#include "..\inc\swilib.h" #include "objects.h" #include "zipstruct.h" #define wslen(ws) ws->wsbody[0] extern void InitConfig(); extern const char WORKFOLDER[]; extern const char DER_FILE[]; extern const char KEY_FILE[]; extern const char FOLDER_ICON[]; extern const char JAR_ICON[]; extern const int FREAD; extern const int FWRITE; extern const int INTERNET; extern const int COMM; extern const int BLUETOOTH; extern const int SMS; extern const int MMS; extern const int MEDIA; typedef struct { CSM_RAM csm; int gui_id; }MAIN_CSM; typedef struct { void *next; WSHDR *fullname; WSHDR *filename; int is_dir; }FLIST; #pragma pack(1) typedef struct { #ifdef NEWSGOLD char signature[0x3C]; #else char signature[0x23]; #endif char cert_num; }SBP_FILE_SIG; #pragma pack() typedef struct { void *next; char *issuer; char *hash; }SBP_LIST; int filelist_menu_id; volatile int request_remake_filelist; volatile int request_close_filelist; int is_manufacturer_patched(); volatile FLIST *fltop; WSHDR* jar_file; int S_ICONS[3]; #ifdef NEWSGOLD const char folder[129]="0:\\Applications\\"; #else const char folder[129]="0:\\Java\\jam\\"; #endif const char manufacturer_sbp[]="2:\\Policy\\manufacturer.sbp"; const char certificate_store[]="2:\\Certificate store\\"; const char delimeter[]={2}; const int minus11=-11; unsigned short maincsm_name_body[20]; extern void kill_data(void *p, void (*func_p)(void *)); extern char * base64_encode(const void *data, int *size); const char midlet_cert[]="MIDlet-Certificate-1-1:"; const char midlet_jar_rsa[]="MIDlet-Jar-RSA-SHA1:"; const char midlet_permissions[]="MIDlet-Permissions:"; const char eol[]="\r\n"; //=============================================================================================== // ELKA Compatibility #pragma inline void patch_header(HEADER_DESC* head) { head->rc.x=0; head->rc.y=YDISP; head->rc.x2=ScreenW()-1; head->rc.y2=HeaderH()+YDISP; } #pragma inline void patch_input(INPUTDIA_DESC* inp) { inp->rc.x=0; inp->rc.y=HeaderH()+1+YDISP; inp->rc.x2=ScreenW()-1; inp->rc.y2=ScreenH()-SoftkeyH()-1; } //=============================================================================================== void ed1_locret(void){} void* zcalloc(int unk,size_t nelem, size_t elsize) { return (malloc(nelem*elsize)); } void zcfree(int unk, void* ptr) { mfree(ptr); } #pragma inline=forced int toupper(int c) { if ((c>='a')&&(c<='z')) c+='A'-'a'; return(c); } int strcmp_nocase(const char *s1,const char *s2) { int i; int c; while(!(i=(c=toupper(*s1++))-toupper(*s2++))) if (!c) break; return(i); } int strncmp_nocase(const char *s1,const char *s2,unsigned int n) { int i; int c; while(!(i=(c=toupper(*s1++))-toupper(*s2++))&&(--n)) if (!c) break; return(i); } #define DONE 0 #define CANT_OPEN_JAD 1 #define BAD_JAR 2 #define FILE_ALREADY_SIGNED 3 #define CANT_READ_CERT 4 #define CANT_CREATE_HASH 5 #define CANT_SIGN_HASH 6 #define CANT_APPEND 7 #define JAD_ALREDY_EXISTS 8 #define CANT_OPEN_JAR 9 #define CANT_FIND_MANIFEST 10 #define CANT_CREATE_JAD 11 #define BAD_KEY_FILE 12 #define SIZE_OF_JAD_NULL 13 #define FILE_WAS_NOT_SIGNED 14 #define CANT_OPEN_SFILE 15 #define CANT_OPEN_DFILE 16 #define CANT_OPEN_MANUFACTURER 17 #define CANT_WRITE_MANUFACTURER 18 #define MANUF_ALR_PATCHED 19 #define MANUF_PATCHED_UNCORR 20 #define MANUF_NOT_PATCHED 21 const char* errors[22]= { "Done!", "Can't open *.jad!", "Bad *.jar!", "*.jad already signed!", "Can't read cerificate!", "Can't create SHA1 hash!", "Can't sign hash!", "Can't open *.jad for append!", "*.jad file already exists!", "Can't open *.jar!", "Can't find MANIFEST.MF!", "Can't create *.jad!", "Bad *.key