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Avoid redefining Python built-in types (#48)
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@ghykk
ghykk authored Sep 24, 2024
1 parent 00f2caf commit 032754d
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40 changes: 20 additions & 20 deletions content-es/rds.rst
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Original file line number Diff line number Diff line change
Expand Up @@ -412,21 +412,21 @@ Tenga en cuenta que **no** necesita revisar todo este código, ni nada de él, e
if block_number == 0 and good_block:
group_assembly_started = True
group_good_blocks_counter = 1
bytes = bytearray(8) # 8 bytes filled with 0s
group = bytearray(8) # 8 bytes filled with 0s
if group_assembly_started:
if not good_block:
group_assembly_started = False
else:
# raw data bytes, as received from RDS. 8 info bytes, followed by 4 RDS offset chars: ABCD/ABcD/EEEE (in US) which we leave out here
# RDS information words
# block_number is either 0,1,2,3 so this is how we fill out the 8 bytes
bytes[block_number*2] = (dataword >> 8) & 255
bytes[block_number*2+1] = dataword & 255
group[block_number*2] = (dataword >> 8) & 255
group[block_number*2+1] = dataword & 255
group_good_blocks_counter += 1
#print('group_good_blocks_counter:', group_good_blocks_counter)
if group_good_blocks_counter == 5:
#print(bytes)
bytes_out.append(bytes) # list of len-8 lists of bytes
#print(group)
bytes_out.append(group) # list of len-8 lists of bytes
block_bit_counter = 0
block_number = (block_number + 1) % 4
blocks_counter += 1
Expand Down Expand Up @@ -550,11 +550,11 @@ Para aquellos que quieran aprender cómo funciona este código, les proporcionar
radiotext_AB_flag = 0
radiotext = [' ']*65
first_time = True
for bytes in bytes_out:
group_0 = bytes[1] | (bytes[0] << 8)
group_1 = bytes[3] | (bytes[2] << 8)
group_2 = bytes[5] | (bytes[4] << 8)
group_3 = bytes[7] | (bytes[6] << 8)
for group in bytes_out:
group_0 = group[1] | (group[0] << 8)
group_1 = group[3] | (group[2] << 8)
group_2 = group[5] | (group[4] << 8)
group_3 = group[7] | (group[6] << 8)
group_type = (group_1 >> 12) & 0xf # here is what each one means, e.g. RT is radiotext which is the only one we decode here: ["BASIC", "PIN/SL", "RT", "AID", "CT", "TDC", "IH", "RP", "TMC", "EWS", "___", "___", "___", "___", "EON", "___"]
AB = (group_1 >> 11 ) & 0x1 # b if 1, a if 0
Expand Down Expand Up @@ -826,21 +826,21 @@ Resumen y código final
if block_number == 0 and good_block:
group_assembly_started = True
group_good_blocks_counter = 1
bytes = bytearray(8) # 8 bytes filled with 0s
group = bytearray(8) # 8 bytes filled with 0s
if group_assembly_started:
if not good_block:
group_assembly_started = False
else:
# raw data bytes, as received from RDS. 8 info bytes, followed by 4 RDS offset chars: ABCD/ABcD/EEEE (in US) which we leave out here
# RDS information words
# block_number is either 0,1,2,3 so this is how we fill out the 8 bytes
bytes[block_number*2] = (dataword >> 8) & 255
bytes[block_number*2+1] = dataword & 255
group[block_number*2] = (dataword >> 8) & 255
group[block_number*2+1] = dataword & 255
group_good_blocks_counter += 1
#print('group_good_blocks_counter:', group_good_blocks_counter)
if group_good_blocks_counter == 5:
#print(bytes)
bytes_out.append(bytes) # list of len-8 lists of bytes
#print(group)
bytes_out.append(group) # list of len-8 lists of bytes
block_bit_counter = 0
block_number = (block_number + 1) % 4
blocks_counter += 1
