Files
directus/tests-blackbox/schema/integer/index.ts
ian 8d1966ab04 Blackbox testing (#13200)
* Add black box tests

* Revert docker compose file

* Update workflow

* Try use workflow from dev repo

* Increase seedDB() timeout

* Disable other checks for now

* Change DB sequence

* Update jest moduleNameMapper

* Update workflow's docker-compose.yml path

* Slice array first

* Remove differentiation of status code

* Delete field only after foreign key constraints are removed

* Add checks for different types of primary key

* Test global query filter for all field types

* Increase timeout for m2o seeding

* Add case insensitive string operators

* Update filter check to run on relational fields

* Enable time field checks

* Add seeded random and fix relational seeding

* Add casting for integer and bigInteger

* Minor fixes

* Reduce bigInt values

* Separate seeding of DB structure from values

* Add primaryKey seeding function

* Use automatic IDs except for string pk

* Try fix ci

* Update package-lock.json

* Update common.test for concealed user tokens

* Use dynamic field type for m2o.test relational fields

* Temporary disable missing nicontains for string type

* Add support for alias type filtering

* Fix relational filter operator checks

* Add initial o2m test

* Remove integer pk limit

* Add empty checks for string and uuid null

* Limit generated integer value to 4 bytes

* Patch timezone tests for MSSQL

* Remove sample query filter test

* Fix timezone test for sqlite

* Fix MSSQL uuids

* Fix MSSQL timestamp inaccuracy

* Cast datetime schema to milliseconds for comparison

* Fix MySQL / Maria timestamp inaccuracy

* Fix MySQL / Maria between operator inconsistency for float type

* Fix missing time datatype in Oracle

* Skip filter testing on Oracle

* Enable o2m filter tests for other collections

* Run tests only on SQLite for PRs unless the Full Tests label exists

* Try fix actions

* Refactor github actions

* Update tests flow setup to use getURL()

