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<html>
<head>
<script src="../../../OLLoader.js"></script>
<script src="../../../../lib/deprecated.js"></script>
<script type="text/javascript">
function test_initialize(t) {
var protocol = new OpenLayers.Protocol.SQL.Gears();
if (!protocol.supported()) {
t.plan(0);
return;
}
t.plan(5);
t.eq(protocol.CLASS_NAME, "OpenLayers.Protocol.SQL.Gears",
"ctor returns correct value");
t.eq(protocol.jsonParser.CLASS_NAME,
"OpenLayers.Format.JSON",
"ctor creates a JSON parser");
t.eq(protocol.wktParser.CLASS_NAME,
"OpenLayers.Format.WKT",
"ctor creates a WKT parser");
var str = protocol.FID_PREFIX + "foo_bar";
t.ok(str.match(protocol.fidRegExp),
"ctor creates correct regexp");
t.ok(typeof protocol.db == "object",
"ctor creates a db object");
protocol.clear();
protocol.destroy();
}
function test_destroy(t) {
var protocol = new OpenLayers.Protocol.SQL.Gears();
if (!protocol.supported()) {
t.plan(0);
return;
}
t.plan(3);
protocol.destroy();
t.eq(protocol.db, null,
"destroy nullifies db");
t.eq(protocol.jsonParser, null,
"destroy nullifies jsonParser");
t.eq(protocol.wktParser, null,
"destroy nullifies wktParser");
}
function test_read(t) {
var protocolCallback, readCallback;
var protocolOptions = {callback: protocolCallback};
var readOptions = {callback: readCallback};
var protocol = new OpenLayers.Protocol.SQL.Gears(protocolOptions);
if (!protocol.supported()) {
t.plan(0);
return;
}
function okCallback(resp) {
t.eq(resp.CLASS_NAME, "OpenLayers.Protocol.Response",
"read calls correct callback with a response object");
}
function failCallback(resp) {
t.fail("read calls incorrect callback");
}
t.plan(4);
var resp;
// 2 tests
protocolOptions.callback = okCallback;
readOptions.callback = failCallback;
resp = protocol.read();
t.eq(resp.CLASS_NAME, "OpenLayers.Protocol.Response",
"read returns a response object");
// 2 test
protocolOptions.callback = failCallback;
readOptions.callback = okCallback;
resp = protocol.read(readOptions);
t.eq(resp.CLASS_NAME, "OpenLayers.Protocol.Response",
"read returns a response object");
protocol.clear();
protocol.destroy();
}
function test_unfreezeFeature(t) {
var protocol = new OpenLayers.Protocol.SQL.Gears();
if (!protocol.supported()) {
t.plan(0);
return;
}
t.plan(10);
var feature;
var wkt, json, fid, state;
json = "{\"fake\":\"properties\"}";
fid = "1000";
state = OpenLayers.State.INSERT;
var row = {
fieldByName: function(str) {
if (str == "geometry") {
return wkt;
}
if (str == "properties") {
return json;
}
if (str == "fid") {
return fid;
}
if (str == "state") {
return state;
}
}
};
// 5 tests
wkt = "POINT(1 2)";
feature = protocol.unfreezeFeature(row);
t.eq(feature.CLASS_NAME, "OpenLayers.Feature.Vector",
"unfreezeFeature returns an OpenLayers.Feature.Vector");
t.ok(feature.geometry.x == 1 && feature.geometry.y == 2,
"unfreezeFeature returns a feature with correct geometry");
t.eq(feature.attributes.fake, "properties",
"unfreezeFeature returns a feature with correct attributes");
t.eq(feature.fid, fid,
"unfreezeFeature returns a feature with fid");
t.eq(feature.state, state,
"unfreezeFeature returns a feature with state");
// 5 tests
wkt = protocol.NULL_GEOMETRY;
state = protocol.NULL_FEATURE_STATE;
feature = protocol.unfreezeFeature(row);
t.eq(feature.CLASS_NAME, "OpenLayers.Feature.Vector",
"unfreezeFeature returns an OpenLayers.Feature.Vector");
t.eq(feature.geometry, null,
"unfreezeFeature returns a feature with correct geometry");
t.eq(feature.attributes.fake, "properties",
"unfreezeFeature returns a feature with correct attributes");
t.eq(feature.fid, fid,
"unfreezeFeature returns a feature with fid");
t.eq(feature.state, null,
"unfreezeFeature returns a feature with state");
protocol.clear();
protocol.destroy();
}