Expand Down Expand Up @@ -915,11 +915,11 @@ Resumen y código final
radiotext_AB_flag = 0
radiotext = [' ']*65
first_time = True
for bytes in bytes_out:
group_0 = bytes[1] | (bytes[0] << 8)
group_1 = bytes[3] | (bytes[2] << 8)
group_2 = bytes[5] | (bytes[4] << 8)
group_3 = bytes[7] | (bytes[6] << 8)
for group in bytes_out:
group_0 = group[1] | (group[0] << 8)
group_1 = group[3] | (group[2] << 8)
group_2 = group[5] | (group[4] << 8)
group_3 = group[7] | (group[6] << 8)
group_type = (group_1 >> 12) & 0xf # here is what each one means, e.g. RT is radiotext which is the only one we decode here: ["BASIC", "PIN/SL", "RT", "AID", "CT", "TDC", "IH", "RP", "TMC", "EWS", "___", "___", "___", "___", "EON", "___"]
AB = (group_1 >> 11 ) & 0x1 # b if 1, a if 0
Expand Down
40 changes: 20 additions & 20 deletions content-fr/rds.rst
View file
Original file line number Diff line number Diff line change
Expand Up @@ -426,21 +426,21 @@ Notez que vous n'avez **pas** besoin de parcourir tout ce code, ou une partie de
if block_number == 0 and good_block:
group_assembly_started = True
group_good_blocks_counter = 1
bytes = bytearray(8) # 8 octets remplis de 0
group = bytearray(8) # 8 octets remplis de 0
if group_assembly_started:
if not good_block:
group_assembly_started = False
else:
# octets de données brutes, tels que reçus du RDS. 8 octets d'information, suivis de 4 caractères de décalage RDS : ABCD/ABcD/EEEE (aux Etats-Unis) que nous laissons de côté ici.
# Mots d'information RDS
# le numéro de bloc est soit 0,1,2,3 donc c'est comme ça qu'on remplit les 8 octets
bytes[block_number*2] = (dataword >> 8) & 255
bytes[block_number*2+1] = dataword & 255
group[block_number*2] = (dataword >> 8) & 255
group[block_number*2+1] = dataword & 255
group_good_blocks_counter += 1
#print('group_good_blocks_counter:', group_good_blocks_counter)
if group_good_blocks_counter == 5:
#print(bytes)
bytes_out.append(bytes) # liste de listes d'octets de longueur 8
#print(group)
bytes_out.append(group) # liste de listes d'octets de longueur 8
block_bit_counter = 0
block_number = (block_number + 1) % 4
blocks_counter += 1
Expand Down Expand Up @@ -564,11 +564,11 @@ Pour ceux qui veulent apprendre comment ce code fonctionne, je vais fournir quel
radiotext_AB_flag = 0
radiotext = [' ']*65
first_time = True
for bytes in bytes_out:
group_0 = bytes[1] | (bytes[0] << 8)
group_1 = bytes[3] | (bytes[2] << 8)
group_2 = bytes[5] | (bytes[4] << 8)
group_3 = bytes[7] | (bytes[6] << 8)
for group in bytes_out:
group_0 = group[1] | (group[0] << 8)
group_1 = group[3] | (group[2] << 8)
group_2 = group[5] | (group[4] << 8)
group_3 = group[7] | (group[6] << 8)
group_type = (group_1 >> 12) & 0xf # voici ce que chacun signifie, par exemple RT est radiotexte qui est le seul que nous décodons ici : ["BASIC", "PIN/SL", "RT", "AID", "CT", "TDC", "IH", "RP", "TMC", "EWS", "___", "___", "___", "___", "EON", "___"]
AB = (group_1 >> 11 ) & 0x1 # b si 1, a si 0
Expand Down Expand Up @@ -841,21 +841,21 @@ Vous l'avez fait! Ci-dessous se trouve tout le code ci-dessus, concaténé, il d
if block_number == 0 and good_block:
group_assembly_started = True
group_good_blocks_counter = 1
bytes = bytearray(8) # 8 octets remplis de 0
group = bytearray(8) # 8 octets remplis de 0
if group_assembly_started:
if not good_block:
group_assembly_started = False
else:
# octets de données brutes, tels que reçus du RDS. 8 octets d'information, suivis de 4 caractères de décalage RDS : ABCD/ABcD/EEEE (aux Etats-Unis) que nous laissons de côté ici.
