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add ffasn1c example for RSPRO

This can help us for debugging using an independent decoder compared to asn1c

Change-Id: I15293014cddb75190e7f848fff6d07a3401461ff
laforge/bankd-fsm-mistake
Harald Welte 4 years ago
parent
commit
7b94dc231d
  1. 17
      ffasn1c/Makefile
  2. 39
      ffasn1c/main.c
  3. 722
      ffasn1c/rspro.c
  4. 337
      ffasn1c/rspro.h

17
ffasn1c/Makefile

@ -0,0 +1,17 @@
FFASN1C_LIBS = -L/usr/local/lib -lffasn1 -lffasn1_runtime_stdc
FFASN1C_CFLAGS = -I/usr/local/include/ffasn1c
CFLAGS+=-Wall $(FFASN1C_CFLAGS)
LIBS+=$(FFASN1C_LIBS)
main: main.o rspro.o
$(CC) $(LDFLAGS) -o $@ $^ $(LIBS)
%.o: %.c
$(CC) $(CFLAGS) -o $@ -c $^
rspro.c: ../asn1/RSPRO.asn
ffasn1c -o $@ $^
clean:
@rm -f *.o main

39
ffasn1c/main.c

@ -0,0 +1,39 @@
#include <sys/types.h>
#include <sys/stat.h>
#include <fcntl.h>
#include <unistd.h>
#include <asn1defs.h>
#include "rspro.h"
static void transcode(const uint8_t *buf, unsigned int len)
{
ASN1Error err;
struct RsproPDU *pdu;
int rc;
char *gserbuf;
rc = asn1_ber_decode((void **)&pdu, asn1_type_RsproPDU, buf, len, &err);
printf("rc=%d\n", rc);
rc = asn1_gser_encode((uint8_t **) &gserbuf, asn1_type_RsproPDU, pdu);
printf("rc=%d\n", rc);
printf("%s\n", gserbuf);
}
int main(int argc, char **argv)
{
uint8_t buf[2048];
int fd, rc;
fd = open(argv[1], O_RDONLY);
if (fd < 0)
exit(1);
rc = read(fd, buf, sizeof(buf));
close(fd);
transcode(buf, rc);
}

722
ffasn1c/rspro.c

@ -0,0 +1,722 @@
/* Automatically generated file - do not edit */
#include "asn1defs.h"
#include "rspro.h"
const ASN1CType asn1_type_OperationTag[] = {
(ASN1_CTYPE_INTEGER << ASN1_CTYPE_SHIFT) | 0x5800000 | 0x100001,
0x0,
0x7fffffff,
(intptr_t)"OperationTag",
};
const ASN1CType asn1_type_BankId[] = {
(ASN1_CTYPE_INTEGER << ASN1_CTYPE_SHIFT) | 0x5800000 | 0x2,
0x0,
0x3ff,
(intptr_t)"BankId",
};
const ASN1CType asn1_type_ClientId[] = {
(ASN1_CTYPE_INTEGER << ASN1_CTYPE_SHIFT) | 0x5800000 | 0x2,
0x0,
0x3ff,
(intptr_t)"ClientId",
};
const ASN1CType asn1_type_ComponentType[] = {
(ASN1_CTYPE_ENUMERATED << ASN1_CTYPE_SHIFT) | 0x4000000 | 0xa,
3,
(intptr_t)"remsimClient",
(intptr_t)"remsimServer",
(intptr_t)"remsimBankd",
(intptr_t)"ComponentType",
};
const ASN1CType asn1_type_ComponentName[] = {
(ASN1_CTYPE_CHAR_STRING << ASN1_CTYPE_SHIFT) | 0x5800000 | 0x16,
ASN1_CSTR_IA5String,
0x1,
0x20,
1,
0x0,
0x7f,
(intptr_t)"ComponentName",
};
static const ASN1CType asn1_type__local_0[] = {
(ASN1_CTYPE_TAGGED << ASN1_CTYPE_SHIFT) | 0x0 | 0x100000,
(intptr_t)asn1_type_ComponentName,
};
static const ASN1CType asn1_type__local_1[] = {
(ASN1_CTYPE_TAGGED << ASN1_CTYPE_SHIFT) | 0x0 | 0x100001,
(intptr_t)asn1_type_ComponentName,
};
static const ASN1CType asn1_type__local_2[] = {
(ASN1_CTYPE_TAGGED << ASN1_CTYPE_SHIFT) | 0x0 | 0x100002,
(intptr_t)asn1_type_ComponentName,
};
static const ASN1CType asn1_type__local_3[] = {
(ASN1_CTYPE_TAGGED << ASN1_CTYPE_SHIFT) | 0x0 | 0x100003,
(intptr_t)asn1_type_ComponentName,
};
static const ASN1CType asn1_type__local_4[] = {
