updates dataset-compliance compliance component. adds notification component styles. fixes complianceEntities key name

This commit is contained in:
Seyi Adebajo 2017-05-19 08:45:05 -07:00 committed by Mars Lan
parent c76487c167
commit 0da21378fe
7 changed files with 303 additions and 239 deletions

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@ -1,22 +1,78 @@
import Ember from 'ember';
import isTrackingHeaderField from 'wherehows-web/utils/validators/tracking-headers';
import {
classifiers,
datasetClassifiers,
fieldIdentifierTypes,
idLogicalTypes,
genericLogicalTypes,
defaultFieldDataTypeClassification
} from 'wherehows-web/constants';
const { Component, computed, set, get, isBlank, setProperties, getWithDefault, String: { htmlSafe } } = Ember;
const {
Component,
computed,
set,
get,
Observable: { mixins: { notifyPropertyChange } },
setProperties,
getWithDefault,
String: { htmlSafe }
} = Ember;
// TODO: DSS-6671 Extract to constants module
const missingTypes = 'Looks like some fields may contain privacy data but do not have a specified `Field Format`?';
const successUpdating = 'Your changes have been successfully saved!';
const failedUpdating = 'Oops! We are having trouble updating this dataset at the moment.';
const hiddenTrackingFieldsMsg = htmlSafe(
'<p>Hey! Just a heads up that some fields in this dataset have been hidden from the table(s) below. ' +
'<p>Some fields in this dataset have been hidden from the table(s) below. ' +
"These are tracking fields for which we've been able to predetermine the compliance classification.</p>" +
'<p>For example: <code>header.memberId</code>, <code>requestHeader</code>. ' +
'Hopefully, this saves you some scrolling!</p>'
);
const helpText = {
classification: 'For each of the fields below, please classify them based on the data handling table found at go/dht. ' +
'The default classification should suffice in most cases.',
subjectOwner: 'A field can contain one or multiple member IDs that do not technically "own" the entire record, ' +
'e.g. the list of recipients of a message. The field should be marked as a "Subject Owner" in this case.'
};
const complianceListKey = 'privacyCompliancePolicy.compliancePurgeEntities';
// TODO: DSS-6671 Extract to constants module
const logicalTypes = ['ID', 'URN', 'REVERSED_URN', 'COMPOSITE_URN'];
/**
* Quick regex to check if a string ends with urn case-insensitive, cached outside scope to avoid recreating
* on every function invocation
* @type {RegExp}
*/
const endsWithUrnRegex = /.*urn/i;
/**
* Takes a string, returns a formatted string. Niche , single use case
* for now, so no need to make into a helper
* @param {String} string
*/
const formatAsCapitalizedStringWithSpaces = string => string.replace(/[A-Z]/g, match => ` ${match}`).capitalize();
/**
* String constant referencing the datasetClassification on the privacy policy
* @type {String}
*/
const datasetClassificationKey = 'complianceInfo.datasetClassification';
/**
* A list of available keys for the datasetClassification map on the security specification
* @type {Array}
*/
const datasetClassifiersKeys = Object.keys(datasetClassifiers);
/**
* String constant identifying the classified fields on the security spec
* @type {String}
*/
const policyFieldClassificationKey = 'complianceInfo.fieldClassification';
/**
* A reference to the compliance policy entities on the complianceInfo map
* @type {string}
*/
const policyComplianceEntitiesKey = 'complianceInfo.complianceEntities';
/**
* Duplicate check using every to short-circuit iteration
* @param {Array} names = [] the list to check for dupes
@ -25,17 +81,38 @@ const logicalTypes = ['ID', 'URN', 'REVERSED_URN', 'COMPOSITE_URN'];
const fieldNamesAreUnique = (names = []) => names.every((name, index) => names.indexOf(name) === index);
/**
* Returns a computed macro based on a provided type will return a list of
* Compliance fields that are of that identifierType or have no type
* @param {String} type string to match against identifierType
