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/*
Copyright (C) 2019 freepdk https://free-pdk.github.io
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
*/
#include "fpdkiccalib.h"
#define FPDKCALIBCP_MAXWORDS 32
#define CO_REPL 0x8000
#define CO_IGNR 0x4000
#define CO_BC_FIXUP 0x1000 //Before Calibration FIXUP (add insert position to opcode)
#define CO_AC_SETIMM 0x0200 //After Calibration SET IMMediate from val 2 (set lower part to value supplied to remove function, e.g. the calibration result)
#define CO_AC_NOP 0x0100 //After Calibration NOP (replace the calibration opcode with a NOP after calibration is done)
#define CO_VAL_FREQ_00 0x0001
#define CO_VAL_FREQ_08 0x0002
#define CO_VAL_FREQ_16 0x0003
#define CO_VAL_FREQ_24 0x0004
#define CO_VAL_MVOL_00 0x0010
#define CO_VAL_MVOL_08 0x0011
typedef struct FPDKCALIBCP
{
uint16_t sopc; //search opcode
uint16_t smsk; //serach mask
uint16_t copc; //calibration opcode
uint16_t cocf; //calibartion opocde flags
} FPDKCALIBCP;
typedef struct FPDKCALIBALGO
{
FPDKCALIBTYPE type;
uint8_t codebits;
uint32_t loopcycles;
FPDKCALIBCP algo[FPDKCALIBCP_MAXWORDS];
} FPDKCALIBALGO;
static const FPDKCALIBALGO fpdk_calib_algos[] = {
{
.type=FPDKCALIB_IHRC,
.codebits=13,
.loopcycles=7,
.algo={
{ .sopc=0x1448, .smsk=0xFFFF, .copc=0x0F71, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 'H' / calib: SET1 IO(0x11).3 (PAC.3) / after-calib: NOP
{ .sopc=0x1438, .smsk=0xFFFF, .copc=0x17FF, .cocf=CO_REPL|CO_AC_SETIMM}, //search: AND A, '8' / calib: MOV A, 0xFF / after-calib: MOV A, <val>
{ .sopc=0x1400, .smsk=0xFF00, .copc=0x0F70, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_FREQ_00}, //search: AND A, * (FREQ_00) / calib: SET1 IO(0x10).3 (PA.3) / after-calib: NOP
{ .sopc=0x1400, .smsk=0xFF00, .copc=0x008B, .cocf=CO_REPL|CO_VAL_FREQ_08}, //search: AND A, * (FREQ_08) / calib: MOV IO(0x0B), A (IHRCR) / after-calib: stay same
{ .sopc=0x1400, .smsk=0xFF00, .copc=0x0C90, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_FREQ_16}, //search: AND A, * (FREQ_16) / calib: T0SN IO(0x10).4 (PA.4) / after-calib: NOP
{ .sopc=0x1400, .smsk=0xFF00, .copc=0x1001, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_FREQ_24}, //search: AND A, * (FREQ_24) / calib: ADD A, 0x01 / after-calib: NOP
{ .sopc=0x1400, .smsk=0xFF00, .copc=0x0E70, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_MVOL_00}, //search: AND A, * (MVOL_00) / calib: SET0 IO(0x10).3 (PA.3) / after-calib: NOP
{ .sopc=0x1400, .smsk=0xFF00, .copc=0x1802, .cocf=CO_REPL|CO_BC_FIXUP|CO_AC_NOP|CO_VAL_MVOL_08}, //search: AND A, * (MVOL_08) / calib: GOTO 0x002 <FIXUP> / after-calib: NOP
}
},
{
.type=FPDKCALIB_ILRC,
.codebits=13,
.loopcycles=7,
.algo={
{ .sopc=0x144C, .smsk=0xFFFF, .copc=0x0F71, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 'L' / calib: SET1 IO(0x11).3 (PAC.3) / after-calib: NOP
{ .sopc=0x1438, .smsk=0xFFFF, .copc=0x17FF, .cocf=CO_REPL|CO_AC_SETIMM}, //search: AND A, '8' / calib: MOV A, 0xFF / after-calib: MOV A, <val>