file!", "Size of jad file is NULL!", "File was not signed!", "Can't open source cert!", "Can't write dest cert!", "Can't open manufacturer.sbp!", "Can't write manufacturer.sbp!", "Manufacturer already patched!", "Manufacturer patched uncorrectly!", "Manufacturer not patched!" }; int split_lines(char *dest,const char *str1,const char *str2) { strcpy(dest,str1); strcat(dest,str2); return (strlen(dest)); } void ErrMsg(int num) { ShowMSG(1,(int)errors[num]); } void ElfKiller(void) { extern void *ELF_BEGIN; kill_data(&ELF_BEGIN,(void (*)(void *))mfree_adr()); } int get_file_size(char* fname) { int f; unsigned int err; FSTATS fs; if ((f=GetFileStats(fname,&fs,&err))==-1) return f; return (fs.size); } char *ReadCertificate(int* size) { char fname[256]; int f; unsigned int err; unsigned int fsize; char* cert; split_lines(fname,certificate_store,DER_FILE); if ((f=fopen(fname,A_ReadOnly+A_BIN,P_READ,&err))==-1) { split_lines(fname,WORKFOLDER,DER_FILE); if ((f=fopen(fname,A_ReadOnly+A_BIN,P_READ,&err))==-1) return 0; } *size=fsize=lseek(f,0,S_END,&err,&err); if (!fsize) return 0; lseek(f,0,S_SET,&err,&err); cert=malloc(fsize); fread(f,cert,fsize,&err); fclose(f,&err); return (cert); } void CreateSHA1Hash(char *hash, char *data, unsigned int n) { SHA_CTX ctx; SHA1_Init(&ctx); SHA1_Update(&ctx, data, n); SHA1_Final(hash,&ctx); } int CreateSHA1HashFile(const char* file,char * hash) { int f; unsigned int err; unsigned int fsize; char* jar_data; if ((f=fopen(file,A_ReadOnly+A_BIN,P_READ,&err))==-1) return (f); fsize=lseek(f,0,S_END,&err,&err); if (!fsize) return (-2); lseek(f,0,S_SET,&err,&err); jar_data=malloc(fsize); fread(f,jar_data,fsize,&err); fclose(f,&err); CreateSHA1Hash(hash,jar_data,fsize); mfree(jar_data); return (0); } #pragma optimize=z 9 BIGNUM *BN_bin2bn_mod(int f,unsigned int len,BIGNUM *ret) { BIGNUM *ret2; char *s=malloc(len); unsigned int err; fread(f,s,len,&err); unsigned int ch; unsigned int k=len/2; for (unsigned int i=0; ie=BN_bin2bn_mod(f,4,rsa->e))) goto L_BN_ERROR; if (!(rsa->n=BN_bin2bn_mod(f,1024/8,rsa->n))) goto L_BN_ERROR; if (!(rsa->p=BN_bin2bn_mod(f,1024/16,rsa->p))) goto L_BN_ERROR; if (!(rsa->q=BN_bin2bn_mod(f,1024/16,rsa->q))) goto L_BN_ERROR; if (!(rsa->dmp1=BN_bin2bn_mod(f,1024/16,rsa->dmp1))) goto L_BN_ERROR; if (!(rsa->dmq1=BN_bin2bn_mod(f,1024/16,rsa->dmq1))) goto L_BN_ERROR; if (!(rsa->iqmp=BN_bin2bn_mod(f,1024/16,rsa->iqmp))) goto L_BN_ERROR; if (!(rsa->d=BN_bin2bn_mod(f,1024/8,rsa->d))) goto L_BN_ERROR; fclose(f,&err); zeromem(sign,128); rsa->meth->flags=RSA_FLAG_SIGN_VER; rsa->flags=RSA_FLAG_CACHE_PRIVATE; n=RSA_sign(NID_sha1, hash, 20, sign, &rsa_sha1_len, rsa); RSA_free(rsa); if (n<=0) return (-4); return (0); L_BN_ERROR: RSA_free(rsa); return(-3); } int is_file_signed(char*jad, int size) { int f; unsigned int err; char* buf; if ((f=fopen(jad,A_ReadOnly+A_BIN,P_READ,&err))==-1) return 1; buf=malloc(size+1); buf[size]=0; fread(f,buf,size,&err); fclose(f,&err); if (strstr(buf,midlet_cert)) goto L_SIGNED; if (strstr(buf,midlet_jar_rsa)) goto L_SIGNED; if (strstr(buf,midlet_permissions)) goto L_SIGNED; mfree(buf); return (0); L_SIGNED: mfree(buf); return (1); } void sign_jad(GUI *data) { char jar[256]; char * base64cert; char * base64hash; char *cert; char sha1jar[20]; char rsa_sha1[128]; char jad_name[256]; char* signature; char*p; int size; int err_n; err_n=is_manufacturer_patched(); if (err_n!=MANUF_ALR_PATCHED) { GeneralFuncF1(1); ErrMsg(err_n); return; } ws_2str(jar_file,jar,255); if (!