* A list of field identifier types mapped to label, value options for select display
* @type {any[]|Array.<{value: String, label: String}>}
*/
const complianceEntitiesMatchingType = type =>
computed('complianceDataFieldsSansHiddenTracking.[]', function() {
const fieldRegex = new RegExp(`${type}`, 'i');
const fieldIdentifierOptions = Object.keys(fieldIdentifierTypes).map(fieldIdentifierType => ({
value: fieldIdentifierTypes[fieldIdentifierType].value,
label: fieldIdentifierTypes[fieldIdentifierType].displayAs
}));
return get(this, 'complianceDataFieldsSansHiddenTracking').filter(({ identifierType }) => {
return fieldRegex.test(identifierType) || isBlank(identifierType);
});
/**
* A list of field identifier types that are Ids i.e member ID, org ID, group ID
* @type {any[]|Array.<String>}
*/
const fieldIdentifierTypeIds = Object.keys(fieldIdentifierTypes)
.map(fieldIdentifierType => fieldIdentifierTypes[fieldIdentifierType])
.filter(({ isId }) => isId)
.mapBy('value');
/**
* Caches a list of logicalType mappings for displaying its value and a label by logicalType
* @param {String} logicalType
*/
const cachedLogicalTypes = logicalType =>
computed(function() {
return {
id: idLogicalTypes,
generic: genericLogicalTypes
}[logicalType].map(value => ({
value,
label: value
? value.replace(/_/g, ' ').replace(/([A-Z]{3,})/g, f => f.toLowerCase().capitalize())
: 'Select Format'
}));
});
export default Component.extend({
@ -43,20 +120,10 @@ export default Component.extend({
filterBy: 'identifierField',
sortDirection: 'asc',
searchTerm: '',
helpText,
fieldIdentifierOptions,
hiddenTrackingFields: hiddenTrackingFieldsMsg,
/**
* Map of radio Group state values
* Each initially has an indeterminate state, as the user
* progresses through the prompts
* @type {Object.<Boolean, null>}
*/
userIndicatesDatasetHas: {
member: null,
org: null,
group: null
},
didReceiveAttrs() {
this._super(...arguments);
// Perform validation step on the received component attributes
@ -78,10 +145,16 @@ export default Component.extend({
set(this, '_hasBadData', true);
},
// Map logicalTypes to options consumable by ui
logicalTypes: ['', ...logicalTypes].map(value => ({
// Map logicalTypes to options consumable by DOM
idLogicalTypes: cachedLogicalTypes('id'),
// Map generic logical type to options consumable in DOM
genericLogicalTypes: cachedLogicalTypes('generic'),
// Map classifiers to options better consumed in DOM
classifiers: ['', ...classifiers.sort()].map(value => ({
value,
label: value ? value.replace('_', ' ').toLowerCase().capitalize() : 'Please Select'
label: value ? formatAsCapitalizedStringWithSpaces(value) : '...'
})),
/**
@ -103,22 +176,57 @@ export default Component.extend({
return get(this, 'complianceDataFields').filter(({ identifierField }) => !isTrackingHeaderField(identifierField));
}),
/**
* Checks that all tags/ dataset content types have a boolean value
* @type {Ember.computed}
*/
isDatasetFullyClassified: computed('datasetClassification', function() {
const datasetClassification = get(this, 'datasetClassification');
return Object.keys(datasetClassification)
.map(key => ({ value: datasetClassification[key].value }))
.every(({ value }) => [true, false].includes(value));
}),
/**
* Computed property that is dependent on all the keys in the datasetClassification map
* Returns a new map of datasetClassificationKey: String-> Object.<Boolean|undefined,String>
* @type {Ember.computed}
*/
datasetClassification: computed(`${datasetClassificationKey}.{${datasetClassifiersKeys.join(',')}}`, function() {
const sourceDatasetClassification = get(this, datasetClassificationKey) || {};
return Object.keys(datasetClassifiers).reduce((datasetClassification, classifier) => {
return Object.assign({}, datasetClassification, {
[classifier]: {
value: sourceDatasetClassification[classifier],
label: datasetClassifiers[classifier]
}
});
}, {});
}),
/**
* Lists all dataset fields found in the `columns` performs an intersection
* of fields with the currently persisted and/or updated
* privacyCompliancePolicy.compliancePurgeEntities.