(ASN1_CTYPE_TAGGED << ASN1_CTYPE_SHIFT) | 0x0 | 0x100004,
(intptr_t)asn1_type_ComponentName,
};
static const ASN1CType asn1_type__local_5[] = {
(ASN1_CTYPE_TAGGED << ASN1_CTYPE_SHIFT) | 0x0 | 0x100005,
(intptr_t)asn1_type_ComponentName,
};
static const ASN1CType asn1_type__local_6[] = {
(ASN1_CTYPE_TAGGED << ASN1_CTYPE_SHIFT) | 0x0 | 0x100006,
(intptr_t)asn1_type_ComponentName,
};
const ASN1CType asn1_type_ComponentIdentity[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x6000000 | 0x10,
9,
sizeof(ComponentIdentity),
offsetof(ComponentIdentity, type) | 0x0,
(intptr_t)asn1_type_ComponentType,
0,
(intptr_t)"type",
offsetof(ComponentIdentity, name) | 0x0,
(intptr_t)asn1_type_ComponentName,
0,
(intptr_t)"name",
offsetof(ComponentIdentity, software) | 0x0,
(intptr_t)asn1_type__local_0,
0,
(intptr_t)"software",
offsetof(ComponentIdentity, swVersion) | 0x0,
(intptr_t)asn1_type__local_1,
0,
(intptr_t)"swVersion",
offsetof(ComponentIdentity, hwManufacturer) | 0x8000000,
(intptr_t)asn1_type__local_2,
offsetof(ComponentIdentity, hwManufacturer_option),
(intptr_t)"hwManufacturer",
offsetof(ComponentIdentity, hwModel) | 0x8000000,
(intptr_t)asn1_type__local_3,
offsetof(ComponentIdentity, hwModel_option),
(intptr_t)"hwModel",
offsetof(ComponentIdentity, hwSerialNr) | 0x8000000,
(intptr_t)asn1_type__local_4,
offsetof(ComponentIdentity, hwSerialNr_option),
(intptr_t)"hwSerialNr",
offsetof(ComponentIdentity, hwVersion) | 0x8000000,
(intptr_t)asn1_type__local_5,
offsetof(ComponentIdentity, hwVersion_option),
(intptr_t)"hwVersion",
offsetof(ComponentIdentity, fwVersion) | 0x8000000,
(intptr_t)asn1_type__local_6,
offsetof(ComponentIdentity, fwVersion_option),
(intptr_t)"fwVersion",
(intptr_t)"ComponentIdentity",
};
const ASN1CType asn1_type_Ipv4Address[] = {
(ASN1_CTYPE_OCTET_STRING << ASN1_CTYPE_SHIFT) | 0x5800000 | 0x100000,
0x4,
0x4,
(intptr_t)"Ipv4Address",
};
const ASN1CType asn1_type_Ipv6Address[] = {
(ASN1_CTYPE_OCTET_STRING << ASN1_CTYPE_SHIFT) | 0x5800000 | 0x100001,
0x10,
0x10,
(intptr_t)"Ipv6Address",
};
const ASN1CType asn1_type_IpAddress[] = {
(ASN1_CTYPE_CHOICE << ASN1_CTYPE_SHIFT) | 0x4000000 | 0x0,
2,
sizeof(IpAddress),
offsetof(IpAddress, choice),
offsetof(IpAddress, u),
(intptr_t)asn1_type_Ipv4Address,
(intptr_t)"ipv4",
(intptr_t)asn1_type_Ipv6Address,
(intptr_t)"ipv6",
(intptr_t)"IpAddress",
};
const ASN1CType asn1_type_PortNumber[] = {
(ASN1_CTYPE_INTEGER << ASN1_CTYPE_SHIFT) | 0x5800000 | 0x2,
0x0,
0xffff,
(intptr_t)"PortNumber",
};
const ASN1CType asn1_type_IpPort[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x4000000 | 0x10,
2,
sizeof(IpPort),
offsetof(IpPort, ip) | 0x0,
(intptr_t)asn1_type_IpAddress,
0,
(intptr_t)"ip",
offsetof(IpPort, port) | 0x0,
(intptr_t)asn1_type_PortNumber,
0,
(intptr_t)"port",
(intptr_t)"IpPort",
};
const ASN1CType asn1_type_ResultCode[] = {
(ASN1_CTYPE_ENUMERATED << ASN1_CTYPE_SHIFT) | 0x6000000 | 0xa,
7,
0,
(intptr_t)"ok",
(intptr_t)"illegalClientId",
(intptr_t)"illegalBankId",
(intptr_t)"illegalSlotId",
(intptr_t)"cardNotPresent",
(intptr_t)"cardUnresponsive",
