def deserialise(rows):
# Initialize with defaults
current = Key()
meta, keys = {'backcolor': '#EEEEEE'}, []
color_format = re.compile(r'^#([A-Fa-f0-9]{6}|[A-Fa-f0-9]{3})$')
default_size = current.label_sizes[0]
with open('fonts/fa2unicode.json') as fa, open(
'fonts/kbd-webfont2unicode.json') as kb:
fa_subs, kb_subs = json.load(fa), json.load(kb)
for row in rows:
if isinstance(row, list):
for key in row:
if isinstance(key, str):
newKey = copy.copy(current)
newKey.labels, newKey.pic = get_labels(
key, fa_subs, kb_subs)
keys.append(newKey)
# Set up for the next key
current.x += current.width
current.width = current.height = 1.0
current.x2 = current.y2 = current.width2 = current.height2 = 0.0
current.pic = current.step = current.decal = False
else:
if 'r' in key:
current.rotation_angle = key['r']
if 'rx' in key:
current.rotation_x = key['rx']
current.x = current.y = 0
if 'ry' in key:
current.rotation_y = key['ry']
current.y = current.y = 0
if 'a' in key:
current.align = int(key['a'])
if 'f' in key:
default_size = float(key['f'])
current.label_sizes = [default_size] * 12
if 'f2' in key:
current.label_sizes = [float(key['f2'])] * 12
if 'fa' in key:
label_sizes = [
float(size) if size > 0 else default_size
for size in key['fa']
]
current.label_sizes = label_sizes[:12] + [
default_size
] * (12 - len(label_sizes))
if 'p' in key:
current.str_profile = key['p']
if 'c' in key:
color = key['c'].replace(';', '')
current.color = color if color_format.match(
color) else current.color
if 't' in key:
colors = [
line.replace(';', '')
for line in key['t'].splitlines()
]
default_color = colors[0] if color_format.match(
colors[0]) else '#000'
colors = [
color
if color_format.match(color) else default_color
for color in colors
]
current.label_colors = colors[:12] + [
default_color
] * (12 - len(colors))
if 'x' in key:
current.x += float(key['x'])
if 'y' in key:
current.y += float(key['y'])
if 'w' in key:
current.width = float(key['w'])
if 'h' in key:
current.height = float(key['h'])
if 'x2' in key:
current.x2 = float(key['x2'])
if 'y2' in key:
current.y2 = float(key['y2'])
if 'w2' in key:
current.width2 = float(key['w2'])
current.height2 = current.height
if 'h2' in key:
current.height2 = float(key['h2'])
current.width2 = current.width if current.width2 == 0.0 else current.width2
if 'l' in key:
current.step = key['l']
if 'd' in key:
current.decal = key['d']
# End of the row
current.y += 1.0
elif 'backcolor' in row:
color = row['backcolor'].replace(';', '')
meta['backcolor'] = color if color_format.match(
color) else meta['backcolor']
current.x = 0
return {'meta': meta, 'keys': keys}
def deserialise(
rows
): # where rows is a dictionary version of Keyboard Layout Editor's JSON Output
# Initialize with defaults
current = Key()
default_font_size = current.font_size[0]
meta = {'backcolor': '#eeeeee'}
keys = []
color_format = re.compile(r'#[a-fA-F0-9]{3}(?:[a-fA-F0-9]{3})?$')
for row in rows:
if isinstance(row, list):
for key in row:
if isinstance(key, str):
newKey = copy.copy(current)
newKey.labels = [
html_to_unicode(text)
for text in html.unescape(key).split('\n')
]
keys.append(newKey)
# Set up for the next key
current.x += current.width
current.width = current.height = 1.0
current.x2 = current.y2 = current.width2 = current.height2 = 0.0
current.nub = current.stepped = current.stepped = current.decal = False
else:
if 'r' in key:
current.rotation_angle = key['r']
if 'rx' in key:
current.rotation_x = key['rx']
current.x = current.y = 0
if 'ry' in key:
current.rotation_y = key['ry']
current.y = current.y = 0
if 'a' in key:
current.align = int(key['a'])
if 'f' in key:
default_font_size = float(key['f'])
current.font_size = [default_font_size] * 12
if 'f2' in key:
current.font_size = [float(key['f2'])] * 12
if 'fa' in key:
current.font_size = [
float(key['fa'][i]) if i < len(key['fa'])
and key['fa'][i] > 0 else default_font_size
for i in range(12)
]
if 'p' in key:
current.profile = key['p']
if 'c' in key:
current.color = key['c'].replace(';', '')
if 't' in key:
f_colors = [
''.join(c for c in line
if c in '0123456789abcdefABCDEF#')
for line in key['t'].splitlines()
]
f_colors = [
color for color in f_colors
if color_format.match(color) or not color.strip()
] # more gracefully handle invalid colors
if len(f_colors) > 0:
current.font_color = f_colors
if 'x' in key:
current.x += float(key['x'])
if 'y' in key:
current.y += float(key['y'])
if 'w' in key:
current.width = float(key['w'])
if 'h' in key:
current.height = float(key['h'])
if 'x2' in key:
current.x2 = float(key['x2'])
if 'y2' in key:
current.y2 = float(key['y2'])
if 'w2' in key:
current.width2 = float(key['w2'])
current.height2 = current.height
if 'h2' in key:
current.height2 = float(key['h2'])
if current.width2 == 0.0:
current.width2 = current.width
if 'n' in key:
current.nub = key['n']
if 'l' in key:
current.stepped = key['l']
if 'g' in key:
current.ghost = key['g']
if 'd' in key:
current.decal = key['d']
# End of the row
current.y += 1.0
elif 'backcolor' in row and len(row['backcolor']) > 0:
meta['backcolor'] = row['backcolor'].replace(';', '')
current.x = 0 #current.rotation_x
return {'meta': meta, 'keys': keys}