* privacyCompliancePolicy.complianceEntities.
* The returned list is a map of fields with current or default privacy properties
*/
complianceDataFields: computed(
`${complianceListKey}.@each.identifierType`,
`${complianceListKey}.[]`,
`${policyComplianceEntitiesKey}.@each.identifierType`,
`${policyComplianceEntitiesKey}.[]`,
policyFieldClassificationKey,
'schemaFieldNamesMappedToDataTypes',
function() {
const sourceEntities = getWithDefault(this, complianceListKey, []);
const complianceFieldNames = sourceEntities.mapBy('identifierField');
/**
* Retrieves an attribute on the `policyComplianceEntitiesKey` where the identifierField is the same as the
* provided field name
* @param attribute
* @param fieldName
* @return {null}
*/
const getAttributeOnField = (attribute, fieldName) => {
const sourceField = getWithDefault(this, complianceListKey, []).find(
const sourceField = getWithDefault(this, policyComplianceEntitiesKey, []).find(
({ identifierField }) => identifierField === fieldName
);
return sourceField ? sourceField[attribute] : null;
@ -135,111 +243,54 @@ export default Component.extend({
attributes.map(attr => getAttributeOnField(attr, fieldName));
// Set default or if already in policy, retrieve current values from
// privacyCompliancePolicy.compliancePurgeEntities
// privacyCompliancePolicy.complianceEntities
return getWithDefault(
this,
'schemaFieldNamesMappedToDataTypes',
[]
).map(({ fieldName: identifierField, dataType }) => {
const hasPrivacyData = complianceFieldNames.includes(identifierField);
const [identifierType, isSubject, logicalType] = getAttributesOnField(
['identifierType', 'isSubject', 'logicalType'],
identifierField
);
// Runtime converts the identifierType to subjectMember if the isSubject flag is true
const computedIdentifierType = identifierType === fieldIdentifierTypes.member.value && isSubject
? fieldIdentifierTypes.subjectMember.value
: identifierType;
const idLogicalTypes = get(this, 'idLogicalTypes');
// Filtered list of id logical types that end with urn, or have no value
const urnFieldFormats = idLogicalTypes.filter(
type => String(type.value).match(endsWithUrnRegex) || !type.value
);
// Get the current classification list
const fieldClassification = get(this, policyFieldClassificationKey);
// The field formats applicable to the current identifierType
let fieldFormats = fieldIdentifierTypeIds.includes(identifierType)
? idLogicalTypes
: get(this, 'genericLogicalTypes');
fieldFormats = identifierType === fieldIdentifierTypes.generic.value ? urnFieldFormats : fieldFormats;
return {
dataType,
identifierField,
identifierType,
isSubject,
logicalType,
hasPrivacyData
fieldFormats,
identifierType: computedIdentifierType,
classification: fieldClassification[identifierField],
// Same object reference for equality comparision
logicalType: fieldFormats.findBy('value', logicalType)
};
});
}
),
// Compliance entities filtered for each identifierType
memberComplianceEntities: complianceEntitiesMatchingType('member'),
orgComplianceEntities: complianceEntitiesMatchingType('organization'),
groupComplianceEntities: complianceEntitiesMatchingType('group'),
/**
* Changes the logicalType on a field.
