Bayan kusan shekara guda na ci gaba, an buga sabon fitowar OpenRGB 0.8, kayan aikin buɗe tushen don sarrafa hasken RGB a cikin na'urori masu alaƙa. Kunshin yana tallafawa motherboards daga ASUS, Gigabyte, ASRock, da MSI tare da tsarin RGB don hasken akwati, modules na ƙwaƙwalwa tare da haske daga ASUS, Patriot, Corsair, da HyperX, katunan zane daga ASUS Aura/ROG, MSI GeForce, Sapphire Nitro, da Gigabyte Aorus, masu sarrafa tsiri na LED daban-daban (ThermalTake, Corsair, NZXT Hue+), masu sanyaya haske, beraye, madannai, belun kunne, da kayan haɗin Razer tare da haske. Bayani game da yarjejeniyar hulɗa da na'urori galibi an samo su ne ta hanyar injiniyan baya na direbobi da aikace-aikace na mallakar. An rubuta lambar a cikin C/C++ kuma an rarraba ta ƙarƙashin lasisin GPLv2. An samar da ginin da aka gama don Linux (deb, rpm, appimage), macOS и WindowsKamar yadda aka saba, duk ginin da aka ƙirƙira bayan fitowar za su sami lambar sigar 0.81.
A cikin sabon sakin, an sake fasalin tsarin haɗin gwiwa kuma an inganta shi, an ƙara ƙaddamar da shirin, gami da fassarar zuwa Rashanci (sai dai wasu ayyuka da aka ƙara a matakin daidaitawar sakin).
Daga cikin canje-canje:
- dokokin udev yanzu ana samar dasu ta atomatik.
- Laburaren inpout32, wanda ya haifar da matsaloli yayin aiki tare da wasu riga-kafi da anti-cheats (Vanguard), an maye gurbinsu da WinRing0.
- Don aiki daidai a layi ɗaya tare da software na hukuma don na'urorin SMBus akan Windows yanzu ana amfani da tsarin mutex, wanda ke magance mafi yawan matsalolin.
- Jerin na'urorin da aka tallafa ya faɗaɗa zuwa ga adadin katunan zane-zane masu yawa daga ASUS, Gigabyte, EVGA, MSI, Gainward, da Palit. An kuma ƙara tallafi ga katunan zane-zane na NVIDIA Illumination, amma kamar yadda yake da tsoffin katunan zane-zane na NVIDIA, a halin yanzu yana aiki ne kawai a ƙarƙashin. Windows, saboda matsaloli tare da tallafin I2C ta hanyar direban NVIDIA na mallakar (ana iya magance matsalar ta hanyar shigar da direban beta). An warware matsalar da aka sani game da motherboards na MSI MysticLight, kuma yanzu an sake tallafawa su, kuma an faɗaɗa jerin allunan da aka tallafa.
- Baya ga adadi mai yawa na “classic” da aka ƙara tallafi, jerin kuma sun haɗa da fitilu na zamani na NanoLeaf, don na'urorin gida yanzu kuna iya amfani da SRGBMods Raspberry Pi Pico, kuma Arduino yanzu ana iya haɗa shi ta i2c.
Abubuwan da aka sani sun haɗa da:
- Tilas hanyar saitin ba ta ƙunshi haruffa marasa ASCII ba. An shirya gyara, amma ba a haɗa shi a cikin sakin ba don kula da dacewa tare da plugins ɗin da ke akwai, duk da haka, za a haɗa shi a cikin ainihin ginawa bayan sakin.
- Gaskiyar cewa masana'antar madannai ta Sinowealth ta sake yin amfani da ƙimar VID/PID daga madannai na Redragon ta amfani da wata yarjejeniya ta daban. Don guje wa yuwuwar matsalolin (har zuwa gami da ƙima), lambar tallafin madannai ta Sinowealth yanzu an kashe kuma ba ta da tallafi.
- Tasirin "kalagu" baya aiki akan Redragon M711.
- Wasu berayen Corsair ba su da alamun LED.
- A kan wasu madannai na Razer, jerin shimfidu bai cika ba.
- Adadin tashoshi na Asus Addressable bazai zama daidai ba.
- Kamar yadda aka saba, ana ba da shawarar sake ƙirƙirar bayanan martaba na na'urori bayan haɓakawa, tsofaffi na iya yin aiki ko aiki ba daidai ba, kuma lokacin haɓakawa daga juzu'i zuwa 0.6, kuna buƙatar share babban fayil ɗin plugins, saboda kafin 0.6 babu wani tsarin sigar API na plugin. .
source: budenet.ru
