7a4641fb6869e372e88498be6c33c3fc7462ab86 galt Fri Jul 30 14:22:16 2021 -0700 Kate forgot to fix these when changing the name of the virtual chrom from "virt" to "multi". fixes #27920 diff --git src/hg/hgIntegrator/hgIntegrator.c src/hg/hgIntegrator/hgIntegrator.c index 070940e..bc8bf67 100644 --- src/hg/hgIntegrator/hgIntegrator.c +++ src/hg/hgIntegrator/hgIntegrator.c @@ -1,1001 +1,1002 @@ /* hgIntegrator - bootstrapper / back end for the Data Integrator user interface * This CGI has three modes of operation: * - HTML output for minimal main page with a
container to be filled in by javascript * (default, in the absence of special CGI params) * - JSON responses to ajax requests from javascript (using hg/lib/cartJson.c) * (if CGI param CARTJSON_COMMAND exists) * - text output for annoGrator queries on track data * (if CGI param DO_QUERY exists) * The UI view top level is in ../js/react/hgIntegrator/hgIntegrator.jsx * The UI model top level is in ../js/model/hgIntegrator/hgIntegratorModel.js */ /* Copyright (C) 2015 The Regents of the University of California * See README in this or parent directory for licensing information. */ #include "common.h" #include "cart.h" #include "cartJson.h" #include "cartTrackDb.h" #include "cheapcgi.h" #include "htmshell.h" #include "genbank.h" #include "hAnno.h" #include "hCommon.h" #include "hdb.h" #include "hgColors.h" #include "hui.h" #include "joiner.h" #include "jsHelper.h" #include "jsonParse.h" #include "knetUdc.h" #include "textOut.h" #include "trackHub.h" #include "userRegions.h" #include "web.h" #include "annoFormatTab.h" #include "annoGratorQuery.h" #include "windowsToAscii.h" /* Global Variables */ struct cart *cart = NULL; /* CGI and other variables */ struct hash *oldVars = NULL; /* Old contents of cart before it was updated by CGI */ #define QUERY_SPEC "hgi_querySpec" #define UI_CHOICES "hgi_uiChoices" #define DO_QUERY "hgi_doQuery" #define hgiRegionType "hgi_range" #define hgiRegionTypePosition "position" #define hgiRegionTypeDefault hgiRegionTypePosition static void writeCartVar(struct cartJson *cj, char *varName) { char *val = cartOptionalString(cj->cart, varName); jsonWriteString(cj->jw, varName, val); } static void getQueryState(struct cartJson *cj, struct hash *paramHash) /* Bundle hgi_querySpec and hgi_uiChoices because they need to be processed together. */ { jsonWriteObjectStart(cj->jw, "queryState"); writeCartVar(cj, QUERY_SPEC); writeCartVar(cj, UI_CHOICES); jsonWriteObjectEnd(cj->jw); } static struct trackDb *getFullTrackList(struct cart *cart) /* It can take a long time to load trackDb, hubs etc, so cache it in case multiple * handlers need it. * Callers must not modify (e.g. sort) the returned list! */ //#*** Seems like hdb should have something like this if it doesn't already. { static struct trackDb *fullTrackList = NULL; static struct grp *fullGroupList = NULL; if (fullTrackList == NULL) cartTrackDbInit(cart, &fullTrackList, &fullGroupList, /* useAccessControl= */TRUE); return fullTrackList; } static void makeTrackLabel(struct trackDb *tdb, char *table, char *label, size_t labelSize) /* Write tdb->shortLabel followed by table name in parens. */ { safef(label, labelSize, "%s (%s)", tdb->shortLabel, table); } static struct slPair *fieldsFromAsObj(struct asObject *asObj) /* Extract name and description from each column in autoSql. */ { struct slPair *fieldList = NULL; struct asColumn *col; for (col = asObj->columnList; col != NULL; col = col->next) { slAddHead(&fieldList, slPairNew(col->name, cloneString(col->comment))); } slReverse(&fieldList); return fieldList; } static struct slPair *fieldsFromSqlFields(struct sqlConnection *conn, char *table) /* List field names and empty descriptions. */ { struct slPair *fieldList = NULL; struct slName *field, *sqlFieldList = sqlListFields(conn, table); for (field = sqlFieldList; field != NULL; field = field->next) { slAddHead(&fieldList, slPairNew(field->name, cloneString(""))); } slReverse(&fieldList); return fieldList; } static void writeTableFields(struct jsonWrite *jw, char *label, char *db, char *dotTable, struct slPair *fields) /* Add a json object for dotTable containing its label and field descriptions. */ { char *dot = strchr(dotTable, '.'); char *table = dot ? dot+1 : dotTable; jsonWriteObjectStart(jw, dotTable); jsonWriteString(jw, "label", label); jsonWriteBoolean(jw, "isNoGenome", cartTrackDbIsNoGenome(db, table)); jsonWriteListStart(jw, "fields"); struct slPair *field; for (field = fields; field != NULL; field = field->next) { jsonWriteObjectStart(jw, NULL); jsonWriteString(jw, "name", field->name); jsonWriteString(jw, "desc", (char *)field->val); jsonWriteObjectEnd(jw); } jsonWriteListEnd(jw); jsonWriteObjectEnd(jw); } static void writeTableFieldsFromAsObj(struct jsonWrite *jw, char *label, char *db, char *table, struct asObject *asObj) /* Add a json object for a table containing its label and field descriptions from autoSql. */ { struct slPair *fieldList = fieldsFromAsObj(asObj); writeTableFields(jw, label, db, table, fieldList); slPairFreeList(&fieldList); } static void writeTableFieldsFromDbTable(struct jsonWrite *jw, char *label, struct sqlConnection *conn, char *db, char *table) /* Add a json object for a table containing its label and field descriptions from autoSql. */ { struct slPair *fieldList = fieldsFromSqlFields(conn, table); writeTableFields(jw, label, db, table, fieldList); slPairFreeList(&fieldList); } static char *getRelatedTableLabel(char *db, char *table, struct trackDb *tdb) /* Label db.table using tdb->longLabel (if available) or autoSql comment (if available), * Caller can free result. */ { struct dyString *dy = dyStringCreate("%s.%s", db, table); if (tdb != NULL) { dyStringPrintf(dy, " (%s)", tdb->longLabel); } else { struct sqlConnection *conn = hAllocConn(db); struct asObject *asObj = asFromTableDescriptions(conn, table); if (asObj != NULL) { dyStringPrintf(dy, " (%s)", asObj->comment); asObjectFree(&asObj); } hFreeConn(&conn); } return dyStringCannibalize(&dy); } static void getFields(struct cartJson *cj, struct hash *paramHash) /* Print out the fields of the tables in tableGroups param. In order to support related SQL * tables, the tableGroups param is ;-separated and may include ,-separated lists containing * the main table for a track followed by db.table's for related sql tables. */ { char *tableGroupStr = cartJsonRequiredParam(paramHash, "tableGroups", cj->jw, "getFields"); if (! tableGroupStr) return; char *jsonName = cartJsonParamDefault(paramHash, "jsonName", "tableFields"); char *cartDb = cartString(cart, "db"); struct trackDb *fullTrackList = getFullTrackList(cj->cart); jsonWriteObjectStart(cj->jw, jsonName); struct slName *tableGroup, *tableGroups = slNameListFromString(tableGroupStr, ';'); for (tableGroup = tableGroups; tableGroup != NULL; tableGroup = tableGroup->next) { struct slName *table, *tables = slNameListFromComma(tableGroup->name); // When there are multiple tables, the first table in list is the main table for track. char *mainTable = tables->name; //#*** TODO: //#*** The trackDb setting defaultLinkedTables should be checked too, when determining which tables //#*** have already been selected. struct trackDb *mainTdb = tdbForTrack(NULL, mainTable, &fullTrackList); jsonWriteObjectStart(cj->jw, mainTable); for (table = tables; table != NULL; table = table->next) { // Note that the given table name can be db.table (for related sql tables); parse out. char db[PATH_LEN], tableName[PATH_LEN]; hParseDbDotTable(cartDb, table->name, db, sizeof(db), tableName, sizeof(tableName)); if (isEmpty(db)) safecpy(db, sizeof(db), cartDb); struct trackDb *tdb = NULL; if (sameString(db, cartDb) && sameString(tableName, mainTable)) tdb = mainTdb; if (tdb) { struct asObject *asObj = hAnnoGetAutoSqlForTdb(db, hDefaultChrom(db), tdb); if (asObj) { char label[PATH_LEN*2]; makeTrackLabel(tdb, tableName, label, sizeof(label)); writeTableFieldsFromAsObj(cj->jw, label, db, table->name, asObj); } else warn("No autoSql for track %s", table->name); } else if (trackHubDatabase(db)) { warn("No tdb for track hub table %s", table->name); } else { // No tdb and not a hub track so it's a sql table, presumably related to mainTable. struct sqlConnection *conn = hAllocConn(db); char *realTable = NULL; struct slName *realTables = NULL; if (sqlTableExists(conn, tableName)) realTable = tableName; else { char likeExpr[PATH_LEN]; safef(likeExpr, sizeof(likeExpr), "chr%%\\_%s", tableName); realTables = sqlListTablesLike(conn, likeExpr); if (realTables != NULL) realTable = realTables->name; } if (realTable != NULL) { struct asObject *asObj = hAnnoGetAutoSqlForDbTable(db, realTable, tdb, TRUE); char *label = getRelatedTableLabel(db, tableName, tdb); if (asObj) writeTableFieldsFromAsObj(cj->jw, label, db, table->name, asObj); else { warn("No autoSql for table %s", tableName); // Show sql field names, no descriptions available. writeTableFieldsFromDbTable(cj->jw, label, conn, db, realTable); } } else warn("No tdb or table for %s", tableName); slFreeList(&realTables); hFreeConn(&conn); } } slNameFreeList(&tables); jsonWriteObjectEnd(cj->jw); // mainTable ("track") } jsonWriteObjectEnd(cj->jw); slNameFreeList(&tableGroups); } static void addAll_PrefixForJoiner(char *table, size_t sizeofTable) // Ugly: although we need to trim 'all_' from some table names in order to find their // trackDb entries, all.joiner uses the all_ table names, so add it back here. // The names to prefix are from this command: /* grep all_ ~/kent/src/hg/makeDb/schema/all.joiner \ | perl -wpe 's/^.