58 lines
2.1 KiB
SQL

/*
// Alpha Model
// [ ] Not modeled in Nitro
// [X] Modeled in Nitro
// [-] Omitted in Nitro
// [?] Unclear / has work to be done for Nitro
{
[X] userId: {
[X] type: String,
[X] required: true,
[-] index: true
},
[X] contributionId: {
[X] type: String,
[X] required: true,
[-] index: true
},
[?] rated: {
[X] type: String,
[ ] required: true,
[?] enum: ['funny', 'happy', 'surprised', 'cry', 'angry']
},
[X] createdAt: {
[X] type: Date,
[X] default: Date.now
},
[X] updatedAt: {
[X] type: Date,
[X] default: Date.now
},
[-] wasSeeded: { type: Boolean }
}
*/
CALL apoc.load.json("file:${IMPORT_CHUNK_PATH_CQL_FILE}") YIELD value as emotion
MATCH (u:User {id: emotion.userId}),
(c:Post {id: emotion.contributionId})
MERGE (u)-[e:EMOTED {
id: emotion._id["$oid"],
emotion: emotion.rated,
createdAt: datetime(emotion.createdAt.`$date`),
updatedAt: datetime(emotion.updatedAt.`$date`)
}]->(c)
RETURN e;
/*
// Queries
// user sets an emotion emotion:
// MERGE (u)-[e:EMOTED {id: ..., emotion: "funny", createdAt: ..., updatedAt: ...}]->(c)
// user removes emotion
// MATCH (u)-[e:EMOTED]->(c) DELETE e
// contribution distributions over every `emotion` property value for one post
// MATCH (u:User)-[e:EMOTED]->(c:Post {id: "5a70bbc8508f5b000b443b1a"}) RETURN e.emotion,COUNT(e.emotion)
// contribution distributions over every `emotion` property value for one user (advanced - "whats the primary emotion used by the user?")
// MATCH (u:User{id:"5a663b1ac64291000bf302a1"})-[e:EMOTED]->(c:Post) RETURN e.emotion,COUNT(e.emotion)
// contribution distributions over every `emotion` property value for all posts created by one user (advanced - "how do others react to my contributions?")
// MATCH (u:User)-[e:EMOTED]->(c:Post)<-[w:WROTE]-(a:User{id:"5a663b1ac64291000bf302a1"}) RETURN e.emotion,COUNT(e.emotion)
// if we can filter the above an a variable timescale that would be great (should be possible on createdAt and updatedAt fields)
*/