uint32 CGEN_PLL0_get_clk(uint32 inp_clk)
{
uint32 out_clk = inp_clk;
clkgen_cg_pll0_cfg_t pll0;
clkgen_cg_clocks_cfg_t clks;
clks.word = invl(CGEN_CLOCKS_CFG_ADDR);
pll0.word = invl(PLL_CFG_ADDR(pll0));
if (clks.bits.pll0_byp == PLL_IS_USED)
out_clk = CGEN_PLL_get_clk(pll0, inp_clk);
return (out_clk);
}
void CGEN_PLL3_init(uint8 pll3_mode)
{
clkgen_cg_pll0_cfg_t pll3 = {0};
clkgen_cg_clocks_cfg_t clks;
clks.word = invl(CGEN_CLOCKS_CFG_ADDR);
if (clks.bits.pll3_byp == PLL_IS_USED)
{
// PLL is in use, first put it in bypass
clks.bits.pll3_byp = PLL_IS_BYPASSED;
clks.bits.pll3_byp_we = WRITE_ENABLE;
CGEN_clks_update(clks.word);
}
pll3.bits.pre = pll3_cfg_param_array[pll3_mode].PRE;
pll3.bits.mul = pll3_cfg_param_array[pll3_mode].MUL;
pll3.bits.post = pll3_cfg_param_array[pll3_mode].POST;
pll3.bits.bs = pll3_cfg_param_array[pll3_mode].BAND;
pll3.bits.pd = CGEN_PLL_POWER_DOWN;
outvl(PLL_CFG_ADDR(pll3), pll3.word);
PLATFORM_write_buffer_drain();
CGEN_COUNT_DELAY(CGEN_MIN_DELAY_COUNT);
pll3.bits.pd = CGEN_PLL_ENABLE;
outvl(PLL_CFG_ADDR(pll3), pll3.word);
PLATFORM_write_buffer_drain();
CGEN_COUNT_DELAY(CGEN_MIN_DELAY_COUNT);
clks.bits.pll3_byp = PLL_IS_USED;
clks.bits.pll3_byp_we = WRITE_ENABLE;
CGEN_clks_update(clks.word);
}
void CGEN_PLL0_bypass(int use_bypass)
{
clkgen_cg_clocks_cfg_t clks = { 0 };
clks.word = invl(CGEN_CLOCKS_CFG_ADDR);
clks.bits.pll0_byp = use_bypass ? PLL_IS_BYPASSED : PLL_IS_USED;
clks.bits.pll0_byp_we = WRITE_ENABLE;
CGEN_clks_update(clks.word);
}
static GEN
gen_Z2x_Dixon(GEN F, GEN V, long N, void *E, GEN lin(void *E, GEN F, GEN d, long N), GEN invl(void *E, GEN d))
{
pari_sp av = avma;
long N2, M;
GEN VN2, V2, VM, bil;
ulong q = 1UL<<N;
if (N == 1) return invl(E, V);
V = Flx_red(V, q);
N2 = (N + 1)>>1; M = N - N2;
F = FlxT_red(F, q);
VN2 = gen_Z2x_Dixon(F, V, N2, E, lin, invl);
bil = lin(E, F, VN2, N);
V2 = Z2x_rshift(Flx_sub(V, bil, q), N2);
VM = gen_Z2x_Dixon(F, V2, M, E, lin, invl);
return gerepileupto(av, Flx_add(VN2, Flx_Fl_mul(VM, 1UL<<N2, q), q));
}
uint8 CGEN_is_chip_revision(uint8 rev)
{
return (((uint8) invl(clkgen_if_MODULE_ADDR+clkgen_if_cg_fuse3_OFFSET)) == rev);
}
uint8 CGEN_get_chip_revision(void)
{
return ((uint8) invl(clkgen_if_MODULE_ADDR+clkgen_if_cg_fuse3_OFFSET));
}
void work(int slaveSocket)
{
/* How recieved messages will appear:
POST <sp> /<script>?{<var>=<val>&}*{<var>=<val>}<sp> HTTP/1.0 <crlf>
{<Other Header Information> <crlf>}*
<crlf>
//Current:
crev: (create event)
GET<sp>/crev/sport/location/date/time/summary/user/wantedskill/<sp>HTTP/1.0 <crlf>
crus: (create user)
GET<sp>/crus/NAME/ALIAS/AGE/GENDER/PASSWORD/<sp>HTTP/1.0 <crlf>
upus: (update user)
GET<sp>/upus/KEY/PASS/NAME/ALIAS/AGE/GENDER/DESC/<sp>HTTP/1.0 <crlf>
upev: (update event)
GET<sp>/upev/KEY/PASS/EVKEY/SPORT/LOC/DATE/TIME/SUMM/SKILL/<sp>HTTP/1.0 <crlf>
deev: (delte event)
GET<sp>/deev/KEY/PASS/EVKEY/<sp>HTTP/1.0 <crlf>
gtev: (get events)
GET<sp>/gtev/SPORT/LOC/DATE/TIME/SKILL/<sp>HTTP/1.0 <crlf>
//example
POST<sp>/see-DAY-TIME- HTTP/1.0 <crlf>
{other <crlf>}*
<crlf>
POST<sp>/add-DAY-TIME-NAME-CLASS-ROOM- HTTP/1.0<crlf>
{other <crlf>}*
<crlf>
*/
/*
const int maxChars = 1000;
char input1[100],input2[100],input3[100],input4[100],input5[100],input6[100];
int length = 0;
unsigned char next;
unsigned char last = 0;
int n;
int tempi;
*/
char input1 [10];
unsigned char next;
unsigned char last = 0;
int tempi;
printf("working attempt");
//read in get
for(tempi = 0; tempi < 4; tempi++)
{
next = read(slaveSocket, &next, sizeof(next));
}
for(tempi = 0; tempi < 5; tempi++)
{
read(slaveSocket, &next, sizeof(next));
input1[tempi] = next;
}
input1[tempi] = '\0';
printf("%s\n",input1);
if(strcmp(input1,"/crus\0") == 0) //CREATE USER
{
crus(slaveSocket);
}
else if(strcmp(input1,"/deus\0") == 0)
{
deus(slaveSocket);
}
else if(strcmp(input1,"/crev\0") == 0) //CREATE EVENT
{
crev(slaveSocket);
}
else if(strcmp(input1,"/upus\0") == 0) //UPDATE USER
{
upus(slaveSocket);
}
else if(strcmp(input1,"/upev\0") == 0) //UPDATE EVENT
{
upev(slaveSocket);
}
else if(strcmp(input1,"/deev\0") == 0) //DELETE EVENT
{
deev(slaveSocket);
}
else if(strcmp(input1,"/gtev\0") == 0) //GET EVENT
{
gtev(slaveSocket);
}
else //INVALID INPUT
{
invl(slaveSocket);
}
}
