Also handle ioremap failure.

* s/int/unsigned long/ for 'flags' arg passed to spin_lock_irqsave
* s/unsigned int/unsigned long/ for I/O port addresses
* no need to prevent tc35815_probe from being called multiple times...
  PCI layer will do things properly for us.
* call pci_enable_device before accessing hardware, before obtaining
  irq number, and before obtaining I/O port addresses.
* remove bogus 'if (pdev)' check in PCI API ->probe function
* call SET_M0DULE_OWNER, remove MOD_{INC,DEC}_USE_COUNT
* (cleanup) don't bother casting from a void*
* (cleanup) mark debugging function with #if 0, just like the caller
* Fix many printk statements to indicate that tc_readl() returns
  a long, not an int.
* (cleanup) remove unused tc35815_proc_info function

NE68-atarilance
	* switched to dynamic allocation
	* fixed resource leaks on failure exits
	* also kill off last usage of probe_list

NE67-sun3lance
	* switched to dynamic allocation
	* fixed resource leaks on failure exits

NE66-sun3_82586
	* switched to dynamic allocation
	* fixed resource leaks on failure exits

NE64-apne
	* switched to dynamic allocation
	* fixed resource leaks on failure exits

NE63-bionet
	* switched to dynamic allocation
	* fixed resource leaks on failure exits

NE62-pamsnet
	* switched to dynamic allocation
	* fixed resource leaks on failure exits

NE61-hplance
	* switched to dynamic allocation
	* fixed resource leaks on failure exits

NE60-mvme147lance
	* switched to dynamic allocation
	* fixed resource leaks on failure exits

NE59-mace
	* switched mace to dynamic allocation
	* mace: fixed resource leaks on failure exits

NE58-macsonic
	* switched macsonic to dynamic allocation
	* macsonic: fixed resource leaks on failure exits

NE57-mac8390
	* switched mac8390 to dynamic allocation
	* mac8390: fixed resource leaks on failure exits
	* get rid of MOD_INC/DEC

NE56-mac8390
	* switched mac8390 to dynamic allocation
	* mac8390: fixed resource leaks on failure exits

NE55-jazzsonic
	* switched jazzsonic to dynamic allocation
	* jazzsonic: fixed resource leaks on failure exits

NE54-bagetlance
	* switched bagetlance to dynamic allocation
	* bagetlance: embedded ->priv
	* bagetlance: fixed resource leaks on failure exits
	* bagetlance: fixed resource leaks on rmmod

NE52-ultra32
	* switched smc-ultra32 to dynamic allocation
	* smc-ultra32: fixed order of freeing bugs
	* smc-ultra32: fixed clobbering on autoprobe
	* smc-ultra32: fixed resource leaks on failure exits

NE51-ac3200
	* switched ac3200 to dynamic allocation
	* ac3200: fixed order of freeing bugs
	* ac3200: fixed clobbering on autoprobe
	* ac3200: fixed resource leaks on failure exits

NE50-es3210
	* switched es3210 to dynamic allocation
	* es3210: fixed order of freeing bugs
	* es3210: fixed clobbering on autoprobe

NE49-lne390
	* switched lne390 to dynamic allocation
	* lne390: fixed order of freeing bugs
	* lne390: fixed clobbering on autoprobe
	* lne390: fixed resource leaks on failure exits

NE48-ne2 from viro
	* switched ne2 to dynamic allocation
	* ne2: fixed order of freeing bugs
	* ne2: fixed resource leaks on failure exits

NE47-3c523 from viro
	* switched 3c523 to dynamic allocation
	* 3c523: switched to embedded ->priv
	* 3c523: fixed order of freeing bugs
	* 3c523: fixed resource leaks on failure exits

NE46-3c527
	* switched 3c527 to dynamic allocation
	* 3c527: switched to embedded ->priv
	* 3c527: fixed resource leaks on failure exits

NE45-sk_mca
	* switched sk-mca to dynamic allocation
	* sk-mca: switched to embedded ->priv
	* sk-mca: fixed order of freeing bugs
	* sk-mca: fixed resource leaks on failure exits

NE44-hp100
	* convert to dynamic allocation
	* use device model for PCI and EISA
	* use pci id's to find PCI devices
	* fix missing id's for 10 Mbit only PCI boards

NE43-3c515
	* convert to dynamic allocation
	* fixed up device list handling

Based on viro NE42-ultra
	* switched smc-ultra to dynamic allocation
	* smc-ultra: fixed order of freeing bugs
	* smc-ultra: fixed resource leaks on failure exits
	* smc-ultra: fixed clobbering on autoprobe

Based on viro NE41-wd
	* switched wd to dynamic allocation
	* wd: fixed order of freeing bugs
	* wd: fixed resource leaks on failure exits
	* wd: fixed clobbering on autoprobe

Based on viro NE40-3c503
	* switched 3c503 to dynamic allocation
	* 3c503: fixed order of freeing bugs
	* 3c503: fixed IO without request_region
	* 3c503: fixed resource leaks on failure exits
	* 3c503: fixed clobbering on autoprobe

Based on viro NE39-hp
	* switched hp to dynamic allocation
	* hp: fixed order of freeing bugs
	* hp: fixed resource leaks on failure exits
	* hp: fixed clobbering on autoprobe

Based on NE38-hpplus
	* switched hp-plus to dynamic allocation
	* hp-plus: fixed order of freeing bugs
	* hp-plus: fixed resource leaks on failure exits
	* hp-plus: fixed clobbering on autoprobe

Based on viro NE37-e2100
	* switched e2100 to dynamic allocation
	* e2100: fixed order of freeing bugs
	* e2100: fixed resource leaks on failure exits
	* e2100: fixed clobbering on autoprobe

Based on NE36-ne
	* switched ne/ne2k_cbus to dynamic allocation
	* ne/ne2k_cbus: fixed order of freeing bugs
	* ne/ne2k_cbus: fixed resource leaks on failure exits
	* ne/ne2k_cbus: fixed clobbering on autoprobe

Based on viro NE35-lance
	* switched lance to dynamic allocation
	* lance: fixed init_etherdev races
	* lance: fixed resource leaks on failure exits
	* NB: probing code is, to put it mildly, odd.  It _always_ does
	  autoprobe, modular or not.  WTF is going on there?