Alternative voice files for en_GB_2

Also, added abilty to read from separate ambe files in a dir
as well as the G4KLX style indexed files

Audio/en_GB_2/4.ambe

@@ -0,0 +1 @@
+υ‰Ε'RΙΞχ£uwL¥Ή<C2A5>ΡεzCp_”<>¦ΔsqKθυ2XΨ<58>^4h‘®
µΛ€@<0F><>σ"Z§}r	<09>T—c¶[―@¦©ΧήτΑ=Έψ±½¥¦]φJX+δ<>†ez<65><7A>&'Ρ=η9	ζΆkΰΗ^^Δρ-βεzNΔδ^χΗ_R<5F>Δ4UΘYϊBΫA&ωk^ΒτbΖΟQ‹)_>θΞo>"B!ƒ}/Η[B K(c—,z#s(Fΐϋ79§
E>5G<35>Ο,Λe;)ΞqΣ;οbXαω_oβ"`eLEiΗ<69>Ρ
`6]eOΗ<4F>ΰC?Xχ<58>„@&ODG8†Wh{0ο<05><¦3L<33>c<EFBFBD>]/§Ζc(Έ4Α<34>M|σD<0F><08>E§Δ*°Cdz01ψ·IΗ!“'

Audio/en_GB_2/5.ambe

@@ -0,0 +1,3 @@
+ÃtÇ`d˜û³€ÓÑç%exñ†jÇP
ƒq
¶Û¢!pŒØƒå:¢v6=S¾õ‹å'LÍ_–Ø %"ýþÅ€ï¦ac…Ø¥—¢<E28094>u
fÃÂX¥±‚W+pÒµI¤ £WHdñ£o{ëâ3+SOË£óŽ€`>#šYÍÂŽ€`˜/û&¿~‹Òör5<04> kœ÷Lyܨ!ütÁ=]Wï!·â…Ø
8w\°ZȆãME3úÁ†Ánhf劈ү	bXÜM˜{äDÃØ@€GŽ	<09>e†÷(ØXJÏ#“…1jº• -9ý[R	<09>',JÅCÇ×6l^/Y40Ú…d.²N|K*ö’©]櫧Eo÷"ñœ†cóoëTÙ@ç‚} !Qp¶±<C2B6>ˆ¤
+b½_˨#¤G‹…7	ûNƒ)o
+§æ›å6 Tèzõˆå!S`)Ø

Audio/en_GB_2/charlie.ambe

@@ -0,0 +1,4 @@
+Æ^£?#€¯oĉå!b4«)±´Ç'QQ1u<31>óõ a4ÔgÂÔ¢ch×1Àô a/ÂVD¨çä•g‘å=cÊÇæP𪂃ܿ<C39C>¦3µ*Sî袒…
±q‹c±<63>¤GÖv‹rmXxÊÅfZV.xj<>
€wZmRî\™Óå%涌@ËÕ,ó%‚=ˆ<>6lŒ4Èóö<C3B3>¯Ñ(¿Y€„H¯¦:¬{1€ÆI<C386>‡óA¢¬5½þ¶4#IÇ%Òêð"#44Íì<Ç—G
+hbÇqÇZ
+¡ƒL8n¡à ]Ñ[½üÐy*H
+ËOL`\Q¬»ÒZ/ƒo
õš“L-Fpí	êã¤
L»¹
O¢Ñe.ÛTIÈ·“7<E2809C>VS(HùÀEÅP&©ÿã

Audio/en_GB_2/delta.ambe

@@ -0,0 +1,2 @@
+ä™Å'RË+±†ç6#!urŒ¡•åRd$Vþ´ø¢
+Ή…Äsê,"xõ,‡›"®EMŽÚÀߥÅó¢­O¯#¹;¿Ü¢ù•ãQëG•š[r•9$îK<C3AE>.¶8$Øk…]ƒ:=EнE2fç9&çAÒxw(ã%¶_!
+mHŸ	Çp<>¨s’Ri¦N™ØÚáPOزg_i³%á0Z‚ÞP@~íÌÁ{J:9íÂ(M<>Ï:êk<1C>ø<EFBFBD>#‘
B·	\qÞ´&’¢	Ìú£·'’¶>Ý<>ò÷%m_:l@tžñ[HND<4E>½„†oÝPÉ]²ÔR)Ûu™>zód.<2E>DoŒrÅÂWçSaŸŒã