* Ensures that the logicalType / format is applicable to the specified field
* @param {String} fieldName the fieldName identifying the field to be updated
* @param {String} format logicalType or format te field is in
* @return {String| void}
*/
changeFieldLogicalType(fieldName, format) {
const sourceField = get(this, complianceListKey).findBy('identifierField', fieldName);
if (sourceField && logicalTypes.includes(format)) {
return set(sourceField, 'logicalType', String(format).toUpperCase());
}
},
/**
* Adds or removes a field onto the
* privacyCompliancePolicy.compliancePurgeEntities list.
* @param {Object} props initial props for the field to be added
* @prop {String} props.identifierField
* @prop {String} props.dataType
* @param {String} identifierType the type of the field to toggle
* @param {('add'|'remove')} toggle operation to perform, can either be
* add or remove
* @return {Ember.Array|*}
*/
toggleFieldOnComplianceList(props, identifierType, toggle) {
const { identifierField, logicalType } = props;
const sourceEntities = get(this, complianceListKey);
if (!['add', 'remove'].includes(toggle)) {
throw new Error(`Unsupported toggle operation ${toggle}`);
}
return {
add() {
// Ensure that we don't currently have this field present on the
// privacyCompliancePolicy.compliancePurgeEntities list
if (!sourceEntities.findBy('identifierField', identifierField)) {
const addPurgeEntity = {
identifierType,
identifierField,
logicalType
};
return sourceEntities.setObjects([addPurgeEntity, ...sourceEntities]);
}
},
remove() {
// Remove the identifierType since we are removing it from the
// privacyCompliancePolicy.compliancePurgeEntities in case it
// is added back during the session
set(props, 'identifierType', null);
return sourceEntities.setObjects(sourceEntities.filter(item => item.identifierField !== identifierField));
}
}[toggle]();
},
/**
* Checks that each privacyCompliancePolicy.compliancePurgeEntities has
* a valid identifierType
* @param {Ember.Array} sourceEntities compliancePurgeEntities
* @return {Boolean} has or does not
*/
ensureTypeContainsFormat: sourceEntities =>
sourceEntities.every(entity => ['member', 'organization', 'group'].includes(get(entity, 'identifierType'))),
/**
* Checks that each privacyCompliancePolicy.compliancePurgeEntities has
* a valid logicalType
* @param {Ember.Array}sourceEntities compliancePurgeEntities
* Checks that each entity in sourceEntities has a valid logicalType
* ie. logical Type exists is the idLogicalTypes or genericLogicalTypes
* @param {Ember.Array} sourceEntities complianceEntities
* @return {Boolean|*} Contains or does not
*/
ensureTypeContainsLogicalType: sourceEntities => {
const logicalTypesInUppercase = logicalTypes.map(type => type.toUpperCase());
ensureIdTypesHaveLogicalType: sourceEntities => {
const logicalTypesInUppercase = [...idLogicalTypes, ...genericLogicalTypes].map(type => type.toUpperCase());
return sourceEntities.every(entity => logicalTypesInUppercase.includes(get(entity, 'logicalType')));
},
@ -259,14 +310,13 @@ export default Component.extend({
* TODO: DSS-6672 Extract to notifications service
* Helper method to update user when an async server update to the
* security specification is handled.
