c8fef35d2c0f637727a648fed97fa95b1242a323 tdreszer Thu Jul 21 17:13:06 2011 -0700 Minor fixes to sizes of hash used by cv.ra diff --git src/hg/lib/cv.c src/hg/lib/cv.c index a543e8e..d46c89b 100644 --- src/hg/lib/cv.c +++ src/hg/lib/cv.c @@ -1,355 +1,355 @@ // cv.c stands for Controlled Vocabullary and this file contains the // library APIs for reading and making sense of the contents of cv.ra. #include "common.h" #include "linefile.h" #include "dystring.h" #include "hdb.h" #include "ra.h" #include "hui.h" #include "mdb.h" // CV Defines that should not necessarily be public // CV UGLY TERMS (NOTE: These should be hiddne inside cv.c APIS and callers should use non-UGLY terms) #define CV_UGLY_TOT_CELLTYPE "cellType" #define CV_UGLY_TERM_CELL_LINE "Cell Line" #define CV_UGLY_TERM_ANTIBODY "Antibody" // Type of Terms searchable defines #define CV_SEARCHABLE_SINGLE_SELECT "select" #define CV_SEARCHABLE_MULTI_SELECT "multiSelect" #define CV_SEARCHABLE_FREE_TEXT "freeText" const char *cvTypeNormalized(const char *sloppyTerm) // returns the proper term to use when requesting a typeOfTerm { static const char *badCvSpellingOfCell = CV_UGLY_TOT_CELLTYPE; static const char *badCvSpellingOfAntibody = CV_UGLY_TERM_ANTIBODY; if (sameWord((char *)sloppyTerm,CV_TERM_CELL) || sameWord((char *)sloppyTerm,CV_UGLY_TERM_CELL_LINE)) return badCvSpellingOfCell; if (sameWord((char *)sloppyTerm,CV_TERM_ANTIBODY)) return badCvSpellingOfAntibody; return sloppyTerm; } const char *cvTermNormalized(const char *sloppyTerm) // returns the proper term to use when requesting a cvTerm hash { static const char *approvedSpellingOfCell = CV_TERM_CELL; static const char *approvedSpellingOfAntibody = CV_TERM_ANTIBODY; if (sameWord((char *)sloppyTerm,CV_UGLY_TOT_CELLTYPE) || sameWord((char *)sloppyTerm,CV_UGLY_TERM_CELL_LINE)) return approvedSpellingOfCell; if (sameWord((char *)sloppyTerm,CV_UGLY_TERM_ANTIBODY)) return approvedSpellingOfAntibody; return sloppyTerm; } char *cvLabNormalize(const char *sloppyTerm) /* CV inconsistency work-arounds. Return lab name trimmed of parenthesized trailing * info (a few ENCODE labs have this in metaDb and/or in CV term -- * PI name embedded in parens in the CV term). Also fixes other problems until * cleaned up in CV, metaDb and user processes. Caller must free mem. */ { char *lab = (char *)sloppyTerm; if (containsStringNoCase((char *)sloppyTerm, "Weissman")) lab = "Yale-Weissman"; char *ret = cloneString(lab); chopSuffixAt(ret, '('); return ret; } /* TBD char *cvLabDeNormalize(char *minimalTerm) // returns lab name with parenthesized trailing info, by lookup in cv.ra, and restores // other oddities caught by Normalize } */ static char *cvFileRequested = NULL; void cvFileDeclare(const char *filePath) // Declare an altername cv.ra file to use // (The cv.ra file is normally discovered based upon CGI/Tool and envirnment) { cvFileRequested = cloneString(filePath); } const char *cvFile() // return default location of cv.ra { static char filePath[PATH_LEN]; if (cvFileRequested != NULL) { safecpy(filePath, sizeof(filePath), cvFileRequested); } else { char *root = hCgiRoot(); if (root == NULL || *root == 0) root = "/usr/local/apache/cgi-bin/"; // Make this check out sandboxes? safef(filePath, sizeof(filePath), "%s/encode/%s", root,CV_FILE_NAME); } if(!fileExists(filePath)) errAbort("Error: can't locate %s; %s doesn't exist\n", CV_FILE_NAME, filePath); return filePath; } const struct hash *cvTermHash(const char *term) // returns a hash of hashes of a term which should be defined in cv.ra // NOTE: in static memory: DO NOT FREE { static struct hash *cvHashOfHashOfHashes = NULL; if (sameString(term,CV_TERM_CELL)) term = CV_UGLY_TERM_CELL_LINE; else if (sameString(term,CV_TERM_ANTIBODY)) term = CV_UGLY_TERM_ANTIBODY; if (cvHashOfHashOfHashes == NULL) - cvHashOfHashOfHashes = hashNew(0); + cvHashOfHashOfHashes = hashNew(4); struct hash *cvHashForTerm = hashFindVal(cvHashOfHashOfHashes,(char *)term); // Establish cv hash of Term Types if it doesn't already exist if (cvHashForTerm == NULL) { cvHashForTerm = raReadWithFilter((char *)cvFile(), CV_TERM,CV_TYPE,(char *)term); if (cvHashForTerm != NULL) hashAdd(cvHashOfHashOfHashes,(char *)term,cvHashForTerm); } return cvHashForTerm; } const struct hash *cvOneTermHash(const char *type,const char *term) // returns a hash for a single term of a given type // NOTE: in static memory: DO NOT FREE { const struct hash *typeHash = cvTermHash(type); if (typeHash != NULL) return hashFindVal((struct hash *)typeHash,(char *)term); return NULL; } const struct hash *cvTermTypeHash() // returns a hash of hashes of mdb and controlled vocabulary (cv) term types // Those terms should contain label,description,searchable,cvDefined,hidden // NOTE: in static memory: DO NOT FREE { // NOTE: "typeOfTerm" is specialized, so don't use cvTermHash static struct hash *cvHashOfTermTypes = NULL; // Establish cv hash of Term Types if it doesn't already exist if (cvHashOfTermTypes == NULL) { cvHashOfTermTypes = raReadWithFilter((char *)cvFile(), CV_TERM,CV_TYPE,CV_TOT); // Patch up an ugly inconsistency with 'cell' struct hash *cellHash = hashRemove(cvHashOfTermTypes,CV_UGLY_TOT_CELLTYPE); if (cellHash) { hashAdd(cvHashOfTermTypes,CV_TERM_CELL,cellHash); hashReplace(cellHash, CV_TERM, cloneString(CV_TERM_CELL)); // spilling memory of 'cellType' val } struct hash *abHash = hashRemove(cvHashOfTermTypes,CV_UGLY_TERM_ANTIBODY); if (abHash) { hashAdd(cvHashOfTermTypes,CV_TERM_ANTIBODY,abHash); hashReplace(abHash, CV_TERM, cloneString(CV_TERM_ANTIBODY)); // spilling memory of 'Antibody' val } } return cvHashOfTermTypes; } static boolean cvHiddenIsTrue(const char *setting) // returns TRUE if hidden setting passed in is true for this browser { if (setting != NULL) { if (sameWord((char *)setting,"yes" ) || sameWord((char *)setting,"on" ) || sameWord((char *)setting,"true")) return TRUE; if (hIsPrivateHost() || hIsPreviewHost()) { if (strstrNoCase((char *)setting,"alpha")) return TRUE; } else if (hIsBetaHost()) { if (strstrNoCase((char *)setting,"beta")) return TRUE; } else // RR and everyone else { if (strstrNoCase((char *)setting,"public")) return TRUE; } } return FALSE; } struct slPair *cvWhiteList(boolean searchTracks, boolean cvDefined) // returns the official mdb/controlled vocabulary terms that have been whitelisted for certain uses. // TODO: change to return struct that includes searchable! { struct slPair *whitePairs = NULL; // Get the list of term types from thew cv struct hash *termTypeHash = (struct hash *)cvTermTypeHash(); struct hashCookie hc = hashFirst(termTypeHash); struct hashEl *hEl; while ((hEl = hashNext(&hc)) != NULL) { char *setting = NULL; struct hash *typeHash = (struct hash *)hEl->val; //if (!includeHidden) { setting = hashFindVal(typeHash,CV_TOT_HIDDEN); if (cvHiddenIsTrue(setting)) continue; } if (searchTracks) { setting = hashFindVal(typeHash,CV_TOT_SEARCHABLE); if (setting == NULL || ( differentWord(setting,CV_SEARCHABLE_SINGLE_SELECT) && differentWord(setting,CV_SEARCHABLE_MULTI_SELECT) && differentWord(setting,CV_SEARCHABLE_FREE_TEXT))) continue; } if (cvDefined) { setting = hashFindVal(typeHash,CV_TOT_CV_DEFINED); if(SETTING_NOT_ON(setting)) continue; } char *term = hEl->name; char *label = hashFindVal(typeHash,CV_LABEL); if (label == NULL) label = term; slPairAdd(&whitePairs, term, cloneString(label)); // Term gets cloned in slPairAdd } if (whitePairs != NULL) slPairValSortCase(&whitePairs); return whitePairs; } enum cvSearchable cvSearchMethod(const char *term) // returns whether the term is searchable { // Get the list of term types from thew cv struct hash *termTypeHash = (struct hash *)cvTermTypeHash(); struct hash *termHash = hashFindVal(termTypeHash,(char *)term); if (termHash != NULL) { char *searchable = hashFindVal(termHash,CV_TOT_SEARCHABLE); if (searchable != NULL) { if (sameWord(searchable,CV_SEARCHABLE_SINGLE_SELECT)) return cvSearchBySingleSelect; if (sameWord(searchable,CV_SEARCHABLE_MULTI_SELECT)) return cvSearchByMultiSelect; if (sameWord(searchable,CV_SEARCHABLE_FREE_TEXT)) return cvSearchByFreeText; if (sameWord(searchable,"date")) return cvSearchByDateRange; if (sameWord(searchable,"numeric")) return cvSearchByIntegerRange; } } return cvNotSearchable; } const char *cvLabel(const char *term) // returns cv label if term found or else just term { // Get the list of term types from thew cv struct hash *termTypeHash = (struct hash *)cvTermTypeHash(); struct hash *termHash = hashFindVal(termTypeHash,(char *)term); if (termHash != NULL) { char *label = hashFindVal(termHash,CV_LABEL); if (label != NULL) return label; } return term; } const char *cvTag(const char *type,const char *term) // returns cv Tag if term found or else NULL { const struct hash *termHash = cvOneTermHash(type,term); if (termHash != NULL) return hashFindVal((struct hash *)termHash,CV_TAG); return NULL; } #ifdef OMIT // may want this someday const char *cvTerm(const char *tag) // returns the cv Term if tag found or else NULL { // Get the list of term types from thew cv struct hash *termTypeHash = (struct hash *)cvTermTypeHash(); struct hashCookie hcTOT = hashFirst(termTypeHash); struct hashEl *helType; while ((helType = hashNext(&hcTOT)) != NULL) // Walk through each type { struct hash *typeHash = cvTermHash(helType->name); struct hashCookie hcType = hashFirst(typeHash); struct hashEl *helTerm; while ((helTerm = hashNext(&hcType)) != NULL) // Walk through each term in this type { struct hash *termHash = (struct hash *)helTerm->val; char *foundTag = hashFindVal(termHash,CV_TAG); if (foundTag != NULL && sameString(tag,foundTag)) { return helTerm->name; } } } return NULL; } #endif///def OMIT boolean cvTermIsHidden(const char *term) // returns TRUE if term is defined as hidden in cv.ra { struct hash *termTypeHash = (struct hash *)cvTermTypeHash(); struct hash *termHash = hashFindVal(termTypeHash,(char *)term); if (termHash != NULL) { char *setting = hashFindVal(termHash,CV_TOT_HIDDEN); return cvHiddenIsTrue(setting); } return FALSE; } boolean cvTermIsEmpty(const char *term,const char *val) // returns TRUE if term has validation of "cv or None" and the val is None { if (val == NULL) return TRUE; // Empty whether it is supposed to be or not struct hash *termTypeHash = (struct hash *)cvTermTypeHash(); struct hash *termHash = hashFindVal(termTypeHash,(char *)term); if (termHash != NULL) { char *validationRule = hashFindVal(termHash,CV_VALIDATE); if (validationRule != NULL) { // Currently only supporting special case for "None" if (sameString(validationRule,CV_VALIDATE_CV_OR_NONE) && sameString(val,MDB_VAL_ENCODE_EDV_NONE)) return TRUE; } } return FALSE; }