{ .sopc=0x1400, .smsk=0xFF00, .copc=0x0F70, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_FREQ_00}, //search: AND A, * (FREQ_00) / calib: SET1 IO(0x10).3 (PA.3) / after-calib: NOP
{ .sopc=0x1400, .smsk=0xFF00, .copc=0x009F, .cocf=CO_REPL|CO_VAL_FREQ_08}, //search: AND A, * (FREQ_08) / calib: MOV IO(0x1F), A (ILRCR) / after-calib: stay same
{ .sopc=0x1400, .smsk=0xFF00, .copc=0x0C90, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_FREQ_16}, //search: AND A, * (FREQ_16) / calib: T0SN IO(0x10).4 (PA.4) / after-calib: NOP
{ .sopc=0x1400, .smsk=0xFF00, .copc=0x1001, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_FREQ_24}, //search: AND A, * (FREQ_24) / calib: ADD A, 0x01 / after-calib: NOP
{ .sopc=0x1400, .smsk=0xFF00, .copc=0x0E70, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_MVOL_00}, //search: AND A, * (MVOL_00) / calib: SET0 IO(0x10).3 (PA.3) / after-calib: NOP
{ .sopc=0x1400, .smsk=0xFF00, .copc=0x1802, .cocf=CO_REPL|CO_BC_FIXUP|CO_AC_NOP|CO_VAL_MVOL_08}, //search: AND A, * (MVOL_08) / calib: GOTO 0x002 <FIXUP> / after-calib: NOP
}
},
{
.type=FPDKCALIB_BG,
.codebits=13,
.loopcycles=7,
.algo={
{ .sopc=0x1442, .smsk=0xFFFF, .copc=0x1709, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 'B' / calib: MOV A, 0x09 / after-calib: NOP
{ .sopc=0x1431, .smsk=0xFFFF, .copc=0x0091, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, '1' / calib: MOV IO(0x11), A (PAC) / after-calib: NOP
{ .sopc=0x1439, .smsk=0xFFFF, .copc=0x1784, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, '9' / calib: MOV A, 0x84 / after-calib: NOP
{ .sopc=0x1400, .smsk=0xFFFF, .copc=0x009A, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 0 / calib: MOV IO(0x1A), A (GPCC) / after-calib: NOP
{ .sopc=0x1400, .smsk=0xFFFF, .copc=0x17A3, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 0 / calib: MOV A, 0xA3 / after-calib: NOP
{ .sopc=0x1400, .smsk=0xFFFF, .copc=0x009E, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 0 / calib: MOV IO(0x1E), A (GPCS) / after-calib: NOP
{ .sopc=0x1400, .smsk=0xFFFF, .copc=0x17FF, .cocf=CO_REPL|CO_AC_SETIMM}, //search: AND A, 0 / calib: MOV A, 0xFF / after-calib: MOV A, <val>
{ .sopc=0x1400, .smsk=0xFFFF, .copc=0x0F70, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 0 / calib: SET1 IO(0x10).3 (PA.3) / after-calib: NOP
{ .sopc=0x1400, .smsk=0xFFFF, .copc=0x0099, .cocf=CO_REPL}, //search: AND A, 0 / calib: MOV IO(0x19), A (BGTR) / after-calib: stay
{ .sopc=0x1400, .smsk=0xFFFF, .copc=0x0C90, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 0 / calib: T0SN IO(0x10).4 (PA.4) / after-calib: NOP
{ .sopc=0x1400, .smsk=0xFFFF, .copc=0x1001, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 0 / calib: ADD A, 0x01 / after-calib: NOP
{ .sopc=0x1400, .smsk=0xFFFF, .copc=0x0E70, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 0 / calib: SET0 IO(0x10).3 (PA.3) / after-calib: NOP