* @param {XMLHttpRequest|Promise|jqXHR|*} request the server request
* @param {Promise|*} request the server request
* @param {String} [successMessage] optional _message for successful response
* @param { Boolean} [isSaving = false] optional flag indicating when the user intends to persist / save
*/
whenRequestCompletes(request, { successMessage } = {}) {
whenRequestCompletes(request, { successMessage, isSaving = false } = {}) {
Promise.resolve(request)
.then(({ status = 'error' }) => {
// The server api currently responds with an object containing
// a status when complete
return status === 'ok'
? setProperties(this, {
_message: successMessage || successUpdating,
@ -278,7 +328,7 @@ export default Component.extend({
let _message = `${failedUpdating} \n ${err}`;
let _alertType = 'danger';
if (get(this, 'isNewPrivacyCompliancePolicy')) {
if (get(this, 'isNewComplianceInfo') && !isSaving) {
_message = 'This dataset does not have any previously saved fields with a identifying information.';
_alertType = 'info';
}
@ -290,91 +340,133 @@ export default Component.extend({
});
},
/**
* Sets the default classification for the given identifier field
* @param {String} identifierField
* @param {String} logicalType
*/
setDefaultClassification({ identifierField }, { value: logicalType = '' } = {}) {
const defaultTypeClassification = defaultFieldDataTypeClassification[logicalType] || null;
this.actions.onFieldClassificationChange.call(this, { identifierField }, { value: defaultTypeClassification });
},
actions: {
/**
*
* @param {String} identifierField id for the field to update
* @param {String} logicalType updated format to apply to the field
* @return {*|String|void} logicalType or void
* When a user updates the identifierFieldType in the DOM, update the backing store
* @param identifierField
* @param logicalType
* @param identifierType
*/
onFieldFormatChange({ identifierField }, { value: logicalType }) {
// TODO:DSS-6719 refactor into mixin
this.clearMessages();
return this.changeFieldLogicalType(identifierField, logicalType);
onFieldIdentifierTypeChange({ identifierField, logicalType }, { value: identifierType }) {
const complianceList = get(this, policyComplianceEntitiesKey);
// A reference to the current field in the compliance list if it exists
const currentFieldInComplianceList = complianceList.findBy('identifierField', identifierField);
const subjectId = fieldIdentifierTypes.subjectMember.value;
const updatedEntity = Object.assign({}, currentFieldInComplianceList, {
identifierField,
identifierType: subjectId === identifierType ? fieldIdentifierTypes.member.value : identifierType,
isSubject: subjectId === identifierType ? true : null,
logicalType: !currentFieldInComplianceList ? logicalType : void 0
});
let transientComplianceList = complianceList;
if (currentFieldInComplianceList) {
transientComplianceList = complianceList.filter(
({ identifierField: fieldName }) => fieldName !== identifierField
);
}
complianceList.setObjects([updatedEntity, ...transientComplianceList]);
this.setDefaultClassification({ identifierField });
},
/**
* Toggles a field on / off the compliance list
* @param {String} identifierType the type of the field to be toggled on
* the privacyCompliancePolicy.compliancePurgeEntities list
* @param {Object|Ember.Object} props containing the props to be added
* @prop {Boolean} props.hasPrivacyData checked or not checked
* Updates the logical type for the given identifierField
* @param {Object} field
* @prop {String} field.identifierField
* @param {Event} e the DOM change event
* @return {*}
*/
onFieldPrivacyChange(identifierType, props) {
// If checked, add, otherwise remove
const { hasPrivacyData } = props;
const toggle = !hasPrivacyData ? 'add' : 'remove';
onFieldLogicalTypeChange(field, e) {
const { identifierField } = field;
const { value: logicalType } = e || {};
let sourceIdentifierField = get(this, policyComplianceEntitiesKey).findBy('identifierField', identifierField);
// TODO:DSS-6719 refactor into mixin
this.clearMessages();
return this.toggleFieldOnComplianceList(props, identifierType, toggle);
},
/**
* Toggles the isSubject property of a member identifiable field
