def test_double_row():
i = KLE2xy('["",{h:2},"",""],["",{h:2},"",""]')
# Key 1, 1x1 in upper left
assert i[0][0]['width'] == Decimal('1')
assert i[0][0]['height'] == Decimal('1')
assert i[0][0]['x'] == Decimal('9.525')
assert i[0][0]['y'] == Decimal('-9.525')
# Key 2, 1x2 in upper center
assert i[0][1]['width'] == Decimal('1')
assert i[0][1]['height'] == Decimal('2')
assert i[0][1]['x'] == Decimal('28.575')
assert i[0][1]['y'] == Decimal('-19.05')
# Key 3, 1x1 in upper right
assert i[0][2]['width'] == Decimal('1')
assert i[0][2]['height'] == Decimal('1')
assert i[0][2]['x'] == Decimal('47.625')
assert i[0][2]['y'] == Decimal('-9.525')
# Key 4, 1x1 in lower left
assert i[1][0]['width'] == Decimal('1')
assert i[1][0]['height'] == Decimal('1')
assert i[1][0]['x'] == Decimal('9.525')
assert i[1][0]['y'] == Decimal('-28.575')
# Key 5, 1x2 in lower center
assert i[1][1]['width'] == Decimal('1')
assert i[1][1]['height'] == Decimal('2')
assert i[1][1]['x'] == Decimal('28.575')
assert i[1][1]['y'] == Decimal('-38.1')
# Key 6, 1x1 in lower right
assert i[1][2]['width'] == Decimal('1')
assert i[1][2]['height'] == Decimal('1')
assert i[1][2]['x'] == Decimal('47.625')
assert i[1][2]['y'] == Decimal('-28.575')
def test_1_00u_y():
i = KLE2xy('[{y:1},""]')
assert i.width == Decimal('28.575')
assert i.height == Decimal('47.625')
assert i.size == (Decimal('28.575'), Decimal(47.625))
assert i[0][0]['width'] == Decimal('1')
assert i[0][0]['height'] == Decimal('1')
assert i[0][0]['x'] == Decimal('9.525')
assert i[0][0]['y'] == Decimal('-28.575')
def test_1_00u():
i = KLE2xy('[""]')
assert i.width == Decimal('28.575')
assert i.height == Decimal('28.575')
assert i.size == (Decimal('28.575'), Decimal('28.575'))
assert i[0][0]['width'] == Decimal('1')
assert i[0][0]['height'] == Decimal('1')
assert i[0][0]['x'] == Decimal('9.525')
assert i[0][0]['y'] == Decimal('-9.525')
def test_1_00u_label_style_negative():
i = KLE2xy('[{a:-1},""]')
assert i.width == Decimal('28.575')
assert i.height == Decimal('28.575')
assert i.size == (Decimal('28.575'), Decimal('28.575'))
assert i[0][0]['label_style'] == 0
assert i[0][0]['width'] == Decimal('1')
assert i[0][0]['height'] == Decimal('1')
assert i[0][0]['x'] == Decimal('9.525')
assert i[0][0]['y'] == Decimal('-9.525')
def test_iso_enter():
i = KLE2xy('[{x:0.25,a:7,w:1.25,h:2,w2:1.5,h2:1,x2:-0.25},"Enter"]')
assert i.width == Decimal('33.3375')
assert i.height == Decimal('28.575')
assert i.size == (Decimal('33.3375'), Decimal('28.575'))
assert i[0][0]['isoenter'] == True
assert i[0][0]['width'] == Decimal('1.25')
assert i[0][0]['height'] == Decimal('2')
assert i[0][0]['x'] == Decimal('16.66875')
assert i[0][0]['y'] == Decimal('-19.05')
def test_1_00u_dict():
i = KLE2xy('{name:"test_1_00u_dict"},[""]')
assert i.width == Decimal('28.575')
assert i.height == Decimal('28.575')
assert i.size == (Decimal('28.575'), Decimal('28.575'))
assert i.name == 'test_1_00u_dict'
assert i[0][0]['width'] == Decimal('1')
assert i[0][0]['height'] == Decimal('1')
assert i[0][0]['x'] == Decimal('9.525')
assert i[0][0]['y'] == Decimal('-9.525')
def test_1_00u_decal():