function test_extractFidFromField(t) {
var protocol = new OpenLayers.Protocol.SQL.Gears();
if (!protocol.supported()) {
t.plan(0);
return;
}
t.plan(4);
var field, fid;
// fid is a string, field is not prefixed with FID_PREFIX
// 1 test
field = "10";
res = protocol.extractFidFromField(field);
t.eq(res, "10",
"extractFidFromField returns expected string");
// fid is a string, field is prefixed with FID_PREFIX
// 1 test
field = protocol.FIX_PREFIX + "10";
res = protocol.extractFidFromField(field);
t.eq(res, protocol.FIX_PREFIX + "10",
"extractFidFromField returns expected prefixed string");
// fid is a number, field is not prefixed with FIX_PREFIX
// 1 test
protocol.typeOfFid = "number";
field = "10";
res = protocol.extractFidFromField(field);
t.eq(res, 10,
"extractFidFromField returns expected number");
// fid is a number, field is prefixed with FIX_PREFIX
// 1 test
protocol.typeOfFid = "number";
field = protocol.FID_PREFIX + "10";
res = protocol.extractFidFromField(field);
t.eq(res, protocol.FID_PREFIX + "10",
"extractFidFromField returns expected prefixed string");
}
function test_freezeFeature(t) {
var protocol = new OpenLayers.Protocol.SQL.Gears();
if (!protocol.supported()) {
t.plan(0);
return;
}
t.plan(8);
var feature, res;
// 4 tests
feature = new OpenLayers.Feature.Vector();
feature.geometry = new OpenLayers.Geometry.Point(1, 2);
feature.attributes.fake = "properties";
feature.fid = "1000";
feature.state = OpenLayers.State.INSERT;
res = protocol.freezeFeature(feature);
t.eq(res[0], feature.fid,
"freezeFeature returns correct fid");
t.eq(res[1], "POINT(1 2)",
"freezeFeature returns correct WKT");
t.eq(res[2], "{\"fake\":\"properties\"}",
"freezeFeature returns correct JSON");
t.eq(res[3], feature.state,
"freezeFeature returns correct feature state");
// 4 tests
protocol.saveFeatureState = false;
feature = new OpenLayers.Feature.Vector();
feature.attributes.fake = "properties";
feature.fid = "1000";
feature.state = OpenLayers.State.INSERT;
res = protocol.freezeFeature(feature);
t.eq(res[0], feature.fid,
"freezeFeature returns correct fid");
t.eq(res[1], protocol.NULL_GEOMETRY,
"freezeFeature returns expected null geom string");
t.eq(res[2], "{\"fake\":\"properties\"}",
"freezeFeature returns correct JSON");
t.eq(res[3], protocol.NULL_FEATURE_STATE,
"freezeFeature returns expected null feature state string");
protocol.clear();
protocol.destroy();
}
function test_create(t) {
var protocol = new OpenLayers.Protocol.SQL.Gears();
if (!protocol.supported()) {
t.plan(0);
return;
}
t.plan(8);
var resp;
var scope = {"fake": "scope"};
var options = {
callback: function(resp) {
t.eq(resp.CLASS_NAME, "OpenLayers.Protocol.Response",
"user callback is passed a response");
t.eq(resp.requestType, "create",
"user callback is passed correct request type in resp");
t.ok(this == scope,
"user callback called with correct scope");
},
scope: scope
};
// 4 tests
var feature = new OpenLayers.Feature.Vector();
feature.fid = "1000";
feature.attributes.fake = "properties";
feature.state = OpenLayers.State.INSERT;
resp = protocol.create([feature], options);
t.eq(resp.CLASS_NAME, "OpenLayers.Protocol.Response",
"create returns a response");
// check what we have in the DB
// 4 tests
resp = protocol.read({"noFeatureStateReset": true});
t.eq(resp.features.length, 1,
"create inserts feature in the DB");
t.eq(resp.features[0].fid, feature.fid,
"create inserts feature with correct fid");
t.eq(resp.features[0].attributes.fake, feature.attributes.fake,
"create inserts feature with correct attributes");
t.eq(resp.features[0].state, feature.state,
"create inserts feature with correct state");
protocol.clear();
protocol.destroy();
}
function test_createOrUpdate(t) {
var protocol = new OpenLayers.Protocol.SQL.Gears();
if (!protocol.supported()) {
t.plan(0);
return;
