{"name": "tcpip_output", "code": "__int64 __fastcall tcpip_output ( __int64 @@a1@@ ) { __int64 @@result@@ ; if ( outputfunc ) @@result@@ = ( unsigned __int8 ) outputfunc ( @@a1@@ ) ; else @@result@@ = Number L ; return @@result@@ ; }", "source": [{"n": "a1", "t": {"T": 1, "n": "__int64", "s": 8}, "location": "r56"}, {"n": "result", "t": {"T": 1, "n": "__int64", "s": 8}, "location": "r8"}]}
{"name": "tcpip_ipv6_output", "code": "__int64 tcpip_ipv6_output ( ) { __int64 result ; size_t v1 ; void * v2 ; size_t v3 ; void * v4 ; size_t v5 ; const void * @@v6@@ ; __int64 @@v7@@ ; __int64 v8 ; __int64 v9 ; void * @@v10@@ ; result = ( unsigned __int16 ) uip_len ; if ( uip_len ) { result = ( unsigned __int16 ) uip_len ; if ( ( unsigned __int16 ) uip_len > Number ) { uip_len = Number ; return result ; } if ( ! unk_422798 && ! * ( ( _WORD * ) & unk_422798 + Number ) && ! * ( ( _WORD * ) & unk_422798 + Number ) && ! * ( ( _WORD * ) & unk_422798 + Number ) && ! * ( ( _WORD * ) & unk_422798 + Number ) && ! * ( ( _WORD * ) & unk_422798 + Number ) && ! * ( ( _WORD * ) & unk_422798 + Number ) ) { result = * ( ( unsigned __int16 * ) & unk_422798 + Number ) ; if ( ! ( _WORD ) result ) { uip_len = Number ; return result ; } } if ( unk_422798 == Number ) { LABEL_41 : result = tcpip_output ( Number L ) ; uip_len = Number ; uip_ext_len = Number ; return result ; } if ( ( unsigned __int8 ) uip_ds6_is_addr_onlink ( & unk_422798 ) ) { @@v10@@ = & unk_422798 ; result = rpl_update_header_final ( & unk_422798 ) ; } else { @@v7@@ = uip_ds6_route_lookup ( & unk_422798 ) ; if ( @@v7@@ ) { @@v10@@ = ( void * ) ( @@v7@@ + Number ) ; } else { result = uip_ds6_defrt_choose ( ) ; @@v10@@ = ( void * ) result ; if ( ! result ) { uip_len = Number ; return result ; } } result = rpl_update_header_final ( @@v10@@ ) ; } if ( ( _DWORD ) result ) { uip_len = Number ; return result ; } v8 = uip_ds6_nbr_lookup ( @@v10@@ ) ; if ( ! v8 ) { result = uip_ds6_nbr_add ( @@v10@@ , Number L , Number L , Number L ) ; v9 = result ; if ( ! result ) { uip_len = Number ; return result ; } if ( uip_packetqueue_alloc ( result + Number , Number L ) ) { v1 = ( unsigned __int16 ) uip_len ; v2 = ( void * ) uip_packetqueue_buf ( v9 + Number ) ; memcpy ( v2 , & uip_aligned_buf , v1 ) ; uip_packetqueue_set_buflen ( v9 + Number , ( unsigned __int16 ) uip_len ) ; } if ( uip_ds6_addr_lookup ( byte_422788 ) ) uip_nd6_ns_output ( byte_422788 , Number L , v9 + Number ) ; else uip_nd6_ns_output ( Number L , Number L , v9 + Number ) ; stimer_set ( v9 + Number , dword_422C50 / Number ) ; * ( _BYTE * ) ( v9 + Number ) = Number ; goto LABEL_41 ; } if ( * ( _BYTE * ) ( v8 + Number ) ) { if ( * ( _BYTE * ) ( v8 + Number ) == Number ) { * ( _BYTE * ) ( v8 + Number ) = Number ; stimer_set ( v8 + Number , Number L ) ; * ( _BYTE * ) ( v8 + Number ) = Number ; } tcpip_output ( v8 + Number ) ; result = uip_packetqueue_buflen ( v8 + Number ) ; if ( ( _WORD ) result ) { uip_len = uip_packetqueue_buflen ( v8 + Number ) ; v5 = ( unsigned __int16 ) uip_len ; @@v6@@ = ( const void * ) uip_packetqueue_buf ( v8 + Number ) ; memcpy ( & uip_aligned_buf , @@v6@@ , v5 ) ; uip_packetqueue_free ( v8 + Number ) ; result = tcpip_output ( v8 + Number ) ; } uip_len = Number ; } else { result = uip_packetqueue_alloc ( v8 + Number , Number L ) ; if ( result ) { v3 = ( unsigned __int16 ) uip_len ; v4 = ( void * ) uip_packetqueue_buf ( v8 + Number ) ; memcpy ( v4 , & uip_aligned_buf , v3 ) ; result = uip_packetqueue_set_buflen ( v8 + Number , ( unsigned __int16 ) uip_len ) ; } uip_len = Number ; } } return result ; }", "source": [{"n": "v6", "t": {"T": 3, "t": "const void"}, "location": "r64"}, {"n": "v10", "t": {"T": 3, "t": "void"}, "location": "s24"}, {"n": "v7", "t": {"T": 1, "n": "__int64", "s": 8}, "location": "s40"}]} {"name": "output", "code": "__int64 __fastcall output ( __int64 @@a1@@ ) { char @@v2@@ [ Number ] ; __int64 * @@v3@@ ; unsigned __int16 @@v4@@ ; uncomp_hdr_len = Number ; rime_hdr_len = Number ; packetbuf_clear ( ) ; rime_ptr = packetbuf_dataptr ( ) ; packetbuf_set_attr ( Number , Number ) ; if ( callback ) set_packet_attrs ( ) ; if ( * ( ( _BYTE * ) & uip_aligned_buf + Number ) != Number || ( * ( ( _BYTE * ) & dword_4227A8 + Number ) & Number ) != Number || ( * ( ( _BYTE * ) & dword_4227A8 + Number ) & Number ) == Number ) { if ( * ( ( _BYTE * ) & uip_aligned_buf + Number ) == Number && ( * ( ( _BYTE * ) & dword_4227A8 + Number ) & Number ) != Number ) packetbuf_set_attr ( Number , Number ) ; } else { packetbuf_set_attr ( Number , Number ) ; } if ( @@a1@@ ) rimeaddr_copy ( ( __int64 ) @@v2@@ , @@a1@@ ) ; else rimeaddr_copy ( ( __int64 ) @@v2@@ , ( __int64 ) & rimeaddr_null ) ; compress_hdr_hc06 ( @@v2@@ ) ; if ( ( unsigned __int16 ) uip_len - ( unsigned __int8 ) uncomp_hdr_len <= Number - ( unsigned __int8 ) rime_hdr_len ) { memcpy ( ( char * ) rime_ptr + ( unsigned __int8 ) rime_hdr_len , ( char * ) & uip_aligned_buf + ( unsigned __int8 ) uncomp_hdr_len , ( unsigned __int16 ) uip_len - ( unsigned __int8 ) uncomp_hdr_len ) ; packetbuf_set_datalen ( uip_len - ( unsigned __int8 ) uncomp_hdr_len + ( unsigned __int8 ) rime_hdr_len ) ; send_packet_1 ( ( __int64 ) @@v2@@ ) ; } else { memmove ( ( char * ) rime_ptr + Number , rime_ptr , ( unsigned __int8 ) rime_hdr_len ) ; * ( _BYTE * ) rime_ptr = HIBYTE ( uip_len ) | Number ; * ( ( _BYTE * ) rime_ptr + Number ) = uip_len ; * ( ( _BYTE * ) rime_ptr + Number ) = HIBYTE ( my_tag ) ; * ( ( _BYTE * ) rime_ptr + Number ) = my_tag ++ ; rime_hdr_len += Number ; rime_payload_len = ( Number - rime_hdr_len ) & Number ; memcpy ( ( char * ) rime_ptr + ( unsigned __int8 ) rime_hdr_len , ( char * ) & uip_aligned_buf + ( unsigned __int8 ) uncomp_hdr_len , ( Number - rime_hdr_len ) & Number ) ; packetbuf_set_datalen ( ( unsigned __int8 ) rime_payload_len + ( unsigned __int8 ) rime_hdr_len ) ; @@v3@@ = ( __int64 * ) queuebuf_new_from_packetbuf ( ) ; if ( ! @@v3@@ ) return Number L ; send_packet_1 ( ( __int64 ) @@v2@@ ) ; queuebuf_to_packetbuf ( ( unsigned __int64 ) @@v3@@ ) ; queuebuf_free ( @@v3@@ ) ; @@v3@@ = Number L ; if ( last_tx_status == Number || last_tx_status == Number || last_tx_status == Number ) return Number L ; @@v4@@ = ( unsigned __int8 ) rime_payload_len + ( unsigned __int8 ) uncomp_hdr_len ; rime_hdr_len = Number ; * ( _BYTE * ) rime_ptr = HIBYTE ( uip_len ) | Number ; * ( ( _BYTE * ) rime_ptr + Number ) = uip_len ; rime_payload_len = ( Number - rime_hdr_len ) & Number ; while ( @@v4@@ < ( unsigned __int16 ) uip_len ) { * ( ( _BYTE * ) rime_ptr + Number ) = @@v4@@ >> Number ; if ( ( unsigned __int16 ) uip_len - @@v4@@ < ( unsigned __int8 ) rime_payload_len ) rime_payload_len = uip_len - @@v4@@ ; memcpy ( ( char * ) rime_ptr + ( unsigned __int8 ) rime_hdr_len , ( char * ) & uip_aligned_buf + @@v4@@ , ( unsigned __int8 ) rime_payload_len ) ; packetbuf_set_datalen ( ( unsigned __int8 ) rime_payload_len + ( unsigned __int8 ) rime_hdr_len ) ; @@v3@@ = ( __int64 * ) queuebuf_new_from_packetbuf ( ) ; if ( ! @@v3@@ ) return Number L ; send_packet_1 ( ( __int64 ) @@v2@@ ) ; queuebuf_to_packetbuf ( ( unsigned __int64 ) @@v3@@ ) ; queuebuf_free ( @@v3@@ ) ; @@v3@@ = Number L ; @@v4@@ += ( unsigned __int8 ) rime_payload_len ; if ( last_tx_status == Number || last_tx_status == Number || last_tx_status == Number ) return Number L ; } } return Number L ; }", "source": [{"n": "a1", "t": {"T": 1, "n": "__int64", "s": 8}, "location": "r56"}, {"n": "v3", "t": {"T": 3, "t": "__int64"}, "location": "s16"}, {"n": "v4", "t": {"T": 1, "n": "unsigned __int16", "s": 2}, "location": "s2"}, {"n": "v2", "t": {"T": 2, "n": 8, "s": 1, "t": "char"}, "location": "s24"}]}