i = KLE2xy('[{d:true},""]')
assert i.width == Decimal('28.575')
assert i.height == Decimal('28.575')
assert i.size == (Decimal('28.575'), Decimal('28.575'))
assert i[0][0]['decal'] == True
assert i[0][0]['width'] == Decimal('1')
assert i[0][0]['height'] == Decimal('1')
assert i[0][0]['x'] == Decimal('9.525')
assert i[0][0]['y'] == Decimal('-9.525')
def test_2_75u():
i = KLE2xy('[""],[{w:2.75},""]')
assert i[0][0]['width'] == Decimal('1')
assert i[0][0]['height'] == Decimal('1')
assert i[0][0]['x'] == Decimal('9.525')
assert i[0][0]['y'] == Decimal('-9.525')
assert i[1][0]['width'] == Decimal('2.75')
assert i[1][0]['height'] == Decimal('1')
assert i[1][0]['x'] == Decimal('26.19375')
assert i[1][0]['y'] == Decimal('-28.575')
def test_1_00u_label_color():
i = KLE2xy('[{t:"#232323"},""]')
assert i.width == Decimal('28.575')
assert i.height == Decimal('28.575')
assert i.size == (Decimal('28.575'), Decimal('28.575'))
assert i[0][0]['label_color'] == '#232323'
assert i[0][0]['width'] == Decimal('1')
assert i[0][0]['height'] == Decimal('1')
assert i[0][0]['x'] == Decimal('9.525')
assert i[0][0]['y'] == Decimal('-9.525')
def test_2_50u():
i = KLE2xy('[""],[{w:2.5},""]')
assert i[0][0]['width'] == Decimal('1')
assert i[0][0]['height'] == Decimal('1')
assert i[0][0]['x'] == Decimal('9.525')
assert i[0][0]['y'] == Decimal('-9.525')
assert i[1][0]['width'] == Decimal('2.5')
assert i[1][0]['height'] == Decimal('1')
assert i[1][0]['x'] == Decimal('23.8125')
assert i[1][0]['y'] == Decimal('-28.575')
def test_2_00u():
i = KLE2xy('[""],[{w:2},""]')
assert i[0][0]['width'] == Decimal('1')
assert i[0][0]['height'] == Decimal('1')
assert i[0][0]['x'] == Decimal('9.525')
assert i[0][0]['y'] == Decimal('-9.525')
assert i[1][0]['width'] == Decimal('2')
assert i[1][0]['height'] == Decimal('1')
assert i[1][0]['x'] == Decimal('19.05')
assert i[1][0]['y'] == Decimal('-28.575')
def test_1_75u():
i = KLE2xy('[""],[{w:1.75},""]')
assert i[0][0]['width'] == Decimal('1')
assert i[0][0]['height'] == Decimal('1')
assert i[0][0]['x'] == Decimal('9.525')
assert i[0][0]['y'] == Decimal('-9.525')
assert i[1][0]['width'] == Decimal('1.75')
assert i[1][0]['height'] == Decimal('1')
assert i[1][0]['x'] == Decimal('16.66875')
assert i[1][0]['y'] == Decimal('-28.575')
def test_1_00u_keycap_profile():
i = KLE2xy('[{p:"SA"},""]')
assert i.width == Decimal('28.575')
assert i.height == Decimal('28.575')
assert i.size == (Decimal('28.575'), Decimal('28.575'))
assert i[0][0]['keycap_profile'] == 'SA'
assert i[0][0]['width'] == Decimal('1')
assert i[0][0]['height'] == Decimal('1')
assert i[0][0]['x'] == Decimal('9.525')
assert i[0][0]['y'] == Decimal('-9.525')
def test_1_00u_font_size_too_large():
i = KLE2xy('[{f:10},""]')
assert i.width == Decimal('28.575')
assert i.height == Decimal('28.575')
assert i.size == (Decimal('28.575'), Decimal('28.575'))
assert i[0][0]['label_size'] == 9
assert i[0][0]['width'] == Decimal('1')
assert i[0][0]['height'] == Decimal('1')
assert i[0][0]['x'] == Decimal('9.525')
assert i[0][0]['y'] == Decimal('-9.525')
def kle2json(cli):
"""Convert a KLE layout to QMK's layout format.