(intptr_t)"cardTransmissionError",
(intptr_t)"ResultCode",
};
const ASN1CType asn1_type_SlotNumber[] = {
(ASN1_CTYPE_INTEGER << ASN1_CTYPE_SHIFT) | 0x5800000 | 0x2,
0x0,
0x3ff,
(intptr_t)"SlotNumber",
};
const ASN1CType asn1_type_ClientSlot[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x6000000 | 0x10,
2,
sizeof(ClientSlot),
offsetof(ClientSlot, clientId) | 0x0,
(intptr_t)asn1_type_ClientId,
0,
(intptr_t)"clientId",
offsetof(ClientSlot, slotNr) | 0x0,
(intptr_t)asn1_type_SlotNumber,
0,
(intptr_t)"slotNr",
(intptr_t)"ClientSlot",
};
const ASN1CType asn1_type_BankSlot[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x6000000 | 0x10,
2,
sizeof(BankSlot),
offsetof(BankSlot, bankId) | 0x0,
(intptr_t)asn1_type_BankId,
0,
(intptr_t)"bankId",
offsetof(BankSlot, slotNr) | 0x0,
(intptr_t)asn1_type_SlotNumber,
0,
(intptr_t)"slotNr",
(intptr_t)"BankSlot",
};
const ASN1CType asn1_type_ATR[] = {
(ASN1_CTYPE_OCTET_STRING << ASN1_CTYPE_SHIFT) | 0x5800000 | 0x4,
0x1,
0x37,
(intptr_t)"ATR",
};
static const ASN1CType asn1_type__local_7[] = {
(ASN1_CTYPE_BOOLEAN << ASN1_CTYPE_SHIFT) | 0x0 | 0x1,
};
static const ASN1CType asn1_type__local_8[] = {
(ASN1_CTYPE_BOOLEAN << ASN1_CTYPE_SHIFT) | 0x0 | 0x1,
};
static const ASN1CType asn1_type__local_9[] = {
(ASN1_CTYPE_BOOLEAN << ASN1_CTYPE_SHIFT) | 0x0 | 0x1,
};
static const ASN1CType asn1_type__local_10[] = {
(ASN1_CTYPE_BOOLEAN << ASN1_CTYPE_SHIFT) | 0x0 | 0x1,
};
const ASN1CType asn1_type_TpduFlags[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x6000000 | 0x10,
4,
sizeof(TpduFlags),
offsetof(TpduFlags, tpduHeaderPresent) | 0x0,
(intptr_t)asn1_type__local_7,
0,
(intptr_t)"tpduHeaderPresent",
offsetof(TpduFlags, finalPart) | 0x0,
(intptr_t)asn1_type__local_8,
0,
(intptr_t)"finalPart",
offsetof(TpduFlags, procByteContinueTx) | 0x0,
(intptr_t)asn1_type__local_9,
0,
(intptr_t)"procByteContinueTx",
offsetof(TpduFlags, procByteContinueRx) | 0x0,
(intptr_t)asn1_type__local_10,
0,
(intptr_t)"procByteContinueRx",
(intptr_t)"TpduFlags",
};
static const ASN1CType asn1_type__local_11[] = {
(ASN1_CTYPE_BOOLEAN << ASN1_CTYPE_SHIFT) | 0x0 | 0x100000,
};
static const ASN1CType asn1_type__local_12[] = {
(ASN1_CTYPE_BOOLEAN << ASN1_CTYPE_SHIFT) | 0x0 | 0x100001,
};
static const ASN1CType asn1_type__local_13[] = {
(ASN1_CTYPE_BOOLEAN << ASN1_CTYPE_SHIFT) | 0x0 | 0x100002,
};
static const ASN1CType asn1_type__local_14[] = {
(ASN1_CTYPE_BOOLEAN << ASN1_CTYPE_SHIFT) | 0x0 | 0x100003,
};
const ASN1CType asn1_type_SlotPhysStatus[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x6000000 | 0x10,
4,
sizeof(SlotPhysStatus),
offsetof(SlotPhysStatus, resetActive) | 0x0,
(intptr_t)asn1_type__local_11,
0,
(intptr_t)"resetActive",
offsetof(SlotPhysStatus, vccPresent) | 0x8000000,
(intptr_t)asn1_type__local_12,
offsetof(SlotPhysStatus, vccPresent_option),
(intptr_t)"vccPresent",
offsetof(SlotPhysStatus, clkActive) | 0x8000000,
(intptr_t)asn1_type__local_13,
offsetof(SlotPhysStatus, clkActive_option),
(intptr_t)"clkActive",
offsetof(SlotPhysStatus, cardPresent) | 0x8000000,
