Database Info

Audio recording. Error in source code

When I'm trying initialize VoiceRecorder I have error:
error LNK2019: unresolved external symbol VoiceRecorder_Create referenced in function "public: void __cdecl test2Dlg.obj
Ctest2Dlg::OnBnClickedButton3(void)" ([email protected]@@QAAXXZ)
CM_VOICE_RECORDER cmvr;
memset( &(cmvr), 0, sizeof(cmvr));
cmvr.cb = sizeof (CM_VOICE_RECORDER);
cmvr.dwStyle = VRS_NO_MOVE;
cmvr.xPos = -1; //-1 means control is drawn centered to Parent window hwndMain
cmvr.yPos = -1;
cmvr.hwndParent = m_hWnd;
cmvr.id = NULL;
cmvr.lpszRecordFileName = TEXT("\\My Documents\\TestRec.wav");
DeleteFile(L"\\My Docuemnts\\TestRec.wav");
DeleteFile(L"\\My Documents\\~Rec_0.wav");
HWND hwndVoice = VoiceRecorder_Create (&cmvr); //Error in this line
::ShowWindow(hwndVoice, WS_VISIBLE);
::UpdateWindow(hwndVoice);
Help me please

Will this make G.729 work on WM6?

Hi i currently have the WM6.1 in built client working with my SIP server the G711u codec works fine over HSPA but im curious to know if given G.729 would calls over GPRS be possible? Which bring me onto the main point If added to the registry and the codec placed in the approperate directory would this enable G.729 as a codec for the WM6.1 VoIP client:
; Configure ACM_G729 FormatTag
; Note that G729 frame_duration = 20ms in this example [HKEY_LOCAL_MACHINE\Comm\RTC\ACM\G729]
"PayloadType" = dword:12
"FrameDuration" = dword:A
"CodecRank" = dword:1
"Driver" = "g729.acm"
[HKEY_LOCAL_MACHINE\Comm\RTC\ACM\G729\WaveFormat]
"FormatTag" = dword:44
"Channels" = dword:1
"SamplesPerSec" = dword:1F40
"AvgBytesPerSec" = dword:3E8
"BlockAlign" = dword:A
"BitsPerSample" = dword:0
"bSize" = dword:2
; Configure ACM_G729 Prefix
[HKEY_LOCAL_MACHINE\Drivers\BuiltIn\CODEC_G729]
"Prefix"="ACM"
"Dll"="g729.acm"
; Cofigure Codec Preference
and for path:
[HKEY_LOCAL_MACHINE\Comm\RTC\Codec]
"PreferredAudioCodec"=dword:12 ; 0=pcmu, 12=729
"UsePreferredCodec"=dword:1
came from: http://msdn.microsoft.com/en-us/library/aa924754.aspx
Thanks
Dphi

dphiance said:
Hi i currently have the WM6.1 in built client working with my SIP server the G711u codec works fine over HSPA but im curious to know if given G.729 would calls over GPRS be possible? Which bring me onto the main point If added to the registry and the codec placed in the approperate directory would this enable G.729 as a codec for the WM6.1 VoIP client:
; Configure ACM_G729 FormatTag
; Note that G729 frame_duration = 20ms in this example [HKEY_LOCAL_MACHINE\Comm\RTC\ACM\G729]
"PayloadType" = dword:12
"FrameDuration" = dword:A
"CodecRank" = dword:1
"Driver" = "g729.acm"
[HKEY_LOCAL_MACHINE\Comm\RTC\ACM\G729\WaveFormat]
"FormatTag" = dword:44
"Channels" = dword:1
"SamplesPerSec" = dword:1F40
"AvgBytesPerSec" = dword:3E8
"BlockAlign" = dword:A
"BitsPerSample" = dword:0
"bSize" = dword:2
; Configure ACM_G729 Prefix
[HKEY_LOCAL_MACHINE\Drivers\BuiltIn\CODEC_G729]
"Prefix"="ACM"
"Dll"="g729.acm"
; Cofigure Codec Preference
and for path:
[HKEY_LOCAL_MACHINE\Comm\RTC\Codec]
"PreferredAudioCodec"=dword:12 ; 0=pcmu, 12=729
"UsePreferredCodec"=dword:1
came from: http://msdn.microsoft.com/en-us/library/aa924754.aspx
Thanks
Dphi
Click to expand...
Click to collapse
Maybe, if you have a g729.acm build for ARM/PocketPC. Do you?

