CLS w219 c219 Rückleuchten Umbau auf Mopf Pogea

Zitat von Milano

Das denk ich mir auch ,🙊

Mal lesen und eventuell drüber nachdenken: Das Verhalten einiger und warum ich keinen Bock mehr habe...

grüße

Zitat von Milano

original 28090 km

...um bei Memes zu bleiben.

klar

Autsch...... tiefes Fettnäpfchen

Oha, viel Spaß beim Selberlöten.

Zitat von Milano

Bitte nicht zum Diskutieren anfangen

Nö keine Sorge, auf das Niveau brauch ich mich nicht herab begeben.

Ich bin mir sicher Slobo wird sich deiner Problem liebendgerne annehmen und alles für dich organisieren, von daher ziel erreicht, bitte weitergehen.

grüße, Fabian

Benutz doch bitte den Bearbeiten Knopf anstatt 3 Postings hintereinander zu posten, das wird unleserlich und sprengt den Thread.

Beste grüße, Fabian

Zitat von Milano

Warum löten schon Mal was von Plug &Play gehört

Nein, erklär mal.

Sorry, Frenchy hat sich schon gemeldet... er macht das nicht mehr, er hat leider auch nichts mehr. Gab wohl mal ärger.

Zitat von Milano

Google Mal was Plug Play ist

Ein Forum ist doch dafür da, anderen zu helfen? Auf Google zu verweisen wäre ja quasi eine Universalantwort für alle Fragen die gestellt werden?

Zitat von Milano

Google Mal was Plug Play ist

Not to be confused with Universal Plug and Play.

For the legacy extension specifications developed by Intel and Microsoft, see Legacy Plug and Play. For plug and play game or system, see Handheld TV game. For the startup accelerator, see Plug and Play Tech Center.

In computing, a plug and play (PnP) device or computer bus is one with a specification that facilitates the discovery of a hardware component in a system without the need for physical device configuration or user intervention in resolving resource conflicts.^[1][2] The term "plug and play" has since been expanded to a wide variety of applications to which the same lack of user setup applies.^[3][4]

Expansion devices are controlled and exchange data with the host system through defined memory or I/O space port addresses, direct memory access channels, interrupt request lines and other mechanisms, which must be uniquely associated with a particular device to operate. Some computers provided unique combinations of these resources to each slot of a motherboard or backplane. Other designs provided all resources to all slots, and each peripheral device had its own address decoding for the registers or memory blocks it needed to communicate with the host system. Since fixed assignments made expansion of a system difficult, devices used several manual methods for assigning addresses and other resources, such as hard-wired jumpers, pins that could be connected with wire or removable straps, or switches that could be set for particular addresses.^[5] As microprocessors made mass-market computers affordable, software configuration of I/O devices was advantageous to allow installation by non-specialist users. Early systems for software configuration of devices included the MSX standard, NuBus, Amiga Autoconfig, and IBM Microchannel. Initially all expansion cards for the IBM PC required physical selection of I/O configuration on the board with jumper straps or DIP switches, but increasingly ISA bus devices were arranged for software configuration.^[6] By 1995, Microsoft Windows included a comprehensive method of enumerating hardware at boot time and allocating resources, which was called the "Plug and Play" standard.^[7]

Plug and play devices can have resources allocated at boot-time only, or may be hotplug systems such as USB and IEEE 1394 (FireWire).^[8]