Python ReadRegの例、cin_functions.ReadReg Pythonの例

コード例 #1

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def get_voltage(vaddr0, vaddr1, mult, offset, voltage):
    reg_val0 = cin_functions.ReadReg(vaddr0)
    reg_val1 = cin_functions.ReadReg(vaddr1)
    #	print reg_val1[6:8] + reg_val0[4:8]
    #	print int("800000",16)
    reg_val = abs(int(reg_val1[6:8] + reg_val0[4:8], 16) - int("800000", 16))
    #	print reg_val
    voltage = mult * ((0.000000596 * reg_val) + offset)
    #	print voltage
    return voltage

コード例 #2

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ファイルを表示

def get_current(iaddr0, iaddr1, current):
    reg_val0 = cin_functions.ReadReg(iaddr0)
    reg_val1 = cin_functions.ReadReg(iaddr1)
    #	print reg_val1[6:8] + reg_val0[4:8]
    reg_val = int(reg_val1[6:8] + reg_val0[4:8], 16)
    reg_val = abs(int("800000", 16) - int(reg_val1[6:8] + reg_val0[4:8], 16))
    #	print reg_val
    current = 0.000000596 * reg_val / 0.003
    #	print current
    return current

コード例 #3

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ファイルを表示

ファイル: getFrmFPGAStatus.py プロジェクト: ihumphrey/fastccd_support_ioc

#! /usr/bin/python
# -*- coding: utf-8 -*-
import cin_constants
import cin_register_map
import cin_functions
import time

# def getFrmFpgaStat():
# get Status Registers
print("**** Frame FPGA Status Registers ****\n ")
# Test if FRAME FPGA is configured
reg_val = bin(
    (int(cin_functions.ReadReg(cin_register_map.REG_FPGA_STATUS)[4:8],
         16)))[2:].zfill(16)
stats_vec = reg_val[:]
if (int(stats_vec[-16]) == 1):
    #	reg_val = cin_functions.ReadReg( cin_register_map.REG_FRM_BOARD_ID )
    #	print "  CIN Board ID     : " + reg_val[4:]
    reg_val = cin_functions.ReadReg(cin_register_map.REG_FRM_FPGA_VERSION)
    print("  FRM FPGA Version : " + reg_val[4:])
    reg_val = cin_functions.ReadReg(cin_register_map.REG_FRM_FPGA_STATUS)
    print("  FPGA Status      : " + reg_val[4:])
    #	print "    frm_10gbe_port_sel_i     : b15"
    #	print "    pixel_clk_sel            : b0"
    reg_val = cin_functions.ReadReg(cin_register_map.REG_FRM_DCM_STATUS)
    print("  DCM Status       : " + reg_val[4:])
#	print "    xaui_align_status_fab2   : b12"
#	print "    xaui_txlock_fab2         : b11"
#	print "    mac_tx_ll_dst_rdy_n_fab2 : b10"
#	print "    mac_rx_dcm_locked_fab2   : b09"
#	print "    tx_mmcm_locked_fab2      : b08"

コード例 #4

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ファイルを表示

ファイル: getTriggerStatus.py プロジェクト: ihumphrey/fastccd_support_ioc

#! /usr/bin/python
# -*- coding: utf-8 -*-
import cin_constants
import cin_register_map
import cin_functions
import time

regval = cin_functions.ReadReg(cin_register_map.REG_TRIGGERSELECT_REG)
print "  TRIGGERSEL REG VALUE:  0x" + regval[4:]
regval = cin_functions.ReadReg(cin_register_map.REG_TRIGGERMASK_REG)
print"  TRIGGERMASK REG VALUE: 0x" + regval[4:]
print "  "
time.sleep(0.1)

コード例 #5

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#! /usr/bin/python
# -*- coding: utf-8 -*-
import cin_constants
import cin_register_map
import cin_functions
import time

# def getFCLK():

print
"  "
print
"**** CIN FCLK Configuration ****\n"

regval = cin_functions.ReadReg(cin_register_map.REG_FCLK_I2C_DATA_WR)
print
"  FCLK OSC MUX SELECT : 0x" + regval[4:]

if (regval[4:5] == "F"):
    # Freeze DCO
    cin_functions.WriteReg(cin_register_map.REG_FCLK_I2C_ADDRESS, "B189", 0)
    cin_functions.WriteReg(cin_register_map.REG_FRM_COMMAND, cin_register_map.CMD_FCLK_COMMIT, 0)
    reg_val = cin_functions.ReadReg(cin_register_map.REG_FCLK_I2C_DATA_RD)
    if (reg_val[6:] != "08"): print
    "  Status Reg : 0x" + reg_val[6:]

    cin_functions.WriteReg(cin_register_map.REG_FCLK_I2C_ADDRESS, "B107", 0)
    cin_functions.WriteReg(cin_register_map.REG_FRM_COMMAND, cin_register_map.CMD_FCLK_COMMIT, 0)
    reg_val7 = cin_functions.ReadReg(cin_register_map.REG_FCLK_I2C_DATA_RD)

    cin_functions.WriteReg(cin_register_map.REG_FCLK_I2C_ADDRESS, "B108", 0)