Audio/en_GB_2/echo.ambe

@@ -0,0 +1 @@
+çºçqYù°ñÄos_”ïæ˜ÇEf%<1B>.²—çpbv@0É÷aÈv{×Mƒãæ¢`=–VsçŒæT«™#NÍ YíÓÊšl	Ï¢,ðû-™Ï>qI"°ƒÍž;/bkä°ÜžzmFžÉª/¶
 Ñ¦¯Zt&`O+ŸE¦²Š<C2B2>·9™½£„u×(ˆÛH¶x›õu›S÷Yây·×\<5C>r½J¢Å[˜—“"thºU€c~ÔdaÔÓašnÒ<&ÀJ‘χòðI+h;düÛ³àX+iK@¸ž<C2B8>ÀKhOØ-0Þ°8*¥˜@(zÂkO€ ÑÕ·fO³'ÕýÕV qH¶r;œ«Ø†½¡C"HtC

Audio/en_GB_2/golf.ambe

@@ -0,0 +1 @@
+lÝ…d5™yVòvåd`aøȷשåg`4\­Ñå‚r
iÄGsÑç€&)µ"gíæƒs'^“­þò†1NIïÑí©Åï–<C3AF>ÑqÊK7›µ³Ýs¹}õwµ$…|"¤Æ2œ9
cXe±ðˆÏ
.)`†6TIÍNolT9…š<E280A6>”‡yj„ar}‹ØiÔ/%àJKnà{!¦d)=i!’
7ð{JHB¬Pͳ	jÀkѦeÑ-Ê}qÕ^i€oHŽI Kבn€"vcѶ·ƒ emG×…-êÀ‡$7‰mÎGùÓÄ;&¿mÙÁ…FSÉŽwxX²Ì?0é<^ƒì…
±Ÿ‡Ä»åB1É:

Audio/en_GB_2/juliet.ambe

@@ -0,0 +1,3 @@
+À<EFBFBD>ƒKua<75>ãþõ¡SJçûÏÔ<C38F>Sr'M¡<4D>–Ù‚A3xŸŠÑ÷Cú}á
£ä*€7tMSœß䦟)´<>£hÍü†–÷Ù“›h¥„˜k±è=áQ²vWÏþgÝ9¾ÄëÈgû7ê^ÔÁè­î€%ÉQ
…GY.wf˜e¢(ÞÊ6éQA’wxngRêÑ£¦×åÊQgÁ<67>iNnÿcÆC0»^áoÇ} -O›	.H´1ý—ùM)©´ª{²&,#y±pãk‘J¤ ‘–=klO‡[ô§„HeÇnaȮ§YhìŸ?3ái>£8	D¦ÿ³	å`¸u[h÷
+öG;Àãº
+–Mð³!ÈBé:d<1F>:»Ã†Ô”·{ÿOíÑh™(*¿ç—‡_̆k¢›£ÁWµµ#²‡3<E280A1>}6Z)ÄŠÇ'rMˆ

Audio/en_GB_2/quebec.ambe

@@ -0,0 +1,2 @@
+ΤΈε%0M‹;ΐυΆpaX΄G3‘‡ΗGfc™ΓΕΆD?†Rc<52>Τ‚4b]Ρ4c‚¤η2 3VCάµιΆ%2mΝνΧ¶¤Ξ<C2A4><CE9E><EFBFBD>»X5έβγβ1δλe®³lλΓ4οdκ9<CEBA>Z2…‘zBΏ*LΦ@ƒΞ›f<E280BA>£.®]ι4ϊU›µρp\z=HM-(™/Ψ)¦v<08>M
+Ο/<2F>‘<>3£mΉo¶'LΤZβ8Χ<38>°ή>{ήu<75>΅ά<>σ`Ε<>"Ωο“
·–βΩ“:Υ. ‚“¤ΐkκ yF)γ<0C>{η£(T#Mμ§π>igGΰ<47>Κ*‚5KΛQfh#/½$΅w0„²οwΖ)5+pχμA<CEBC><41>?足LΰpC™“y‹ρ/¦Tf·BsΖΆ7g	a3Ίη<CE8A>ε6@mΨ

Audio/en_GB_2/sierra.ambe

@@ -0,0 +1,6 @@
+•KæP°w¤ZäA‘#H‚ÂC@l#ÇIZƒÂCm°_{‚â åïdÄDfi	®7£`
 ³Ù݆¼¡lYÝt„q;²ó×wèÑ…'GØNÏc߇B'Í­üÉ•¡ÁB!ØFk3·‚¡B,säõMl%8‹X|Œak~v.K“åŠfv^
	³_!/,R@O‡%—b<E28094>>t@m
íŠÁg^q_ÈÛ/(#EÇ”g†ÿ(tF,Ô¬÷i–à؈Fû-
+ÂâÊ<C3A2><C38A>+|e0Ä”z;;¢@&žeíÓ#\Ôp¶9˜VzXÏ(Ð
+Ñv“>üw2´ÔåÐPÅACâ
+ˆP?¯¤#4(-DïöçSm3.UÔþ
µYjìÌ6À
+)&ѱ@æóôF´Jß–^J&Ôd<C394>ú¢†.h,<ÁHµÃ÷%h•8AÍJ¶†!ož"Ë]’÷AÊVàé
+.’}ÍÓrD¨?]·a4èmV