{ .sopc=0x1400, .smsk=0xFFFF, .copc=0x1807, .cocf=CO_REPL|CO_BC_FIXUP|CO_AC_NOP}, //search: AND A, 0 / calib: GOTO 0x007 <FIXUP> / after-calib: NOP
}
},
{
.type=FPDKCALIB_IHRC,
.codebits=14,
.loopcycles=7,
.algo={
{ .sopc=0x2C48, .smsk=0xFFFF, .copc=0x1ED1, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 'H' / calib: SET1 IO(0x11).3 (PAC.3) / after-calib: NOP
{ .sopc=0x2C38, .smsk=0xFFFF, .copc=0x2FFF, .cocf=CO_REPL|CO_AC_SETIMM}, //search: AND A, '8' / calib: MOV A, 0xFF / after-calib: MOV A, <val>
{ .sopc=0x2C00, .smsk=0xFF00, .copc=0x1ED0, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_FREQ_00}, //search: AND A, * (FREQ_00) / calib: SET1 IO(0x10).3 (PA.3) / after-calib: NOP
{ .sopc=0x2C00, .smsk=0xFF00, .copc=0x018B, .cocf=CO_REPL|CO_VAL_FREQ_08}, //search: AND A, * (FREQ_08) / calib: MOV IO(0x0B), A (IHRCR) / after-calib: stay same
{ .sopc=0x2C00, .smsk=0xFF00, .copc=0x1910, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_FREQ_16}, //search: AND A, * (FREQ_16) / calib: T0SN IO(0x10).4 (PA.4) / after-calib: NOP
{ .sopc=0x2C00, .smsk=0xFF00, .copc=0x2801, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_FREQ_24}, //search: AND A, * (FREQ_24) / calib: ADD A, 0x01 / after-calib: NOP
{ .sopc=0x2C00, .smsk=0xFF00, .copc=0x1CD0, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_MVOL_00}, //search: AND A, * (MVOL_00) / calib: SET0 IO(0x10).3 (PA.3) / after-calib: NOP
{ .sopc=0x2C00, .smsk=0xFF00, .copc=0x3002, .cocf=CO_REPL|CO_BC_FIXUP|CO_AC_NOP|CO_VAL_MVOL_08}, //search: AND A, * (MVOL_08) / calib: GOTO 0x002 <FIXUP> / after-calib: NOP
}
},
{
.type=FPDKCALIB_ILRC,
.codebits=14,
.loopcycles=7,
.algo={
{ .sopc=0x2C4C, .smsk=0xFFFF, .copc=0x1ED1, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 'L' / calib: SET1 IO(0x11).3 (PAC.3) / after-calib: NOP
{ .sopc=0x2C38, .smsk=0xFFFF, .copc=0x2FFF, .cocf=CO_REPL|CO_AC_SETIMM}, //search: AND A, '8' / calib: MOV A, 0xFF / after-calib: MOV A, <val>
{ .sopc=0x2C00, .smsk=0xFF00, .copc=0x1ED0, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_FREQ_00}, //search: AND A, * (FREQ_00) / calib: SET1 IO(0x10).3 (PA.3) / after-calib: NOP
{ .sopc=0x2C00, .smsk=0xFF00, .copc=0x01B9, .cocf=CO_REPL|CO_VAL_FREQ_08}, //search: AND A, * (FREQ_08) / calib: MOV IO(0x39), A (ILRCR) / after-calib: stay same
{ .sopc=0x2C00, .smsk=0xFF00, .copc=0x1910, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_FREQ_16}, //search: AND A, * (FREQ_16) / calib: T0SN IO(0x10).4 (PA.4) / after-calib: NOP
{ .sopc=0x2C00, .smsk=0xFF00, .copc=0x2801, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_FREQ_24}, //search: AND A, * (FREQ_24) / calib: ADD A, 0x01 / after-calib: NOP
{ .sopc=0x2C00, .smsk=0xFF00, .copc=0x1CD0, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_MVOL_00}, //search: AND A, * (MVOL_00) / calib: SET0 IO(0x10).3 (PA.3) / after-calib: NOP
{ .sopc=0x2C00, .smsk=0xFF00, .copc=0x3002, .cocf=CO_REPL|CO_BC_FIXUP|CO_AC_NOP|CO_VAL_MVOL_08}, //search: AND A, * (MVOL_08) / calib: GOTO 0x002 <FIXUP> / after-calib: NOP
}
