mirror of
https://github.com/Zeal-Operating-System/ZealOS.git
synced 2024-12-24 14:40:28 +00:00
Fix USB.ZC enough to compile.
This commit is contained in:
TomAwezome
parent
9182775637
commit
e3f3c7cd09
1 changed files with 207 additions and 217 deletions
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@ -1,217 +1,207 @@
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/*
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You can play with this if you are
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interested in USB. I'm not planning
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on doing USB unless the legacy PS2
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keyboard/mouse mode disappears.
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There EHCI UHCI in various ICH chips and
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others and God knows how many custom packet
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formats for different keyboards and mice. Okay,
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I suppose if BIOS can make a universal
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packet, it is done just one way for
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different mice. PS2 is more compatible.
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*/
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#help_index "USB"
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extern I64 sys_num_usb;
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extern CUSB sys_usb_devs[USB_NUM];
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extern CUSBTD *USBAllocTD();
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extern U0 USBFreeTD(CUSBTD *tmptd);
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extern U0 USBEndAll();
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extern U0 USBInitAll();
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extern U32 *USBAllocFrameLst(I64 usb_num, I64 size);
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U8 *StatCB(CDoc *, CDocEntry *doc_e, CTask *mem_task)
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{
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//This routine shows the stat of the USB ports
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U8 *st = MAlloc(128, mem_task);
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U16 w1, w2, w3, w4;
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U32 d1;
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CUSB *u = doc_e->user_data;
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I64 d = u->ports;
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w3 = InU16(d + USBP_STS);
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w1 = InU16(d + USBP_PORTSC0);
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w2 = InU16(d + USBP_PORTSC1);
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w4 = InU16(d + USBP_FRNUM);
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d1 = InU32(d + USBP_FRBASEADD);
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StrPrint(st, "%X:Stat:%04X P0:%04X P1:%04X FRAME:%04X", d1, w3, w1, w2, w4);
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return st;
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}
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U0 PutStat()
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{
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I64 i;
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CDocEntry *doc_e;
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CUSB *u;
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WinMax;
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"$$FG,GREEN$$Dev Stat Bits\n$$FG$$"
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" 0:IRQ\n"
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" 1:IRQ err\n"
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" 2:Resume\n"
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" 3:Host Sys Err\n"
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" 4:Host Process Err\n"
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" 5:Halted\n"
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"$$FG,GREEN$$Port Stat Bits\n$$FG$$"
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" 0:Connection Stat\n"
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" 1:Connection Stat Change\n"
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" 2:Port Enabled\n"
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" 3:Port Enabled Change\n"
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"4-5:Line Stat\n"
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" 6:Resume Detect\n"
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" 8:Low Speed\n"
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" 9:Port Rst\n"
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" 10:Overcurrent Active\n"
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" 11:Overcurrent Indicator\n"
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" 12:Suspend\n\n";
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for (i = 0; i < sys_num_usb; i++)
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{
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u = &sys_usb_devs[i];
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"$$FG,LTRED$$Dev%d:%X:", i, u->ports;
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doc_e = DocPrint(DocPut, "$$TX+TC,\" \"$$");
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doc_e->user_data = &sys_usb_devs[i];
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doc_e->tag_cb = &StatCB;
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"$$FG$$\n";
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}
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NewLine;
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}
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extern U0 PutQH(U32 h);
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U32 *P(U32 d)
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{
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return d & ~3;
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}
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U0 PutTD(U32 t)
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{
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"TD:$$FG,GREEN$$%08X$$FG$$\n", t;
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"%08X\n", *P(t);
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DocDm(t + 4, 8);
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if (*P(t + 12))
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DocDm(*P(t + 12), 16);
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// DocDm(*P(t+12), *P(t+4) >> 21 & 0x7FF);
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if (!(*P(t) & 1))
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{
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if (*P(t) & 2)
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PutQH(*P(t));
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else
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PutTD(*P(t));
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}
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}
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U0 PutQH(U32 h)
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{
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"QH:$$FG,RED$$%08X$$FG$$\n", h;
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"%08X\n", *P(h);
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"%08X\n", *P(h + 4);
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if (!(*P(h) & 1))
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{
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if (*P(h) & 2)
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PutQH(*P(h));
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else
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PutTD(*P(h));
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}
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if (!(*P(h + 4) & 1))
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{
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if (*P(h + 4) & 2)
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PutQH(*P(h + 4));
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else
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PutTD(*P(h + 4));
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}
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}
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U0 PutFrame(U32 f)
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{
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PutQH(f);
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}
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U0 PutFrames()
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{
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I64 i, d, f, w1, w2;
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CUSB *u;
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for (i = 0; i < sys_num_usb; i++)