(p=strstr(jar,".jar"))) { err_n=BAD_JAR; GeneralFuncF1(1); ErrMsg(err_n); return; } strcpy(jad_name,jar); strcpy(jad_name+(p-jar),".jad"); if ((size=get_file_size(jad_name))<=0) { err_n=CANT_OPEN_JAD; GeneralFuncF1(1); ErrMsg(err_n); return; } if (is_file_signed(jad_name,size)) { err_n=FILE_ALREADY_SIGNED; GeneralFuncF1(1); ErrMsg(err_n); return; } if (!(cert=ReadCertificate(&size))) { err_n=CANT_READ_CERT; GeneralFuncF1(1); ErrMsg(err_n); return; } base64cert=base64_encode(cert,&size); mfree(cert); if(!base64cert) { err_n=CANT_READ_CERT; mfree(base64cert); GeneralFuncF1(1); ErrMsg(err_n); return; } if (CreateSHA1HashFile(jar,sha1jar)) { err_n=CANT_CREATE_HASH; mfree(base64cert); GeneralFuncF1(1); ErrMsg(err_n); return; } if (SignHash(sha1jar,rsa_sha1)) { err_n=CANT_SIGN_HASH; mfree(base64cert); GeneralFuncF1(1); ErrMsg(err_n); return; } size=128; base64hash=base64_encode(rsa_sha1,&size); signature=malloc(0x2000); sprintf(signature,"%s %s\r\n%s %s\r\n%s %s",midlet_cert,base64cert,midlet_jar_rsa,base64hash,midlet_permissions,"javax.microedition.midlet.MIDlet.platformRequest"); mfree(base64cert); mfree(base64hash); if (FREAD>0) { strcat(signature,",javax.microedition.io.Connector.file.read"); if (FREAD==1) strcat(signature,",com.siemens.mp.io.File.read"); } if (FWRITE>0) { strcat(signature,",javax.microedition.io.Connector.file.write"); if (FWRITE==1) strcat(signature,",com.siemens.mp.io.File.readwrite"); } if (INTERNET==1) { strcat(signature,",javax.microedition.io.Connector.http"); strcat(signature,",javax.microedition.io.Connector.https"); strcat(signature,",javax.microedition.io.Connector.ssl"); strcat(signature,",javax.microedition.io.Connector.socket"); strcat(signature,",javax.microedition.io.Connector.datagram"); strcat(signature,",javax.microedition.io.Connector.serversocket"); strcat(signature,",javax.microedition.io.Connector.datagramreceiver"); } if (COMM==1) strcat(signature,",javax.microedition.io.Connector.comm"); if (BLUETOOTH==1) { strcat(signature,",javax.microedition.io.Connector.bluetooth.client"); strcat(signature,",javax.microedition.io.Connector.bluetooth.server"); } if (SMS==1) { strcat(signature,",javax.microedition.io.Connector.sms"); strcat(signature,",javax.microedition.io.Connector.sms.send"); strcat(signature,",javax.microedition.io.Connector.sms.receive"); strcat(signature,",javax.wireless.messaging.sms.receive"); strcat(signature,",javax.wireless.messaging.sms.send"); } if (MMS==1) { strcat(signature,",javax.microedition.io.Connector.mms"); strcat(signature,",javax.microedition.io.Connector.mms"); strcat(signature,",javax.wireless.messaging.mms.receive"); strcat(signature,",javax.wireless.messaging.mms.send"); } if (MEDIA==1) strcat(signature,",javax.microedition.media.RecordControl.startRecord"); else if (MEDIA==2) { strcat(signature,",javax.microedition.media.control.RecordControl"); strcat(signature,",javax.microedition.media.control.VideoControl.getSnapshot"); } strcat(signature,eol); int f; unsigned int err; if ((f=fopen(jad_name,A_WriteOnly+A_BIN+A_Append,P_WRITE,&err))<0) { err_n=CANT_APPEND; goto L_ERR_FREE; } fwrite(f,signature,strlen(signature),&err); fclose(f,&err); err_n=DONE; L_ERR_FREE: mfree(signature); GeneralFuncF1(1); ErrMsg(err_n); } int unzip(char *compr, unsigned int comprLen, char *uncompr, unsigned int uncomprLen) { int err; z_stream d_stream; d_stream.zalloc = (alloc_func)zcalloc; d_stream.zfree = (free_func)zcfree; d_stream.opaque = (voidpf)0; d_stream.next_in = (Byte*)compr; d_stream.avail_in = (uInt)comprLen; err = inflateInit2(&d_stream,-MAX_WBITS); if(err!