*all_/all_/; s/\..*$//;' \ | sort -u */ // and cross-checking whether the names are in trackDb (only mrna and est; the bacends, // fosends and sts tables are auxiliary tables, not track tables). I expect it to be stable -- // these tracks are ancient and we won't make that mistake again. :) { if (sameString(table, "mrna") || sameString(table, "est")) { int tableLen = strlen(table); int prefixLen = strlen("all_"); if (sizeofTable > tableLen + prefixLen + 1) { memmove(table+prefixLen, table, tableLen+1); strncpy(table, "all_", prefixLen); } } } static int joinerDtfCmp(const void *a, const void *b) /* Compare joinerDtf's alphabetically by database, table and (possiby NULL) field. */ { struct joinerDtf *dtfA = *((struct joinerDtf **)a); struct joinerDtf *dtfB = *((struct joinerDtf **)b); int dif = strcmp(dtfA->database, dtfB->database); if (dif == 0) dif = strcmp(dtfA->table, dtfB->table); if (dif == 0) { if (dtfA->field == NULL && dtfB->field != NULL) dif = -1; else if (dtfA->field != NULL && dtfB->field == NULL) dif = 1; else dif = strcmp(dtfA->field, dtfB->field); } return dif; } static struct joinerDtf *findRelatedTables(struct joiner *joiner, char *cartDb, struct slName *dbTableList) /* Return a (usually NULL) list of tables that can be joined to something in dbTableList. * First item in dbTableList is the main track table. */ { struct joinerDtf *outList = NULL; struct hash *uniqHash = newHash(0); char *mainTable = dbTableList->name; struct slName *dbTable; for (dbTable = dbTableList; dbTable != NULL; dbTable = dbTable->next) { char db[PATH_LEN], table[PATH_LEN]; hParseDbDotTable(cartDb, dbTable->name, db, sizeof(db), table, sizeof(table)); if (isEmpty(db)) safecpy(db, sizeof(db), cartDb); addAll_PrefixForJoiner(table, sizeof(table)); struct joinerPair *jp, *jpList = joinerRelate(joiner, db, table, cartDb); for (jp = jpList; jp != NULL; jp = jp->next) { // omit the main table from the list if some related table links back to the main table: boolean isMainTable = (sameString(jp->b->database, cartDb) && sameString(jp->b->table, mainTable)); char dbDotTable[PATH_LEN]; safef(dbDotTable, sizeof(dbDotTable), "%s.%s", jp->b->database, jp->b->table); if (! isMainTable && !hashLookup(uniqHash, dbDotTable) && !cartTrackDbIsAccessDenied(jp->b->database, jp->b->table)) { hashAdd(uniqHash, dbDotTable, NULL); slAddHead(&outList, joinerDtfClone(jp->b)); } } joinerPairFreeList(&jpList); } slSort(&outList, joinerDtfCmp); hashFree(&uniqHash); return outList; } static void getRelatedTables(struct cartJson *cj, struct hash *paramHash) /* Print out related tables (if any) for each track in the tableGroups param. * The tableGroups param is ;-separated and may include ,-separated lists containing * the main table for a track followed by db.table's for related sql tables. */ { char *tableGroupStr = cartJsonRequiredParam(paramHash, "tableGroups", cj->jw, "getRelatedTables"); if (! tableGroupStr) return; char *jsonName = cartJsonParamDefault(paramHash, "jsonName", "relatedTables"); char *cartDb = cartString(cart, "db"); struct joiner *joiner = joinerRead("all.joiner"); // Even if we didn't require the track list, it would still be necessary to call cartTrackDbInit // so that cartTrackDbIsAccessDenied can use the local static forbiddenTrackList, ugh... // need to make that more explicit. struct trackDb *fullTrackList = getFullTrackList(cj->cart); jsonWriteObjectStart(cj->jw, jsonName); struct slName *tableGroup, *tableGroups = slNameListFromString(tableGroupStr, ';'); for (tableGroup = tableGroups; tableGroup != NULL; tableGroup = tableGroup->next) { struct slName *dbTableList = slNameListFromComma(tableGroup->name); // When there are multiple tables, the first table in list is the main table for track. char *mainTable = dbTableList->name; struct joinerDtf *relatedTables = findRelatedTables(joiner, cartDb, dbTableList); if (relatedTables != NULL) { // Write a list of [table, description, isNoGenome] tuples jsonWriteListStart(cj->jw, mainTable); struct joinerDtf *dtf; for (dtf = relatedTables; dtf != NULL; dtf = dtf->next) { // Write one [table, description, isNoGenome] tuple jsonWriteListStart(cj->jw, NULL); // If related table is in same database as main table, make its name begin with // just "." so saved settings don't pull in related tables from the old database // when we switch to a new database. char relTableName[PATH_LEN]; if (sameString(dtf->database, cartDb)) safef(relTableName, sizeof(relTableName), ".