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Line 19: − + + + − + + − debuglog(idgen);+ − // Take username for standard databasename format+ + − Line 34:
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Line 122: + + + + − // if found, let's use that from now on + − + − return inp_obj; + − //+ − + + + + + − // endof resultdefined − // endofELSE + + + + + + + + + Line 146:
Line 175: − // +3 − store.put(inp_obj); + − debuglog("mark N"); − debuglog(inp_obj); − debuglog(inp_obj[ control_1 ]); − debuglog("mark NN") − // +2 − + Line 169:
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no edit summary
console.log('Indb loading');
console.log('Indb loading');
function idxdbContainer( ww ) {
function IndexedDBContainer( ww ) {
// suppress console.log, switch to true for debug
var Debug_switch = false;
var Debug_switch = false;
// deterministic hash generator for creating user id#s from usernames, should be replaced by something more functional (guaranteed to be transitively different)
hashCode = function(s) {
hashCode = function(s) {
if ( s == undefined) {
if ( s == undefined) {
return h;
return h;
};
};
if ( ww.user != undefined ) {
if ( ww.user != undefined ) {
// if user exists in object passed to constructor, get username
var self = ww.user.getName();
var self = ww.user.getName();
// create userid by hashing username
var idgen = hashCode(self);
var idgen = hashCode(self);
debuglog(idgen);
// Take username for standard databasename format:
// Our current convention for personal databasename (separate dbname for each user)
var PersonalDataDataBaseName = "PD.IO" + idgen + "Database";
var PersonalDataDataBaseName = "PD.IO" + idgen + "Database";
// Use username in user to get up to date version of self
// Use username in user to get up to date version of self
// Blank object for personal data Record with id and username included
this.CurrentPerson = {id: idgen, name: {user: self}, age: 0};
this.CurrentPerson = {id: idgen, name: {user: self}, age: 0};
debuglog(PersonalDataDataBaseName);
debuglog(PersonalDataDataBaseName);
debuglog(this.CurrentPerson);
debuglog(this.CurrentPerson);
// EnqueuePDIO a PDIOLocalDatabase:User database access function with modes
// EnqueuePDIO a PDIOLocalDatabase:User database access function with modes
// External accessible wrapper for Enquire
// Externally accessible wrapper for Enquire with current user / db preloaded
this.EnqueuePDIO = async function( sw, c1, c2, c3 ) {
this.EnqueuePDIO = async function( sw, c1, c2, c3 ) {
var k = await Enquire( PersonalDataDataBaseName, this.CurrentPerson, sw, c1, c2, c3 );
var k = await Enquire( PersonalDataDataBaseName, this.CurrentPerson, sw, c1, c2, c3 );
var pddb = window.indexedDB.open(pddbname, 3);
var pddb = window.indexedDB.open(pddbname, 3);
var inp_obj;
var inp_obj;
// indexeddb internal mechanism for version tracking of schema
pddb.onupgradeneeded = function() {
pddb.onupgradeneeded = function() {
console.log('upgrading database');
var db = pddb.result;
var db = pddb.result;
var store = db.createObjectStore(pddbname, {keyPath: "id"});
var store = db.createObjectStore(pddbname, {keyPath: "id"});
var index = store.createIndex("NameIndex", ["id"]);
var index = store.createIndex("NameIndex", ["id"]);
};
};
// Database successfully opened function.