# Mots d'information RDS
# le numéro de bloc est soit 0,1,2,3 donc c'est comme ça qu'on remplit les 8 octets
bytes[block_number*2] = (dataword >> 8) & 255
bytes[block_number*2+1] = dataword & 255
group[block_number*2] = (dataword >> 8) & 255
group[block_number*2+1] = dataword & 255
group_good_blocks_counter += 1
#print('group_good_blocks_counter:', group_good_blocks_counter)
if group_good_blocks_counter == 5:
#print(bytes)
bytes_out.append(bytes) # liste de listes d'octets de longueur 8
#print(group)
bytes_out.append(group) # liste de listes d'octets de longueur 8
block_bit_counter = 0
block_number = (block_number + 1) % 4
blocks_counter += 1
Expand Down Expand Up @@ -930,11 +930,11 @@ Vous l'avez fait! Ci-dessous se trouve tout le code ci-dessus, concaténé, il d
radiotext_AB_flag = 0
radiotext = [' ']*65
first_time = True
for bytes in bytes_out:
group_0 = bytes[1] | (bytes[0] << 8)
group_1 = bytes[3] | (bytes[2] << 8)
group_2 = bytes[5] | (bytes[4] << 8)
group_3 = bytes[7] | (bytes[6] << 8)
for group in bytes_out:
group_0 = group[1] | (group[0] << 8)
group_1 = group[3] | (group[2] << 8)
group_2 = group[5] | (group[4] << 8)
group_3 = group[7] | (group[6] << 8)
group_type = (group_1 >> 12) & 0xf # voici ce que chacun signifie, par exemple RT est radiotexte qui est le seul que nous décodons ici : ["BASIC", "PIN/SL", "RT", "AID", "CT", "TDC", "IH", "RP", "TMC", "EWS", "___", "___", "___", "___", "EON", "___"]
AB = (group_1 >> 11 ) & 0x1 # b si 1, a si 0
Expand Down
40 changes: 20 additions & 20 deletions content-nl/rds.rst
View file
Original file line number Diff line number Diff line change
Expand Up @@ -489,21 +489,21 @@ Het heeft een vrij makkelijke functie maar lost het complex op.
if block_number == 0 and good_block:
group_assembly_started = True
group_good_blocks_counter = 1
bytes = bytearray(8) # 8 bytes filled with 0s
group = bytearray(8) # 8 bytes filled with 0s
if group_assembly_started:
if not good_block:
group_assembly_started = False
else:
# raw data bytes, as received from RDS. 8 info bytes, followed by 4 RDS offset chars: ABCD/ABcD/EEEE (in US) which we leave out here
# RDS information words
# block_number is either 0,1,2,3 so this is how we fill out the 8 bytes
bytes[block_number*2] = (dataword >> 8) & 255
bytes[block_number*2+1] = dataword & 255
group[block_number*2] = (dataword >> 8) & 255
group[block_number*2+1] = dataword & 255
group_good_blocks_counter += 1
#print('group_good_blocks_counter:', group_good_blocks_counter)
if group_good_blocks_counter == 5:
#print(bytes)
bytes_out.append(bytes) # list of len-8 lists of bytes
#print(group)
bytes_out.append(group) # list of len-8 lists of bytes
block_bit_counter = 0
block_number = (block_number + 1) % 4
blocks_counter += 1
Expand Down Expand Up @@ -631,11 +631,11 @@ Andere mogelijke berichttypes zijn ["BASIC", "PIN/SL", "RT", "AID", "CT", "TDC",
radiotext_AB_flag = 0
radiotext = [' ']*65
first_time = True
for bytes in bytes_out:
group_0 = bytes[1] | (bytes[0] << 8)
group_1 = bytes[3] | (bytes[2] << 8)
group_2 = bytes[5] | (bytes[4] << 8)
group_3 = bytes[7] | (bytes[6] << 8)
for group in bytes_out:
group_0 = group[1] | (group[0] << 8)
group_1 = group[3] | (group[2] << 8)
group_2 = group[5] | (group[4] << 8)