* @param {Object} props the props on the member field to update
* @prop {Boolean} isSubject flag indicating this field as a subject owner
* when true
* @prop {String} identifierField unique field to update isSubject property
*/
onMemberFieldSubjectChange(props) {
const { isSubject, identifierField: name } = props;
// TODO:DSS-6719 refactor into mixin
this.clearMessages();
// Ensure that a flag isSubject is present on the props
if (props && 'isSubject' in props) {
const sourceField = get(this, complianceListKey).find(({ identifierField }) => identifierField === name);
set(sourceField, 'isSubject', !isSubject);
// If the identifierField does not current exist, invoke onFieldIdentifierChange to add it on the compliance list
if (!sourceIdentifierField) {
this.actions.onFieldIdentifierTypeChange.call(
this,
{
identifierField,
logicalType
},
{ value: fieldIdentifierTypes.none.value }
);
}
set(sourceIdentifierField, 'logicalType', logicalType);
return this.setDefaultClassification({ identifierField }, { value: logicalType });
},
/**
* Updates the state flags that transition the prompts from one to the next
* @param {String} sectionName name of the section that was changed
* @param {Boolean} isPrivacyIdentifiable flag indicating that a section has
* or does not have privacy identifier
* Updates the filed classification
* @param {String} identifierField the identifier field to update the classification for
* @param {String} classification
* @return {*}
*/
didChangePrivacyIdentifiable(sectionName, isPrivacyIdentifiable) {
const section = {
'has-group': 'group',
'has-org': 'org',
'has-member': 'member'
}[sectionName];
onFieldClassificationChange({ identifierField }, { value: classification = null }) {
const fieldClassification = get(this, policyFieldClassificationKey);
return set(this, `userIndicatesDatasetHas.${section}`, isPrivacyIdentifiable);
// TODO:DSS-6719 refactor into mixin
this.clearMessages();
if (!classification && identifierField in fieldClassification) {
const updatedFieldClassification = Object.assign({}, fieldClassification);
delete updatedFieldClassification[identifierField];
set(this, policyFieldClassificationKey, updatedFieldClassification);
return;
}
set(fieldClassification, identifierField, classification);
// Ember.computedProperties don't seem to have a direct way of depending on the shape of an object changing at
// runtime, notifyPropertyChange forces the computed property recompute the object reference
return notifyPropertyChange.call(this, policyFieldClassificationKey);
},
/**
* Updates the source object representing the current datasetClassification map
* @param {String} classifier the property on the datasetClassification to update
* @param {Boolean} value flag indicating if this dataset contains member data for the specified classifier
*/
onChangeDatasetClassification(classifier, value) {
let sourceDatasetClassification = getWithDefault(this, datasetClassificationKey, {});
// For datasets initially without a datasetClassification, the default value is null
if (sourceDatasetClassification === null) {
sourceDatasetClassification = set(this, datasetClassificationKey, {});
}
return set(sourceDatasetClassification, classifier, value);
},
/**
* If all validity checks are passed, invoke onSave action on controller
*/
saveCompliance() {
const complianceList = get(this, complianceListKey);
const allEntitiesHaveValidFormat = this.ensureTypeContainsFormat(complianceList);
const allEntitiesHaveValidLogicalType = this.ensureTypeContainsLogicalType(complianceList);
const complianceList = get(this, policyComplianceEntitiesKey);
const idFieldsHaveValidLogicalType = this.ensureIdTypesHaveLogicalType(
complianceList.filter(({ identifierType }) => fieldIdentifierTypeIds.includes(identifierType))
);
if (allEntitiesHaveValidFormat && allEntitiesHaveValidLogicalType) {
return this.whenRequestCompletes(this.get('onSave')());
} else {
setProperties(this, {
_message: missingTypes,
_alertType: 'danger'
});
if (idFieldsHaveValidLogicalType) {
return this.whenRequestCompletes(get(this, 'onSave')(), { isSaving: true });
}
setProperties(this, {
_message: missingTypes,
_alertType: 'danger'