pddb.onsuccess = function() {
pddb.onsuccess = function() {
var db = pddb.result;
var db = pddb.result;
// Essential recordAdd
// Essential recordAdd
if ( sqitch === "aggressive push" ) {
if ( sqitch === "aggressive push" ) {
// Mode 'aggressive push':
// parameter record is pushed to database, overwriting whatever is there
inp_obj = record;
inp_obj = record;
store.put( inp_obj );
store.put( inp_obj );
return inp_obj;
return inp_obj;
} else if ( sqitch === "checkin" ) {
} else if ( sqitch === "checkin" ) {
// Mode 'checkin':
// record is retrieved from database, parameter record is pushed if not found
if ( getRecord.result != undefined ) {
if ( getRecord.result != undefined ) {
debuglog("getting from store");
debuglog("getting from store");
} else {
} else {
// Methods manipulationg the actual record come here
// Update & Remove from
// If we got the record from store, use that version to be manipulated
if ( getRecord.result != undefined ) {
if ( getRecord.result != undefined ) {
inp_obj = getRecord.result;
inp_obj = getRecord.result;
if ( sqitch === "get record" ) {
if ( sqitch === "get record" ) {
debuglog("Getting record");
debuglog("Getting record");
// let's return it so that our addrecord can be used as a getter as well
// we will return later
}
}
// endof onsuccess
// endof onsuccess
} else {
} else {
debuglog("record not found");
debuglog("Record not found");
if ( sqitch === "update record" ) {
if ( sqitch === "update record" ) {
// Update record will use supplied copy to update it
inp_obj = record;
inp_obj = record;
} else {
} else {
// Remove from record will quit as record was not even found
return undefined;
return undefined;
}
}
}
}
}
}
if ( sqitch === "update record" ) { // Record Update
if ( sqitch === "update record" ) { // Record Update
if ( control_1 != undefined ) {
if ( control_1 != undefined ) {
if ( control_2 != undefined ) {
if ( control_2 != undefined ) {
if ( control_3 != undefined ) {
if ( control_3 != undefined ) {
// Mode 'update record' field1 field2 field3
// retrieve record, make record.field1.field2 = field3, push back
if ( inp_obj[ control_1 ] == undefined ) { inp_obj[ control_1 ] = (isNaN( control_2 )) ? {} : [] };
if ( inp_obj[ control_1 ] == undefined ) { inp_obj[ control_1 ] = (isNaN( control_2 )) ? {} : [] };
inp_obj[ control_1 ][ control_2 ] = control_3; // => "Bob"
inp_obj[ control_1 ][ control_2 ] = control_3; // => "Bob"
store.put(inp_obj);
store.put(inp_obj);
} else {
} else {
// Mode 'update record' field1 field2
// retrieve record, make record.field1 = field2, push back
inp_obj[ control_1 ] = inp_obj[ control_1 ] || {};
inp_obj[ control_1 ] = inp_obj[ control_1 ] || {};
if ( Array.isArray( inp_obj[ control_1 ] ) ) {
if ( Array.isArray( inp_obj[ control_1 ] ) ) {
}
}
} else {
} else {
// Only one control defined. We will return that part of the record, and change nothing
inp_obj = inp_obj[ control_1 ];
inp_obj = inp_obj[ control_1 ];
}
}
} else {
} else {
//return inp_obj;
// There's not even control_1, we will just return the record itself
}
}
if ( control_1 != undefined ) {
if ( control_1 != undefined ) {
if ( control_2 != undefined ) {
if ( control_2 != undefined ) {
// Mode 'remove from record' field1 field2
// retrieve record, splice/delete record.field1.field2, push back
if ( Array.isArray( inp_obj[ control_1 ] ) && !isNaN( control_2 ) ) {
if ( Array.isArray( inp_obj[ control_1 ] ) && !isNaN( control_2 ) ) {
inp_obj[ control_1 ].splice( control_2, 1 );
inp_obj[ control_1 ].splice( control_2, 1 );
delete inp_obj[ control_1 ][ control_2 ];
delete inp_obj[ control_1 ][ control_2 ];
}
}
} else {
} else {
// Mode 'remove from record' field1
// retrieve record, splice/delete record.field1, push back
delete inp_obj[ control_1 ];
delete inp_obj[ control_1 ];
}
}
}
}
// We are past all methodic code, Async return
resolve( inp_obj );
resolve( inp_obj );
};
};
// Indexeddb internal mechanism, close db
tx.oncomplete = function() {
tx.oncomplete = function() {
debuglog("return 1")
debuglog("return 1")
debuglog("return 0")
debuglog("return 0")
// End of promise
}).then( function(result) {
}).then( function(result) {
debuglog("Mark 3");
debuglog("Mark 3");