msg, chan, note, velocity = c[0] & 0xf0, (c[0] & 0x0f) + 1, c[1], c[2]
note_name = self.get_note_name(chan, note)
self.putx([0, ['Channel %d: %s (note = %d \'%s\', velocity = %d)' % \
- (chan, status_bytes[msg], note, note_name, velocity)]])
+ (chan, status_bytes[msg][0], note, note_name, velocity),
+ 'ch %d: %s %d, velocity = %d' % \
+ (chan, status_bytes[msg][1], note, velocity),
+ '%d: %s %d, vel %d' % \
+ (chan, status_bytes[msg][2], note, velocity)]])
self.cmd, self.state = [], 'IDLE'
def handle_channel_msg_0x90(self):
return
self.es_block = self.es
msg, chan, note, velocity = c[0] & 0xf0, (c[0] & 0x0f) + 1, c[1], c[2]
- s = 'note off' if (velocity == 0) else status_bytes[msg]
+ s = status_bytes[0x80] if (velocity == 0) else status_bytes[msg]
note_name = self.get_note_name(chan, note)
self.putx([0, ['Channel %d: %s (note = %d \'%s\', velocity = %d)' % \
- (chan, s, note, note_name, velocity)]])
+ (chan, s[0], note, note_name, velocity),
+ 'ch %d: %s %d, velocity = %d' % \
+ (chan, s[1], note, velocity),
+ '%d: %s %d, vel %d' % \
+ (chan, s[2], note, velocity)]])
self.cmd, self.state = [], 'IDLE'
def handle_channel_msg_0xa0(self):
self.es_block = self.es
msg, chan, note, pressure = c[0] & 0xf0, (c[0] & 0x0f) + 1, c[1], c[2]
note_name = self.get_note_name(chan, note)
- self.putx([0, ['Channel %d: %s (note = %d \'%s\', pressure = %d)' % \
- (chan, status_bytes[msg], note, note_name, pressure)]])
+ self.putx([0, ['Channel %d: %s of %d for note = %d \'%s\'' % \
+ (chan, status_bytes[msg][0], pressure, note, note_name),
+ 'ch %d: %s %d for note %d' % \
+ (chan, status_bytes[msg][1], pressure, note),
+ '%d: %s %d, N %d' % \
+ (chan, status_bytes[msg][2], pressure, note)]])
self.cmd, self.state = [], 'IDLE'
def handle_controller_0x44(self):
# Legato footswitch: Bn 44 vv
# n = channel, vv = value (<= 0x3f: normal, > 0x3f: legato)
- chan, vv = (self.cmd[0] & 0x0f) + 1, self.cmd[2]
- t = 'normal' if vv <= 0x3f else 'legato'
- self.putx([0, ['Channel %d: control function \'%s\' = %s' % \
- (chan, control_functions[0x44], t)]])
+ c = self.cmd
+ msg, chan, vv = c[0] & 0xf0, (c[0] & 0x0f) + 1, c[2]
+ t = ('normal', 'no') if vv <= 0x3f else ('legato', 'yes')
+ self.putx([0, ['Channel %d: %s \'%s\' = %s' % \
+ (chan, status_bytes[msg][0],
+ control_functions[0x44][0], t[0]),
+ 'ch %d: %s \'%s\' = %s' % \
+ (chan, status_bytes[msg][1],
+ control_functions[0x44][1], t[0]),
+ '%d: %s \'%s\' = %s' % \
+ (chan, status_bytes[msg][2],
+ control_functions[0x44][2], t[1])]])
def handle_controller_0x54(self):
# Portamento control (PTC): Bn 54 kk
# n = channel, kk = source note for pitch reference
- chan, kk = (self.cmd[0] & 0x0f) + 1, self.cmd[2]
+ c = self.cmd
+ msg, chan, kk = c[0] & 0xf0, (c[0] & 0x0f) + 1, c[2]
kk_name = self.get_note_name(chan, kk)
- self.putx([0, ['Channel %d: control function \'%s\' (source note ' \
- '= %d / %s)' % \
- (chan, control_functions[0x54], kk, kk_name)]])
+ self.putx([0, ['Channel %d: %s \'%s\' (source note = %d / %s)' % \
+ (chan, status_bytes[msg][0],
+ control_functions[0x54][0], kk, kk_name),
+ 'ch %d: %s \'%s\' (source note = %d)' % \
+ (chan, status_bytes[msg][1],
+ control_functions[0x54][1], kk),
+ '%d: %s \'%s\' (src N %d)' % \
+ (chan, status_bytes[msg][2],
+ control_functions[0x54][2], kk)]])
def handle_controller_generic(self):
c = self.cmd
- chan, fn, param = (c[0] & 0x0f) + 1, c[1], c[2]
+ msg, chan, fn, param = c[0] & 0xf0, (c[0] & 0x0f) + 1, c[1], c[2]
default_name = 'undefined'
ctrl_fn = control_functions.get(fn, default_name)
if ctrl_fn == default_name:
- ctrl_fn = '%s 0x%02x' % (default_name, fn)
- self.putx([0, ['Channel %d: control change to function \'%s\' ' \
- '(param = 0x%02x)' % (chan, ctrl_fn, param)]])
+ ctrl_fn = ('undefined 0x%02x' % fn, 'undef 0x%02x' % fn, '0x%02x' % fn)
+ self.putx([0, ['Channel %d: %s \'%s\' (param = 0x%02x)' % \
+ (chan, status_bytes[msg][0], ctrl_fn[0], param),
+ 'ch %d: %s \'%s\' (param = 0x%02x)' % \
+ (chan, status_bytes[msg][1], ctrl_fn[1], param),
+ '%d: %s \'%s\' is 0x%02x' % \
+ (chan, status_bytes[msg][2], ctrl_fn[2], param)]])
def handle_channel_mode(self):
# Channel Mode: Bn mm vv
# n = channel, mm = mode number (120 - 127), vv = value
c = self.cmd
- chan, mm, vv = (c[0] & 0x0f) + 1, c[1], c[2]
- mode_fn = control_functions.get(mm, 'undefined')
+ msg, chan, mm, vv = c[0] & 0xf0, (c[0] & 0x0f) + 1, c[1], c[2]
+ mode_fn = control_functions.get(mm, ('undefined', 'undef', 'undef'))
# Decode the value based on the mode number.
- vv_string = ''
+ vv_string = ('', '')
if mm == 122: # mode = local control?
if vv == 0:
- vv_string = 'off'
+ vv_string = ('off', 'off')
elif vv == 127: # mode = poly mode on?
- vv_string = 'on'
+ vv_string = ('on', 'on')
else:
- vv_string = '(non-standard param value of 0x%02x)' % vv
+ vv_string = ('(non-standard param value of 0x%02x)' % vv,
+ '0x%02x' % vv)
elif mm == 126: # mode = mono mode on?
if vv != 0:
- vv_string = '(%d channels)' % vv
+ vv_string = ('(%d channels)' % vv, '(%d ch)' % vv)
else:
- vv_string = '(channels \'basic\' through 16)'
+ vv_string = ('(channels \'basic\' through 16)',
+ '(ch \'basic\' thru 16)')
elif vv != 0: # All other channel mode messages expect vv == 0.
- vv_string = '(non-standard param value of 0x%02x)' % vv
- self.putx([0, ['Channel %d: mode message \'%s\' %s' % \
- (chan, mode_fn, vv_string)]])
+ vv_string = ('(non-standard param value of 0x%02x)' % vv,
+ '0x%02x' % vv)
+ self.putx([0, ['Channel %d: %s \'%s\' %s' % \
+ (chan, status_bytes[msg][0], mode_fn[0], vv_string[0]),
+ 'ch %d: %s \'%s\' %s' % \
+ (chan, status_bytes[msg][1], mode_fn[1], vv_string[1]),
+ '%d: %s \'%s\' %s' % \
+ (chan, status_bytes[msg][2], mode_fn[2], vv_string[1])]])
self.cmd, self.state = [], 'IDLE'
def handle_channel_msg_0xb0(self):
change_type = 'drum kit'
name = drum_kit.get(pp, 'undefined')
self.putx([0, ['Channel %d: %s to %s %d (assuming %s)' % \
- (chan, status_bytes[msg], change_type, pp, name)]])
+ (chan, status_bytes[msg][0], change_type, pp, name),
+ 'ch %d: %s to %s %d' % \
+ (chan, status_bytes[msg][1], change_type, pp),
+ '%d: %s %d' % \
+ (chan, status_bytes[msg][2], pp)]])
self.cmd, self.state = [], 'IDLE'
def handle_channel_msg_0xd0(self):
if len(c) < 2:
return
self.es_block = self.es
- msg, chan, vv = self.cmd[0] & 0xf0, (self.cmd[0] & 0x0f) + 1, self.cmd[1]
- self.putx([0, ['Channel %d: %s %d' % (chan, status_bytes[msg], vv)]])
+ msg, chan, vv = self.cmd[0] & 0xf0, (self.cmd[0] & 0x0f) + 1, \
+ self.cmd[1]
+ self.putx([0, ['Channel %d: %s %d' % (chan, status_bytes[msg][0], vv),
+ 'ch %d: %s %d' % (chan, status_bytes[msg][1], vv),
+ '%d: %s %d' % (chan, status_bytes[msg][2], vv)]])
self.cmd, self.state = [], 'IDLE'
def handle_channel_msg_0xe0(self):
self.cmd[1], self.cmd[2]
decimal = (mm << 7) + ll
self.putx([0, ['Channel %d: %s 0x%02x 0x%02x (%d)' % \
- (chan, status_bytes[msg], ll, mm, decimal)]])
+ (chan, status_bytes[msg][0], ll, mm, decimal),
+ 'ch %d: %s 0x%02x 0x%02x (%d)' % \
+ (chan, status_bytes[msg][1], ll, mm, decimal),
+ '%d: %s (%d)' % \
+ (chan, status_bytes[msg][2], decimal)]])
self.cmd, self.state = [], 'IDLE'
def handle_channel_msg_generic(self):