},
{
.type=FPDKCALIB_ILRC,
.codebits=14,
.loopcycles=7,
.algo={
{ .sopc=0x2C6C, .smsk=0xFFFF, .copc=0x1ED1, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 'l' / calib: SET1 IO(0x11).3 (PAC.3) / after-calib: NOP
{ .sopc=0x2C38, .smsk=0xFFFF, .copc=0x2FFF, .cocf=CO_REPL|CO_AC_SETIMM}, //search: AND A, '8' / calib: MOV A, 0xFF / after-calib: MOV A, <val>
{ .sopc=0x2C00, .smsk=0xFF00, .copc=0x1ED0, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_FREQ_00}, //search: AND A, * (FREQ_00) / calib: SET1 IO(0x10).3 (PA.3) / after-calib: NOP
{ .sopc=0x2C00, .smsk=0xFF00, .copc=0x01BB, .cocf=CO_REPL|CO_VAL_FREQ_08}, //search: AND A, * (FREQ_08) / calib: MOV IO(0x3B), A (ILRCR) / after-calib: stay same
{ .sopc=0x2C00, .smsk=0xFF00, .copc=0x1910, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_FREQ_16}, //search: AND A, * (FREQ_16) / calib: T0SN IO(0x10).4 (PA.4) / after-calib: NOP
{ .sopc=0x2C00, .smsk=0xFF00, .copc=0x2801, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_FREQ_24}, //search: AND A, * (FREQ_24) / calib: ADD A, 0x01 / after-calib: NOP
{ .sopc=0x2C00, .smsk=0xFF00, .copc=0x1CD0, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_MVOL_00}, //search: AND A, * (MVOL_00) / calib: SET0 IO(0x10).3 (PA.3) / after-calib: NOP
{ .sopc=0x2C00, .smsk=0xFF00, .copc=0x3002, .cocf=CO_REPL|CO_BC_FIXUP|CO_AC_NOP|CO_VAL_MVOL_08}, //search: AND A, * (MVOL_08) / calib: GOTO 0x002 <FIXUP> / after-calib: NOP
}
},
{
.type=FPDKCALIB_BG,
.codebits=14,
.loopcycles=7,
.algo={
{ .sopc=0x2C42, .smsk=0xFFFF, .copc=0x2F09, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 'B' / calib: MOV A, 0x09 / after-calib: NOP
{ .sopc=0x2C31, .smsk=0xFFFF, .copc=0x0191, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, '1' / calib: MOV IO(0x11), A (PAC) / after-calib: NOP
{ .sopc=0x2C41, .smsk=0xFFFF, .copc=0x2F84, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 'A' / calib: MOV A, 0x84 / after-calib: NOP
{ .sopc=0x2C00, .smsk=0xFFFF, .copc=0x0198, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 0 / calib: MOV IO(0x18), A (GPCC) / after-calib: NOP
{ .sopc=0x2C00, .smsk=0xFFFF, .copc=0x2FA3, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 0 / calib: MOV A, 0xA3 / after-calib: NOP
{ .sopc=0x2C00, .smsk=0xFFFF, .copc=0x0199, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 0 / calib: MOV IO(0x19), A (GPCS) / after-calib: NOP
{ .sopc=0x2C00, .smsk=0xFFFF, .copc=0x2FFF, .cocf=CO_REPL|CO_AC_SETIMM}, //search: AND A, 0 / calib: MOV A, 0xFF / after-calib: MOV A, <val>
{ .sopc=0x2C00, .smsk=0xFFFF, .copc=0x1ED0, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 0 / calib: SET1 IO(0x10).3 (PA.3) / after-calib: NOP
{ .sopc=0x2C00, .smsk=0xFFFF, .copc=0x019A, .cocf=CO_REPL}, //search: AND A, 0 / calib: MOV IO(0x1A), A (BGTR) / after-calib: stay
{ .sopc=0x2C00, .smsk=0xFFFF, .copc=0x1910, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 0 / calib: T0SN IO(0x10).4 (PA.4) / after-calib: NOP