group_3 = group[7] | (group[6] << 8)
group_type = (group_1 >> 12) & 0xf # here is what each one means, e.g. RT is radiotext which is the only one we decode here: ["BASIC", "PIN/SL", "RT", "AID", "CT", "TDC", "IH", "RP", "TMC", "EWS", "___", "___", "___", "___", "EON", "___"]
AB = (group_1 >> 11 ) & 0x1 # b if 1, a if 0
Expand Down Expand Up @@ -922,21 +922,21 @@ Mocht je de code moeten tweaken om het werkend te krijgen met jouw opname of SDR
if block_number == 0 and good_block:
group_assembly_started = True
group_good_blocks_counter = 1
bytes = bytearray(8) # 8 bytes filled with 0s
group = bytearray(8) # 8 bytes filled with 0s
if group_assembly_started:
if not good_block:
group_assembly_started = False
else:
# raw data bytes, as received from RDS. 8 info bytes, followed by 4 RDS offset chars: ABCD/ABcD/EEEE (in US) which we leave out here
# RDS information words
# block_number is either 0,1,2,3 so this is how we fill out the 8 bytes
bytes[block_number*2] = (dataword >> 8) & 255
bytes[block_number*2+1] = dataword & 255
group[block_number*2] = (dataword >> 8) & 255
group[block_number*2+1] = dataword & 255
group_good_blocks_counter += 1
#print('group_good_blocks_counter:', group_good_blocks_counter)
if group_good_blocks_counter == 5:
#print(bytes)
bytes_out.append(bytes) # list of len-8 lists of bytes
#print(group)
bytes_out.append(group) # list of len-8 lists of bytes
block_bit_counter = 0
block_number = (block_number + 1) % 4
blocks_counter += 1
Expand Down Expand Up @@ -1011,11 +1011,11 @@ Mocht je de code moeten tweaken om het werkend te krijgen met jouw opname of SDR
radiotext_AB_flag = 0
radiotext = [' ']*65
first_time = True
for bytes in bytes_out:
group_0 = bytes[1] | (bytes[0] << 8)
group_1 = bytes[3] | (bytes[2] << 8)
group_2 = bytes[5] | (bytes[4] << 8)
group_3 = bytes[7] | (bytes[6] << 8)
for group in bytes_out:
group_0 = group[1] | (group[0] << 8)
group_1 = group[3] | (group[2] << 8)
group_2 = group[5] | (group[4] << 8)
group_3 = group[7] | (group[6] << 8)
group_type = (group_1 >> 12) & 0xf # here is what each one means, e.g. RT is radiotext which is the only one we decode here: ["BASIC", "PIN/SL", "RT", "AID", "CT", "TDC", "IH", "RP", "TMC", "EWS", "___", "___", "___", "___", "EON", "___"]
AB = (group_1 >> 11 ) & 0x1 # b if 1, a if 0
Expand Down
40 changes: 20 additions & 20 deletions content-ukraine/rds.rst
View file
Original file line number Diff line number Diff line change
Expand Up @@ -412,21 +412,21 @@ Note, you **do not** need to go through all of this code, or any of it, especial
if block_number == 0 and good_block:
group_assembly_started = True
group_good_blocks_counter = 1
bytes = bytearray(8) # 8 bytes filled with 0s
group = bytearray(8) # 8 bytes filled with 0s
if group_assembly_started:
if not good_block:
group_assembly_started = False
else:
# raw data bytes, as received from RDS. 8 info bytes, followed by 4 RDS offset chars: ABCD/ABcD/EEEE (in US) which we leave out here
# RDS information words
# block_number is either 0,1,2,3 so this is how we fill out the 8 bytes
bytes[block_number*2] = (dataword >> 8) & 255
bytes[block_number*2+1] = dataword & 255
group[block_number*2] = (dataword >> 8) & 255