Audio/en_GB_2/yankee.ambe

@@ -0,0 +1,4 @@
+ÿǃVe9Àÿœ·Ä1‹Ö
ÌÖ<C38C>qRçÿ“„ç!d@A®yɨB}׉€6€
|\šX‚‚q#ymý´ø 4
+ü‹Ã¼´§Q9—.(jÈѹzÝ<>+²?Ä•¬ÏÜ<@{Ññë®jM#6¦ÞO«¶
+3bßÁ/§f›EúöM”Ã1ï%<14>œº”þ%gØRœ¾ÁS­#cÃö<C383>#A4‰`}Àp
w<>M}éY¨ß&d!)]4-
+;NEȉ;½;„oâFP£CÀ˜ÌÐœû£Ô§¢oƒoES€‚³z‰,O7O¥JŽ(Æ)e˜ÙS^˜/ÖKï­£®¤E§>Y|k;öS~5}$§Žk²}-DÙ8Ëö±Ln#z¼G«<47>
G1Í9ê÷€nG0ÝË÷âkn¢fõ¡ÁµH.Îg
€ëGуƒNA&t½Å

bridge_master.py

@@ -568,8 +568,8 @@ def ident():
                     _say.append(words[character])
                     _say.append(words['silence'])
                 _say.append(words['silence'])
-                #test 
-                #_say.append(AMBEobj.readSingleFile('44xx.ambe'))
+                test 
+                #_say.append(AMBEobj.readSingleFile('alpha.ambe'))
                 _all_call = bytes_3(16777215)
                 _source_id= bytes_3(5000)
                 speech = pkt_gen(_source_id, _all_call, bytes_4(16777215), 1, _say)

i8n_voice_map.py

@@ -2,6 +2,38 @@ voiceMap = {
     'en_GB': {
                 'to': '2',
     },
+    
+    'en_GB_2': {
+                'A': 'alpha',
+                'B': 'bravo',
+                'C': 'charlie',
+                'D': 'delta',
+                'E': 'echo',
+                'F': 'foxtrot',
+                'G': 'golf',
+                'H': 'hotel',
+                'I': 'india',
+                'J': 'juliet',
+                'K': 'kilo',
+                'L': 'lima',
+                'M': 'mike',
+                'N': 'november',
+                'O': 'oscar',
+                'P': 'papa',
+                'Q': 'quebec',
+                'R': 'romeo',
+                #'S': 'sierra',
+                'T': 'tango',
+                'U': 'uniform',
+                'V': 'victor',
+                'W': 'whiskey',
+                'X': 'x-ray',
+                'Y': 'yankee',
+                'Z': 'zulu',
+                'to': 'silence',
+                'notlinked': 'not-linked',
+                'linkedto': 'linked-to'
+    },
 
     'en_US:': {
                 'to': '2',

read_ambe.py

@@ -1,5 +1,7 @@
 from bitarray import bitarray
 from itertools import islice
+import os
+import glob
 
 class readAMBE:
     
@@ -17,51 +19,88 @@ class readAMBE:
     def readfiles(self):
         _AMBE_LENGTH = 9
         indexDict = {}
-        try:
-            with open(self.prefix+'.indx') as index:
-                for line in index:
-                    (voice,start,length) = line.split()
-                    indexDict[voice] = [int(start) * _AMBE_LENGTH ,int(length) * _AMBE_LENGTH]
-            index.close()
-        except IOError:
-            return False
         