コード例 #6

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ファイルを表示

#! /usr/bin/python
# -*- coding: utf-8 -*-
import sys
import cin_functions

print(cin_functions.ReadReg(str(sys.argv[1])))

コード例 #7

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ファイルを表示

ファイル: getCfgFPGAStatus.py プロジェクト: ihumphrey/fastccd_support_ioc

#! /usr/bin/python
# -*- coding: utf-8 -*-
import cin_constants
import cin_register_map
import cin_functions
import time

# ---------------------------------------------< Configuration FPGA functions >
# def getCfgFpgaStat():
# get Status Registers
print("****  CFG FPGA Status Registers  **** \n")
reg_val = cin_functions.ReadReg(cin_register_map.REG_BOARD_ID)
print(" CIN Board ID     :  " + reg_val[4:])
reg_val = cin_functions.ReadReg(cin_register_map.REG_HW_SERIAL_NUM)
print(" HW Serial Number :  " + reg_val[4:])
reg_val = cin_functions.ReadReg(cin_register_map.REG_FPGA_VERSION)
print(" CFG FPGA Version :  " + reg_val[4:] + "\n")
reg_val = cin_functions.ReadReg(cin_register_map.REG_FPGA_STATUS)
print(" CFG FPGA Status  :  " + reg_val[4:])
# FPGA Status
# 15 == FRM DONE
# 14 == NOT FRM BUSY
# 13 == NOT FRM INIT B
# 12 >> 4 == 0
# 3 >>0 == FP Config Control 3 == PS Interlock
reg_val = bin(
    (int(cin_functions.ReadReg(cin_register_map.REG_FPGA_STATUS)[4:8],
         16)))[2:].zfill(16)
stats_vec = reg_val[:]
if (int(stats_vec[-16]) == 1):
    print("  ** Frame FPGA Configuration Done")

コード例 #8

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ファイルを表示

ファイル: setRegBit.py プロジェクト: ihumphrey/fastccd_support_ioc

bitpos = int(sys.argv[3])
width = int(sys.argv[4])

# Select Bit Mask
count = 0
maskbit = 0x0000
while (count < width):
    maskbit = maskbit << 1
    maskbit = maskbit | 0x0001
    count = count + 1

# Create bit clearing mask
temp = maskbit << int(bitpos)
clrval = ~temp & 0xFFFF
# Create bitwise insert value
insval = (maskbit & data) << int(bitpos)

# Read Selected Register value
regval = cin_functions.ReadReg(addr)[4:]
# Clear write location
twdata = int(regval, 16) & clrval
# Input new data bits
wdata = twdata | insval
# Format Data word for WriteReg Function
data = "{0:0>4}".format(str(hex(wdata)).lstrip("0x"))
# Write new data word
cin_functions.WriteReg(addr, data, 1)

# regval = cin_functions.ReadReg( addr )[4:]
# print regval

コード例 #9

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ファイルを表示

import cin_constants
import cin_register_map
import cin_functions
import time

# def getFabricEthStatus():
print
" "
print
"*******************  10GbE Fabric Ethernet Status  ***************** "
print
" "
print
"--- MAC Configuration: "

reg_val = cin_functions.ReadReg(cin_register_map.REG_IF_MAC_FAB1B2)[4:8]
reg_val = reg_val + cin_functions.ReadReg(
    cin_register_map.REG_IF_MAC_FAB1B1)[4:8]
reg_val = reg_val + cin_functions.ReadReg(
    cin_register_map.REG_IF_MAC_FAB1B0)[4:8]

print
"MAC Address: " + reg_val[0:2] + ":" + reg_val[2:4] + ":" + reg_val[
    4:6] + ":" + reg_val[6:8] + ":" + reg_val[8:10] + ":" + reg_val[10:12]

reg_val = cin_functions.ReadReg(cin_register_map.REG_IF_IP_FAB1B1)[4:8]
reg_val = reg_val + cin_functions.ReadReg(
    cin_register_map.REG_IF_IP_FAB1B0)[4:8]

print
"IP Address: " + str(int(reg_val[0:2], 16)) + "." + str(int(

コード例 #10

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ファイルを表示

    #	print reg_val1[6:8] + reg_val0[4:8]
    reg_val = int(reg_val1[6:8] + reg_val0[4:8], 16)
    reg_val = abs(int("800000", 16) - int(reg_val1[6:8] + reg_val0[4:8], 16))
    #	print reg_val
    current = 0.000000596 * reg_val / 0.003
    #	print current
    return current