}
t.plan(5);
// 1 test
var feature = new OpenLayers.Feature.Vector();
feature.fid = "1000";
feature.attributes.fake = "properties";
feature.state = OpenLayers.State.INSERT;
resp = protocol.createOrUpdate([feature]);
t.eq(resp.CLASS_NAME, "OpenLayers.Protocol.Response",
"createOrUpdate returns a response");
// check what we have in the DB
// 4 tests
resp = protocol.read({"noFeatureStateReset": true});
t.eq(resp.features.length, 1,
"createOrUpdate inserts feature in the DB");
t.eq(resp.features[0].fid, feature.fid,
"createOrUpdate inserts feature with correct fid");
t.eq(resp.features[0].attributes.fake, feature.attributes.fake,
"createOrUpdate inserts feature with correct attributes");
t.eq(resp.features[0].state, feature.state,
"createOrUpdate inserts feature with correct state");
protocol.clear();
protocol.destroy();
}
function test_delete(t) {
var protocol = new OpenLayers.Protocol.SQL.Gears();
if (!protocol.supported()) {
t.plan(0);
return;
}
t.plan(4);
function createOneAndDeleteOne(fid, deleteOptions) {
var feature = new OpenLayers.Feature.Vector();
feature.fid = fid;
feature.attributes.fake = "properties";
feature.state = OpenLayers.State.INSERT;
var r = protocol.create([feature]);
protocol["delete"](r.reqFeatures, deleteOptions);
}
var resp, fid;
// 1 test
fid = 1000;
protocol.saveFeatureState = false;
createOneAndDeleteOne(fid)
resp = protocol.read();
t.eq(resp.features.length, 0,
"delete deletes feature if saveFeatureState is false");
protocol.clear();
// 1 test
fid = 1000;
protocol.saveFeatureState = true;
createOneAndDeleteOne(fid);
resp = protocol.read();
t.eq(resp.features.length, 1,
"delete does not delete feature if saveFeatureState is true");
protocol.clear();
// 1 test
fid = "1000";
protocol.saveFeatureState = true;
createOneAndDeleteOne(fid);
resp = protocol.read();
t.eq(resp.features.length, 1,
"delete does not delete feature if saveFeatureState is true");
protocol.clear();
// 1 test
fid = protocol.FID_PREFIX + "1000";
protocol.saveFeatureState = true;
createOneAndDeleteOne(fid, {dontDelete: true});
resp = protocol.read();
t.eq(resp.features.length, 0,
"delete deletes feature if saveFeatureState is true and fid is prefixed");
protocol.clear();
protocol.destroy();
}
function test_callUserCallback(t) {
var protocol = new OpenLayers.Protocol.SQL.Gears();
if (!protocol.supported()) {
t.plan(0);
return;
}
t.plan(6);
var options, resp;
var scope = {'fake': 'scope'};
// test commit callback
// 1 tests
options = {
'callback': function() {
t.ok(this == scope, 'callback called with correct scope');
},
'scope': scope
};
resp = {'requestType': 'create', 'last': true};
protocol.callUserCallback(options, resp);
// 0 test
resp = {'requestType': 'create', 'last': false};
protocol.callUserCallback(options, resp);
// test create callback
// 2 tests
options = {
'create': {
'callback': function(r) {
t.ok(this == scope, 'callback called with correct scope');
t.ok(r == resp, 'callback called with correct response');
},
'scope': scope
}
};
resp = {'requestType': 'create'};
protocol.callUserCallback(options, resp);
// test with both callbacks set
// 3 tests
options = {
'create': {
'callback': function(r) {
t.ok(this == scope, 'callback called with correct scope');
t.ok(r == resp, 'callback called with correct response');
},
'scope': scope
},
'callback': function() {
t.ok(this == scope, 'callback called with correct scope');
},
'scope': scope
};
resp = {'requestType': 'create', 'last': true};
protocol.callUserCallback(options, resp);
// no callback set
// 0 test
options = {
'delete': {
'callback': function(resp) {
t.fail('callback should not get called');
}
}
};
resp = {'requestType': 'create'};
protocol.callUserCallback(options, resp);
// cleanup
protocol.destroy();
}
</script>
</head>
<body>
</body>
</html>
|