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{
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u = &sys_usb_devs[i];
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d = u->ports;
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w1 = InU16(d + USBP_PORTSC0);
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w2 = InU16(d + USBP_PORTSC1);
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if (w1 & 1 || w2 & 1)
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{
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f = InU32(d + USBP_FRBASEADD);
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PutFrame(f);
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}
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}
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}
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U0 Main()
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{
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USBInitAll;
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PutStat;
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PutFrames;
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"$$FG,RED$$The BIOS sets-up the USB in PS/2 legacy mode.$$FG$$\n";
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}
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Main;
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/* Not Finished
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#define PORT 5
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#define DEV_ADD_INIT 1
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#define DEV_ADD 1
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#define END_PT0 0
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#define END_PT1 1
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#define END_PT2 2
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#define LEN_MAX 8
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#define TERMINATE 1
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U0 SetUpTD()
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{
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CUSB *u = &sys_usb_devs[PORT];
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I64 i, d = u->ports;
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U32 *frm = CAllocAligned(0x1000, 0x1000, Fs->code_heap),
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*tds = CAllocAligned(256, 16, Fs->code_heap),
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*buf = CAlloc(128, Fs->code_heap);
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DocD(buf, 128);
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"<0>\n"; Sleep(100);
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OutU16(d + USBP_CMD, 2); //Reset
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"<1>\n"; Sleep(100);
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OutU16(d + USBP_CMD, 0);
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"<2>\n"; Sleep(100);
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OutU16(d + USBP_PORTSC0, 4); //Enable
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OutU16(d + USBP_PORTSC1, 4);
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"<3>\n"; Sleep(100);
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tds[0] = &tds[4](U8 *);
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tds[1] = 0;
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tds[2] = PID_SETUP + DEV_ADD_INIT << 8 + END_PT0 << 15 + LEN_MAX << 21;
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tds[3] = buf;
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buf[0] = 0 + RQ_SET_ADDR << 8 + DEV_ADD << 16;
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buf[1] = 0 + 0 << 16;
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tds[4] = TERMINATE;
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tds[5] = 0;
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tds[6] = PID_SETUP + DEV_ADD_INIT << 8 + END_PT0 << 15 + LEN_MAX << 21;
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tds[7] = buf(U8 *) + 8;
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buf[2] = 0 + RQ_SET_ADDR << 8 + DEV_ADD << 16;
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buf[3] = 0 + 0 << 16;
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frm[0] = &tds[0](U8 *);
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for (i = 1; i < 0x1000 / 4; i++)
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frm[i] = TERMINATE;
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OutU16(d + USBP_FRNUM, frm);
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OutU32(d + USBP_FRBASEADD, frm);
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"<4>\n"; Sleep(200);
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OutU16(d + USBP_CMD,1);
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"<5>\n"; Sleep(1000);
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OutU16(d + USBP_CMD,0);
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"<6>\n"; Sleep(200);
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}
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SetUpTD;
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*/
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#help_index "USB"
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extern I64 sys_num_usb;
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extern CUSB sys_usb_devs[USB_NUM];
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extern CUSBTD *USBAllocTD();
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extern U0 USBFreeTD(CUSBTD *tmptd);
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extern U0 USBEndAll();
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extern U0 USBInitAll();
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extern U32 *USBAllocFrameLst(I64 usb_num, I64 size);
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U8 *StatCB(CDoc *, CDocEntry *doc_e, CTask *mem_task)
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{
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//This routine shows the stat of the USB ports
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U8 *st = MAlloc(128, mem_task);
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U16 w1, w2, w3, w4;
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U32 d1;
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CUSB *u = doc_e->user_data;
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I64 d = u->ports;
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w3 = InU16(d + USBP_STS);
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w1 = InU16(d + USBP_PORTSC0);
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w2 = InU16(d + USBP_PORTSC1);
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w4 = InU16(d + USBP_FRNUM);
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d1 = InU32(d + USBP_FRBASEADD);
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StrPrint(st, "%X:Stat:%04X P0:%04X P1:%04X FRAME:%04X", d1, w3, w1, w2, w4);
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return st;
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}
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U0 PutStat()
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{
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I64 i;
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CDocEntry *doc_e;
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CUSB *u;
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WinMax;
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"$$FG,GREEN$$Dev Stat Bits\n$$FG$$"
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" 0:IRQ\n"
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" 1:IRQ err\n"
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" 2:Resume\n"
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" 3:Host Sys Err\n"
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" 4:Host Process Err\n"
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" 5:Halted\n"
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"$$FG,GREEN$$Port Stat Bits\n$$FG$$"
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" 0:Connection Stat\n"
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" 1:Connection Stat Change\n"
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" 2:Port Enabled\n"
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" 3:Port Enabled Change\n"
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"4-5:Line Stat\n"
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" 6:Resume Detect\n"
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" 8:Low Speed\n"
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" 9:Port Rst\n"
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" 10:Overcurrent Active\n"
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" 11:Overcurrent Indicator\n"
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" 12:Suspend\n\n";
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for (i = 0; i < sys_num_usb; i++)
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{
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u = &sys_usb_devs[i];