(intptr_t)asn1_type__local_14,
offsetof(SlotPhysStatus, cardPresent_option),
(intptr_t)"cardPresent",
(intptr_t)"SlotPhysStatus",
};
const ASN1CType asn1_type_ConnectBankReq[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x6000000 | 0x100000,
3,
sizeof(ConnectBankReq),
offsetof(ConnectBankReq, identity) | 0x0,
(intptr_t)asn1_type_ComponentIdentity,
0,
(intptr_t)"identity",
offsetof(ConnectBankReq, bankId) | 0x0,
(intptr_t)asn1_type_BankId,
0,
(intptr_t)"bankId",
offsetof(ConnectBankReq, numberOfSlots) | 0x0,
(intptr_t)asn1_type_SlotNumber,
0,
(intptr_t)"numberOfSlots",
(intptr_t)"ConnectBankReq",
};
const ASN1CType asn1_type_ConnectBankRes[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x6000000 | 0x100001,
2,
sizeof(ConnectBankRes),
offsetof(ConnectBankRes, identity) | 0x0,
(intptr_t)asn1_type_ComponentIdentity,
0,
(intptr_t)"identity",
offsetof(ConnectBankRes, result) | 0x0,
(intptr_t)asn1_type_ResultCode,
0,
(intptr_t)"result",
(intptr_t)"ConnectBankRes",
};
const ASN1CType asn1_type_ConnectClientReq[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x6000000 | 0x100002,
2,
sizeof(ConnectClientReq),
offsetof(ConnectClientReq, identity) | 0x0,
(intptr_t)asn1_type_ComponentIdentity,
0,
(intptr_t)"identity",
offsetof(ConnectClientReq, clientSlot) | 0x8000000,
(intptr_t)asn1_type_ClientSlot,
offsetof(ConnectClientReq, clientSlot_option),
(intptr_t)"clientSlot",
(intptr_t)"ConnectClientReq",
};
const ASN1CType asn1_type_ConnectClientRes[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x6000000 | 0x100003,
2,
sizeof(ConnectClientRes),
offsetof(ConnectClientRes, identity) | 0x0,
(intptr_t)asn1_type_ComponentIdentity,
0,
(intptr_t)"identity",
offsetof(ConnectClientRes, result) | 0x0,
(intptr_t)asn1_type_ResultCode,
0,
(intptr_t)"result",
(intptr_t)"ConnectClientRes",
};
const ASN1CType asn1_type_CreateMappingReq[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x6000000 | 0x100004,
2,
sizeof(CreateMappingReq),
offsetof(CreateMappingReq, client) | 0x0,
(intptr_t)asn1_type_ClientSlot,
0,
(intptr_t)"client",
offsetof(CreateMappingReq, bank) | 0x0,
(intptr_t)asn1_type_BankSlot,
0,
(intptr_t)"bank",
(intptr_t)"CreateMappingReq",
};
const ASN1CType asn1_type_CreateMappingRes[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x6000000 | 0x100005,
1,
sizeof(CreateMappingRes),
offsetof(CreateMappingRes, result) | 0x0,
(intptr_t)asn1_type_ResultCode,
0,
(intptr_t)"result",
(intptr_t)"CreateMappingRes",
};
const ASN1CType asn1_type_RemoveMappingReq[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x6000000 | 0x100006,
2,
sizeof(RemoveMappingReq),
offsetof(RemoveMappingReq, client) | 0x0,
(intptr_t)asn1_type_ClientSlot,
0,
(intptr_t)"client",
offsetof(RemoveMappingReq, bank) | 0x0,
(intptr_t)asn1_type_BankSlot,
0,
(intptr_t)"bank",
(intptr_t)"RemoveMappingReq",
};
const ASN1CType asn1_type_RemoveMappingRes[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x6000000 | 0x100007,
1,
sizeof(RemoveMappingRes),
offsetof(RemoveMappingRes, result) | 0x0,
(intptr_t)asn1_type_ResultCode,