HTC Serial Numbers decoded

Everybody knows those nice serials you can use to download ROMs from HTC. After some research about the serial numbers, here is how they are built :
2008 Serial Numbers :
Code:
HTUWWYYZZZZZ
HT = Vendor HTC
U = Year (8 = 2008)
WW = Week in a year
YY = Part Code
ZZZZZ : Identification Number (decimal)
2009 Serial Numbers :
Code:
HTYMDAABBBBB
HT = Vendor HTC
Y = Year (9 = 2009)
M = Month (hex 1...C = 1 - 12 months)
D = Day (hex 1...9A..Z = 1 - 31 days)
YY = Part Code
ZZZZZ : Identification Number (decimal)
Part Codes :
Code:
G3 = Sedna
G6 = Elfin
GH = Elf
K0 = Raphael
KW = Raphael C
K7 = Victor
EZ = Breeze
GN = Diamond
KT = Diamond MDA
BE = Prophet
EW = Prophet/PM300
F2 = Hermes
D6 = Blue Angel
GZ = Dream
FM = Athena
6G = Kaiser
G8 = Kaiser/Tytn II
DB = Typhoon
F2 = Melbourne/Census
BD = Charmer
N1 = Snap
L1 = Topaz
NW = Leo
LL = Rhodium
KD = Blackstone
GE = Polaris
KH = Jade
FS = Herald
FK = Trinity
EE = Wizard
GC = Nike
KN = Quartz
KF = Sapphire
HL = Supersonic
If you find further part codes not listed above, feel free to add them
Cya,
Viper BJK

My Touch Pro's part is "KW" (RAPH101)

Thanks .... is it a branded one ?

Nope, HTC Touch Pro T7274, with American 3G.

Update : Supersonic added

PL is the Code for Desire
HT041 means first april 2010?

Very interesting...

Don't mean to bring that back up but were having some trouble decoding the numbers on our Thunderbolts.. 1-9 a-z = 35 days
... were trying to make a database of the dates phones were made for bricking... if you have any insight on this please help.

Interesting
Very interesting indeed

viperbjk said:
Everybody knows those nice serials you can use to download ROMs from HTC. After some research about the serial numbers, here is how they are built :
2008 Serial Numbers :
Code:
HTUWWYYZZZZZ
HT = Vendor HTC
U = Year (8 = 2008)
WW = Week in a year
YY = Part Code
ZZZZZ : Identification Number (decimal)
2009 Serial Numbers :
Code:
HTYMDAABBBBB
HT = Vendor HTC
Y = Year (9 = 2009)
M = Month (hex 1...C = 1 - 12 months)
D = Day (hex 1...9A..Z = 1 - 31 days)
YY = Part Code
ZZZZZ : Identification Number (decimal)
Part Codes :
Code:
G3 = Sedna
G6 = Elfin
GH = Elf
K0 = Raphael
KW = Raphael C
K7 = Victor
EZ = Breeze
GN = Diamond
KT = Diamond MDA
BE = Prophet
EW = Prophet/PM300
F2 = Hermes
D6 = Blue Angel
GZ = Dream
FM = Athena
6G = Kaiser
G8 = Kaiser/Tytn II
DB = Typhoon
F2 = Melbourne/Census
BD = Charmer
N1 = Snap
L1 = Topaz
NW = Leo
LL = Rhodium
KD = Blackstone
GE = Polaris
KH = Jade
FS = Herald
FK = Trinity
EE = Wizard
GC = Nike
KN = Quartz
KF = Sapphire
HL = Supersonic
If you find further part codes not listed above, feel free to add them
Cya,
Viper BJK
Click to expand...
Click to collapse
for ZZZZZ
it it was found that actually it is "CC-ZZZ"
CC is for country code
i only know that
46 = Germany
37 = Dubai
Please add more country codes...

The first two characters actually mean the place of manufacture.
SZ = Shenzhen, China
SH = Shanghai, China
HT = Hsinchu, Taiwan
CH = Wuhan, China
A pic of a HTC Desire made in Shanghai can be found here:
http://www.rei3.com/archives/8416.html

The Shooter's (CDMA Evo 3D's) part code is HX

That's cool info. Thanks for the insight guys.
Sent from my Transformer TF101 using Tapatalk

good info))) would have to look over and add it)))

MB139PK41124???

my Serial starts with FA does anyone know where this might be? while one i bought for my partner is HT