=Z_OK) { unerr: return err; } d_stream.next_out = (Byte*)uncompr; d_stream.avail_out = (uInt)uncomprLen; err = inflate(&d_stream, 2); if(err<0) goto unerr; err = inflateEnd(&d_stream); if(err<0) goto unerr; return 0; } char* find_manifest_mf(const char* jar, unsigned int fsize) { int f; unsigned int err; char* buf; CENTRAL_ZIP* c_zip; LOCAL_ZIP* l_zip; EXTRA_FIELD* ex_field; char* fname; unsigned int compr_size,uncompr_size,offset; char* compr_data; char* uncompr_data; if((f=fopen(jar,A_ReadOnly+A_BIN,P_READ,&err))<0) return (0); buf=malloc(fsize+1); fread(f,buf,fsize,&err); fclose(f,&err); for(int n=0; nfname_len; fname=malloc(len+1); strncpy(fname,buf+n+sizeof(CENTRAL_ZIP),len); fname[len]=0; compr_data=strstr(fname,"MANIFEST.MF"); mfree(fname); if (compr_data) { compr_size=c_zip->compr_size; uncompr_size=c_zip->uncompr_size; offset=c_zip->relative_offset; l_zip=(LOCAL_ZIP*)(buf+offset); offset+=sizeof(LOCAL_ZIP)+l_zip->fname_len; int ex_len=l_zip->extra_field_len; if(ex_len) { ex_field=(EXTRA_FIELD*)(buf+offset); offset+=ex_field->data_size+ex_len+2; } compr_data=malloc(compr_size); memcpy(compr_data,buf+offset,compr_size); mfree(buf); uncompr_data=malloc(uncompr_size+1); uncompr_data[uncompr_size]=0; unzip(compr_data,compr_size,uncompr_data,uncompr_size); mfree(compr_data); return (uncompr_data); } } } mfree(buf); return (0); } void generate_jad(GUI *data) { char jar_f[256]; char jad_f[256]; int f; int fsize; char* p; char* manifest; char* jad; unsigned int err; ws_2str(jar_file,jar_f,255); if ((p=strstr(jar_f,".jar"))==NULL) { GeneralFuncF1(1); ErrMsg(BAD_JAR); return; } strcpy(jad_f,jar_f); strcpy(jad_f+(p-jar_f),".jad"); if ((f=fopen(jad_f,A_ReadOnly+A_BIN,P_READ,&err))>=0) { fclose(f,&err); GeneralFuncF1(1); ErrMsg(JAD_ALREDY_EXISTS); return; } if ((fsize=get_file_size(jar_f))==-1) { GeneralFuncF1(1); ErrMsg(CANT_OPEN_JAR); return; } if (!(manifest=find_manifest_mf(jar_f,fsize))) { GeneralFuncF1(1); ErrMsg(CANT_FIND_MANIFEST); return; } jad=malloc(strlen(manifest)+512); sprintf(jad,"MIDlet-Jar-Size: %u\r\nMIDlet-Jar-URL: %s\r\n",fsize,jar_f); strcat(jad,manifest); mfree(manifest); if ((f=fopen(jad_f,A_ReadWrite+A_Create+A_Truncate+A_BIN,P_READ+P_WRITE,&err))<0) { mfree(jad); GeneralFuncF1(1); ErrMsg(CANT_CREATE_JAD); return; } fwrite(f,jad,strlen(jad),&err); fclose(f,&err); mfree(jad); GeneralFuncF1(1); ErrMsg(DONE); } void remove_sign_from_jad(GUI *data) { int f; unsigned int err; char* p; char* first; char* end; char fname[256]; unsigned int fsize,fs; char* buf; ws_2str(jar_file,fname,255); int err_n; if ((p=strstr(fname,".jar"))==NULL) { err_n=BAD_JAR; goto L_ERR; } strcpy(p,".jad"); if ((f=fopen(fname,A_ReadWrite+A_BIN,P_READ,&err))<0) { err_n=CANT_OPEN_JAD; goto L_ERR; } fs=fsize=lseek(f,0,S_END,&err,&err); if (!fsize) { err_n=SIZE_OF_JAD_NULL; goto L_ERR; } lseek(f,0,S_SET,&err,&err); buf=malloc(fsize+1); buf[fsize]=0; fread(f,buf,fsize,&err); if ((first=strstr(buf,midlet_cert))) { end=strstr(first,eol)+2; memcpy(first,end,buf+fsize-end+1); fsize-=end-first; } if ((first=strstr(buf,midlet_jar_rsa))) { end=strstr(first,eol)+2; memcpy(first,end,buf+fsize-end+1); fsize-=end-first; } if ((first=strstr(buf,midlet_permissions))) { end=strstr(first,eol)+2; memcpy(first,end,buf+fsize-end+1); fsize-=end-first; } fclose(f,&err); if(fs==fsize) { mfree(buf); err_n=FILE_WAS_NOT_SIGNED; goto L_ERR; } f=fopen(fname,A_ReadWrite+A_Truncate+A_BIN,P_READ+P_WRITE,&err); fwrite(f,buf,fsize,&err); fclose(f,&err); mfree(buf); err_n=DONE; L_ERR: GeneralFuncF1(1); ErrMsg(err_n); } #define BUF_SIZE 128 void copy_certificate(GUI *data) { char sname[128]; char dname[128]; char buf[BUF_SIZE]; int rlen; unsigned int fsize; int sh,dh; unsigned int