""" # If filename is a path
if cli.args.filename.startswith("/") or cli.args.filename.startswith("./"):
file_path = Path(cli.args.filename)
# Otherwise assume it is a file name
else:
file_path = Path(os.environ['ORIG_CWD'], cli.args.filename)
# Check for valid file_path for more graceful failure
if not file_path.exists():
return cli.log.error(
'File {fg_cyan}%s{style_reset_all} was not found.', file_path)
out_path = file_path.parent
raw_code = file_path.open().read()
# Check if info.json exists, allow overwrite with force
if Path(out_path, "info.json").exists() and not cli.args.force:
cli.log.error(
'File {fg_cyan}%s/info.json{style_reset_all} already exists, use -f or --force to overwrite.',
out_path)
return False
try:
# Convert KLE raw to x/y coordinates (using kle2xy package from skullydazed)
kle = KLE2xy(raw_code)
except Exception as e:
cli.log.error('Could not parse KLE raw data: %s', raw_code)
cli.log.exception(e)
# FIXME: This should be better
return cli.log.error('Could not parse KLE raw data.')
keyboard = OrderedDict(
keyboard_name=kle.name,
url='',
maintainer='qmk',
width=kle.columns,
height=kle.rows,
layouts={'LAYOUT': {
'layout': 'LAYOUT_JSON_HERE'
}},
)
# Initialize keyboard with json encoded from ordered dict
keyboard = json.dumps(keyboard,
indent=4,
separators=(', ', ': '),
sort_keys=False,
cls=CustomJSONEncoder)
# Initialize layout with kle2qmk from converter module
layout = json.dumps(kle2qmk(kle),
separators=(', ', ':'),
cls=CustomJSONEncoder)
# Replace layout in keyboard json
keyboard = keyboard.replace('"LAYOUT_JSON_HERE"', layout)
# Write our info.json
file = open(out_path + "/info.json", "w")
file.write(keyboard)
file.close()
cli.log.info('Wrote out {fg_cyan}%s/info.json', out_path)
def kle2json(cli):
"""Convert a KLE layout to QMK's layout format.
""" # If filename is a path
if cli.args.filename.startswith("/") or cli.args.filename.startswith("./"):
file_path = Path(cli.args.filename)
# Otherwise assume it is a file name
else:
file_path = Path(os.environ['ORIG_CWD'], cli.args.filename)
# Check for valid file_path for more graceful failure
if not file_path.exists():
cli.log.error('File {fg_cyan}%s{style_reset_all} was not found.',
file_path)
return False
out_path = file_path.parent
raw_code = file_path.read_text(encoding='utf-8')
# Check if info.json exists, allow overwrite with force
if Path(out_path, "info.json").exists() and not cli.args.force:
cli.log.error(
'File {fg_cyan}%s/info.json{style_reset_all} already exists, use -f or --force to overwrite.',
out_path)
return False
try:
# Convert KLE raw to x/y coordinates (using kle2xy package from skullydazed)
kle = KLE2xy(raw_code)
except Exception as e:
cli.log.error('Could not parse KLE raw data: %s', raw_code)
cli.log.exception(e)
return False
keyboard = {
'keyboard_name': kle.name,
'url': '',
'maintainer': 'qmk',
'width': kle.columns,
'height': kle.rows,
'layouts': {
'LAYOUT': {
'layout': kle2qmk(kle)
}
},
}
# Write our info.json
keyboard = json.dumps(keyboard,
indent=4,
separators=(', ', ': '),
sort_keys=False,
cls=InfoJSONEncoder)
info_json_file = out_path / 'info.json'
info_json_file.write_text(keyboard)
cli.log.info('Wrote out {fg_cyan}%s/info.json', out_path)
def test_60_r3():
i = KLE2xy(v60_r3_code)
assert i[0][0]['name'] == 'Caps Lock'
assert i[0][0]['width'] == Decimal('1.75')
assert i[0][0]['height'] == Decimal('1')
assert i[0][0]['x'] == Decimal('16.66875')
assert i[0][0]['y'] == Decimal('-9.525')
assert i[0][0]['column'] == Decimal('0')
assert i[0][12]['name'] == 'Enter'
assert i[0][12]['width'] == Decimal('2.25')
assert i[0][12]['height'] == Decimal('1')
assert i[0][12]['x'] == Decimal('264.31875')
assert i[0][12]['y'] == Decimal('-9.525')
assert i[0][12]['column'] == Decimal('12.75')
def POST_v1_converters_kle():
"""Convert a KLE layout to QMK's layout format.