0,
(intptr_t)"result",
(intptr_t)"RemoveMappingRes",
};
const ASN1CType asn1_type_ConfigClientReq[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x6000000 | 0x100008,
2,
sizeof(ConfigClientReq),
offsetof(ConfigClientReq, clientSlot) | 0x0,
(intptr_t)asn1_type_ClientSlot,
0,
(intptr_t)"clientSlot",
offsetof(ConfigClientReq, bankd) | 0x0,
(intptr_t)asn1_type_IpPort,
0,
(intptr_t)"bankd",
(intptr_t)"ConfigClientReq",
};
const ASN1CType asn1_type_ConfigClientRes[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x6000000 | 0x100009,
1,
sizeof(ConfigClientRes),
offsetof(ConfigClientRes, result) | 0x0,
(intptr_t)asn1_type_ResultCode,
0,
(intptr_t)"result",
(intptr_t)"ConfigClientRes",
};
const ASN1CType asn1_type_SetAtrReq[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x6000000 | 0x10000a,
2,
sizeof(SetAtrReq),
offsetof(SetAtrReq, slot) | 0x0,
(intptr_t)asn1_type_ClientSlot,
0,
(intptr_t)"slot",
offsetof(SetAtrReq, atr) | 0x0,
(intptr_t)asn1_type_ATR,
0,
(intptr_t)"atr",
(intptr_t)"SetAtrReq",
};
const ASN1CType asn1_type_SetAtrRes[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x6000000 | 0x10000b,
1,
sizeof(SetAtrRes),
offsetof(SetAtrRes, result) | 0x0,
(intptr_t)asn1_type_ResultCode,
0,
(intptr_t)"result",
(intptr_t)"SetAtrRes",
};
static const ASN1CType asn1_type__local_15[] = {
(ASN1_CTYPE_OCTET_STRING << ASN1_CTYPE_SHIFT) | 0x1000000 | 0x4,
0x0,
};
const ASN1CType asn1_type_TpduModemToCard[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x6000000 | 0x10000c,
4,
sizeof(TpduModemToCard),
offsetof(TpduModemToCard, fromClientSlot) | 0x0,
(intptr_t)asn1_type_ClientSlot,
0,
(intptr_t)"fromClientSlot",
offsetof(TpduModemToCard, toBankSlot) | 0x0,
(intptr_t)asn1_type_BankSlot,
0,
(intptr_t)"toBankSlot",
offsetof(TpduModemToCard, flags) | 0x0,
(intptr_t)asn1_type_TpduFlags,
0,
(intptr_t)"flags",
offsetof(TpduModemToCard, data) | 0x0,
(intptr_t)asn1_type__local_15,
0,
(intptr_t)"data",
(intptr_t)"TpduModemToCard",
};
static const ASN1CType asn1_type__local_16[] = {
(ASN1_CTYPE_OCTET_STRING << ASN1_CTYPE_SHIFT) | 0x1000000 | 0x4,
0x0,
};
const ASN1CType asn1_type_TpduCardToModem[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x6000000 | 0x10000d,
4,
sizeof(TpduCardToModem),
offsetof(TpduCardToModem, fromBankSlot) | 0x0,
(intptr_t)asn1_type_BankSlot,
0,
(intptr_t)"fromBankSlot",
offsetof(TpduCardToModem, toClientSlot) | 0x0,
(intptr_t)asn1_type_ClientSlot,
0,
(intptr_t)"toClientSlot",
offsetof(TpduCardToModem, flags) | 0x0,
(intptr_t)asn1_type_TpduFlags,
0,
(intptr_t)"flags",
offsetof(TpduCardToModem, data) | 0x0,
(intptr_t)asn1_type__local_16,
0,
(intptr_t)"data",
(intptr_t)"TpduCardToModem",
};
const ASN1CType asn1_type_ClientSlotStatusInd[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x6000000 | 0x10000e,
3,
sizeof(ClientSlotStatusInd),
offsetof(ClientSlotStatusInd, fromClientSlot) | 0x0,
(intptr_t)asn1_type_ClientSlot,
0,
(intptr_t)"fromClientSlot",
offsetof(ClientSlotStatusInd, toBankSlot) | 0x0,
(intptr_t)asn1_type_BankSlot,
0,
(intptr_t)"toBankSlot",