serr,derr; split_lines(sname,WORKFOLDER,DER_FILE); if((sh=fopen(sname,A_ReadOnly+A_BIN,P_READ,&serr))<0) { GeneralFuncF1(1); ErrMsg(CANT_OPEN_SFILE); return; } fsize=lseek(sh,0,S_END,&serr,&serr); lseek(sh,0,S_SET,&serr,&serr); split_lines(dname,certificate_store,DER_FILE); if ((dh=fopen(dname,A_WriteOnly+A_Create+A_Truncate+A_BIN,P_WRITE,&derr))<0) { fclose(sh,&serr); GeneralFuncF1(1); ErrMsg(CANT_OPEN_DFILE); return; } while (fsize) { rlen=fsizeissuer); mfree(sbp_top->hash); sbp_top=sbp_top->next; mfree(prev); } } void create_sha1_cert(char *hash) { int f; unsigned int err; char der_file[128]; int size; char buf[8]; char *new_data; split_lines(der_file,certificate_store,DER_FILE); if ((f=fopen(der_file,A_ReadOnly+A_BIN,P_READ,&err))<0) { return; } fread(f,buf,8,&err); size=buf[6]*256+buf[7]+4; new_data=malloc(size); lseek(f,4,S_SET,&err,&err); fread(f,new_data,size,&err); fclose(f,&err); CreateSHA1Hash(hash,new_data,size); mfree(new_data); } int verify_hash(char *hash) { char new_hash[20]; create_sha1_cert(new_hash); return ((memcmp(hash,new_hash,20))?MANUF_PATCHED_UNCORR:MANUF_ALR_PATCHED); } int is_manufacturer_patched() { int f; unsigned int err; int num; int len; SBP_FILE_SIG sbp_sig; char *issuer; char hash[20]; int ret=0; if ((f=fopen(manufacturer_sbp,A_ReadOnly+A_BIN,P_READ,&err))<0) { return (CANT_OPEN_MANUFACTURER); } fread(f,&sbp_sig,sizeof(SBP_FILE_SIG),&err); num=sbp_sig.cert_num; while(num) { fread(f,&len,sizeof(int),&err); issuer=malloc(len+1); issuer[len]=0; fread(f,issuer,len,&err); lseek(f,1,S_CUR,&err,&err); char *s=issuer; while((s=strchr(s,'='))) { s++; ret=strncmp_nocase(s,DER_FILE,strlen(DER_FILE)-4); if (!ret) { mfree(issuer); fread(f,hash,20,&err); fclose(f,&err); return (verify_hash(hash)); } } mfree(issuer); lseek(f,20,S_CUR,&err,&err); num--; } fclose(f,&err); return (MANUF_NOT_PATCHED); } void remove_record_sbp(GUI *data) { SBP_LIST *sbp_top=0; SBP_LIST *sbp_list; SBP_LIST *sbp_prev; SBP_FILE_SIG sbp_sig; int fsize; int curpos; char *oldbuf; int oldsize; int num; int len; int f; unsigned int err; char *issuer; char *hash; num=is_manufacturer_patched(); if (num!=MANUF_ALR_PATCHED&&num!=MANUF_PATCHED_UNCORR) { GeneralFuncF1(1); ErrMsg(num); return; } if ((f=fopen(manufacturer_sbp,A_ReadOnly+A_BIN,P_READ,&err))<0) { GeneralFuncF1(1); ErrMsg(CANT_OPEN_MANUFACTURER); return; } fsize=lseek(f,0,S_END,&err,&err); lseek(f,0,S_SET,&err,&err); fread(f,&sbp_sig,sizeof(SBP_FILE_SIG),&err); num=sbp_sig.cert_num; while(num) { fread(f,&len,sizeof(int),&err); issuer=malloc(len+1); issuer[len]=0; fread(f,issuer,len,&err); lseek(f,1,S_CUR,&err,&err); hash=malloc(20); fread(f,hash,20,&err); char *s=issuer; while((s=strchr(s,'='))) { s++; if (!strncmp_nocase(s,DER_FILE,strlen(DER_FILE)-4)) break; } if (!s) // Не нашли имя файла сертификита в мануфактурере { sbp_prev=malloc(sizeof(SBP_LIST)); sbp_list=sbp_top?(sbp_list->next=sbp_prev):(sbp_top=sbp_prev); sbp_list->issuer=issuer; sbp_list->hash=hash; sbp_list->next=0; } else // Нашли - очишаем память и не заносим в список { mfree(issuer); mfree(hash); } num--; } curpos=lseek(f,0,S_CUR,&err,&err); // проверяем не в конце ли мы стоим oldsize=fsize-curpos; // если не в конце то выделим память и запишем туда остаток if(oldsize) { oldbuf=malloc(oldsize); fread(f,oldbuf,oldsize,&err); } fclose(f,&err); if ((f=fopen(manufacturer_sbp,A_WriteOnly+A_Truncate+A_BIN,P_WRITE,&err))==-1) { free_sbp_list(sbp_top); GeneralFuncF1(1); ErrMsg(CANT_WRITE_MANUFACTURER); return; } num=0; sbp_list=sbp_top; while(sbp_list) { num++; sbp_list=sbp_list->next; } sbp_list=sbp_top; sbp_sig.cert_num=num; fwrite(f,&sbp_sig,sizeof(SBP_FILE_SIG),&err); while(sbp_list) { len=strlen(sbp_list->issuer); fwrite(f,&len,sizeof(int),&err); fwrite(f,sbp_list->issuer,len,&err); fwrite(f,delimeter,1,&err); fwrite(f,sbp_list->hash,20,&err); mfree(sbp_list->issuer); mfree(sbp_list->hash); sbp_prev=sbp_list; sbp_list=sbp_list->next; mfree(sbp_prev); } if (oldsize) { fwrite(f,oldbuf,oldsize,&err); mfree(oldbuf); } fclose(f,&err); GeneralFuncF1(1); ErrMsg(DONE); } void store_record_sbp(GUI *data) { int ret; int f; unsigned int err; SBP_LIST *sbp_top=0; SBP_LIST *sbp_list; SBP_LIST *sbp_prev; SBP_FILE_SIG sbp_sig; int fsize; int curpos; char *oldbuf; int oldsize; int len; int num; int clen; char *issuer; char *hash; char my_issuer[64]; char der_file[32]; char my_hash[20]; if ((ret=is_manufacturer_patched())!=MANUF_NOT_PATCHED) { GeneralFuncF1(1); ErrMsg(ret); return; } if ((f=fopen(manufacturer_sbp,A_ReadOnly+A_BIN,P_READ,&err))<0) { GeneralFuncF1(1); ErrMsg(CANT_OPEN_MANUFACTURER); return; } fsize=lseek(f,0,S_END,&err,&err); lseek(f,0,S_SET,&err,&err); fread(f,&sbp_sig,sizeof(SBP_FILE_SIG),&err); clen=num=sbp_sig.cert_num; while(clen) { fread(f,&len,sizeof(int),&err); issuer=malloc(len+1); fread(f,issuer,len,&err); issuer[len]=0; lseek(f,1,S_CUR,&err,&err); hash=malloc(20); fread(f,hash,20,&err); sbp_prev=malloc(sizeof(SBP_LIST)); sbp_list=sbp_top?(sbp_list->next=sbp_prev):(sbp_top=sbp_prev); sbp_list->issuer=issuer; sbp_list->hash=hash; sbp_list->next=0; clen--; } curpos=lseek(f,0,S_CUR,&err,&err); // проверяем не в конце ли мы стоим oldsize=fsize-curpos; // если не в конце то выделим память и запишем туда остаток if(oldsize) { oldbuf=malloc(oldsize); fread(f,oldbuf,oldsize,&err); } fclose(f,&err); if ((f=fopen(manufacturer_sbp,A_WriteOnly+A_Truncate+A_BIN,P_WRITE,&err))<0) { free_sbp_list(sbp_top); GeneralFuncF1(1); ErrMsg(CANT_WRITE_MANUFACTURER); return; } sbp_list=sbp_top; sbp_sig.cert_num=num+1; fwrite(f,&sbp_sig,sizeof(SBP_FILE_SIG),&err); while(sbp_list) { len=strlen(sbp_list->issuer); fwrite(f,&len,sizeof(int),&err); fwrite(f,sbp_list->issuer,len,&err); fwrite(f,delimeter,1,&err); fwrite(f,sbp_list->hash,20,&err); mfree(sbp_list->issuer); mfree(sbp_list->hash); sbp_prev=sbp_list; sbp_list=sbp_list->next; mfree(sbp_prev); } len=strlen(DER_FILE); strncpy(der_file,DER_FILE,len-4); der_file[len-4]=0; len=snprintf(my_issuer,63,"CN=%s,O=www.Siemens-Club.org,C=SU",der_file); fwrite(f,&len,sizeof(int),&err); fwrite(f,my_issuer,len,&err); fwrite(f,delimeter,1,&err); create_sha1_cert(my_hash); fwrite(f,my_hash,20,&err); if (oldsize) { fwrite(f,oldbuf,oldsize,&err); mfree(oldbuf); } fclose(f,&err); GeneralFuncF1(1); ErrMsg(DONE); } void options_back(GUI *data) { GeneralFuncF1(1); } int options_softkeys[]={0,1,2}; SOFTKEY_DESC options_menu_sk[]= { {0x0018,0x0000,(int)""}, {0x0001,0x0000,(int)"Select"}, {0x003D,0x0000,(int)LGP_DOIT_PIC} }; SOFTKEYSTAB options_menu_skt= { options_menu_sk,0 }; HEADER_DESC options_menuhdr={0,0,0,0,NULL,(int)"Опции",LGP_NULL}; MENUITEM_DESC options_menu_ITEMS[7]= { {NULL,(int)"Sign", LGP_NULL, 0, NULL, MENU_FLAG3, MENU_FLAG2}, {NULL,(int)"Generate jad", LGP_NULL, 0, NULL, MENU_FLAG3, MENU_FLAG2}, {NULL,(int)"Remove signature", LGP_NULL, 0, NULL, MENU_FLAG3, MENU_FLAG2}, {NULL,(int)"Copy Certificate to Config", LGP_NULL, 0, NULL, MENU_FLAG3, MENU_FLAG2}, {NULL,(int)"Remove record from .sbp", LGP_NULL, 0, NULL, MENU_FLAG3, MENU_FLAG2}, {NULL,(int)"Store record to .sbp", LGP_NULL, 0, NULL, MENU_FLAG3, MENU_FLAG2}, {NULL,(int)"Back", LGP_NULL, 0, NULL, MENU_FLAG3, MENU_FLAG2}, }; const MENUPROCS_DESC options_menu_HNDLS[7]= { sign_jad, generate_jad, remove_sign_from_jad, copy_certificate, remove_record_sbp, store_record_sbp, options_back, }; const MENU_DESC