Implementing Google Play Application Silent Install Feature On Android

Hi Experts / Expert Hackers,
I'm trying to implement the Google Play application silent install feature (similar to appbrain fast web installer) on android.
So far I was able achieve the following :
1. Find out a method to retrieve the Google Play Auth Token (thus granting permission for my application to talk with Google Play application on the Phone). I've listed the code I've used for this below :
Code:
Log.i(TAG,"Getting the Google Play Auth Token Using Account Manager : START");
AccountManager accountManager = AccountManager.get(getApplicationContext());
Account[] accArr = accountManager.getAccountsByType("com.google");
for (Account acc : accArr) {
Log.i(TAG, "For Account Name : " + acc.name + " - "+ "Account Type : " + acc.type);
accountManager.getAuthToken(acc, "googleplay", null, this,new AccountManagerCallback<Bundle>() {
public void run(
AccountManagerFuture<Bundle> paramAccountManagerFuture) {
try {
Bundle localBundle = (Bundle) paramAccountManagerFuture.getResult();
String authToken = localBundle.get("authtoken") + "";
Log.i(TAG, "Got AuthToken : " + authToken);
} catch (Exception ex) {
StackTraceElement[] starray = ex.getStackTrace();
StringBuffer bf = new StringBuffer();
bf.append("Error : " + ex.getMessage()).append("\n");
for (StackTraceElement ste : starray) {
bf.append(ste.toString()).append("\n");
}
Log.e(TAG, bf.toString());
}
}
}, null);
}
Log.i(TAG,"Getting the Google Play Auth Token Using Account Manager : END");
2. Find out how to Retrieve the Android-Id of the Phone (This Id as I believe should be used when sending the appInstall request to the GPlay Servers or the Gplay/vending application on the android phone)
Code:
Log.i(TAG, "Getting the Android ID Of the Phone : START");
Uri localUri = Uri.parse("content://com.google.android.gsf.gservices");
ContentResolver localContentResolver = getContentResolver();
String[] arrayOfString = new String[1];
arrayOfString[0] = "android_id";
Cursor localCursor = localContentResolver.query(localUri, null,null, arrayOfString, null);
Log.i(TAG, "Column Count : " + localCursor.getColumnCount());
if ((localCursor != null) && (localCursor.moveToFirst())) {
String androidId = Long.toHexString(Long.parseLong(localCursor.getString(1)));
Log.i(TAG, "Received Android ID : " + androidId);
Log.i(TAG,"Other Value in Column : " + localCursor.getString(0));
}
Log.i(TAG,"Getting the Android ID of the Phone : END");
3. Find out the Protocol Buffer Request to be sent to the Google Play servers or the Gplay/vending application on the phone to Initiate the silent application download & install process.
Code:
message InstallRequest {
optional string appId = 1;
}
message RequestContext {
required string authSubToken = 1;
required bool isSecure = 2;
required int32 version = 3;
required string androidId = 4;
optional string deviceAndSdkVersion = 5;
optional string userLanguage = 6;
optional string userCountry = 7;
optional string operatorAlpha = 8;
optional string simOperatorAlpha = 9;
optional string operatorNumeric = 10;
optional string simOperatorNumeric = 11;
}
message Request {
optional RequestContext context = 1;
repeated group RequestGroup = 2 {
optional InstallRequest installRequest = 10;
}
}
4.I even used the protobuf compiler and generated the java class for manipulating the above protocol buffer request and filled the above protocol buffer fields with some sample data. See the code below :
Code:
public void buildAndSendSilentInstallProtoBuffMessage(String gplayAuthToken, String deviceAndroidId){
try{
/*
* The Root Request Object Assumed to be Holding the Silent Install Request
*/
Request.Builder request = Request.newBuilder();
//Populating the ReequestContext Object
RequestContext.Builder context = RequestContext.newBuilder();
context.setAndroidId(deviceAndroidId);
context.setAuthSubToken(gplayAuthToken);
context.setIsSecure(true);
context.setVersion(1002);
context.setDeviceAndSdkVersion("dream:4");
context.setUserLanguage("en");
context.setUserCountry("us");
context.setOperatorAlpha("Android");
context.setOperatorNumeric("310260");
context.setSimOperatorNumeric("310260");
//Building the Install Request
InstallRequest.Builder installRequest = InstallRequest.newBuilder();
installRequest.setAppId("-2564446724934482383");
//Setting the Install Request to the Request Group
RequestGroup.Builder requestGroup = RequestGroup.newBuilder();
requestGroup.setInstallRequest(installRequest);
//Setting the Request Context to the Main Request Object
request.setContext(context);
//Setting the Request Group to the Request Object
request.addRequestGroup(requestGroup);
The Sample Data for GPlay Token and the Android Id are as follows :
1. Android_ID :
3a0f901831a0f402
2. Google Play AuthToken :
DQAAAMgAAACpOyPf6apRbb0i4qhTVaf0yYoikTAb4TYlHCRLrW4mu5f14j-H35KGmO9TQKUDYCfj3-b-QIH5chfXT3bS02Uxljg7vYt4I-kgXLEJwPcynjugDcJ9fYPOh1c2FnOnywFXXxXw6hcqs5sVnJEt5zW2ditoB5VeeXG9Zfodj9dXKobObi50-XnHoGfWi2b64Uf3EHGdQTsDCMzfZrE4mb22fr9LCW1oZG5tkzwS4KhPBHWMN2fO7w-1IZ4UK5LOI80vPBLjxBaavKAXHoVUHSNV
5. I also did some sniffing using my rooted galaxy nexus phone during Gplay application silent install and found only two HTTP GET Requests.
I tried reproducing the those two Http GET requests captured using Shark for root(using my rooted android galaxy nexus phone) and the 1st Request just downloads the Market File itself (which I was able to save to the SD card of the Phone. But then it has to be installed like any unknown sources application) while the second request returns nothing.
The two get requests captured are shown below :
Code:
1. GET REQUEST ONE :
21 0.827240 192.168.135.102 173.194.36.4 HTTP 535 GET /market/download/Download?packageName=com.gau.go.launcherex.theme.appwidget.gopowermaster.futureworld&versionCode=1&token=AOTCm0QRnH3rmypWtCGoAL_SU1BSt311wpyz-_LZTodkUSAlc-f5SrdMiz5WDRDUKMMm6S3plBI9Jbh1tukT1jyCYXLgP4QhVvZvn5JLtZQ&downloadId=-165214892049282883 HTTP/1.1
Which has the following http headers :
Cookie: MarketDA=17214805622679635526\r\n
Host: android.clients.google.com\r\n
Connection: Keep-Alive\r\n
User-Agent: AndroidDownloadManager/4.1.1 (Linux; U; Android 4.1.1; Galaxy Nexus Build/JRO03C)\r\n
2. GET REQUEST TWO :
44 6.595093 192.168.135.102 222.165.163.15 HTTP 608 GET /market/GetBinary/com.gau.go.launcherex.theme.appwidget.gopowermaster.futureworld/1?expire=1346838270&ipbits=0&ip=0.0.0.0&cp=SnpybWlzSFk6OTYzMzg0MTE2NzA1ODEwOTYxMjE&sparams=expire,ipbits,ip,q:,cp&signature=2C0778C4635F6F8AE1DA8479FB08DCB9BC04C2E9.60202D8D4D2FDDA70609A3862A25852F0BAA2766&key=am2 HTTP/1.1
Which has the following http headers :
Cookie: MarketDA=17214805622679635526\r\n
Host: o-o.preferred.slt-cmb2.v12.lscache4.c.android.clients.google.com\r\n
Connection: Keep-Alive\r\n
User-Agent: AndroidDownloadManager/4.1.1 (Linux; U; Android 4.1.1; Galaxy Nexus Build/JRO03C)\r\n
I've been looking into this for about two weeks now but I still couldn't find the following :
1. Whether the AppBrain fast Web Installer uses the protocol buffer to invoke the Gplay (vending application) on the phone or the Gplay servers ?. If so is the above Protocol Buffer Request format correct ??.
2. If the Above Protocol Buffer Request format is correct then to Where in the Phone or Gplay server should I send the Protocol buffer request to to invoke the Silent Application download and installing procedure ?.
I also have a C2DM (now GCM) server and client setup around this task as well. Could anyone point me in the correct direction or give me any clues for solving this ?. Any help is much appreciated .

