# Reference: # Maintainer: Vitaliy Ognev pkgname=device-powkiddy-x55 pkgdesc="Powkiddy X55" pkgver=2 pkgrel=0 url="https://postmarketos.org" license="MIT" arch="aarch64" options="!check !archcheck" depends=" linux-firmware-rtl_bt linux-firmware-rtw88 linux-powkiddy-x55 postmarketos-base u-boot-powkiddy-x55 " makedepends="devicepkg-dev" source=" 00-bt-firmware.files cage-ui-powkiddy-x55-rotate.sh deviceinfo rtw88.conf " subpackages="$pkgname-cage-ui-addons:cage_ui_addons:noarch" _pmb_recommends="powkiddy-x55-mapper" build() { devicepkg_build $startdir $pkgname } package() { devicepkg_package $startdir $pkgname install -Dm644 "$srcdir"/rtw88.conf -t "$pkgdir"/etc/modprobe.d/ # See https://lore.kernel.org/lkml/CA+fyA4SqT4jgpWeq_ipp7i3ZM7s=gQkSdtsPw6x+zeJdGcXvqw@mail.gmail.com/. # When both BT(UART)/WiFi(SDIO) drivers modprobed simultaneously, seems there's a kind of misbehaviour, # probably related to the fact that both BT/WiFi provided by same chip but accessed via different interfaces. # Making btrtl compiled into kernel and providing firmware in initramfs seems to work around the problem. install -Dm644 "$srcdir"/00-bt-firmware.files -t "$pkgdir"/etc/mkinitfs/files/ } cage_ui_addons() { pkgdesc="Cage-UI addons for powkiddy x55" install_if="$pkgname=$pkgver-r$pkgrel postmarketos-ui-cage" install -Dm644 "$srcdir"/cage-ui-powkiddy-x55-rotate.sh -t "$subpkgdir"/etc/cage-ui/ } sha512sums=" 6ef832211ba030b0e4c94699bb0b1594166ef26cc8efc3434ff962b28451dbf9e5717e887f4b6cff07cbff32f4c7b4e282bb70a72f2460a564d22b64c3702aa4 00-bt-firmware.files a22986cab90dd8641956e19f8139e1cb7f24a349cb2907cadb0001b0f5ff9be67b7fa717502f3b078ea8db62eb0fdb8de20e35495b4e4db69c0940dcac04996d cage-ui-powkiddy-x55-rotate.sh 71efac86cba6e1982b0557636b08c050da9adcc98ecfa8d91ad96843994434d0e09a0af8094f103c88314a07a20962cad58f05c38109b887399b84b324cb05f1 deviceinfo 3765ba8da5c22965dbcbe199665d78af42187873b3dd0314b78f0e389e5703f40277f8b784566badbe21241a06074e3769a263ba5eb6099c01d6cda0bf024a75 rtw88.conf "