options_menu_STRUCT= { 0,NULL,NULL,NULL, options_softkeys, &options_menu_skt, 0x200+0x10, NULL, options_menu_ITEMS, //Items options_menu_HNDLS, //Procs 7 //n }; //flags 2: //1 - with pics //2 - don't show menu? //4 //0x10 - do scroll items //0x40 - without scrollbar //0x100 - do right align //0x200 - with enum //0x400 - without delimeter #pragma inline void patch_header_small(HEADER_DESC* head) { head->rc.x=3; #ifndef ELKA head->rc.y=YDISP+0x18; #else head->rc.y=YDISP+35; #endif head->rc.x2=ScreenW()-3-1; #ifndef ELKA head->rc.y2=YDISP+0x18+0x13; #else head->rc.y2=YDISP+35+34; #endif } int CreateOptionsMenu() { patch_header_small((HEADER_DESC*)(&options_menuhdr)); return (CreateMenu(1,0,&options_menu_STRUCT,&options_menuhdr,0,7,0,0)); } void Free_FLIST(void) { LockSched(); FLIST*fl=(FLIST*)fltop; fltop=0; UnlockSched(); FLIST*fl_prev; while(fl) { fl_prev=fl; fl=fl->next; FreeWS(fl_prev->fullname); FreeWS(fl_prev->filename); mfree(fl_prev); } } FLIST* Fill_FLIST(FLIST*fl,char* full_name, char* file_name,int is_dir) { FLIST*ftop=(FLIST*)fltop; int len; WSHDR *ws; if (ftop) { fl->next=malloc(sizeof(FLIST)); fl=fl->next; } else fltop=fl=malloc(sizeof(FLIST)); len=strlen(file_name); ws=AllocWS(len); str_2ws(ws,file_name,len); fl->filename=ws; len=strlen(full_name); ws=AllocWS(len); str_2ws(ws,full_name,len); fl->fullname=ws; fl->next=0; fl->is_dir=is_dir; return fl; } int GetFoldersLevel(const char * fname) { int i=0; while(*fname) { if (*fname++=='\\') i++; } return i; } void FindFiles(const char *path) { FLIST * fl=(FLIST *)fltop; DIR_ENTRY de; unsigned int err; char name[256]; char * ext; strcpy(name,path); strcat(name,"*"); if (FindFirstFile(&de,name,&err)) { do { strcpy(name,de.folder_name); strcat(name,"\\"); strcat(name,de.file_name); if (de.file_attr&FA_DIRECTORY) { strcat(name,"\\"); fl=Fill_FLIST(fl,name,de.file_name,1); } else { if((ext=strrchr(name,'.'))) { if(!strncmp_nocase(ext+1,"jar",3)) fl=Fill_FLIST(fl,name,de.file_name,0); } } } while(FindNextFile(&de,&err)); } FindClose(&de,&err); int len; WSHDR *ws; if (GetFoldersLevel(path)>=2) // Добавляем переход на уровень выше { fl=malloc(sizeof(FLIST)); fl->next=(FLIST*)fltop; ws=AllocWS(2); str_2ws(ws,"..",2); fl->filename=ws; strcpy(name,path); len=strlen(name); len--; while(name[len-1]!='\\') len--; name[len]=0; ws=AllocWS(len); str_2ws(ws,name,len); fl->fullname=ws; fl->is_dir=1; fltop=fl; } } int menusoftkeys[]={0,1,2}; SOFTKEY_DESC menu_sk[]= { {0x0018,0x0000,(int)"Select"}, {0x0001,0x0000,(int)"Close"}, {0x003D,0x0000,(int)LGP_DOIT_PIC} }; SOFTKEYSTAB menu_skt= { menu_sk,0 }; void filelist_menu_iconhndl(void *data, int curitem, void *unk); int filelist_menu_onkey(void *data, GUI_MSG *msg); void filelist_menu_ghook(void *data, int cmd); char header[25]; HEADER_DESC filelist_HDR={0,0,NULL,NULL,NULL,(int)header,LGP_NULL}; MENU_DESC filelist_STRUCT= { 8,filelist_menu_onkey,filelist_menu_ghook,NULL, menusoftkeys, &menu_skt, 1+0x10, filelist_menu_iconhndl, NULL, //Items NULL, //Procs 0 //n }; FLIST *FindFLISTtByN(int n) { FLIST *fl=(FLIST *)fltop; int i=0; while(fl&&(i!