Streamlined security for mobile and embedded devices
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| RSA BSAFE Micro Edition Suite |
Streamlined security for mobile and embedded devices |
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/* $Id: reslist_set.c,v 1.6 2005/04/26 06:06:08 dvantwes Exp $ */ /* * Copyright (C) 1998-2003 RSA Security Inc. * * This file shall only be used to demonstrate how to interface to an * RSA Security Inc. licensed development product. * * You have a royalty-free right to use, reproduce and distribute this * demonstration file, provided that you agree that RSA Security Inc. * has no warranty, implied or otherwise, or liability for this * demonstration file (including any modified version). This software * is provided "as is" without warranties or representations of any * kind. RSA Security disclaims all conditions and warranties, statutory * and otherwise, both express and implied, with respect to the software, * its quality and performance, including but not limited to, all * implied warranties of merchantability, fitness for a particular * purpose, title and noninfringement of third party rights. Without * limiting the foregoing, RSA Security does not warrant that the * software is error-free or that errors in the product will be * corrected. You agree that RSA Security shall not be liable for any * direct, indirect, incidental, special, consequential, punitive or * other damages whatsoever resulting from your use of this software * or any modified version. * * */ #include "r_prod.h" /* * Macro constants */ /* defines for resource list types */ #define DEFAULT_RESLIST 1 #define CERTCME_RESLIST 2 #define SSLCME_RESLIST 3 #define TINY_RESLIST 4 static char* mod_id_strings[] ={ " R_RES_MOD_ID_RES_LIST", " R_RES_MOD_ID_LIBRARY", " R_RES_MOD_ID_MEM", " R_RES_MOD_ID_LOCK", " R_RES_MOD_ID_ERR", " R_RES_MOD_ID_TIME", " R_RES_MOD_ID_CRYPTO", " R_RES_MOD_ID_WTLSC_CRYPTO", " R_RES_MOD_ID_CACHE", " R_RES_MOD_ID_SKEY", " R_RES_MOD_ID_CERT", " R_RES_MOD_ID_COMP", " R_RES_MOD_ID_KGEN", " R_RES_MOD_ID_CGEN", " R_RES_MOD_ID_VERSION", " R_RES_MOD_ID_WTLS", " R_RES_MOD_ID_PKEY", " R_RES_MOD_ID_PEM", " R_RES_MOD_ID_FEATURE", " R_RES_MOD_ID_DEBUG", " R_RES_MOD_ID_PASSWD", " R_RES_MOD_ID_SIO", " R_RES_MOD_ID_VERIFY", " R_RES_MOD_ID_RAND", " R_RES_MOD_ID_BUFFER", " R_RES_MOD_ID_WMLS", " R_RES_MOD_ID_CERT_STORE", " R_RES_MOD_ID_CM", " R_RES_MOD_ID_SSL", " R_RES_MOD_ID_CERT_REQ", " R_RES_MOD_ID_CRL", " R_RES_MOD_ID_BIO", " R_RES_MOD_ID_FIPS", " R_RES_MOD_ID_HW", " R_RES_MOD_ID_EVP", " R_RES_MOD_ID_HW_SEARCH", " R_RES_MOD_ID_HW_CERT", " R_RES_MOD_ID_HW_LOGIN", " R_RES_MOD_ID_HW_LOGIN_CB", " R_RES_MOD_ID_HW_SESSION_POOL", " R_RES_MOD_ID_SPE", " R_RES_MOD_ID_COLLECTION", " R_RES_MOD_ID_ITERATOR", " R_RES_MOD_ID_UNKNOWN", " R_RES_MOD_ID_UNKNOWN", " R_RES_MOD_ID_UNKNOWN", " R_RES_MOD_ID_UNKNOWN", " R_RES_MOD_ID_UNKNOWN", " R_RES_MOD_ID_UNKNOWN", " R_RES_MOD_ID_UNKNOWN", " R_RES_MOD_ID_UNKNOWN", " R_RES_MOD_ID_UNKNOWN", " R_RES_MOD_ID_UNKNOWN" }; /* Implementation ID defines */ static char* impl_id_strings[] ={ " R_RES_IMPL_ID_DEF", " R_RES_IMPL_ID_ALL", " R_RES_IMPL_ID_WTLSC", " R_RES_IMPL_ID_SSLC", " R_RES_IMPL_ID_WMLSC", " R_RES_IMPL_ID_CIPHER_ALG_FUNC", " R_RES_IMPL_ID_PRINT_FUNC", " R_RES_IMPL_ID_VFY_DETAILS_TIME_FUNC", " R_RES_IMPL_ID_VFY_DETAILS_FUNC", " R_RES_IMPL_ID_CREATE_STATE_FUNC", " R_RES_IMPL_ID_VERIFY_STATE_FUNC", " R_RES_IMPL_ID_PROTOCOL", " R_RES_IMPL_ID_PROTOCOL_METHOD", " R_RES_IMPL_ID_CIPHER_MAP", " R_RES_IMPL_ID_CIPHER_FUNC", " R_RES_IMPL_ID_CRYPTO_METHOD", " R_RES_IMPL_ID_VFY_EXTENSIONS", " R_RES_IMPL_ID_VFY_CRL_FUNC", " R_RES_IMPL_ID_HDW", " R_RES_IMPL_ID_FIPS140", " R_RES_IMPL_ID_STD", " R_RES_IMPL_ID_DUP_FUNC", " R_RES_IMPL_ID_HW_CONFIG_FUNC", " R_RES_IMPL_ID_UNKNOWN", " R_RES_IMPL_ID_UNKNOWN", " R_RES_IMPL_ID_UNKNOWN", " R_RES_IMPL_ID_UNKNOWN", " R_RES_IMPL_ID_UNKNOWN", " R_RES_IMPL_ID_UNKNOWN", " R_RES_IMPL_ID_UNKNOWN" }; /* Sub ID defines */ static char* sub_id_strings[] ={ " R_RES_SUB_ID_DEF", " R_RES_SUB_ID_ALL", " R_RES_SUB_ID_ERROR_STRINGS", " R_RES_SUB_ID_REASON_STRINGS", " R_RES_SUB_ID_DETAIL_STRINGS", " R_RES_SUB_ID_FUNCTION_STRINGS", " R_RES_SUB_ID_MAP", " R_RES_SUB_ID_SSL2_SERVER", " R_RES_SUB_ID_SSL2_CLIENT", " R_RES_SUB_ID_SSL2_BOTH", " R_RES_SUB_ID_SSL3_SERVER", " R_RES_SUB_ID_SSL3_CLIENT", " R_RES_SUB_ID_SSL3_BOTH", " R_RES_SUB_ID_TLS1_SERVER", " R_RES_SUB_ID_TLS1_CLIENT", " R_RES_SUB_ID_TLS1_BOTH", " R_RES_SUB_ID_SSL23_SERVER", " R_RES_SUB_ID_SSL23_CLIENT", " R_RES_SUB_ID_SSL23_BOTH", " R_RES_SUB_ID_UNKNOWN", " R_RES_SUB_ID_UNKNOWN", " R_RES_SUB_ID_UNKNOWN", " R_RES_SUB_ID_UNKNOWN", " R_RES_SUB_ID_UNKNOWN", " R_RES_SUB_ID_UNKNOWN", " R_RES_SUB_ID_UNKNOWN", " R_RES_SUB_ID_UNKNOWN", " R_RES_SUB_ID_UNKNOWN" }; int main(int argc, char *argv[]) { int ret = R_ERROR_FAILED; /* Program return code */ R_LIB_CTX *lib_ctx = NULL; /* Library context */ int badop = 0; /* Indicates if a command line argument is wrong */ FILE *out; /* Standard out file */ FILE *err; /* Standard error file */ int reslist_type = 0; BIO *bio_out = NULL; BIO *bio_err = NULL; R_RES_LIST *resource_list = NULL; R_RES_LIST *myResourceList = NULL; R_RES_ITEM *myResourceItem = NULL; int num_modids=(int)(sizeof(mod_id_strings)/sizeof(char*)); int num_implids=(int)(sizeof(impl_id_strings)/sizeof(char*)); int num_subids=(int)(sizeof(sub_id_strings)/sizeof(char*)); /* * Create BIOs to stderr and stdout. BIOs are the Basic Input/Output * mechanism provided by RSA and are recommended for all input and output * from applications. */ bio_err = BIO_new_fp(stderr, BIO_NOCLOSE); bio_out = BIO_new_fp(stdout, BIO_NOCLOSE); if ((bio_err == NULL) || (bio_out == NULL)) { ret = R_ERROR_ALLOC_FAILURE; goto end; } BIO_set_flags(bio_err, BIO_FLAGS_FLUSH_ON_WRITE); BIO_set_flags(bio_out, BIO_FLAGS_FLUSH_ON_WRITE); /* Standard out and error file pointer assignments */ out = stdout; err = stderr; /* Ignore the program name in the command line arguments */ argc--; argv++; if (argc == 0) { fprintf(err, "No options\n\n"); fflush(err); badop = 1; } /* Process the program options */ while (argc >= 1) { if (Strcmp(*argv, "-default") == 0) { reslist_type = 1; } else if (Strcmp(*argv, "-certcme") == 0) { reslist_type = 2; } else if (Strcmp(*argv, "-sslcme") == 0) { reslist_type = 3; } else if (Strcmp(*argv, "-tiny") == 0) { reslist_type = 4; } else { /* * All other options (include -h, -?, -help, etc.) are * unknown are will result in a usage message and program exit */ fprintf(err, "Unknown option %s\n", *argv); fflush(err); badop = 1; break; } /* Decrement the argument counter and move to the next argument */ argc--; argv++; } /* Deal with problems with the command line arguments */ if (badop) { /* Print a usage message */ fprintf(err, "usage: reslist_test [options]\n"); fprintf(err, " -default\n"); fprintf(err, " -sslcme\n"); fprintf(err, " -certcme\n"); fprintf(err, " -tiny\n"); fflush(err); /* Exit the program */ goto end; } /* Choose the actual resource list to use */ switch(reslist_type) { case 1: resource_list = PRODUCT_DEFAULT_RESOURCE_LIST(); break; case 2: resource_list = PRODUCT_CERTCME_RESOURCE_LIST(); break; case 3: resource_list = PRODUCT_SSLCME_RESOURCE_LIST(); break; case 4: resource_list = PRODUCT_TINY_RESOURCE_LIST(); break; } /* Initialize the MES library using selected resources */ if (PRODUCT_LIBRARY_NEW(resource_list, R_RES_FLAG_DEF, &lib_ctx) != R_ERROR_NONE) { fprintf(err, "Unable to create library context\n"); fflush(err); goto end; } /* Get the resource list that was used to initialize the library */ ret = R_LIB_CTX_get_info( lib_ctx, R_LIB_CTX_INFO_ID_RESOURCE_LIST, &myResourceList ); if (ret != R_ERROR_NONE) { BIO_printf(bio_out, "Unable to get the resource list from lib_ctx\n"); goto end; } if (myResourceList == NULL) { BIO_printf(bio_out, "resource list from lib_ctx is null\n"); return(R_ERROR_NULL_ARG); } /* Iterate through the resource list and print the modules present */ do { if (myResourceList->mod_id == R_RES_MOD_ID_RES_LIST) { myResourceItem = NULL; } else { myResourceItem = myResourceList++; /* Analyze the resource item */ BIO_printf(bio_out, "resource list mod id: %d impl id: %d sub id: %d\n", myResourceItem->mod_id, myResourceItem->impl_id, myResourceItem->sub_id); if( myResourceItem->mod_id!=R_RES_MOD_ID_BIO) { BIO_printf(bio_out, "\t%s %s %s\n", myResourceItem->mod_id<=num_modids? mod_id_strings[myResourceItem->mod_id]:"Not Defined", myResourceItem->impl_id<=num_implids? impl_id_strings[myResourceItem->impl_id]:"Not Defined", myResourceItem->sub_id<=num_subids? sub_id_strings[myResourceItem->sub_id]:"Not Defined"); } else { /* * The R_RES_MOD_ID_BIO has ORed impl_ids and it is a bit * complex to try to work out a string representation. * It would be very useful to do this at some point as this * sample can be used to debug some resource list issues and * for general learning. */ BIO_printf(bio_out, "\t%s - No impl_id or sub_id strings available\n", mod_id_strings[myResourceItem->mod_id]); } } BIO_printf(bio_out, "\n\n"); } while( myResourceItem != NULL ); ret = R_ERROR_NONE; end: if (lib_ctx != NULL) { PRODUCT_LIBRARY_FREE(lib_ctx); } if (bio_out != NULL) { BIO_free(bio_out); } if (bio_err != NULL) { BIO_free(bio_err); } return(R_ERROR_EXIT_CODE(ret)); }