Seriously No one ???. I thought this forum has some expert hackers . Where are those so called android hackers anyways ??. Please guys I need help on this and it's urgent .

Hello. How you login into google play with token from account manager? Thanks.

Automates patcher tool

Hi,
I've been looking for a tool or script to replace hex sequence in binary file in Windows. Indeed, i found this script :
Code:
Imports System.Runtime.CompilerServices
Imports System.IO
Public Class FinduReplaceHex
Private Shared ReadOnly FindHex As Byte() = {&H75, &HF6, &HF3}
Private Shared ReadOnly ReplaceHex As Byte() = {&HA2, &HE3, &H4B}
<MethodImpl(MethodImplOptions.NoInlining)> Private Shared Function DP(sequence As Byte(), position As Integer) As Boolean
If position + FindHex.Length > sequence.Length Then
Return False
End If
For i As Integer = 0 To FindHex.Length - 1
If FindHex(i) <> sequence(position + i) Then
Return False
End If
Next
Return True
End Function
Private Sub Patch_Click(sender As Object, e As EventArgs) Handles Patch.Click
Dim DT As String = Environment.GetFolderPath(Environment.SpecialFolder.Desktop)
Dim FD As Byte() = File.ReadAllBytes(DT & "\App.dll")
For F As Integer = 0 To FD.Length - 1
If Not DP(FD, F) Then
Continue For
End If
For R As Integer = 0 To FindHex.Length - 1
FD(F + R) = ReplaceHex®
Next
Next
If System.IO.File.Exists(DT & "\App.dll") Then
System.IO.File.Move(DT & "\App.dll", DT & "\App.dll.backup")
File.WriteAllBytes(DT & "\App Method 3.dll", FD)
Else
'Write Other Codes
End If
End Sub
End Class
The only problem is that I want to be able to use wildcards like this :
Search for F4 B3 ?? 12 and replace F4 BE 65 EA
Thanks in advance