%s", dtf->table); else safef(relTableName, sizeof(relTableName), "%s.%s", dtf->database, dtf->table); jsonWriteString(cj->jw, NULL, relTableName); struct trackDb *tdb = NULL; if (sameString(dtf->database, cartDb)) tdb = tdbForTrack(cartDb, dtf->table, &fullTrackList); char *description = getRelatedTableLabel(dtf->database, dtf->table, tdb); jsonWriteString(cj->jw, NULL, description); jsonWriteBoolean(cj->jw, NULL, cartTrackDbIsNoGenome(dtf->database, dtf->table)); jsonWriteListEnd(cj->jw); } jsonWriteListEnd(cj->jw); } slNameFreeList(&dbTableList); slNameFreeList(&relatedTables); } jsonWriteObjectEnd(cj->jw); slNameFreeList(&tableGroups); joinerFree(&joiner); } // For now at least, use hgTables' CGI var names so regions are shared between hgI & hgTables //#*** TODO: get own CGI var names or libify these (dup'd from hgTables.h) #define hgtaEnteredUserRegions "hgta_enteredUserRegions" #define hgtaUserRegionsFile "hgta_userRegionsFile" #define hgtaUserRegionsDb "hgta_userRegionsDb" #define hgtaRegionTypeUserRegions "userRegions" #define hgtaRegionTypeGenome "genome" boolean userRegionsExist() /* Return true if the trash file for regions exists. It must be non-empty because * if the region list is set to empty we clear region state. */ { char *trashFileName = cartOptionalString(cart, hgtaUserRegionsFile); return (isNotEmpty(trashFileName) && fileExists(trashFileName)); } struct bed4 *userRegionsGetBedList() /* Read parsed user-defined regions from local trash file and return as bed list. */ // Not libifying at this point because the cart variable names may differ between // apps -- in that case, libify this but with some kind of param to give cart // var name prefix. { if (! userRegionsExist()) return NULL; char *trashFileName = cartOptionalString(cart, hgtaUserRegionsFile); // Note: I wanted to use basicBed's bedLoadNAll but it chops by whitespace not tabs, // so it aborts if the name field is empty (that causes it to see 3 words not 4). char *words[4]; int wordCount; struct lineFile *lf = lineFileOpen(trashFileName, TRUE); struct bed4 *bedList = NULL; while ((wordCount = lineFileChopNext(lf, words, ArraySize(words))) > 0) { lineFileExpectAtLeast(lf, 3, wordCount); char *name = words[3]; if (wordCount < 4) name = ""; struct bed4 *bed = bed4New(words[0], atoi(words[1]), atoi(words[2]), name); slAddHead(&bedList, bed); } lineFileClose(&lf); slReverse(&bedList); return bedList; } static char *summarizeUserRegions() /* Return a short summary of user-defined regions. */ // Not libifying at this point because the cart variable names may differ between // apps -- in that case, libify this but with some kind of param to give cart // var name prefix. { struct bed4 *bedList = userRegionsGetBedList(); if (bedList == NULL) return cloneString("no regions have been defined"); struct dyString *dy = dyStringCreate("%s:%d-%d", bedList->chrom, bedList->chromStart+1, bedList->chromEnd); if (isNotEmpty(bedList->name)) dyStringPrintf(dy, " (%s)", bedList->name); int count = slCount(bedList); if (count > 1) dyStringPrintf(dy, " and %d other%s", count - 1, count > 2 ? "s" : ""); return dyStringCannibalize(&dy); } static void getUserRegions(struct cartJson *cj, struct hash *paramHash) /* If the cart's unparsed user regions are for the current db, return them so we * can show the user what they previously entered. */ // Not libifying at this point because the cart variable names may differ between // apps -- in that case, libify this but with some kind of param to give cart // var name prefix. { char *resultName = cartJsonOptionalParam(paramHash, "resultName"); if (isEmpty(resultName)) resultName = "userRegions"; struct jsonWrite *jw = cj->jw; char *db = cartString(cart, "db"); char *regionsDb = cartOptionalString(cart, hgtaUserRegionsDb); if (sameOk(regionsDb, db) && userRegionsExist()) { char *userRegions = cartUsualString(cart, hgtaEnteredUserRegions, ""); jsonWriteString(jw, resultName, userRegions); jsonWriteString(jw, "userRegionsSummary", summarizeUserRegions()); } else { jsonWriteString(jw, resultName, NULL); jsonWriteString(jw, "userRegionsSummary", NULL); } } static void clearUserRegions(struct cartJson *cj, struct hash *paramHash) /* Remove all user-defined region info from cart, and send JSON update. */ // Not libifying at this point because the cart variable names may differ between // apps -- in that case, libify this but with some kind of param to give cart // var name prefix. { char *resultName = cartJsonOptionalParam(paramHash, "resultName"); if (isEmpty(resultName)) resultName = "userRegions"; struct jsonWrite *jw = cj->jw; cartRemove(cart, hgtaUserRegionsDb); char *trashFileName = cartOptionalString(cart, hgtaUserRegionsFile); if (trashFileName && fileExists(trashFileName)) unlink(trashFileName); cartRemove(cart, hgtaUserRegionsFile); cartRemove(cart, hgtaEnteredUserRegions); char *regionType = cartUsualString(cart, hgiRegionType, hgiRegionTypeDefault); if (regionType && sameString(regionType, hgtaRegionTypeUserRegions)) { regionType = hgiRegionTypeDefault; cartSetString(cart, hgiRegionType, regionType); } jsonWriteString(jw, hgiRegionType, regionType); jsonWriteString(jw, resultName, NULL); jsonWriteString(jw, "userRegionsSummary", NULL); } static void setUserRegions(struct cartJson *cj, struct hash *paramHash) /* Instead of finding user regions in paramHash, look for them in separate CGI * variables and remove them from the cart. If user regions are small enough to * enter in the paste box, send them to the UI model. */ // Not libifying at this point because the cart variable names may differ between // apps -- in that case, libify this but with some kind of param to give cart // var name prefix. { char *regionText = cartJsonOptionalParam(paramHash, "regions"); char *regionFileVar = cartJsonOptionalParam(paramHash, "regionFileVar"); struct jsonWrite *jw = cj->jw; char *db = cartString(cart, "db"); // File upload takes precedence over pasted text: if (regionFileVar != NULL) regionText = cgiOptionalString(regionFileVar); if (isEmpty(regionText)) { clearUserRegions(cj, paramHash); } else { int regionCount = 0; char *warnText = ""; char *trashFileName = userRegionsParse(db, regionText, 1000, 10, ®ionCount, &warnText); if (trashFileName && regionCount > 0) { cartSetString(cart, hgtaUserRegionsDb, db); cartSetString(cart, hgtaUserRegionsFile, trashFileName); cartSetString(cart, hgiRegionType, hgtaRegionTypeUserRegions); if (strlen(regionText) > 64 * 1024) // Unparsed regions are too big to save for editing cartRemove(cart, hgtaEnteredUserRegions); else cartSetString(cart, hgtaEnteredUserRegions, cloneString(regionText)); char *userRegions = cartOptionalString(cart, hgtaEnteredUserRegions); if (isNotEmpty(userRegions)) { // Now that cart is updated, send JSON update getUserRegions(cj, paramHash); } if (warnText != NULL) jsonWriteString(jw, "userRegionsWarn", warnText); } else jsonWriteStringf(jw, "error", "Could not find any regions in input: %s", warnText); } if (regionFileVar) cartRemove(cart, regionFileVar); } void doCartJson() /* Perform UI commands to update the cart and/or retrieve cart vars & metadata. */ { // When cart is brand new, we need to set db in the cart because several cartJson functions // require it to be there. char *db = cartOptionalString(cart, "db"); if (! db) { db = hDefaultDb(); cartSetString(cart, "db", db); } initGenbankTableNames(db); struct cartJson *cj = cartJsonNew(cart); cartJsonRegisterHandler(cj, "getQueryState", getQueryState); cartJsonRegisterHandler(cj, "getFields", getFields); cartJsonRegisterHandler(cj, "getRelatedTables", getRelatedTables); cartJsonRegisterHandler(cj, "setUserRegions", setUserRegions); cartJsonRegisterHandler(cj, "getUserRegions", getUserRegions); cartJsonExecute(cj); } static struct pipeline *configTextOut(struct jsonElement *queryObj, int *pSavedStdout) // Set up a textOut pipeline according to output file options in queryObj. { char *fileName = ""; char *compressType = textOutCompressNone; struct jsonElement *outFileOptions = jsonFindNamedField(queryObj, QUERY_SPEC, "outFileOptions"); if (outFileOptions) { boolean doFile = jsonOptionalBooleanField(outFileOptions, "doFile", FALSE); if (doFile) { fileName = jsonOptionalStringField(outFileOptions, "fileName", "hgIntegratorResults"); fileName = textOutSanitizeHttpFileName(fileName); boolean doGzip = jsonOptionalBooleanField(outFileOptions, "doGzip", FALSE); if (doGzip) compressType = textOutCompressGzip; } } return textOutInit(fileName, compressType, pSavedStdout); } static struct annoFormatter *makeTabFormatter(struct jsonElement *queryObj) // Create and configure an annoFormatter subclass as specified by queryObj. { struct annoFormatter *tabOut = annoFormatTabNew("stdout"); // In case the autoSql includes the bin column, turn it off. The user can explicitly enable it // in the UI, and in that case we'll turn it back on below. struct slRef *dataSources = jsonListVal(jsonFindNamedField(queryObj, "queryObj", "dataSources"), "dataSources"); struct slRef *dsRef; for (dsRef = dataSources; dsRef != NULL; dsRef = dsRef->next) { struct jsonElement *dsObj = dsRef->val; struct slRef *trackPath = jsonListVal(jsonMustFindNamedField(dsObj, "dataSource", "trackPath"), "trackPath"); struct slRef *leafRef = slLastEl(trackPath); struct jsonElement *leafEl = (struct jsonElement *)(leafRef->val); char *sourceName = jsonStringVal(leafEl, "trackPath leaf"); // If source's asObject doesn't have a bin column then this won't have any effect. annoFormatTabSetColumnVis(tabOut, sourceName, "bin", FALSE); } // Look for fields that have been deselected by the user struct jsonElement *outFileOptions = jsonFindNamedField(queryObj, QUERY_SPEC, "outFileOptions"); if (outFileOptions) { struct jsonElement *tableFieldsObj = jsonFindNamedField(outFileOptions, "outFileOptions", "tableFields"); if (tableFieldsObj) { struct hash *tableFields = jsonObjectVal(tableFieldsObj, "tableFields"); // Iterate over hash keys (= tables); the same names must be passed into annoStreamers. struct hashEl *hel; struct hashCookie cookie = hashFirst(tableFields); while ((hel = hashNext(&cookie)) != NULL) { char *sourceName = hel->name; struct jsonElement *tableObj = hel->val; struct hash *fieldVals = jsonObjectVal(tableObj, sourceName); // Now iterate over field/column names to see which ones are explicitly deselected: struct hashEl *innerHel; struct hashCookie innerCookie = hashFirst(fieldVals); while ((innerHel = hashNext(&innerCookie)) != NULL) { char *colName = innerHel->name; struct jsonElement *enabledEl = innerHel->val; boolean enabled = jsonBooleanVal(enabledEl, colName); if (!enabled || sameString(colName, "bin")) annoFormatTabSetColumnVis(tabOut, sourceName, colName, enabled); } } } } return tabOut; } static void filterNoGenome(char *db, boolean regionIsGenome, struct jsonElement *configEl) /* If we are doing a genome-wide query and configEl specifies related tables, then remove * any related tables that appear in a 'tableBrowser noGenome' setting in trackDb. */ { if (configEl && regionIsGenome) { struct jsonElement *relatedTablesEl = jsonFindNamedField(configEl, "config", "relatedTables"); if (relatedTablesEl) { // relatedTables is a list of objects like { table: <[db.]table name>, // fields: [ , , ...] } struct slRef *relatedTables = jsonListVal(relatedTablesEl, "relatedTables"); struct slRef *tfRef, *tfRefNext, *newRefList = NULL; for (tfRef = relatedTables; tfRef != NULL; tfRef = tfRefNext) { tfRefNext = tfRef->next; struct jsonElement *tfEl = tfRef->val; char *dbTable = jsonStringField(tfEl, "table"); char tfDb[PATH_LEN], tfTable[PATH_LEN]; hParseDbDotTable(db, dbTable, tfDb, sizeof(tfDb), tfTable, sizeof(tfTable)); if (isEmpty(tfDb)) safecpy(tfDb, sizeof(tfDb), db); if (! cartTrackDbIsNoGenome(tfDb, tfTable)) slAddHead(&newRefList, tfRef); } slReverse(&newRefList); struct jsonElement *newListEl = newJsonList(newRefList); jsonObjectAdd(configEl, "relatedTables", newListEl); } } } static struct trackDb *tdbForDataSource(struct jsonElement *dsObj, char *db, struct trackDb *fullTrackList) /* Use dsObj's trackPath to find its trackDb record in fullTrackList. abort if not found. */ { struct slRef *trackPath = jsonListVal(jsonMustFindNamedField(dsObj, "dataSource", "trackPath"), "trackPath"); // The first item in trackPath is group. The second is track (or composite): struct jsonElement *trackEl = (struct jsonElement *)(trackPath->next->val); // and the last item in trackPath is track or leaf subtrack. struct slRef *leafRef = slLastEl(trackPath); struct jsonElement *leafEl = (struct jsonElement *)(leafRef->val); char *leafTrack = jsonStringVal(leafEl, "leaf"); char *topTrack = jsonStringVal(trackEl, "track"); struct trackDb *tdb = tdbForTrack(db, leafTrack, &fullTrackList); if (!tdb) tdb = tdbForTrack(db, topTrack, &fullTrackList); if (!tdb) errAbort("doQuery: no tdb for track %s, leaf %s", topTrack, leafTrack); return tdb; } static void regionQuery(struct annoAssembly *assembly, struct bed4 *region, struct slRef *dataSources, struct trackDb *fullTrackList, struct annoFormatter *formatter) /* Get streamers, grators & do query for region. Wasteful but necessary until * streamers internally handle split files (i.e. are chrom-agnostic when * opening; we need an hg-level streamer for db table of per-chrom BAM or VCF files * like 1000 Genomes Variants). */ { char *db = assembly->name; struct annoStreamer *primary = NULL; struct annoGrator *gratorList = NULL; boolean regionIsGenome = isEmpty(region->chrom); struct slRef *dsRef; int i; for (i = 0, dsRef = dataSources; dsRef != NULL; i++, dsRef = dsRef->next) { struct jsonElement *dsObj = dsRef->val; struct jsonElement *configEl = jsonFindNamedField(dsObj, "dataSource", "config"); filterNoGenome(db, regionIsGenome, configEl); struct trackDb *tdb = tdbForDataSource(dsObj, db, fullTrackList); char *table = tdb->table; if (i == 0) { primary = hAnnoStreamerFromTrackDb(assembly, table, tdb, region->chrom, ANNO_NO_LIMIT, configEl); annoStreamerSetName(primary, tdb->track); } else { struct annoGrator *grator = hAnnoGratorFromTrackDb(assembly, table, tdb, region->chrom, ANNO_NO_LIMIT, NULL, agoNoConstraint, configEl); if (grator) { annoStreamerSetName((struct annoStreamer *)grator, tdb->track); slAddHead(&gratorList, grator); } else errAbort("doQuery: no grator for track %s, table %s", tdb->track, table); } } slReverse(&gratorList); // Set up and execute query. struct annoGratorQuery *query = annoGratorQueryNew(assembly, primary, gratorList, formatter); if (region->chrom != NULL) annoGratorQuerySetRegion(query, region->chrom, region->chromStart, region->chromEnd); annoGratorQueryExecute(query); //#*** SKIP THIS FOR NOW: annoGratorQueryFree(&query); //#*** annoGratorQueryFree closes streamers, grators and formatters. In this case we //#*** want the formatter to stay live. Pushing handling of split tables/files down into //#*** annoStreamers will make this unnecessary -- this won't happen in a loop, there will //#*** be only one call to free after looping on regions. primary->close(&primary); struct annoStreamer *grator = (struct annoStreamer *)gratorList, *nextGrator; for (; grator != NULL; grator = nextGrator) { nextGrator = grator->next; grator->close(&grator); } } static struct bed4 *positionToBed4(char *position) /* Expect position to be chr:start-end; parse that and return a new BED4 with chrom, chromStart, * chromEnd but no name. */ { struct bed4 *bed = NULL; char *chrom = NULL; uint start = 0, end = 0; if (! parsePosition(position, &chrom, &start, &end)) errAbort("doQuery: Expected position to be chrom:start-end but got '%s'", position); AllocVar(bed); bed->chrom = cloneString(chrom); bed->chromStart = start; bed->chromEnd = end; return bed; } static boolean hasTBNoGenome(struct slRef *dataSources, char *db, struct trackDb *fullTrackList) /* Return TRUE if any dataSource has the 'tableBrowser noGenome' trackDb setting. */ { boolean foundNoGenome = FALSE; struct slRef *dsRef; for (dsRef = dataSources; dsRef != NULL; dsRef = dsRef->next) { struct jsonElement *dsObj = dsRef->val; struct trackDb *tdb = tdbForDataSource(dsObj, db, fullTrackList); char *setting = tdb ? trackDbSetting(tdb, "tableBrowser") : NULL; if (setting && startsWithWord("noGenome", setting)) { foundNoGenome = TRUE; break; } } return foundNoGenome; } static struct bed4 *getRegionList(char *db, struct slRef *dataSources, struct trackDb *fullTrackList, char *retRegionDesc, size_t retRegionDescSize) /* Return a bed or list of bed: one bed for position range, possible multiple beds for * user-defined regions, and for genome-wide search, a bed with chrom=NULL, start=end=0. * If genome-wide search is specified but one of the dataSources has tdb setting * 'tableBrowser noGenome', force region to position range. Put a human-readable * description of the region(s) in retRegionDesc. */ { struct bed4 *regionList = NULL; char *regionType = cartUsualString(cart, hgiRegionType, hgiRegionTypeDefault); if (sameString(regionType, hgiRegionTypePosition) || (sameString(regionType, hgtaRegionTypeGenome) && hasTBNoGenome(dataSources, db, fullTrackList))) { char *position = windowsToAscii(cartUsualString(cart, "position", hDefaultPos(db))); regionList = positionToBed4(position); safef(retRegionDesc, retRegionDescSize, "%s:%d-%d", regionList->chrom, regionList->chromStart+1, regionList->chromEnd); } else if (sameString(regionType, hgtaRegionTypeUserRegions)) { regionList = userRegionsGetBedList(); slSort(®ionList, bedCmp); safecpy(retRegionDesc, retRegionDescSize, "defined-regions"); } else if (sameString(regionType, hgtaRegionTypeGenome)) { // genome-wide query: chrom=NULL, start=end=0 AllocVar(regionList); safecpy(retRegionDesc, retRegionDescSize, "genome"); } else errAbort("Unrecognized region type '%s'", regionType); return regionList; } void doQuery() /* Execute a query that has been built up by the UI. */ { // Make sure we have either genome-wide search or a valid position //#*** TODO: improve user-defined regions: //#*** For starters, just loop the whole damn thing on regions just like the TB. //#*** It would be better for performance to push the details of per-chrom files //#*** or split tables down into streamers, which could then open a different //#*** file or db table when a new minChrom is passed in or when streamer->setRegion //#*** is called. // Decode and