import wireviz

PINOUT_SERIAL = ('DCD','RX','TX','DTR','GND','DSR','RTS','CTS','RI')

PINOUT_I2C = ('GND','+5V','SCL','SDA')
COLORS_I2C = ('BK', 'RD', 'YE', 'GN')

PINOUT_SPI_DATAONLY = ('MISO','MOSI','SCK')

# example 1
X1 = wireviz.Node('X1', type='D-Sub', gender='female', pinout=PINOUT_SERIAL, ports_right=True)
X2 = wireviz.Node('X2', type='Molex KK 254', gender='female', num_pins=6, ports_left=True)
W1 = wireviz.Cable('W1', mm2=0.25, length=0.2, show_name=True, show_pinout=True, num_wires=3, color_code='DIN', shield=True)
# Option 1: define wires and shield in one line
# W1.connect(X1,(5,2,3,5),(1,2,3,'s'),X2,(1,3,2,None))
# Option 2: define wires and shield separately
W1.connect(X1,(5,2,3),'auto',X2,(1,3,2)) # wires
W1.connect(X1,(5,),('s',),X2,(None,))    # shield
X2.loop(5,6)
objects = [X1, X2, W1]

# example 2
# X1 = wireviz.Node('X1',type='Molex KK 254', gender='female',  pinout=(
# 'GND',
# '+5V',
# 'SCL',
# 'SDA',
# 'MISO',
# 'MOSI',
# 'SCK',
# 'N/C'
# ), ports_right=True)
# X2 = wireviz.Node('X2', type='Molex KK 254', gender='female', pinout=PINOUT_I2C, ports_left=True)
# X3 = wireviz.Node('X3', type='Molex KK 254', gender='female', pinout=PINOUT_I2C, ports_left=True)
# X4 = wireviz.Node('X4', type='Molex KK 254', gender='female', pinout=('GND','+12V')+PINOUT_SPI_DATAONLY, ports_left=True)
# X5 = wireviz.Node('X5', type='Molex Micro-Fit', gender='male', pinout=('GND','+12V'), ports_right=True)
# W1 = wireviz.Cable('W1', mm2=0.14, length=0.2, colors=COLORS_I2C)
# W2 = wireviz.Cable('W2', mm2=0.14, length=0.2, colors=COLORS_I2C)
# W3 = wireviz.Cable('W3', mm2=0.14, length=0.2, colors=('BK','BU','OG','VT'))
# W4 = wireviz.Cable('W4', mm2=0.5, length=0.35, colors=('BK','RD'))
# W1.connect(X1,(1,2,3,4),'auto',X2,'auto')
# W2.connect(X1,(1,2,3,4),'auto',X3,'auto')
# W3.connect(X1,(1,5,6,7),'auto',X4,(1,3,4,5))
# W4.connect(X5,'auto','auto',X4,'auto')
# objects = [X1, X2, X3, X4, X5, W1, W2, W3, W4]

# example 3
# X1 = wireviz.Node('X1', num_pins=10, ports_right=True)
# X2 = wireviz.Node('X2', num_pins=10, ports_left=True)
# W1 = wireviz.Cable('W1', num_wires=10, color_code='IEC')
# W1.connect_all_straight(X1,X2)
# X3 = wireviz.Node('X3', num_pins=10, ports_right=True)
# X4 = wireviz.Node('X4', num_pins=10, ports_left=True)
# W2 = wireviz.Cable('W2', num_wires=10, color_code='DIN')
# W2.connect_all_straight(X3,X4)
# objects = [X1, X2, W1, X3, X4, W2]

with open('output/output.dot','w') as f:
    with open('input/header.dot','r') as infile:
        for line in infile:
            f.write(line)
    f.write('\n\n')

    for o in objects:
        f.write(o.graphviz() + '\n')

    f.write('\n\n')
    with open('input/footer.dot','r') as infile:
        for line in infile:
            f.write(line)

# print output file
# with open('output/output.dot','r') as f:
#     for line in f:
#         print(line)