* Start postgres docker

* Reinstate package-lock

* Fix geometry test

* Remove .gitkeep files

* Add todo.md

* Rename black box to blackbox

Co-authored-by: rijkvanzanten <rijkvanzanten@me.com>
2022-07-15 15:25:32 +00:00

319 lines
7.6 KiB
TypeScript

import { getFilterOperatorsForType } from '@directus/shared/utils';
import { ClientFilterOperator } from '@directus/shared/types';
import { FilterValidator, FilterEmptyValidator } from '@query/filter';
import { GeneratedFilter } from '..';
export const type = 'integer';
export const filterOperatorList = getFilterOperatorsForType(type);
export const generateFilterForDataType = (filter: ClientFilterOperator, possibleValues: any): GeneratedFilter[] => {
if (!filterOperatorList.includes(filter)) {
throw new Error(`Invalid filter operator for ${type}: ${filter}`);
}
switch (filter) {
case 'eq':
case 'neq':
case 'lt':
case 'lte':
case 'gt':
case 'gte':
if (Array.isArray(possibleValues)) {
return possibleValues.map((value) => {
return {
operator: filter,
value: value,
filter: {
[`_${filter}`]: value,
},
validatorFunction: getValidatorFunction(filter),
emptyAllowedFunction: getEmptyAllowedFunction(filter),
};
});
}
return [
{
operator: filter,
value: possibleValues,
filter: {
[`_${filter}`]: possibleValues,
},
validatorFunction: getValidatorFunction(filter),
emptyAllowedFunction: getEmptyAllowedFunction(filter),
},
];
case 'between':
case 'nbetween':
if (Array.isArray(possibleValues)) {
// Check if other values outside of the range can be filtered
const sortedPossibleValues = [...possibleValues].sort();
const middleIndex = Math.floor(sortedPossibleValues.length / 2);
return [
{
operator: filter,
value: [sortedPossibleValues[0], sortedPossibleValues[middleIndex]],
filter: {
[`_${filter}`]: [sortedPossibleValues[0], sortedPossibleValues[middleIndex]],
},
validatorFunction: getValidatorFunction(filter),
emptyAllowedFunction: getEmptyAllowedFunction(filter),
},
];
}
return [
{
operator: filter,
value: [possibleValues, possibleValues],
filter: {
[`_${filter}`]: [possibleValues, possibleValues],
},
validatorFunction: getValidatorFunction(filter),
emptyAllowedFunction: getEmptyAllowedFunction(filter),
},
];
case 'null':
case 'nnull':
return [
{
operator: filter,
value: true,
filter: {
[`_${filter}`]: true,
},
validatorFunction: getValidatorFunction(filter),
emptyAllowedFunction: getEmptyAllowedFunction(filter),
},
];
case 'in':
case 'nin':
if (Array.isArray(possibleValues)) {
// Check if other values outside of the range can be filtered
const middleIndex = Math.floor(possibleValues.length / 2);
const partialPossibleValues = possibleValues.slice(0, middleIndex);
return [
{
operator: filter,
value: partialPossibleValues,
filter: {
[`_${filter}`]: partialPossibleValues,
},
validatorFunction: getValidatorFunction(filter),
emptyAllowedFunction: getEmptyAllowedFunction(filter),
},
];
}
return [
{
operator: filter,
value: [possibleValues],
filter: {
[`_${filter}`]: [possibleValues],
},
validatorFunction: getValidatorFunction(filter),
emptyAllowedFunction: getEmptyAllowedFunction(filter),
},
];
default:
throw new Error(`Unimplemented filter operator for ${type}: ${filter}`);
}
};
export const getValidatorFunction = (filter: ClientFilterOperator): FilterValidator => {
if (!filterOperatorList.includes(filter)) {
throw new Error(`Invalid filter operator for ${type}: ${filter}`);
}
switch (filter) {
case 'eq':
return _eq;
case 'neq':
return _neq;
case 'lt':
return _lt;
case 'lte':
return _lte;
case 'gt':
return _gt;
case 'gte':
return _gte;
case 'between':
return _between;
case 'nbetween':
return _nbetween;
case 'null':
return _null;
case 'nnull':
return _nnull;
case 'in':
return _in;
case 'nin':
return _nin;
default:
throw new Error(`Unimplemented filter operator for ${type}: ${filter}`);
}
};
const _eq = (inputValue: any, possibleValues: any): boolean => {
if (Number(inputValue) === possibleValues) {
return true;
}
return false;
};
const _neq = (inputValue: any, possibleValues: any): boolean => {
if (Number(inputValue) !== possibleValues) {
return true;
}
return false;
};
const _lt = (inputValue: any, possibleValues: any): boolean => {
if (Number(inputValue) < possibleValues) {
return true;
}
return false;
};
const _lte = (inputValue: any, possibleValues: any): boolean => {
if (Number(inputValue) <= possibleValues) {
return true;
}
return false;
};
const _gt = (inputValue: any, possibleValues: any): boolean => {
if (Number(inputValue) > possibleValues) {
return true;
}
return false;
};
const _gte = (inputValue: any, possibleValues: any): boolean => {
if (Number(inputValue) >= possibleValues) {
return true;
}
return false;
};
const _between = (inputValue: any, possibleValues: any): boolean => {
if (Number(inputValue) >= possibleValues[0] && Number(inputValue) <= possibleValues[1]) {
return true;
}
return false;
};
const _nbetween = (inputValue: any, possibleValues: any): boolean => {
if (Number(inputValue) < possibleValues[0] || Number(inputValue) > possibleValues[1]) {
return true;
}
return false;
};
const _null = (inputValue: any, _possibleValues: any): boolean => {
if (inputValue === undefined || inputValue === null) {
return true;
}
return false;
};
const _nnull = (inputValue: any, _possibleValues: any): boolean => {
if (inputValue !== undefined && inputValue !== null) {
return true;
}
return false;
};
const _in = (inputValue: any, possibleValues: any): boolean => {
if (possibleValues.includes(Number(inputValue))) {
return true;
}
return false;
};
const _nin = (inputValue: any, possibleValues: any): boolean => {
if (!possibleValues.includes(Number(inputValue))) {
return true;
}
return false;
};
export const getEmptyAllowedFunction = (filter: ClientFilterOperator): FilterEmptyValidator => {
if (!filterOperatorList.includes(filter)) {
throw new Error(`Invalid filter operator for ${type}: ${filter}`);
}
switch (filter) {
case 'lt':
return empty_lt;
case 'gt':
return empty_gt;
case 'nbetween':
return empty_nbetween;
case 'null':
return empty_null;
default:
return empty_invalid;
}
};
const empty_invalid = (_inputValue: any, _possibleValues: any): boolean => {
return false;
};
const empty_lt = (inputValue: any, possibleValues: any): boolean => {
if (Array.isArray(possibleValues)) {
for (const value of possibleValues) {
if (value < Number(inputValue)) {
return false;
}
}
return true;
} else {
return Number(inputValue) >= possibleValues;
}
};
const empty_gt = (inputValue: any, possibleValues: any): boolean => {
if (Array.isArray(possibleValues)) {
for (const value of possibleValues) {
if (value > Number(inputValue)) {
return false;
}
}
return true;
} else {
return Number(inputValue) <= possibleValues;
}
};
const empty_nbetween = (inputValue: any, possibleValues: any): boolean => {
if (Array.isArray(possibleValues)) {
for (const value of possibleValues) {
if (value < Number(inputValue[0]) || value > Number(inputValue[1])) {
return false;
}
}
return true;
} else {
return Number(inputValue[0]) >= possibleValues && Number(inputValue[1]) <= possibleValues;
}
};
const empty_null = (_inputValue: any, possibleValues: any): boolean => {
if (Array.isArray(possibleValues)) {
for (const value of possibleValues) {
if (value === null) {
return false;
}
}
return true;
} else {
return possibleValues !== null;
}
};