offsetof(ClientSlotStatusInd, slotPhysStatus) | 0x0,
(intptr_t)asn1_type_SlotPhysStatus,
0,
(intptr_t)"slotPhysStatus",
(intptr_t)"ClientSlotStatusInd",
};
const ASN1CType asn1_type_BankSlotStatusInd[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x6000000 | 0x10000f,
3,
sizeof(BankSlotStatusInd),
offsetof(BankSlotStatusInd, fromBankSlot) | 0x0,
(intptr_t)asn1_type_BankSlot,
0,
(intptr_t)"fromBankSlot",
offsetof(BankSlotStatusInd, toClientSlot) | 0x0,
(intptr_t)asn1_type_ClientSlot,
0,
(intptr_t)"toClientSlot",
offsetof(BankSlotStatusInd, slotPhysStatus) | 0x0,
(intptr_t)asn1_type_SlotPhysStatus,
0,
(intptr_t)"slotPhysStatus",
(intptr_t)"BankSlotStatusInd",
};
const ASN1CType asn1_type_RsproPDUchoice[] = {
(ASN1_CTYPE_CHOICE << ASN1_CTYPE_SHIFT) | 0x6000000 | 0x100002,
16,
0,
sizeof(RsproPDUchoice),
offsetof(RsproPDUchoice, choice),
offsetof(RsproPDUchoice, u),
(intptr_t)asn1_type_ConnectBankReq,
(intptr_t)"connectBankReq",
(intptr_t)asn1_type_ConnectBankRes,
(intptr_t)"connectBankRes",
(intptr_t)asn1_type_ConnectClientReq,
(intptr_t)"connectClientReq",
(intptr_t)asn1_type_ConnectClientRes,
(intptr_t)"connectClientRes",
(intptr_t)asn1_type_CreateMappingReq,
(intptr_t)"createMappingReq",
(intptr_t)asn1_type_CreateMappingRes,
(intptr_t)"createMappingRes",
(intptr_t)asn1_type_RemoveMappingReq,
(intptr_t)"removeMappingReq",
(intptr_t)asn1_type_RemoveMappingRes,
(intptr_t)"removeMappingRes",
(intptr_t)asn1_type_ConfigClientReq,
(intptr_t)"configClientReq",
(intptr_t)asn1_type_ConfigClientRes,
(intptr_t)"configClientRes",
(intptr_t)asn1_type_SetAtrReq,
(intptr_t)"setAtrReq",
(intptr_t)asn1_type_SetAtrRes,
(intptr_t)"setAtrRes",
(intptr_t)asn1_type_TpduModemToCard,
(intptr_t)"tpduModemToCard",
(intptr_t)asn1_type_TpduCardToModem,
(intptr_t)"tpduCardToModem",
(intptr_t)asn1_type_ClientSlotStatusInd,
(intptr_t)"clientSlotStatusInd",
(intptr_t)asn1_type_BankSlotStatusInd,
(intptr_t)"bankSlotStatusInd",
(intptr_t)"RsproPDUchoice",
};
static const ASN1CType asn1_type__local_17[] = {
(ASN1_CTYPE_INTEGER << ASN1_CTYPE_SHIFT) | 0x1800000 | 0x100000,
0x0,
0x20,
};
const ASN1CType asn1_type_RsproPDU[] = {
(ASN1_CTYPE_SEQUENCE << ASN1_CTYPE_SHIFT) | 0x4000000 | 0x10,
3,
sizeof(RsproPDU),
offsetof(RsproPDU, version) | 0x0,
(intptr_t)asn1_type__local_17,
0,
(intptr_t)"version",
offsetof(RsproPDU, tag) | 0x0,
(intptr_t)asn1_type_OperationTag,
0,
(intptr_t)"tag",
offsetof(RsproPDU, msg) | 0x0,
(intptr_t)asn1_type_RsproPDUchoice,
0,
(intptr_t)"msg",
(intptr_t)"RsproPDU",
};

337
ffasn1c/rspro.h

@ -0,0 +1,337 @@
/* Automatically generated file - do not edit */
#ifndef _FFASN1_RSPRO_H
#define _FFASN1_RSPRO_H
#include "asn1defs.h"
#ifdef __cplusplus
extern "C" {
#endif
typedef int OperationTag;
extern const ASN1CType asn1_type_OperationTag[];
typedef int BankId;
extern const ASN1CType asn1_type_BankId[];
typedef int ClientId;
extern const ASN1CType asn1_type_ClientId[];
typedef enum ComponentType {
ComponentType_remsimClient,
ComponentType_remsimServer,
ComponentType_remsimBankd,
} ComponentType;
