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| -rw-r--r-- | posts/avanswifi.md | 62 | ||||
| -rw-r--r-- | posts/homeauto.md | 11 |
2 files changed, 23 insertions, 50 deletions
diff --git a/posts/avanswifi.md b/posts/avanswifi.md index 08b2c3b..11191fd 100644 --- a/posts/avanswifi.md +++ b/posts/avanswifi.md @@ -1,60 +1,26 @@ [meta]: <title> (Avans wifi setup) -[meta]: <subtitle> (How to use Avans eduroam on Arch Linux) +[meta]: <subtitle> (How to use Avans eduroam with NetworkManager) [meta]: <author> (Loek) -[meta]: <date> (September 6 2021) +[meta]: <date> (September 9 2021) [meta]: <tags> (software) [meta]: <cover> (/img/avanswifi.png) I wasted 2 hours trying to set up my school's WiFi, so here's a quick reference for other students who might've tried connecting but ended up giving up. -> NOTE: I'm using **NetworkManager** on my own installation, so that's what I'm -> writing this guide for. - -1. Install `iwd` - ``` - # pacman -S iwd - ``` - `iwd` is needed because NetworkManager can't connect to WPA enterprise - networks as stated by the [arch - wiki](https://wiki.archlinux.org/title/NetworkManager#WPA_Enterprise_connection_with_NetworkManager) -2. Set `iwd` as NetworkManager's backend by adding the following to your - `/etc/NetworkManager/NetworkManager.conf`: - ```dosini - [device] - wifi.backend=iwd - ``` -3. Enable/start `iwd.service` - ``` - # systemctl enable --now iwd - ``` -4. Create a new file `/var/lib/iwd/eduroam.8021x` with the following contents, - replacing the \<placeholders\> with your own credentials: - ```dosini - [Security] - EAP-Method=PEAP - EAP-Identity=anonymous - EAP-PEAP-Phase2-Method=MSCHAPV2 - EAP-PEAP-Phase2-Identity=<username> - EAP-PEAP-Phase2-Password=<password> - - [Settings] - AutoConnect=True - ``` - Keep in mind that your username isn't your student e-mail, but the first - letter of your first name, and 7 characters from your last name, e.g. - `Loek Le Blansch -> lblansch`. - -After setting all of this up, your laptop should atomatically connect to the -eduroam network. If you want to connect manually, you'll need to use the -command-line utility `iwctl`, or use the following command: - ``` -$ iwctl station wlan0 connect eduroam +$ nmcli connection edit type wifi +nmcli> set 802-11-wireless.ssid eduroam +nmcli> set 802-1x.eap peap +nmcli> set 802-1x.phase2-auth mschapv2 +nmcli> set 802-1x.identity <avans username> +nmcli> set 802-1x.password <avans password> +nmcli> set wifi-sec.key-mgmt wpa-eap +nmcli> save +nmcli> activate ``` -(wlan0 can differ depending on your network card). - -You can (and should) still use `nmcli` to connect to normal networks, but I -haven't tested if it works for eduroam too. +Keep in mind that your username isn't your student e-mail, but the first letter +of your first name, and 7 characters from your last name, e.g. `Loek Le +Blansch -> lblansch`. diff --git a/posts/homeauto.md b/posts/homeauto.md index 33e2a6a..35d8d12 100644 --- a/posts/homeauto.md +++ b/posts/homeauto.md @@ -12,7 +12,7 @@ automation system. I've tried two home automation systems so far: homebridge and home assistant. Homebridge isn't really an automation system. It's meant to add unsupported devices to *homekit*, but doesn't work with anything other than apple devices. -I've also tried (and am currently using) home assistant. It's a complete +I've also tried (and am currently using) home assistant. It's a complete replacement for the homekit ecosystem, and it can do basically anything, as long as you're patient enough... @@ -227,6 +227,10 @@ Very complicated stuff... [This](http://www.knutsel.org/2009/01/01/livingcolors-1st-generation/) article describes all the research that went into reverse-engineering the lamp. +I ordered a cc2500 wireless transmitter and receiver, but the seller cancelled +the order, and now I have to wait a while longer to get one. I'll update this +article once I've set it up though. + ## Toshiba air conditioning unit I created a small daughter board to connect to the raspberry pi's gpio pins, @@ -237,5 +241,8 @@ I've spent a solid two days now trying to use my raspberry pi or arduino uno as a janky logic analyzer, to capture the IR messages and get the message contents manually, but I still haven't succeeded. I have however succeeded in frying the IR LED by giving it +5v backwards without any protection, so that's something I -guess. I'll update this article when I get it working. +guess. I'll update this section of the article together with the Philips lamp. + + +To be continued... |