-        ambeBytearray = {}
-        _wordBitarray = bitarray(endian='big')
-        _wordBADict = {}
-        try:
-            with open(self.prefix+'.ambe','rb') as ambe:            
-                for _voice in indexDict:
-                    ambe.seek(indexDict[_voice][0])
-                    _wordBitarray.frombytes(ambe.read(indexDict[_voice][1]))
-                    #108
-                    _wordBADict[_voice] = []
-                    pairs = 1
-                    _lastburst = ''
-                    for _burst in self._make_bursts(_wordBitarray):
- #Not sure if we need to pad or not? Seems to make little difference. 
-                        if len(_burst) < 108:
-                            pad = (108 - len(_burst))
-                            for i in range(0,pad,1):
-                                _burst.append(False)
-                        if pairs == 2:
-                            _wordBADict[_voice].append([_lastburst,_burst])  
-                            _lastburst = ''
-                            pairs = 1
-                            next
-                        else:
-                            pairs = pairs + 1
-                            _lastburst = _burst
-                        
-                    _wordBitarray.clear()
-                ambe.close()
-        except IOError:
-            return False
-        _wordBADict['silence'] = ([
-                [bitarray('101011000000101010100000010000000000001000000000000000000000010001000000010000000000100000000000100000000000'),
-                 bitarray('001010110000001010101000000100000000000010000000000000000000000100010000000100000000001000000000001000000000')]
-        ])
-        return _wordBADict
+        if os.path.isdir(self.prefix):
+            ambeBytearray = {}
+            _wordBitarray = bitarray(endian='big')
+            _wordBADict = {}
+            _glob = self.prefix + "/*.ambe"
+            for ambe in glob.glob(_glob):
+                basename = os.path.basename(ambe)
+                _voice,ext = basename.split('.')
+                inambe = open(ambe,'rb')
+                _wordBitarray.frombytes(inambe.read())
+                inambe.close()
+                _wordBADict[_voice] = []
+                pairs = 1
+                _lastburst = ''
+                for _burst in self._make_bursts(_wordBitarray):
+#Not sure if we need to pad or not? Seems to make little difference. 
+                    if len(_burst) < 108:
+                        pad = (108 - len(_burst))
+                        for i in range(0,pad,1):
+                            _burst.append(False)
+                    if pairs == 2:
+                        _wordBADict[_voice].append([_lastburst,_burst])  
+                        _lastburst = ''
+                        pairs = 1
+                        next
+                    else:
+                        pairs = pairs + 1
+                        _lastburst = _burst
+                    
+                _wordBitarray.clear()
+            _wordBADict['silence'] = ([
+                    [bitarray('101011000000101010100000010000000000001000000000000000000000010001000000010000000000100000000000100000000000'),
+                    bitarray('001010110000001010101000000100000000000010000000000000000000000100010000000100000000001000000000001000000000')]
+            ])
+            return _wordBADict
+        else:
+            try:
+                with open(self.prefix+'.indx') as index:
+                    for line in index:
+                        (voice,start,length) = line.split()
+                        indexDict[voice] = [int(start) * _AMBE_LENGTH ,int(length) * _AMBE_LENGTH]
+                index.close()
+            except IOError:
+                return False
+            
+            ambeBytearray = {}
+            _wordBitarray = bitarray(endian='big')
+            _wordBADict = {}
+            try:
+                with open(self.prefix+'.ambe','rb') as ambe:            
+                    for _voice in indexDict:
+                        ambe.seek(indexDict[_voice][0])
+                        _wordBitarray.frombytes(ambe.read(indexDict[_voice][1]))
+                        #108
+                        _wordBADict[_voice] = []
+                        pairs = 1
+                        _lastburst = ''
+                        for _burst in self._make_bursts(_wordBitarray):
+    #Not sure if we need to pad or not? Seems to make little difference. 
+                            if len(_burst) < 108:
+                                pad = (108 - len(_burst))
+                                for i in range(0,pad,1):
+                                    _burst.append(False)
+                            if pairs == 2:
+                                _wordBADict[_voice].append([_lastburst,_burst])  
+                                _lastburst = ''
+                                pairs = 1
+                                next
+                            else:
+                                pairs = pairs + 1
+                                _lastburst = _burst
+                            
+                        _wordBitarray.clear()
+                    ambe.close()
+            except IOError:
+                return False
+            _wordBADict['silence'] = ([
+                    [bitarray('101011000000101010100000010000000000001000000000000000000000010001000000010000000000100000000000100000000000'),
+                    bitarray('001010110000001010101000000100000000000010000000000000000000000100010000000100000000001000000000001000000000')]
+            ])
+            return _wordBADict
 
     #Read a single ambe file from the audio directory
     def readSingleFile(self,filename):
@@ -100,7 +139,9 @@ class readAMBE:
   
 if __name__ == '__main__':
     
-    test = readAMBE('en_GB','./Audio/')
+    #test = readAMBE('en_GB','./Audio/')
     
+    #print(test.readfiles())
+    test = readAMBE('en_GB_2','./Audio/')
     print(test.readfiles())
     print(test.readSingleFile('44xx.ambe'))