Difference between revisions of "SSL Services"

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| [[SSLC:AddTrustedRootCA|AddTrustedRootCA]]
 
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| [[SSLC:RootCertChainAddDefaultCert|RootCertChainAddDefaultCert]]
 
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Revision as of 23:18, 19 February 2016

SSL service "ssl:C"

Command Header Available since system-version Available from service-sessions Description
0x00010002 (<value-0x20 kernel PID header>) Initialize
0x000200C2 CreateContext
0x00030000 CreateRootCertChain
0x00040040 DestroyRootCertChain
0x00050082 Main-only AddTrustedRootCA
0x00060080 Main-only RootCertChainAddDefaultCert
0x00070080 Main-only (u32 RootCertChain_contexthandle, u32 inval)
0x00080000 This writes an output u32 to cmdreply[2](created context handle).
0x00090040 (u32 handle for a context) This is used for destroying a context created by command 0x00080000.
0x000A0082 (u32 contexthandle, u32 size, ((Size<<4) | 10), inbufptr) Writes an output u32 to cmdreply[2]. This uses a context created by command 0x00080000.
0x000B0080 (u32 contexthandle, u8 inval2) Writes an output u32 to cmdreply[2]. This uses a context created by command 0x00080000.
0x000C0080 (u32 contexthandle, u32 inval) This uses a context created by command 0x00080000.
0x000D0084 (u32 size0, u32 size1, ((Size0<<4) | 10), inbufptr0, ((Size1<<4) | 10), inbufptr1) Writes an output u32 to cmdreply[2](created context handle). This is the same type of context created by command 0x000E0040.
0x000E0040 (u8 inval) Writes an output u32 to cmdreply[2](created context handle).
0x000F0040 (u32 handle for a context) This is used for destroying a context created by command 0x000E0040.
0x00100000 ?
0x00110042 GenerateRandomData
0x00120042 InitializeConnectionSession
0x00130040 (u32 contexthandle)
0x00140040 (u32 inval) Writes two u32s to cmdreply[2] and cmdreply[3].
0x00150082 Context-only Read
0x00160082 (u32 inval, u32 size, ((Size<<4) | 12), outbufptr) Writes an output u32 to cmdreply[2].
0x00170082 Write
0x00180080 ContextSetRootCertChain
0x00190080 (u32 contexthandle, u32 inval)
0x001A0080 (u32 contexthandle, u32 inval)
0x001B0080 (u32 contexthandle, u32 inval)
0x001C00C4 (u32 inval, u32 size0, u32 size1, ((Size0<<4) | 12), outbufptr0, ((Size1<<4) | 12), outbufptr1)
0x001D0040 (u32 inval) Writes an output u32 to cmdreply[2].
0x001E0040 DestroyContext
0x001F0082 Context-only (u32 inval, u32 inval2, <value-0x0 handle-transfer header>, handle)
0x00200082 (u32 inval, u32 size, ((Size<<4) | 10), inbufptr)

Going by strings in the SSL sysmodule it appears the sysmodule uses RSA BSAFE(like certain other 3DS software), this is also likely where the "ssl:C" name comes from(RSA BSAFE "SSL-C").

Similar to HTTPC, each SSL context is used with a dedicated service session which gets opened after creating that context. Following creating the context + opening the service session, SSLC:InitializeConnectionSession is used from that service session for that context. Afterwards, all commands which require a handle for this context are done with this dedicated service session.

Internally there's a separate object vtable used with the above SSLC commands, for the main session(where SSLC:InitializeConnectionSession wasn't used), and context sessions where SSLC:InitializeConnectionSession was used. Error 0xD960BBF4 will be returned if a command was used with the wrong session type.