extern const ASN1CType asn1_type_ComponentType[];
typedef ASN1String ComponentName;
extern const ASN1CType asn1_type_ComponentName[];
typedef struct ComponentIdentity {
ComponentType type;
ComponentName name;
ComponentName software;
ComponentName swVersion;
BOOL hwManufacturer_option;
ComponentName hwManufacturer;
BOOL hwModel_option;
ComponentName hwModel;
BOOL hwSerialNr_option;
ComponentName hwSerialNr;
BOOL hwVersion_option;
ComponentName hwVersion;
BOOL fwVersion_option;
ComponentName fwVersion;
} ComponentIdentity;
extern const ASN1CType asn1_type_ComponentIdentity[];
typedef ASN1String Ipv4Address;
extern const ASN1CType asn1_type_Ipv4Address[];
typedef ASN1String Ipv6Address;
extern const ASN1CType asn1_type_Ipv6Address[];
typedef enum {
IpAddress_ipv4,
IpAddress_ipv6,
} IpAddress_choice;
typedef struct IpAddress {
IpAddress_choice choice;
union {
Ipv4Address ipv4;
Ipv6Address ipv6;
} u;
} IpAddress;
extern const ASN1CType asn1_type_IpAddress[];
typedef int PortNumber;
extern const ASN1CType asn1_type_PortNumber[];
typedef struct IpPort {
IpAddress ip;
PortNumber port;
} IpPort;
extern const ASN1CType asn1_type_IpPort[];
typedef enum ResultCode {
ResultCode_ok,
ResultCode_illegalClientId,
ResultCode_illegalBankId,
ResultCode_illegalSlotId,
ResultCode_cardNotPresent,
ResultCode_cardUnresponsive,
ResultCode_cardTransmissionError,
} ResultCode;
extern const ASN1CType asn1_type_ResultCode[];
typedef int SlotNumber;
extern const ASN1CType asn1_type_SlotNumber[];
typedef struct ClientSlot {
ClientId clientId;
SlotNumber slotNr;
} ClientSlot;
extern const ASN1CType asn1_type_ClientSlot[];
typedef struct BankSlot {
BankId bankId;
SlotNumber slotNr;
} BankSlot;
extern const ASN1CType asn1_type_BankSlot[];
typedef ASN1String ATR;
extern const ASN1CType asn1_type_ATR[];
typedef struct TpduFlags {
BOOL tpduHeaderPresent;
BOOL finalPart;
BOOL procByteContinueTx;
BOOL procByteContinueRx;
} TpduFlags;
extern const ASN1CType asn1_type_TpduFlags[];
typedef struct SlotPhysStatus {
BOOL resetActive;
BOOL vccPresent_option;
BOOL vccPresent;
BOOL clkActive_option;
BOOL clkActive;
BOOL cardPresent_option;
BOOL cardPresent;
} SlotPhysStatus;
extern const ASN1CType asn1_type_SlotPhysStatus[];
typedef struct ConnectBankReq {
ComponentIdentity identity;
BankId bankId;
SlotNumber numberOfSlots;
} ConnectBankReq;
extern const ASN1CType asn1_type_ConnectBankReq[];
typedef struct ConnectBankRes {
ComponentIdentity identity;
ResultCode result;
} ConnectBankRes;
extern const ASN1CType asn1_type_ConnectBankRes[];
typedef struct ConnectClientReq {
ComponentIdentity identity;
BOOL clientSlot_option;
ClientSlot clientSlot;
} ConnectClientReq;
extern const ASN1CType asn1_type_ConnectClientReq[];
typedef struct ConnectClientRes {
ComponentIdentity identity;
ResultCode result;
} ConnectClientRes;
extern const ASN1CType asn1_type_ConnectClientRes[];
typedef struct CreateMappingReq {
ClientSlot client;
BankSlot bank;
} CreateMappingReq;
extern const ASN1CType asn1_type_CreateMappingReq[];
typedef struct CreateMappingRes {
ResultCode result;