=n)) { fl=fl->next; i++; } return fl; } #pragma inline int GetIconIndex(FLIST *t) { return t->is_dir; } void create_menu_folder(void) { Free_FLIST(); int i=0; FLIST* fl; FindFiles(folder); fl=(FLIST*)fltop; while(fl) { fl=fl->next; i++; } if (!i) return; //Нечего создавать patch_header(&filelist_HDR); strncpy(header,folder,24); patch_header(&filelist_HDR); filelist_menu_id=CreateMenu(0,0,&filelist_STRUCT,&filelist_HDR,0,i,0,0); } void remake_filelist(); void create_view(int n) { FLIST* fl; fl=FindFLISTtByN(n); if (fl->is_dir) { ws_2str(fl->fullname,(char*)(&folder),128); remake_filelist(); } else { wstrcpy(jar_file,fl->fullname); GeneralFunc_flag1(filelist_menu_id,1); } } void filelist_menu_iconhndl(void *data, int curitem, void *unk) { FLIST *t; WSHDR *ws; void *item=AllocMenuItem(data); t=FindFLISTtByN(curitem); if (t) { ws=AllocMenuWS(data,wslen(t->filename)); wstrcpy(ws,t->filename); } else { ws=AllocMenuWS(data,10); wsprintf(ws,"error"); } SetMenuItemIconArray(data,item,S_ICONS); SetMenuItemText(data,item,ws,curitem); SetMenuItemIcon(data,curitem,GetIconIndex(t)); } int filelist_menu_onkey(void *data, GUI_MSG *msg) { int keycode=msg->keys; int i=GetCurMenuItem(data); if (keycode==0x3D||keycode==0x18) { create_view(i); return(-1); } return(0); } void filelist_menu_ghook(void *data, int cmd) { if (cmd==0x0A) { DisableIDLETMR(); } } void remake_filelist(void) { if (filelist_menu_id) { request_remake_filelist=1; if (IsGuiOnTop(filelist_menu_id)) { GeneralFunc_flag1(filelist_menu_id,1); } else { request_close_filelist=1; } } else { create_menu_folder(); } } SOFTKEY_DESC edit_sk[]= { {0x0018,0x0000,(int)"Options"}, {0x0001,0x0000,(int)"Close"}, {0x003D,0x0000,(int)LGP_DOIT_PIC} }; SOFTKEYSTAB edit_skt= { edit_sk,0 }; void ed1_ghook(GUI *data, int cmd) { int i; if (cmd==7) { SetSoftKey(data,&edit_sk[0],0); SetSoftKey(data,&edit_sk[1],1); i=EDIT_GetFocus(data); switch(i) { case 2: EDIT_SetTextToFocused(data,jar_file); } } else if (cmd==0x0A) { DisableIDLETMR(); } } int ed1_onkey(GUI *data, GUI_MSG *msg) { int i; int l; if (msg->gbsmsg->msg==KEY_DOWN) { l=msg->gbsmsg->submess; switch(l) { case ENTER_BUTTON: i=EDIT_GetFocus(data); switch(i) { case 2: create_menu_folder(); return (-1); } case LEFT_SOFT: CreateOptionsMenu(); return(-1); } } return(0); //Do standart keys //1: close } HEADER_DESC ed1_hdr={0,0,0,0,NULL,(int)"Midlet Sign",LGP_NULL}; INPUTDIA_DESC ed1_desc= { 1, ed1_onkey, ed1_ghook, (void *)ed1_locret, 0, &edit_skt, {0,0,0,0}, 4, 100, 101, 0, 0, #ifdef NEWSGOLD 0 #else 0x40000000 #endif }; int CreateMainMenu(void) { void *ma=malloc_adr(); void *eq; EDITCONTROL ec; WSHDR *head; PrepareEditControl(&ec); eq=AllocEQueue(ma,mfree_adr()); head=AllocWS(50); wsprintf(head,"%t:","Jar file"); ConstructEditControl(&ec,1,0x40,head,wslen(head)); AddEditControlToEditQend(eq,&ec,ma); str_2ws(jar_file,folder,255); ConstructEditControl(&ec,8,0x40,jar_file,255); AddEditControlToEditQend(eq,&ec,ma); patch_header(&ed1_hdr); patch_input(&ed1_desc); FreeWS(head); return (CreateInputTextDialog(&ed1_desc,&ed1_hdr,eq,1,0)); } void maincsm_oncreate(CSM_RAM *data) { MAIN_CSM *csm=(MAIN_CSM*)data; jar_file=AllocWS(256); csm->gui_id=CreateMainMenu(); } void maincsm_onclose(CSM_RAM *csm) { Free_FLIST(); FreeWS(jar_file); SUBPROC((void *)ElfKiller); } int maincsm_onmessage(CSM_RAM *data, GBS_MSG *msg) { MAIN_CSM *csm=(MAIN_CSM*)data; if (msg->msg==MSG_GUI_DESTROYED) { if ((int)msg->data0==csm->gui_id) { csm->csm.state=-3; } if ((int)msg->data0==filelist_menu_id) { filelist_menu_id=0; if (request_remake_filelist) { request_remake_filelist=0; create_menu_folder(); } } } return(1); } const struct { CSM_DESC maincsm; WSHDR maincsm_name; }MAINCSM = { { maincsm_onmessage, maincsm_oncreate, #ifdef NEWSGOLD 0, 0, 0, 0, #endif maincsm_onclose, sizeof(MAIN_CSM), 1, &minus11 }, { maincsm_name_body, NAMECSM_MAGIC1, NAMECSM_MAGIC2, 0x0, 19 } }; void UpdateCSMname(void) { wsprintf((WSHDR *)(&MAINCSM.maincsm_name),"MidletSigner"); } int main() { InitConfig(); S_ICONS[0]=(int)JAR_ICON; S_ICONS[1]=(int)FOLDER_ICON; S_ICONS[2]=0; MAIN_CSM csm; UpdateCSMname(); LockSched(); CreateCSM(&MAINCSM.maincsm,&csm,0); UnlockSched(); }