix Sharefile \ (sharefile) 10 / Combine several remotes into one \ (combine) 11 / Compress a remote \ (compress) 12 / Dropbox \ (dropbox) 13 / Encrypt/Decrypt a remote \ (crypt) 14 / Enterprise File Fabric \ (filefabric) 15 / FTP \ (ftp) 16 / Google Cloud Storage (this is not Google Drive) \ (google cloud storage) 17 / Google Drive \ (drive) 18 / Google Photos \ (google photos) 19 / HTTP \ (http) 20 / Hadoop distributed file system \ (hdfs) 21 / HiDrive \ (hidrive) 22 / ImageKit.io \ (imagekit) 23 / In memory object storage system. \ (memory) 24 / Internet Archive \ (internetarchive) 25 / Jottacloud \ (jottacloud) 26 / Koofr, Digi Storage and other Koofr-compatible storage providers \ (koofr) 27 / Linkbox \ (linkbox) 28 / Local Disk \ (local) 29 / Mail.ru Cloud \ (mailru) 30 / Mega \ (mega) 31 / Microsoft Azure Blob Storage \ (azureblob) 32 / Microsoft Azure Files \ (azurefiles) 33 / Microsoft OneDrive \ (onedrive) 34 / OpenDrive \ (opendrive) 35 / OpenStack Swift (Rackspace Cloud Files, Blomp Cloud Storage, Memset Memstore, OVH) \ (swift) 36 / Oracle Cloud Infrastructure Object Storage \ (oracleobjectstorage) 37 / Pcloud \ (pcloud) 38 / PikPak \ (pikpak) 39 / Proton Drive \ (protondrive) 40 / Put.io \ (putio) 41 / QingCloud Object Storage \ (qingstor) 42 / Quatrix by Maytech \ (quatrix) 43 / SMB / CIFS \ (smb) 44 / SSH/SFTP \ (sftp) 45 / Sia Decentralized Cloud \ (sia) 46 / Storj Decentralized Cloud Storage \ (storj) 47 / Sugarsync \ (sugarsync) 48 / Transparently chunk/split large files \ (chunker) 49 / Uloz.to \ (ulozto) 50 / Union merges the contents of several upstream fs \ (union) 51 / Uptobox \ (uptobox) 52 / WebDAV \ (webdav) 53 / Yandex Disk \ (yandex) 54 / Zoho \ (zoho) 55 / premiumize.me \ (premiumizeme) 56 / seafile \ (seafile) I’ve used this to rsync data files between my Azure (in Microsoft Intranet) and my School Server (in school intranet that requires VPN) using OneDrive as the exchange. I’ll use another blog to talk about this. ...

Recently, I need to download the dataset to my remote servers. Clearly, I do not want to download to my local machine. So initially I choose wget as I previous did. Soon after I find wget is too slow. Then I ask ChatGPT. It recommends aria2. Official Page: aria2 The greatest advantage is it can establish parallel connections simultaneously to speed up the download. We can use sudo apt install aria2 to install on Ubuntu. ...

Arduino Download Arduino To add board support for RAK11200 on Arduino, start Arduino IDE and open the Preferences window (File > Preferences). Copy https://raw.githubusercontent.com/RAKwireless/RAKwireless-Arduino-BSP-Index/main/package_rakwireless_index.json Open board manager, type RAK and choose the corresponding board. Connect Board with USB. You are required to find the port. To check if it is the right port, plug out and in to see if it disappears/appears. Remember to check if the connection of wire is good. 5. Short Boot0 and Ground 6. When uploading and showing “connecting”, press the reset for at least 2 seconds.

PAC advance 电机使用指南 整体连接 初始化 首先要初始化调零（即滑块在初始位置时，显示屏上的坐标也在初始位置） 先返回（左下角），进入手动（F2）模式。 可以选择高速（F1）或微步（F2）模式。选择相应的坐标轴左右调整（注意正负）。直到滑块到达零点位置。 **之后，拔掉数据线。**选择程零（F3），可以看到显示屏上的数字被手动调整为0。 最后再插上数据线。 电机编程流程 整体流程：初始化基准点 → 绝对位置（3.4，设置到终点）→ 延时（3.6）→ 绝对位置（回到起点）→ 设置循环（3.9） 💡 速度的计算 导程(L)：电机转一圈运动的距离 (=72) (mm/cycle) 速度=导程(L) * 每分钟转的圈数 (F) / 60 (mm/s) $$ v = \frac{L \cdot F}{60} $$ 如果设置$F=833$，则速度 $$ v|_{F=834} = \frac{1.2 \times 833}{1000} = 1 : m/s $$ 返回 ...