{ .sopc=0x2C00, .smsk=0xFFFF, .copc=0x2801, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 0 / calib: ADD A, 0x01 / after-calib: NOP
{ .sopc=0x2C00, .smsk=0xFFFF, .copc=0x1CD0, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 0 / calib: SET0 IO(0x10).3 (PA.3) / after-calib: NOP
{ .sopc=0x2C00, .smsk=0xFFFF, .copc=0x3007, .cocf=CO_REPL|CO_BC_FIXUP|CO_AC_NOP}, //search: AND A, 0 / calib: GOTO 0x007 <FIXUP> / after-calib: NOP
}
},
{
.type=FPDKCALIB_IHRC,
.codebits=15,
.loopcycles=7,
.algo={
{ .sopc=0x5448, .smsk=0xFFFF, .copc=0x3D91, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 'H' / calib: SET1 IO(0x11).3 (PAC.3) / after-calib: NOP
{ .sopc=0x5439, .smsk=0xFFFF, .copc=0x3E0D, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, '9' / calib: SET1 IO(0x0D).4 (PADIER.4)/ after-calib: NOP
{ .sopc=0x5400, .smsk=0xFF00, .copc=0x57FF, .cocf=CO_REPL|CO_AC_SETIMM|CO_VAL_FREQ_00}, //search: AND A, * (FREQ_00) / calib: MOV A, 0xFF / after-calib: MOV A, <val>
{ .sopc=0x5400, .smsk=0xFF00, .copc=0x3D90, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_FREQ_08}, //search: AND A, * (FREQ_08) / calib: SET1 IO(0x10).3 (PA.3) / after-calib: NOP
{ .sopc=0x5400, .smsk=0xFF00, .copc=0x010B, .cocf=CO_REPL|CO_VAL_FREQ_16}, //search: AND A, * (FREQ_16) / calib: MOV IO(0x0B), A (IHRCR) / after-calib: stay
{ .sopc=0x5400, .smsk=0xFF00, .copc=0x3210, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_FREQ_24}, //search: AND A, * (FREQ_24) / calib: T0SN IO(0x10).4 (PA.4) / after-calib: NOP
{ .sopc=0x5400, .smsk=0xFF00, .copc=0x5001, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_MVOL_00}, //search: AND A, * (MVOL_00) / calib: ADD A, 0x01 / after-calib: NOP
{ .sopc=0x5400, .smsk=0xFF00, .copc=0x3990, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_MVOL_08}, //search: AND A, * (MVOL_08) / calib: SET0 IO(0x10).3 (PA.3) / after-calib: NOP
{ .sopc=0x5400, .smsk=0xFFFF, .copc=0x6003, .cocf=CO_REPL|CO_BC_FIXUP|CO_AC_NOP}, //search: AND A, 0 / calib: GOTO 0x003 <FIXUP> / after-calib: NOP
}
},
{
.type=FPDKCALIB_ILRC,
.codebits=15,
.loopcycles=7,
.algo={
{ .sopc=0x544C, .smsk=0xFFFF, .copc=0x3D91, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 'L' / calib: SET1 IO(0x11).3 (PAC.3) / after-calib: NOP
{ .sopc=0x5439, .smsk=0xFFFF, .copc=0x3E0D, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, '9' / calib: SET1 IO(0x0D).4 (PADIER.4)/ after-calib: NOP
{ .sopc=0x5400, .smsk=0xFF00, .copc=0x57FF, .cocf=CO_REPL|CO_AC_SETIMM|CO_VAL_FREQ_00}, //search: AND A, * (FREQ_00) / calib: MOV A, 0xFF / after-calib: MOV A, <val>
{ .sopc=0x5400, .smsk=0xFF00, .copc=0x3D90, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_FREQ_08}, //search: AND A, * (FREQ_08) / calib: SET1 IO(0x10).3 (PA.3) / after-calib: NOP
{ .sopc=0x5400, .smsk=0xFF00, .copc=0x0162, .cocf=CO_REPL|CO_VAL_FREQ_16}, //search: AND A, * (FREQ_16) / calib: MOV IO(0x62), A (ILRCR) / after-calib: stay