});
},
// Rolls back changes made to the compliance spec to current

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@ -1,7 +1,6 @@
import Ember from 'ember';
import {
createPrivacyCompliancePolicy,
createSecuritySpecification
createInitialComplianceInfo
} from 'wherehows-web/utils/datasets/functions';
import { makeUrnBreadcrumbs } from 'wherehows-web/utils/entities';
@ -30,16 +29,13 @@ const getDatasetOwnersUrl = id => `${datasetUrl(id)}/owners`;
const getDatasetInstanceUrl = id => `${datasetUrl(id)}/instances`;
const getDatasetVersionUrl = (id, dbId) =>
`${datasetUrl(id)}/versions/db/${dbId}`;
const getDatasetSecurityUrl = id => `${datasetUrl(id)}/security`;
const getDatasetComplianceUrl = id => `${datasetUrl(id)}/compliance`;
const getDatasetPrivacyUrl = id => `${datasetUrl(id)}/privacy`;
let getDatasetColumn;
export default Route.extend({
//TODO: DSS-6632 Correct server-side if status:error and record not found but response is 200OK
setupController(controller, model) {
currentTab = 'Datasets';
window.updateActiveTab();
let source = '';
var id = 0;
var urn = '';
@ -49,42 +45,12 @@ export default Route.extend({
* @type {{privacyCompliancePolicy: ((id)), securitySpecification: ((id)), datasetSchemaFieldNamesAndTypes: ((id))}}
*/
const fetchThenSetOnController = {
privacyCompliancePolicy(id, controller) {
Promise.resolve(getJSON(getDatasetComplianceUrl(id)))
.then(response => {
const {
msg,
status,
privacyCompliancePolicy = createPrivacyCompliancePolicy()
} = response;
const isNewPrivacyCompliancePolicy = status === 'failed' &&
String(msg).includes('actual 0');
async complianceInfo(id, controller) {
const response = await Promise.resolve(getJSON(getDatasetPrivacyUrl(id)));
const { msg, status, complianceInfo = createInitialComplianceInfo(id) } = response;
const isNewComplianceInfo = status === 'failed' && String(msg).includes('actual 0');
setProperties(controller, {
privacyCompliancePolicy,
isNewPrivacyCompliancePolicy
});
});
return this;
},
securitySpecification(id, controller) {
Promise.resolve(getJSON(getDatasetSecurityUrl(id)))
.then(response => {
const {
msg,
status,
securitySpecification = createSecuritySpecification(id)
} = response;
const isNewSecuritySpecification = status === 'failed' &&
String(msg).includes('actual 0');
setProperties(controller, {
securitySpecification,
isNewSecuritySpecification
});
});
setProperties(controller, { complianceInfo, isNewComplianceInfo });
return this;
},

View File

@ -63,6 +63,7 @@
border-width: 1px 0 0;
background-color: #f8f8f8;
z-index: z(dropdown);
max-height: 50px;
}
/**

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@ -0,0 +1,6 @@
.post-action-notification {
margin-bottom: 0;
display: inline-block;
border-radius: 2px;
padding: 5px;
}

View File

@ -1 +1,2 @@
@import "notification-dot";
@import "action-notifications";

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@ -30,13 +30,13 @@
Start Over
</button>
</div>
</section>
{{#if _message}}
<div class="alert alert-{{_alertType}} post-action-notification" role="alert">
{{_message}}
</div>
{{/if}}
{{#if _message}}
<div class="alert alert-{{_alertType}} post-action-notification" role="alert">
{{_message}}
</div>
{{/if}}
</section>
{{/if}}
{{#if isNewPrivacyPolicy}}
@ -157,8 +157,7 @@
{{tooltip-on-component
event="click"
hideOn="click"
text="A field can contain one or multiple member IDs that do not technically \"own\" the entire record,
e.g. the list of recipients of a message. The field should be marked as a \"Subject Owner\" in this case."
text=helpText.subjectOwner
}}
</span>
</sup>
@ -172,8 +171,7 @@
{{tooltip-on-component
event="click"
hideOn="click"
text="For each of the fields below, please classify them based on the data handling table found at go/dht.
The default classification shoud suffice in most cases."
text=helpText.classification
}}
</span>
</sup>

View File

@ -7,7 +7,7 @@ const createInitialComplianceInfo = datasetId => ({
datasetId,
// default to first item in compliance types list
complianceType: 'AUTO_PURGE',
compliancePurgeEntities: [],
complianceEntities: [],
fieldClassification: {},
datasetClassification: {},
geographicAffinity: { affinity: '' },