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/********************************************************************* * Copyright 2018, UCAR/Unidata * See netcdf/COPYRIGHT file for copying and redistribution conditions. * $Header$ *********************************************************************/ #ifndef NETCDF_PROPLIST_H #define NETCDF_PROPLIST_H #ifndef OPTEXPORT #ifdef NETCDF_PROPLIST_H #define OPTEXPORT static #else /*!NETCDF_PROPLIST_H*/ #ifdef _WIN32 #define OPTEXPORT __declspec(dllexport) #else #define OPTEXPORT extern #endif #endif /*NETCDF_PROPLIST_H*/ #endif /*OPTEXPORT*/ /**************************************************/ /* This is used to store a property list mapping a small number of fixed-sized key strings to an arbitrary uintptr_t value. The uintptr_t type is used to ensure that the value can be a pointer or a small string upto sizeof(uintptr_t) - 1 (for trailing nul). The big problem is reclaiming the value if it a pointer. The fact that the number of keys is small makes it feasible to use linear search. This is currently only used for plugins, but may be extended to other uses. */ /*! Proplist-related structs. NOTES: 1. 'value' is the an arbitrary uintptr_t integer or void* pointer. WARNINGS: 1. It is critical that |uintptr_t| == |void*| */ #define NCPROPSMAXKEY 31 /* characters assert (NCPROPSMAXKEY+1)/8 == 0*/ /* Returns 0 => error; 1 => success */ typedef int (*NCPreclaimfcn)(uintptr_t userdata, const char* key, void* value, uintptr_t size); /* The property list proper is a sequence of these objects */ typedef struct NCProperty { char key[NCPROPSMAXKEY+1]; /* copy of the key string; +1 for trailing nul */ uintptr_t flags; # define NCPF_SIMPLE (1<<0) /* non-reclaimable */ # define NCPF_BYTES (1<<1) /* reclaimable bytes */ # define NCPF_COMPLEX (1<<2) /* extended case */ uintptr_t value; uintptr_t size; /* size = |value| as ptr to memory, if string, then include trailing nul */ uintptr_t userdata; /* extra data for following functions */ NCPreclaimfcn reclaim; } NCProperty; /* The property list object. */ typedef struct NCproplist { size_t alloc; /* allocated space to hold properties */ size_t count; /* # of defined properties */ NCProperty* properties; } NCproplist; /**************************************************/ /* Extended API */ #if defined(_cplusplus_) || defined(__cplusplus__) extern "C" { #endif /* Create, free, etc. */ OPTEXPORT NCproplist* ncproplistnew(void); OPTEXPORT int ncproplistfree(NCproplist*); /* Locate a proplist entry */ OPTEXPORT int ncproplistadd(NCproplist* plist,const char* key, uintptr_t value); /* use when reclaim not needed */ /* Insert properties */ OPTEXPORT int ncproplistadd(NCproplist* plist,const char* key, uintptr_t value); /* use when reclaim not needed */ OPTEXPORT int ncproplistaddstring(NCproplist* plist, const char* key, const char* str); /* use when value is simple string (char*) */ OPTEXPORT int ncproplistaddbytes(NCproplist* plist, const char* key, void* value, uintptr_t size); /* use when value is simple ptr and reclaim is simple free function */ OPTEXPORT int ncproplistaddx(NCproplist* plist, const char* key, void* value, uintptr_t size, uintptr_t userdata, NCPreclaimfcn); /* fully extended case */ OPTEXPORT int ncproplistclone(const NCproplist* src, NCproplist* clone); /* Lookup key and return value. @return ::NC_NOERR if found ::NC_EINVAL otherwise; returns the data in datap if !null */ OPTEXPORT int ncproplistget(const NCproplist*, const char* key, uintptr_t* datap, uintptr_t* sizep); /* Iteration support */ /* Return the number of properties in the property list */ #define ncproplistlen(plist) (((NCproplist)(plist))->count) /* get the ith key+value */ OPTEXPORT int ncproplistith(const NCproplist*, size_t i, char* const * keyp, uintptr_t const * valuep, uintptr_t* sizep); #if defined(_CPLUSPLUS_) || defined(__CPLUSPLUS__) } #endif #endif /*NETCDF_PROPLIST_H*/ #ifdef NETCDF_PROPLIST_H /********************************************************************* * Copyright 2018, UCAR/Unidata * See netcdf/COPYRIGHT file for copying and redistribution conditions. * $Header$ *********************************************************************/ #include "config.h" #include #include #include #include #ifdef HAVE_STDINT_H #include #endif #include "ncdispatch.h" #include "nccrc.h" #undef DEBUG #define ASSERTIONS #ifdef ASSERTIONS #define ASSERT(x) assert(x) #else #define ASSERT(x) #endif /**************************************************/ #define MINPROPS 2 #define EXPANDFACTOR 1 #define hasspace(plist,nelems) ((plist)->alloc >= ((plist)->count + (nelems))) #define emptyprop {" ",0,0,0,NULL} /**************************************************/ /* Forward */ static int ncproplistinit(NCproplist* plist); static int extendplist(NCproplist* plist, size_t nprops); /* Static'ize everything for plugins */ #ifdef NETCDF_PROPLIST_H #define OPTSTATIC static static NCproplist* ncproplistnew(void); static int ncproplistfree(NCproplist* plist); static int ncproplistadd(NCproplist* plist, const char* key, uintptr_t value); static int ncproplistaddbytes(NCproplist* plist, const char* key, void* value, uintptr_t size); static int ncproplistaddstring(NCproplist* plist, const char* key, const char* str); static int ncproplistaddx(NCproplist* plist, const char* key, void* value, uintptr_t size, uintptr_t userdata, NCPreclaimfcn fcn); static int ncproplistclone(const NCproplist* src, NCproplist* clone); static int ncproplistget(const NCproplist* plist, const char* key, uintptr_t* valuep, uintptr_t* sizep); static int ncproplistith(const NCproplist* plist, size_t i, char* const * keyp, uintptr_t const * valuep, uintptr_t* sizep); #else /*!NETCDF_PROPLIST_H*/ #define OPTSTATIC #endif /*NETCDF_PROPLIST_H*/ /** * Create new property list * @return pointer to the created property list. */ OPTSTATIC NCproplist* ncproplistnew(void) { NCproplist* plist = NULL; plist = calloc(1,sizeof(NCproplist)); if(ncproplistinit(plist) != NC_NOERR) {ncproplistfree(plist); plist = NULL;} return plist; } /** * Reclaim memory used by a property list * @param plist to reclaim * @return NC_NOERR if succeed, NC_EXXX otherwise. */ OPTSTATIC int ncproplistfree(NCproplist* plist) { int stat = NC_NOERR; size_t i; if(plist == NULL) goto done; if(plist->properties != NULL) { for(i=0;icount;i++) { NCProperty* prop = &plist->properties[i]; void* ptr = (void*)prop->value; /* convert to ptr */ assert(prop->flags & (NCPF_SIMPLE|NCPF_BYTES|NCPF_COMPLEX)); if(prop->flags & NCPF_SIMPLE) continue; /* no reclaim needed */ if(prop->flags & NCPF_BYTES) { if(ptr != NULL) free(ptr); } else { /* (prop->flags & NCPF_COMPLEX) */ int ok; assert(prop->reclaim != NULL); ok = prop->reclaim(prop->userdata, prop->key, ptr, prop->size); if(!ok && stat == NC_NOERR) stat = NC_EINVAL; } } free(plist->properties); } free(plist); done: return stat; } /** * Add a non-reclaimable entry to the property list * @param plist into which the value is be inserted. * @param key * @param value * @return NC_NOERR if succeed, NC_EXXX otherwise. */ OPTSTATIC int ncproplistadd(NCproplist* plist, const char* key, uintptr_t value) { int stat = NC_NOERR; NCProperty* prop = NULL; size_t keylen; if(plist == NULL) goto done; if(!hasspace(plist,1)) {if((stat = extendplist(plist,(plist->count+1)*EXPANDFACTOR))) goto done;} /* extra space */ prop = &plist->properties[plist->count]; keylen = strlen(key); if(keylen > NCPROPSMAXKEY) keylen = NCPROPSMAXKEY; /* truncate */ memcpy(prop->key,key,keylen); prop->key[keylen] = '\0'; prop->value = value; prop->flags = NCPF_SIMPLE; plist->count++; done: return stat; } /** * Add a reclaimable entry to the property list, where the value * can be reclaimed using a simple free(); * @param plist into which the value is be inserted. * @param key * @param value ptr to memory chunk * @param size |*value| * @return NC_NOERR if succeed, NC_EXXX otherwise. */ OPTSTATIC int ncproplistaddbytes(NCproplist* plist, const char* key, void* value, uintptr_t size) { int stat = NC_NOERR; NCProperty* prop = NULL; size_t keylen; if(plist == NULL) goto done; if(!hasspace(plist,1)) {if((stat = extendplist(plist,(plist->count+1)*EXPANDFACTOR))) goto done;} /* extra space */ prop = &plist->properties[plist->count]; keylen = strlen(key); if(keylen > NCPROPSMAXKEY) keylen = NCPROPSMAXKEY; /* truncate */ memcpy(prop->key,key,keylen); prop->key[keylen] = '\0'; prop->value = (uintptr_t)value; prop->flags = NCPF_BYTES; plist->count++; done: return stat; } /** * Add a reclaimable entry to the property list, where the value * can be reclaimed using a simple free(); * @param plist into which the value is be inserted. * @param key * @param value ptr to memory chunk * @param size |*value| * @return NC_NOERR if succeed, NC_EXXX otherwise. */ OPTSTATIC int ncproplistaddstring(NCproplist* plist, const char* key, const char* str) { uintptr_t size = 0; if(str) size = (uintptr_t)strlen(str); return ncproplistaddbytes(plist,key,(void*)str,size); } /** * Most general case for adding a property. * @param