{ .sopc=0x5400, .smsk=0xFF00, .copc=0x3210, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_FREQ_24}, //search: AND A, * (FREQ_24) / calib: T0SN IO(0x10).4 (PA.4) / after-calib: NOP
{ .sopc=0x5400, .smsk=0xFF00, .copc=0x5001, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_MVOL_00}, //search: AND A, * (MVOL_00) / calib: ADD A, 0x01 / after-calib: NOP
{ .sopc=0x5400, .smsk=0xFF00, .copc=0x3990, .cocf=CO_REPL|CO_AC_NOP|CO_VAL_MVOL_08}, //search: AND A, * (MVOL_08) / calib: SET0 IO(0x10).3 (PA.3) / after-calib: NOP
{ .sopc=0x5400, .smsk=0xFFFF, .copc=0x6003, .cocf=CO_REPL|CO_BC_FIXUP|CO_AC_NOP}, //search: AND A, 0 / calib: GOTO 0x003 <FIXUP> / after-calib: NOP
}
},
{
.type=FPDKCALIB_BG,
.codebits=15,
.loopcycles=7,
.algo={
{ .sopc=0x5442, .smsk=0xFFFF, .copc=0x5709, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 'B' / calib: MOV A, 0x09 / after-calib: NOP
{ .sopc=0x5436, .smsk=0xFFFF, .copc=0x0111, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, '6' / calib: MOV IO(0x11), A (PAC) / after-calib: NOP
{ .sopc=0x5433, .smsk=0xFFFF, .copc=0x3E0D, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, '3' / calib: SET1 IO(0x0D).4 (PADIER.4)/ after-calib: NOP
{ .sopc=0x5400, .smsk=0xFFFF, .copc=0x5784, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 0 / calib: MOV A, 0x84 / after-calib: NOP
{ .sopc=0x5400, .smsk=0xFFFF, .copc=0x012B, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 0 / calib: MOV IO(0x2B), A (GPCC) / after-calib: NOP
{ .sopc=0x5400, .smsk=0xFFFF, .copc=0x57A3, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 0 / calib: MOV A, 0xA3 / after-calib: NOP
{ .sopc=0x5400, .smsk=0xFFFF, .copc=0x012C, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 0 / calib: MOV IO(0x2C), A (GPCS) / after-calib: NOP
{ .sopc=0x5400, .smsk=0xFFFF, .copc=0x57FF, .cocf=CO_REPL|CO_AC_SETIMM}, //search: AND A, 0 / calib: MOV A, 0xFF / after-calib: MOV A, <val>
{ .sopc=0x5400, .smsk=0xFFFF, .copc=0x3D90, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 0 / calib: SET1 IO(0x10).3 (PA.3) / after-calib: NOP
{ .sopc=0x5400, .smsk=0xFFFF, .copc=0x0163, .cocf=CO_REPL}, //search: AND A, 0 / calib: MOV IO(0x63), A (BGTR) / after-calib: stay
{ .sopc=0x5400, .smsk=0xFFFF, .copc=0x3210, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 0 / calib: T0SN IO(0x10).4 (PA.4) / after-calib: NOP
{ .sopc=0x5400, .smsk=0xFFFF, .copc=0x5001, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 0 / calib: ADD A, 0x01 / after-calib: NOP
{ .sopc=0x5400, .smsk=0xFFFF, .copc=0x3990, .cocf=CO_REPL|CO_AC_NOP}, //search: AND A, 0 / calib: SET0 IO(0x10).3 (PA.3) / after-calib: NOP
{ .sopc=0x5400, .smsk=0xFFFF, .copc=0x6008, .cocf=CO_REPL|CO_BC_FIXUP|CO_AC_NOP}, //search: AND A, 0 / calib: GOTO 0x008 <FIXUP> / after-calib: NOP
}
},
};
static uint16_t _FPDKCALIB_GetAlgoLength(const FPDKCALIBCP* algo)
{
uint16_t algowords;
for( algowords=0; algowords<FPDKCALIBCP_MAXWORDS; algowords++ )
{
if( 0 == algo[algowords].cocf )
break;
}
return algowords;
}