group[block_number*2+1] = dataword & 255
group_good_blocks_counter += 1
#print('group_good_blocks_counter:', group_good_blocks_counter)
if group_good_blocks_counter == 5:
#print(bytes)
bytes_out.append(bytes) # list of len-8 lists of bytes
#print(group)
bytes_out.append(group) # list of len-8 lists of bytes
block_bit_counter = 0
block_number = (block_number + 1) % 4
blocks_counter += 1
Expand Down Expand Up @@ -550,11 +550,11 @@ For those who want to learn how this code works, I'll provide some added informa
radiotext_AB_flag = 0
radiotext = [' ']*65
first_time = True
for bytes in bytes_out:
group_0 = bytes[1] | (bytes[0] << 8)
group_1 = bytes[3] | (bytes[2] << 8)
group_2 = bytes[5] | (bytes[4] << 8)
group_3 = bytes[7] | (bytes[6] << 8)
for group in bytes_out:
group_0 = group[1] | (group[0] << 8)
group_1 = group[3] | (group[2] << 8)
group_2 = group[5] | (group[4] << 8)
group_3 = group[7] | (group[6] << 8)
group_type = (group_1 >> 12) & 0xf # here is what each one means, e.g. RT is radiotext which is the only one we decode here: ["BASIC", "PIN/SL", "RT", "AID", "CT", "TDC", "IH", "RP", "TMC", "EWS", "___", "___", "___", "___", "EON", "___"]
AB = (group_1 >> 11 ) & 0x1 # b if 1, a if 0
Expand Down Expand Up @@ -826,21 +826,21 @@ You did it! Below is all of the code above, concatenated, it should work with t
if block_number == 0 and good_block:
group_assembly_started = True
group_good_blocks_counter = 1
bytes = bytearray(8) # 8 bytes filled with 0s
group = bytearray(8) # 8 bytes filled with 0s
if group_assembly_started:
if not good_block:
group_assembly_started = False
else:
# raw data bytes, as received from RDS. 8 info bytes, followed by 4 RDS offset chars: ABCD/ABcD/EEEE (in US) which we leave out here
# RDS information words
# block_number is either 0,1,2,3 so this is how we fill out the 8 bytes
bytes[block_number*2] = (dataword >> 8) & 255
bytes[block_number*2+1] = dataword & 255
group[block_number*2] = (dataword >> 8) & 255
group[block_number*2+1] = dataword & 255
group_good_blocks_counter += 1
#print('group_good_blocks_counter:', group_good_blocks_counter)
if group_good_blocks_counter == 5:
#print(bytes)
bytes_out.append(bytes) # list of len-8 lists of bytes
#print(group)
bytes_out.append(group) # list of len-8 lists of bytes
block_bit_counter = 0
block_number = (block_number + 1) % 4
blocks_counter += 1
Expand Down Expand Up @@ -915,11 +915,11 @@ You did it! Below is all of the code above, concatenated, it should work with t
radiotext_AB_flag = 0
radiotext = [' ']*65
first_time = True
for bytes in bytes_out:
group_0 = bytes[1] | (bytes[0] << 8)
group_1 = bytes[3] | (bytes[2] << 8)
group_2 = bytes[5] | (bytes[4] << 8)
group_3 = bytes[7] | (bytes[6] << 8)
for group in bytes_out:
group_0 = group[1] | (group[0] << 8)
group_1 = group[3] | (group[2] << 8)
group_2 = group[5] | (group[4] << 8)
group_3 = group[7] | (group[6] << 8)
group_type = (group_1 >> 12) & 0xf # here is what each one means, e.g. RT is radiotext which is the only one we decode here: ["BASIC", "PIN/SL", "RT", "AID", "CT", "TDC", "IH", "RP", "TMC", "EWS", "___", "___", "___", "___", "EON", "___"]
AB = (group_1 >> 11 ) & 0x1 # b if 1, a if 0
Expand Down
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