plist into which the value is be inserted. * @param key * @param value * @param size * @param userdata extra environment data for the reclaim function. * @param fcn the reclaim function * @return NC_NOERR if succeed, NC_EXXX otherwise. */ OPTSTATIC int ncproplistaddx(NCproplist* plist, const char* key, void* value, uintptr_t size, uintptr_t userdata, NCPreclaimfcn fcn) { int stat = NC_NOERR; NCProperty* prop = NULL; size_t keylen; if(plist == NULL) goto done; if(!hasspace(plist,1)) {if((stat = extendplist(plist,(plist->count+1)*EXPANDFACTOR))) goto done;} /* extra space */ prop = &plist->properties[plist->count]; keylen = strlen(key); if(keylen > NCPROPSMAXKEY) keylen = NCPROPSMAXKEY; /* truncate */ memcpy(prop->key,key,keylen); prop->key[keylen] = '\0'; prop->value = (uintptr_t)value; prop->size = size; prop->reclaim = fcn; prop->userdata = userdata; prop->flags = NCPF_COMPLEX; plist->count++; done: return stat; } OPTSTATIC int ncproplistclone(const NCproplist* src, NCproplist* clone) { int stat = NC_NOERR; size_t i; NCProperty* srcprops; NCProperty* cloneprops; if(src == NULL || clone == NULL) {stat = NC_EINVAL; goto done;} if((stat=ncproplistinit(clone))) goto done; if((stat=extendplist(clone,src->count))) goto done; srcprops = src->properties; cloneprops = clone->properties; for(i=0;icount;i++) { cloneprops[i] = srcprops[i]; strncpy(cloneprops[i].key,srcprops[i].key,sizeof(cloneprops[i].key)); #if 0 cloneprops[i]->flags = srcprops[i]->flags; cloneprops[i]->value = srcprops[i]->value; cloneprops[i]->size = srcprops[i]->size; cloneprops[i]->userdata = srcprops[i]->userdata; cloneprops[i]->reclaim = srcprops->reclaim; #endif } done: return stat; } /* Increase size of a plist to be at lease nprops properties */ static int extendplist(NCproplist* plist, size_t nprops) { int stat = NC_NOERR; size_t newsize = plist->count + nprops; NCProperty* newlist = NULL; if((plist->alloc >= newsize) || (nprops == 0)) goto done; /* Already enough space */ newlist = realloc(plist->properties,newsize*sizeof(NCProperty)); if(newlist == NULL) {stat = NC_ENOMEM; goto done;} plist->properties = newlist; newlist = NULL; plist->alloc = newsize; done: return stat; } /** * Lookup key and return value and size * @param plist to search * @param key for which to search * @param valuep returned value * @param sizep returned size * @return NC_NOERR if key found, NC_ENOOBJECT if key not found; NC_EXXX otherwise */ OPTSTATIC int ncproplistget(const NCproplist* plist, const char* key, uintptr_t* valuep, uintptr_t* sizep) { int stat = NC_ENOOBJECT; /* assume not found til proven otherwise */ size_t i; NCProperty* props; uintptr_t value = 0; uintptr_t size = 0; if(plist == NULL || key == NULL) goto done; for(i=0,props=plist->properties;icount;i++,props++) { if(strcmp(props->key,key)==0) { value = props->value; size = props->size; stat = NC_NOERR; /* found */ break; } } if(valuep) *valuep = value; if(sizep) *sizep = size; done: return stat; } /* Iteration support */ /** * Get the ith key+value.a * @param plist to search * @param i which property to get. * @param keyp return i'th key * @param valuep return i'th value * @param valuep return i'th size * @return NC_NOERR if success, NC_EINVAL otherwise */ OPTSTATIC int ncproplistith(const NCproplist* plist, size_t i, char* const * keyp, uintptr_t const * valuep, uintptr_t* sizep) { int stat = NC_NOERR; NCProperty* prop = NULL; if(plist == NULL) goto done; if(i >= plist->count) {stat = NC_EINVAL; goto done;} prop = &plist->properties[i]; if(keyp) *((char**)keyp) = (char*)prop->key; if(valuep) *((uintptr_t*)valuep) = (uintptr_t)prop->value; if(sizep) *sizep = prop->size; done: return stat; } /**************************************************/ /* Support Functions */ /** * Initialize a new property list */ static int ncproplistinit(NCproplist* plist) { /* Assume property list will hold at lease MINPROPS properties */ plist->alloc = MINPROPS; plist->count = 0; plist->properties = (NCProperty*)calloc(MINPROPS,sizeof(NCProperty)); return (plist->properties?NC_NOERR:NC_ENOMEM); } /* Suppress unused statics warning */ static void ncproplist_unused(void) { void* unused = ncproplist_unused; unused = ncproplistnew; unused = ncproplistfree; unused = ncproplistadd; unused = ncproplistaddbytes; unused = ncproplistaddstring; unused = ncproplistaddx; unused = ncproplistclone; unused = ncproplistget; unused = ncproplistith; unused = ncproplistinit; unused = (void*)ncproplistith; unused = unused; } #endif /*NETCDF_PROPLIST_H*/