} CreateMappingRes;
extern const ASN1CType asn1_type_CreateMappingRes[];
typedef struct RemoveMappingReq {
ClientSlot client;
BankSlot bank;
} RemoveMappingReq;
extern const ASN1CType asn1_type_RemoveMappingReq[];
typedef struct RemoveMappingRes {
ResultCode result;
} RemoveMappingRes;
extern const ASN1CType asn1_type_RemoveMappingRes[];
typedef struct ConfigClientReq {
ClientSlot clientSlot;
IpPort bankd;
} ConfigClientReq;
extern const ASN1CType asn1_type_ConfigClientReq[];
typedef struct ConfigClientRes {
ResultCode result;
} ConfigClientRes;
extern const ASN1CType asn1_type_ConfigClientRes[];
typedef struct SetAtrReq {
ClientSlot slot;
ATR atr;
} SetAtrReq;
extern const ASN1CType asn1_type_SetAtrReq[];
typedef struct SetAtrRes {
ResultCode result;
} SetAtrRes;
extern const ASN1CType asn1_type_SetAtrRes[];
typedef struct TpduModemToCard {
ClientSlot fromClientSlot;
BankSlot toBankSlot;
TpduFlags flags;
ASN1String data;
} TpduModemToCard;
extern const ASN1CType asn1_type_TpduModemToCard[];
typedef struct TpduCardToModem {
BankSlot fromBankSlot;
ClientSlot toClientSlot;
TpduFlags flags;
ASN1String data;
} TpduCardToModem;
extern const ASN1CType asn1_type_TpduCardToModem[];
typedef struct ClientSlotStatusInd {
ClientSlot fromClientSlot;
BankSlot toBankSlot;
SlotPhysStatus slotPhysStatus;
} ClientSlotStatusInd;
extern const ASN1CType asn1_type_ClientSlotStatusInd[];
typedef struct BankSlotStatusInd {
BankSlot fromBankSlot;
ClientSlot toClientSlot;
SlotPhysStatus slotPhysStatus;
} BankSlotStatusInd;
extern const ASN1CType asn1_type_BankSlotStatusInd[];
typedef enum {
RsproPDUchoice_connectBankReq,
RsproPDUchoice_connectBankRes,
RsproPDUchoice_connectClientReq,
RsproPDUchoice_connectClientRes,
RsproPDUchoice_createMappingReq,
RsproPDUchoice_createMappingRes,
RsproPDUchoice_removeMappingReq,
RsproPDUchoice_removeMappingRes,
RsproPDUchoice_configClientReq,
RsproPDUchoice_configClientRes,
RsproPDUchoice_setAtrReq,
RsproPDUchoice_setAtrRes,
RsproPDUchoice_tpduModemToCard,
RsproPDUchoice_tpduCardToModem,
RsproPDUchoice_clientSlotStatusInd,
RsproPDUchoice_bankSlotStatusInd,
} RsproPDUchoice_choice;
typedef struct RsproPDUchoice {
RsproPDUchoice_choice choice;
union {
ConnectBankReq connectBankReq;
ConnectBankRes connectBankRes;
ConnectClientReq connectClientReq;
ConnectClientRes connectClientRes;
CreateMappingReq createMappingReq;
CreateMappingRes createMappingRes;
RemoveMappingReq removeMappingReq;
RemoveMappingRes removeMappingRes;
ConfigClientReq configClientReq;
ConfigClientRes configClientRes;
SetAtrReq setAtrReq;
SetAtrRes setAtrRes;
TpduModemToCard tpduModemToCard;
TpduCardToModem tpduCardToModem;
ClientSlotStatusInd clientSlotStatusInd;
BankSlotStatusInd bankSlotStatusInd;
} u;
} RsproPDUchoice;
extern const ASN1CType asn1_type_RsproPDUchoice[];
typedef struct RsproPDU {
int version;
OperationTag tag;
RsproPDUchoice msg;
} RsproPDU;
extern const ASN1CType asn1_type_RsproPDU[];
#ifdef __cplusplus
}
#endif
#endif /* _FFASN1_RSPRO_H */
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