"""
data = request.get_json(force=True)
if not data:
return error("Invalid JSON data!")
if 'id' in data:
gist_id = data['id'].split('/')[-1]
raw_code = fetch_kle_json(gist_id)[1:-1]
elif 'raw' in data:
raw_code = data['raw']
else:
return error('You must supply either "id" or "raw" labels.')
try:
kle = KLE2xy(raw_code)
except Exception as e:
logging.error('Could not parse KLE raw data: %s', raw_code)
logging.exception(e)
return error(
'Could not parse KLE raw data.') # FIXME: This should be better
keyboard = OrderedDict(
keyboard_name=kle.name,
url='',
maintainer='qmk',
width=kle.columns,
height=kle.rows,
layouts={'LAYOUT': {
'layout': 'LAYOUT_JSON_HERE'
}},
)
keyboard = json.dumps(keyboard,
indent=4,
separators=(', ', ': '),
sort_keys=False,
cls=CustomJSONEncoder)
layout = json.dumps(kle_to_qmk(kle),
separators=(', ', ':'),
cls=CustomJSONEncoder)
keyboard = keyboard.replace('"LAYOUT_JSON_HERE"', layout)
response = make_response(keyboard)
response.mimetype = app.config['JSONIFY_MIMETYPE']
return response
def __init__(self, rawdata, eagle_version, switch_footprint, diode_type,
smd_led):
"""Representation of a keyboard.
:param rawdata: Keyboard object from keyboard-layout-editor.com
"""
super(Keyboard, self).__init__()
self.layout = KLE2xy(rawdata[1:-1])
self.eagle_version = eagle_version
self._switch_footprint = switch_footprint
self.diode_type = diode[diode_type]
self.smd_led = False if smd_led.lower() == 'no' else smd_led.lower()
self.rows = []
self.max_col = 0
self.backcolor = None
self.name = None
self.author = None
self.notes = None
self._board_scr = []
self._column_board_scr = []
self._column_schematic_scr = []
self._key_board_scr = []
self._key_schematic_scr = []
self._schematic_scr = []
self.schematic_preamble = '\n'.join(
('GRID ON;', 'GRID IN 0.1 1;', 'GRID ALT IN 0.01;',
'SET WIRE_BEND 2;', '', ''))
self.schematic_footer = '\n\nWINDOW FIT;'
self.board_preamble = '\n'.join(
('GRID ON;', 'GRID MM 1 10;', 'GRID ALT MM .1;', '', ''))
self.board_footer = '\n\nRATSNEST;\nWINDOW FIT;'
self.default_next_key = {
'y': 0,
'w': 1,
'h': 1,
}
self.sch_col_offset = (-0.3, 0.1) # IN
self.parse_json()
def test_numpad():
i = KLE2xy(numpad_code)
# First row
assert i[0][0]['name'] == 'Numlock'
assert i[0][0]['width'] == Decimal('1')
assert i[0][0]['height'] == Decimal('1')
assert i[0][0]['x'] == Decimal('9.525')
assert i[0][0]['y'] == Decimal('-9.525')
assert i[0][1]['name'] == '/'
assert i[0][1]['width'] == Decimal('1')
assert i[0][1]['height'] == Decimal('1')
assert i[0][1]['x'] == Decimal('28.575')
assert i[0][1]['y'] == Decimal('-9.525')
assert i[0][2]['name'] == '*'
assert i[0][2]['width'] == Decimal('1')
assert i[0][2]['height'] == Decimal('1')
assert i[0][2]['x'] == Decimal('47.625')
assert i[0][2]['y'] == Decimal('-9.525')
assert i[0][3]['name'] == '-'
assert i[0][3]['width'] == Decimal('1')
assert i[0][3]['height'] == Decimal('1')
assert i[0][3]['x'] == Decimal('66.675')
assert i[0][3]['y'] == Decimal('-9.525')
# Second row
assert i[1][0]['name'] == '7\nHome'
assert i[1][0]['width'] == Decimal('1')
assert i[1][0]['height'] == Decimal('1')
assert i[1][0]['x'] == Decimal('9.525')
assert i[1][0]['y'] == Decimal('-28.575')
assert i[1][1]['name'] == '8\nUp'
assert i[1][1]['width'] == Decimal('1')
assert i[1][1]['height'] == Decimal('1')
assert i[1][1]['x'] == Decimal('28.575')
assert i[1][1]['y'] == Decimal('-28.575')
assert i[1][2]['name'] == '9\nPgUp'