static uint16_t _FPDKCALIB_FindPattern(const uint16_t* code, const uint16_t codewords, const FPDKCALIBCP* algo)
{
uint16_t algowords = _FPDKCALIB_GetAlgoLength(algo);
for( uint16_t p=0; p<=codewords-(algowords); p++ )
{
bool match = true;
for( uint16_t m=0; m<algowords; m++ )
{
if( (code[p+m] & algo[m].smsk) != algo[m].sopc )
{
match = false;
break;
}
}
if( match )
return p;
}
return 0xFFFF;
}
bool FPDKCALIB_InsertCalibration(const FPDKICDATA* icdata, uint8_t* code, const uint16_t len, FPDKCALIBDATA* calibdata)
{
uint16_t* code16 = (uint16_t*)code;
uint16_t len16 = len/2;
calibdata->pos = 0xFFFF;
//search pattern
for( uint8_t p=0; p<sizeof(fpdk_calib_algos)/sizeof(FPDKCALIBALGO); p++ )
{
if( fpdk_calib_algos[p].codebits == icdata->codebits )
{
calibdata->pos = _FPDKCALIB_FindPattern(code16, len16, fpdk_calib_algos[p].algo);
if( 0xFFFF != calibdata->pos )
{
calibdata->type = fpdk_calib_algos[p].type;
calibdata->loopcycles = fpdk_calib_algos[p].loopcycles;
calibdata->algo = p;
break;
}
}
}
if( 0xFFFF == calibdata->pos )
return false;
uint16_t algowords = _FPDKCALIB_GetAlgoLength(fpdk_calib_algos[calibdata->algo].algo);
calibdata->frequency = 0;
calibdata->millivolt = 0;
if( FPDKCALIB_BG == calibdata->type )
calibdata->millivolt = 3950; //BG tuning uses case 3 / n=3 ==> VDD<4.0V
//extract mvolt and freq
for( uint16_t x=0; x<algowords; x++ )
{
switch(fpdk_calib_algos[calibdata->algo].algo[x].cocf & 0xFF)
{
case CO_VAL_FREQ_00: calibdata->frequency |= ((uint32_t)(code16[calibdata->pos+x]&0xFF))<< 0; break;
case CO_VAL_FREQ_08: calibdata->frequency |= ((uint32_t)(code16[calibdata->pos+x]&0xFF))<< 8; break;
case CO_VAL_FREQ_16: calibdata->frequency |= ((uint32_t)(code16[calibdata->pos+x]&0xFF))<<16; break;
case CO_VAL_FREQ_24: calibdata->frequency |= ((uint32_t)(code16[calibdata->pos+x]&0xFF))<<24; break;
case CO_VAL_MVOL_00: calibdata->millivolt |= ((uint32_t)(code16[calibdata->pos+x]&0xFF))<< 0; break;
case CO_VAL_MVOL_08: calibdata->millivolt |= ((uint32_t)(code16[calibdata->pos+x]&0xFF))<< 8; break;
default:
break;
}
}
//insert calibration code + fixup
for( uint16_t i=0; i<algowords; i++ )
{
code16[calibdata->pos+i] = fpdk_calib_algos[calibdata->algo].algo[i].copc;
if( fpdk_calib_algos[calibdata->algo].algo[i].cocf & CO_BC_FIXUP )
code16[calibdata->pos+i] += calibdata->pos;
}
return true;
}
bool FPDKCALIB_RemoveCalibration(const FPDKCALIBDATA* calibdata, uint8_t* code, const uint8_t val)
{
uint16_t* code16 = (uint16_t*)code;
uint16_t algowords = _FPDKCALIB_GetAlgoLength(fpdk_calib_algos[calibdata->algo].algo);
for( uint16_t p=0; p<algowords; p++ )
{
if( fpdk_calib_algos[calibdata->algo].algo[p].cocf & CO_AC_SETIMM ) //set val ?
code16[calibdata->pos+p] = (code16[calibdata->pos+p]&0xFF00) | val; //place val in immediate value of opcode
if( fpdk_calib_algos[calibdata->algo].algo[p].cocf & CO_AC_NOP ) //replace with NOP?
code16[calibdata->pos+p] = 0; //replace opcode with NOP
}
return true;
}
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