parse CGI-encoded querySpec. char *querySpec = cartString(cart, QUERY_SPEC); int len = strlen(querySpec); char querySpecDecoded[len+1]; cgiDecodeFull(querySpec, querySpecDecoded, len); struct jsonElement *queryObj = jsonParse(querySpecDecoded); struct slRef *dataSources = jsonListVal(jsonFindNamedField(queryObj, "queryObj", "dataSources"), "dataSources"); // Set up output. int savedStdout = -1; struct pipeline *textOutPipe = configTextOut(queryObj, &savedStdout); webStartText(); // Get trackDb, assembly and regionList. struct trackDb *fullTrackList = getFullTrackList(cart); char *db = cartString(cart, "db"); initGenbankTableNames(db); struct annoAssembly *assembly = hAnnoGetAssembly(db); char regionDesc[PATH_LEN]; struct bed4 *regionList = getRegionList(db, dataSources, fullTrackList, regionDesc, sizeof(regionDesc)); // Print a simple output header time_t now = time(NULL); printf("# hgIntegrator: database=%s region=%s %s", db, regionDesc, ctime(&now)); // Make an annoFormatter to print output. // For now, tab-separated output is it. struct annoFormatter *formatter = makeTabFormatter(queryObj); // For now, do a complete annoGrator query for each region, rebuilding each data source // since annoStreamers don't yet handle split tables/files internally. For decent // performance, it will be necessary to push split-source handling inside the streamers, // and then all we'll need to do is make one set of streamers and then loop only on calls // to annoGratorQuerySetRegion and annoGratorQueryExecute. boolean userDefinedRegions = sameString(hgtaRegionTypeUserRegions, cartUsualString(cart, hgiRegionType, hgiRegionTypeDefault)); struct bed4 *region; for (region = regionList; region != NULL; region = region->next) { if (userDefinedRegions) printf("# region=%s:%d-%d\n", region->chrom, region->chromStart+1, region->chromEnd); regionQuery(assembly, region, dataSources, fullTrackList, formatter); } textOutClose(&textOutPipe, &savedStdout); } void doMainPage() /* Send HTML with javascript to bootstrap the user interface. */ { char *db = NULL, *genome = NULL, *clade = NULL; getDbGenomeClade(cart, &db, &genome, &clade, oldVars); char *position = windowsToAscii(cartUsualString(cart, "position", hDefaultPos(db))); cartSetLastPosition(cart, position, oldVars); initGenbankTableNames(db); webStartWrapperDetailedNoArgs(cart, trackHubSkipHubName(db), "", "Data Integrator", TRUE, FALSE, TRUE, TRUE); // Ideally these would go in the puts(""); puts(""); puts("
Loading...
"); // Set a global JS variable hgsid. // Plain old "var ..." doesn't work (other scripts can't see it), it has to belong to window. char javascript[1024]; safef(javascript, sizeof javascript, "window.%s='%s';\n", cartSessionVarName(), cartSessionId(cart)); // jsInline(javascript); // GALT TODO would prefer inline, but lack of global early causes issues. printf("\n", getNonce(), javascript); jsIncludeReactLibs(); jsIncludeFile("reactHgIntegrator.js", NULL); jsIncludeFile("hgIntegratorModel.js", NULL); // Invisible form for submitting a query printf("\n
\n", hgIntegratorName(), cartUsualString(cart, "formMethod", "POST")); cartSaveSession(cart); cgiMakeHiddenVar(QUERY_SPEC, cartUsualString(cart, QUERY_SPEC, "")); cgiMakeHiddenVar(DO_QUERY, "go"); puts("
"); // Invisible form for jumping to another CGI printf("\n
\n", cartUsualString(cart, "formMethod", "GET")); cartSaveSession(cart); puts("
"); webEnd(); } void doMiddle(struct cart *theCart) /* Depending on invocation, either perform a query and print out results, * serve up JSON for the UI, or display the main page. */ { cart = theCart; int timeout = cartUsualInt(cart, "udcTimeout", 300); if (udcCacheTimeout() < timeout) udcSetCacheTimeout(timeout); knetUdcInstall(); // Try to deal with virt chrom position used by hgTracks. -if (startsWith("virt:", cartUsualString(cart, "position", ""))) +if (startsWith( MULTI_REGION_CHROM, cartUsualString(cart, "position", "")) + || startsWith(OLD_MULTI_REGION_CHROM, cartUsualString(cart, "position", ""))) cartSetString(cart, "position", cartUsualString(cart, "nonVirtPosition", "")); if (cgiOptionalString(CARTJSON_COMMAND)) doCartJson(); else if (cgiOptionalString(DO_QUERY)) doQuery(); else doMainPage(); } int main(int argc, char *argv[]) /* Process CGI / command line. */ { long enteredMainTime = clock1000(); /* Null terminated list of CGI Variables we don't want to save * permanently. */ char *excludeVars[] = {DO_QUERY, CARTJSON_COMMAND, NULL,}; cgiSpoof(&argc, argv); oldVars = hashNew(10); cartEmptyShellNoContent(doMiddle, hUserCookie(), excludeVars, oldVars); cgiExitTime("hgIntegrator", enteredMainTime); return 0; }