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"$$FG,LTRED$$Dev%d:%X:", i, u->ports;
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doc_e = DocPrint(DocPut, "$$TX+TC,\" \"$$");
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doc_e->user_data = &sys_usb_devs[i];
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doc_e->tag_cb = &StatCB;
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"$$FG$$\n";
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}
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// NewLine;
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"\n";
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}
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extern U0 PutQH(U32 h);
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U32 *P(U32 d)
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{
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return d & ~3;
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}
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U0 PutTD(U32 t)
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{
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"TD:$$FG,GREEN$$%08X$$FG$$\n", t;
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"%08X\n", *P(t);
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DocDumpMem(t + 4, 8);
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if (*P(t + 12))
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DocDumpMem(*P(t + 12), 16);
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// DocDumpMem(*P(t+12), *P(t+4) >> 21 & 0x7FF);
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if (!(*P(t) & 1))
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{
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if (*P(t) & 2)
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PutQH(*P(t));
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else
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PutTD(*P(t));
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}
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}
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U0 PutQH(U32 h)
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{
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"QH:$$FG,RED$$%08X$$FG$$\n", h;
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"%08X\n", *P(h);
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"%08X\n", *P(h + 4);
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if (!(*P(h) & 1))
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{
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if (*P(h) & 2)
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PutQH(*P(h));
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else
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PutTD(*P(h));
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}
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if (!(*P(h + 4) & 1))
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{
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if (*P(h + 4) & 2)
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PutQH(*P(h + 4));
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else
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PutTD(*P(h + 4));
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}
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}
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U0 PutFrame(U32 f)
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{
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PutQH(f);
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}
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U0 PutFrames()
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{
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I64 i, d, f, w1, w2;
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CUSB *u;
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for (i = 0; i < sys_num_usb; i++)
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{
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u = &sys_usb_devs[i];
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d = u->ports;
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w1 = InU16(d + USBP_PORTSC0);
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w2 = InU16(d + USBP_PORTSC1);
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if (w1 & 1 || w2 & 1)
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{
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f = InU32(d + USBP_FRBASEADD);
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PutFrame(f);
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}
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}
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}
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U0 Main()
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{
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USBInitAll;
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PutStat;
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PutFrames;
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"$$FG,RED$$The BIOS sets-up the USB in PS/2 legacy mode.$$FG$$\n";
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}
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Main;
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///* Not Finished
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#define PORT 5
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#define DEV_ADD_INIT 1
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#define DEV_ADD 1
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#define END_PT0 0
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#define END_PT1 1
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#define END_PT2 2
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#define LEN_MAX 8
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#define TERMINATE 1
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U0 SetUpTD()
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{
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CUSB *u = &sys_usb_devs[PORT];
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I64 i, d = u->ports;
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U32 *frm = CAllocAligned(0x1000, 0x1000, Fs->code_heap),
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*tds = CAllocAligned(256, 16, Fs->code_heap),
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*buf = CAlloc(128, Fs->code_heap);
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DocDump(buf, 128);
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"<0>\n"; Sleep(100);
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OutU16(d + USBP_CMD, 2); //Reset
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"<1>\n"; Sleep(100);
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OutU16(d + USBP_CMD, 0);
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"<2>\n"; Sleep(100);
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OutU16(d + USBP_PORTSC0, 4); //Enable
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OutU16(d + USBP_PORTSC1, 4);
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"<3>\n"; Sleep(100);
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tds[0] = &tds[4](U8 *);
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tds[1] = 0;
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tds[2] = PID_SETUP + DEV_ADD_INIT << 8 + END_PT0 << 15 + LEN_MAX << 21;
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tds[3] = buf;
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buf[0] = 0 + RQ_SET_ADDR << 8 + DEV_ADD << 16;
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buf[1] = 0 + 0 << 16;
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tds[4] = TERMINATE;
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tds[5] = 0;
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tds[6] = PID_SETUP + DEV_ADD_INIT << 8 + END_PT0 << 15 + LEN_MAX << 21;
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tds[7] = buf(U8 *) + 8;
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buf[2] = 0 + RQ_SET_ADDR << 8 + DEV_ADD << 16;
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buf[3] = 0 + 0 << 16;
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frm[0] = &tds[0](U8 *);
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for (i = 1; i < 0x1000 / 4; i++)
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frm[i] = TERMINATE;
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OutU16(d + USBP_FRNUM, frm);
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OutU32(d + USBP_FRBASEADD, frm);
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"<4>\n"; Sleep(200);
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OutU16(d + USBP_CMD,1);
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"<5>\n"; Sleep(1000);
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OutU16(d + USBP_CMD,0);
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"<6>\n"; Sleep(200);
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}
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SetUpTD;
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//*/
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