# to isolate the data.
msg, eox = self.cmd.pop(0), self.cmd.pop()
if len(self.cmd) < 1:
- self.putx([0, ['SysEx: truncated manufacturer code (<1 bytes)']])
+ self.putx([0, ['%s: truncated manufacturer code (<1 bytes)' % \
+ status_bytes[msg][0],
+ '%s: truncated manufacturer (<1 bytes)' % \
+ status_bytes[msg][1],
+ '%s: trunc. manu.' % status_bytes[msg][2]]])
self.cmd, self.state = [], 'IDLE'
return
# Extract the manufacturer name (or SysEx realtime or non-realtime).
manu = (m1,)
if m1 == 0x00: # If byte == 0, then 2 more manufacturer bytes follow.
if len(self.cmd) < 2:
- self.putx([0, ['SysEx: truncated manufacturer code (<3 bytes)']])
+ self.putx([0, ['%s: truncated manufacturer code (<3 bytes)' % \
+ status_bytes[msg][0],
+ '%s: truncated manufacturer (<3 bytes)' % \
+ status_bytes[msg][1],
+ '%s: trunc. manu.' % status_bytes[msg][2]]])
self.cmd, self.state = [], 'IDLE'
return
manu = (m1, self.cmd.pop(0), self.cmd.pop(0))
manu_name = sysex_manufacturer_ids.get(manu, default_name)
if manu_name == default_name:
if len(manu) == 3:
- manu_name = '%s (0x%02x 0x%02x 0x%02x)' % \
- (default_name, manu[0], manu[1], manu[2])
+ manu_name = ('%s (0x%02x 0x%02x 0x%02x)' % \
+ (default_name, manu[0], manu[1], manu[2]),
+ default_name)
else:
- manu_name = '%s (0x%02x)' % (default_name, manu[0])
- # Extract the payload.
+ manu_name = ('%s (0x%02x)' % (default_name, manu[0]),
+ default_name)
+ else:
+ manu_name = (manu_name, manu_name)
+ # Extract the payload, display in 1 of 2 formats
# TODO: Write methods to decode SysEx realtime & non-realtime payloads.
- payload = ''
+ payload0 = ''
+ payload1 = ''
while len(self.cmd) > 0:
- payload += '0x%02x ' % (self.cmd.pop(0))
- if payload == '':
- payload = '<empty>'
- self.putx([0, ['SysEx: for \'%s\' with payload %s' % \
- (manu_name, payload)]])
+ byte = self.cmd.pop(0)
+ payload0 += '0x%02x ' % (byte)
+ payload1 += '%02x ' % (byte)
+ if payload0 == '':
+ payload0 = '<empty>'
+ payload1 = '<>'
+ payload = (payload0, payload1)
+ self.putx([0, ['%s: for \'%s\' with payload %s' % \
+ (status_bytes[msg][0], manu_name[0], payload[0]),
+ '%s: \'%s\', payload %s' % \
+ (status_bytes[msg][1], manu_name[1], payload[1]),
+ '%s: \'%s\', payload %s' % \
+ (status_bytes[msg][2], manu_name[1], payload[1])]])
self.cmd, self.state = [], 'IDLE'
def handle_syscommon_midi_time_code_quarter_frame_msg(self, newbyte):
return
msg = self.cmd[0]
nn, dd = (self.cmd[1] & 0x70) >> 4, self.cmd[1] & 0x0f
- group = 'System Common'
+ group = ('System Common', 'SysCom', 'SC')
self.es_block = self.es
if nn != 7: # If message type does not contain SMPTE type.