# def getPowerStatus():
print
" "
print
"****  CIN Power Monitor  ****"

reg_val = cin_functions.ReadReg(cin_register_map.REG_FPGA_VERSION)
print
"CFG FPGA v" + reg_val[4:] + "\n"

reg_val = bin(
    (int(cin_functions.ReadReg(cin_register_map.REG_PS_ENABLE)[4:8],
         16)))[2:].zfill(16)
stats_vec = reg_val[:]
if (int(stats_vec[-1]) == 1):

    # ADC == LT4151
    reg_val = cin_functions.ReadReg(cin_register_map.REG_VMON_ADC1_CH1)
    #	print reg_val[4:8]
    voltage = 0.025 * int(reg_val[4:8], 16)
    reg_val = cin_functions.ReadReg(cin_register_map.REG_IMON_ADC1_CH0)
    #	print reg_val[4:8]

コード例 #11

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ファイルを表示

ファイル: getBaseEthStatus.py プロジェクト: ihumphrey/fastccd_support_ioc

import cin_constants
import cin_register_map
import cin_functions
import time

# def getBaseEthStat():
print
"**** CFG FPGA - Base (1GbE) Ethernet Status Registers "
print
" "
# Get PHY1 Status register
cin_functions.WriteReg(cin_register_map.REG_PHY1_MDIO_CMD, "C001", 1)
time.sleep(0.1)
cin_functions.WriteReg(cin_register_map.REG_PHY1_MDIO_CMD, "0000", 1)
reg_val = bin((int(
    cin_functions.ReadReg(cin_register_map.REG_PHY1_MDIO_RD_DATA)[4:8],
    16)))[2:].zfill(16)
stats_vec = reg_val[:]
print
"  1GbE PHY1 Status Register : "
print
stats_vec[-9] + " : Extended Status"
print
stats_vec[-7] + " : MGMT Frame Preamble Suppression"
print
stats_vec[-6] + " : Copper auto-negotiation complete"
print
stats_vec[-5] + " : Copper remote fault detect"
print
stats_vec[-4] + " : Auto-negotiation Enabled"
print

コード例 #12

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ファイルを表示

ファイル: getFrmFPGAStatus.py プロジェクト: ihumphrey/fastccd_support_ioc

#! /usr/bin/python
# -*- coding: utf-8 -*-
import cin_constants
import cin_register_map
import cin_functions
import time

# def getFrmFpgaStat():
# get Status Registers
print
"**** Frame FPGA Status Registers ****\n "
# Test if FRAME FPGA is configured
reg_val = bin((int(cin_functions.ReadReg(cin_register_map.REG_FPGA_STATUS)[4:8], 16)))[2:].zfill(16)
stats_vec = reg_val[:]
if (int(stats_vec[-16]) == 1):
    #	reg_val = cin_functions.ReadReg( cin_register_map.REG_FRM_BOARD_ID )
    #	print "  CIN Board ID     : " + reg_val[4:]
    reg_val = cin_functions.ReadReg(cin_register_map.REG_FRM_FPGA_VERSION)
    print
    "  FRM FPGA Version : " + reg_val[4:]
    reg_val = cin_functions.ReadReg(cin_register_map.REG_FRM_FPGA_STATUS)
    print
    "  FPGA Status      : " + reg_val[4:]
    #	print "    frm_10gbe_port_sel_i     : b15"
    #	print "    pixel_clk_sel            : b0"
    reg_val = cin_functions.ReadReg(cin_register_map.REG_FRM_DCM_STATUS)
    print
    "  DCM Status       : " + reg_val[4:]
#	print "    xaui_align_status_fab2   : b12"
#	print "    xaui_txlock_fab2         : b11"
#	print "    mac_tx_ll_dst_rdy_n_fab2 : b10"

コード例 #13

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ファイルを表示

        #	  current = 0.000000238*((int("10000",16) - int(reg_val[4:8],16)))/0.003
        current = 0.000000476 * (
            (int("10000", 16) - int(reg_val[4:8], 16))) / 0.003
    else:
        #	  current = 0.000000238*(int(reg_val[4:8],16))/0.003
        current = 0.000000476 * (int(reg_val[4:8], 16)) / 0.003
    return current


# def getPowerStatus():
print
" "
print
"****  CIN Power Monitor  ****\n"
reg_val = bin(
    (int(cin_functions.ReadReg(cin_register_map.REG_PS_ENABLE)[4:8],
         16)))[2:].zfill(16)
stats_vec = reg_val[:]
if (int(stats_vec[-1]) == 1):

    # ADC == LT4151
    reg_val = cin_functions.ReadReg(cin_register_map.REG_VMON_ADC1_CH1)
    #	print reg_val
    voltage = 0.025 * int(reg_val[4:8], 16)
    reg_val = cin_functions.ReadReg(cin_register_map.REG_IMON_ADC1_CH0)
    #	print reg_val
    current = 0.00002 * int(reg_val[4:8], 16) / 0.003
    power = voltage * current
    print
    "V12P_BUS Power  : {0:.4s}".format(str(voltage)) + "V @ {0:.5s}".format(
        str(current)) + "A \n"