assert i[1][2]['width'] == Decimal('1')
assert i[1][2]['height'] == Decimal('1')
assert i[1][2]['x'] == Decimal('47.625')
assert i[1][2]['y'] == Decimal('-28.575')
assert i[1][3]['name'] == '+'
assert i[1][3]['width'] == Decimal('1')
assert i[1][3]['height'] == Decimal('2')
assert i[1][3]['x'] == Decimal('66.675')
assert i[1][3]['y'] == Decimal('-38.1')
# Third row
assert i[2][0]['name'] == '4\nLeft'
assert i[2][0]['width'] == Decimal('1')
assert i[2][0]['height'] == Decimal('1')
assert i[2][0]['x'] == Decimal('9.525')
assert i[2][0]['y'] == Decimal('-47.625')
assert i[2][1]['name'] == '5'
assert i[2][1]['width'] == Decimal('1')
assert i[2][1]['height'] == Decimal('1')
assert i[2][1]['x'] == Decimal('28.575')
assert i[2][1]['y'] == Decimal('-47.625')
assert i[2][2]['name'] == '6\nRight'
assert i[2][2]['width'] == Decimal('1')
assert i[2][2]['height'] == Decimal('1')
assert i[2][2]['x'] == Decimal('47.625')
assert i[2][2]['y'] == Decimal('-47.625')
# Fourth row
assert i[3][0]['name'] == '1\nEnd'
assert i[3][0]['width'] == Decimal('1')
assert i[3][0]['height'] == Decimal('1')
assert i[3][0]['x'] == Decimal('9.525')
assert i[3][0]['y'] == Decimal('-66.675')
assert i[3][1]['name'] == '2\nDown'
assert i[3][1]['width'] == Decimal('1')
assert i[3][1]['height'] == Decimal('1')
assert i[3][1]['x'] == Decimal('28.575')
assert i[3][1]['y'] == Decimal('-66.675')
assert i[3][2]['name'] == '3\nPgDn'
assert i[3][2]['width'] == Decimal('1')
assert i[3][2]['height'] == Decimal('1')
assert i[3][2]['x'] == Decimal('47.625')
assert i[3][2]['y'] == Decimal('-66.675')
assert i[3][3]['name'] == 'Enter'
assert i[3][3]['width'] == Decimal('1')
assert i[3][3]['height'] == Decimal('2')
assert i[3][3]['x'] == Decimal('66.675')
assert i[3][3]['y'] == Decimal('-76.2')
# Fifth row
assert i[4][0]['name'] == '0\nIns'
assert i[4][0]['width'] == Decimal('2')
assert i[4][0]['height'] == Decimal('1')
assert i[4][0]['x'] == Decimal('19.05')
assert i[4][0]['y'] == Decimal('-85.725')
assert i[4][1]['name'] == '.\nDel'
assert i[4][1]['width'] == Decimal('1')
assert i[4][1]['height'] == Decimal('1')
assert i[4][1]['x'] == Decimal('47.625')
assert i[4][1]['y'] == Decimal('-85.725')
def test_1_25u():
i = KLE2xy('[{h:1.25},""]')
assert i[0][0]['width'] == Decimal('1')
assert i[0][0]['height'] == Decimal('1.25')
assert i[0][0]['x'] == Decimal('9.525')
assert i[0][0]['y'] == Decimal('-11.90625')
def test_2_50u():
i = KLE2xy('[{h:2.5},""]')
assert i[0][0]['width'] == Decimal('1')
assert i[0][0]['height'] == Decimal('2.5')
assert i[0][0]['x'] == Decimal('9.525')
assert i[0][0]['y'] == Decimal('-23.8125')
def test_2_25u():
i = KLE2xy('[{h:2.25},""]')
assert i[0][0]['width'] == Decimal('1')
assert i[0][0]['height'] == Decimal('2.25')
assert i[0][0]['x'] == Decimal('9.525')
assert i[0][0]['y'] == Decimal('-21.43125')
def test_2_00u():
i = KLE2xy('[{h:2},""]')
assert i[0][0]['width'] == Decimal('1')
assert i[0][0]['height'] == Decimal('2')
assert i[0][0]['x'] == Decimal('9.525')
assert i[0][0]['y'] == Decimal('-19.05')
def test_1_75u():
i = KLE2xy('[{h:1.75},""]')
assert i[0][0]['width'] == Decimal('1')
assert i[0][0]['height'] == Decimal('1.75')
assert i[0][0]['x'] == Decimal('9.525')
assert i[0][0]['y'] == Decimal('-16.66875')
def test_1_50u():
i = KLE2xy('[{h:1.5},""]')
assert i[0][0]['width'] == Decimal('1')
assert i[0][0]['height'] == Decimal('1.5')
assert i[0][0]['x'] == Decimal('9.525')
assert i[0][0]['y'] == Decimal('-14.2875')