self.putx([0, ['%s: %s of %s, value 0x%01x' % \
- (group, status_bytes[msg], quarter_frame_type[nn], dd)]])
+ (group[0], status_bytes[msg][0],
+ quarter_frame_type[nn][0], dd),
+ '%s: %s of %s, value 0x%01x' % \
+ (group[1], status_bytes[msg][1],
+ quarter_frame_type[nn][1], dd),
+ '%s: %s of %s, value 0x%01x' % \
+ (group[2], status_bytes[msg][2],
+ quarter_frame_type[nn][1], dd)]])
self.cmd, self.state = [], 'IDLE'
return
tt = (dd & 0x6) >> 1
self.putx([0, ['%s: %s of %s, value 0x%01x for %s' % \
- (group, status_bytes[msg], quarter_frame_type[nn], \
- dd, smpte_type[tt])]])
+ (group[0], status_bytes[msg][0], \
+ quarter_frame_type[nn][0], dd, smpte_type[tt]),
+ '%s: %s of %s, value 0x%01x for %s' % \
+ (group[1], status_bytes[msg][1], \
+ quarter_frame_type[nn][1], dd, smpte_type[tt]),
+ '%s: %s of %s, value 0x%01x for %s' % \
+ (group[2], status_bytes[msg][2], \
+ quarter_frame_type[nn][1], dd, smpte_type[tt])]])
self.cmd, self.state = [], 'IDLE'
def handle_syscommon_msg(self, newbyte):
self.cmd.append(newbyte)
msg = self.cmd[0]
c = self.cmd
- group = 'System Common'
+ group = ('System Common', 'SysCom', 'SC')
if msg == 0xf1:
# MIDI time code quarter frame
self.handle_syscommon_midi_time_code_quarter_frame_msg(newbyte)
decimal = (mm << 7) + ll
self.es_block = self.es
self.putx([0, ['%s: %s 0x%02x 0x%02x (%d)' % \
- (group, status_bytes[msg], ll, mm, decimal)]])
+ (group[0], status_bytes[msg][0], ll, mm, decimal),
+ '%s: %s 0x%02x 0x%02x (%d)' % \
+ (group[1], status_bytes[msg][1], ll, mm, decimal),
+ '%s: %s (%d)' % \
+ (group[2], status_bytes[msg][2], decimal)]])
elif msg == 0xf3:
# Song select: F3 ss
# ss = song selection number
return
ss = self.cmd[1]
self.es_block = self.es
- self.putx([0, ['%s: %s number %d' % (group, status_bytes[msg], ss)]])
+ self.putx([0, ['%s: %s number %d' % \
+ (group[0], status_bytes[msg][0], ss),
+ '%s: %s number %d' % \
+ (group[1], status_bytes[msg][1], ss),
+ '%s: %s # %d' % \
+ (group[2], status_bytes[msg][2], ss)]])
elif msg == 0xf4 or msg == 0xf5 or msg == 0xf6:
# Undefined 0xf4, Undefined 0xf5, and Tune Request (respectively).
# All are only 1 byte long with no data bytes.
self.es_block = self.es
- self.putx([0, ['%s: %s' % (group, status_bytes[msg])]])
+ self.putx([0, ['%s: %s' % (group[0], status_bytes[msg][0]),
+ '%s: %s' % (group[1], status_bytes[msg][1]),
+ '%s: %s' % (group[2], status_bytes[msg][2])]])
self.cmd, self.state = [], 'IDLE'
def handle_sysrealtime_msg(self, newbyte):
# System realtime message: 0b11111ttt (t = message type)
self.es_block = self.es
- self.putx([0, ['System realtime message: %s' % status_bytes[newbyte]]])
+ group = ('System Realtime', 'SysReal', 'SR')
+ self.putx([0, ['%s: %s' % (group[0], status_bytes[newbyte][0]),
+ '%s: %s' % (group[1], status_bytes[newbyte][1]),
+ '%s: %s' % (group[2], status_bytes[newbyte][2])]])
self.cmd, self.state = [], 'IDLE'
def decode(self, ss, es, data):
projects / libsigrokdecode.git / blobdiff