Struct SemanticScholar

Source

pub struct SemanticScholar {
    pub api_key: String,
}

Fields§

§api_key: String

Implementations§

Source §

impl SemanticScholar

Source

pub fn new() -> Self

Source

pub async fn bulk_query_by_ids( &mut self, paper_ids: Vec<&str>, fields: Vec<PaperField>, max_retry_count: u64, wait_time: u64, ) -> Result<Vec<Paper>>

§Description

Bulk retrieval of basic paper data without search relevance.
Available fields for fields: Vec<PaperField>, see: PaperField.
See for more details: Paper bulk search

§Example

let paper_ids = vec![
    "5c5751d45e298cea054f32b392c12c61027d2fe7",
    "649def34f8be52c8b66281af98ae884c09aef38b",
    "ARXIV:2106.15928",
];
let fields = vec![
    PaperField::Title,
    PaperField::CitationCount,
];
let max_retry_count = 5;
let wait_time = 10;
let mut ss = SemanticScholar::new();
let papers = ss.bulk_query_by_ids(paper_ids, fields, max_retry_count, wait_time).await.unwrap();

assert_eq!(papers.len(), 3);
let paper = &papers[0].clone();
assert_eq!(paper.title.clone().unwrap(), "S2ORC: The Semantic Scholar Open Research Corpus");

Source

pub async fn query_papers_by_title( &mut self, query_params: QueryParams, max_retry_count: u64, wait_time: u64, ) -> Result<Vec<Paper>>

§Description

Search for papers related to the given title.
Make sure to provide the query_text in the query_params.
For details of ‘query_params’, see: QueryParams.

§Example

let mut ss = SemanticScholar::new();
let mut query_params = QueryParams::default();
query_params.query_text("attention is all you need");
let max_retry_count = 5;
let wait_time = 10;

let papers = ss.query_papers_by_title(query_params, max_retry_count, wait_time).await.unwrap();

assert!(papers.len() > 1);
let paper = papers.first().unwrap();
assert_eq!(paper.paper_id.clone().unwrap(), "204e3073870fae3d05bcbc2f6a8e263d9b72e776");
assert_eq!(
   paper.title.clone().unwrap().to_lowercase(),
  "attention is all you need".to_string()
);

Source

pub async fn query_a_paper_by_title( &mut self, query_params: QueryParams, max_retry_count: u64, wait_time: u64, ) -> Result<Paper>

§Description

Retrieve a single paper based on closest match to the title. For details of ‘query_params’, see: QueryParams.

§Example

let mut ss = SemanticScholar::new();
let mut query_params = QueryParams::default();
query_params.query_text("attention is all you need");
let max_retry_count = 5;
let wait_time = 10;
let paper = ss
    .query_a_paper_by_title(query_params, max_retry_count, wait_time)
    .await
    .unwrap();
assert_eq!(paper.paper_id.clone().unwrap(), "204e3073870fae3d05bcbc2f6a8e263d9b72e776");
assert_eq!(
    paper.title.clone().unwrap().to_lowercase(),
    "attention is all you need".to_string()
);

Source

pub async fn query_paper_details( &mut self, query_params: QueryParams, max_retry_count: u64, wait_time: u64, ) -> Result<Paper>

§Description

Retrieve details of a single paper based on the paper id. Make sure to provide the paper_id in the query_params. For details of ‘query_params’, see: QueryParams.

§Example

let mut ss = SemanticScholar::new();
let mut query_params = QueryParams::default();
query_params.paper_id("204e3073870fae3d05bcbc2f6a8e263d9b72e776");
query_params.fields(vec![
    PaperField::Title,
    PaperField::Abstract,
    PaperField::CitationCount,
    PaperField::ReferenceCount,
    PaperField::Year,
]);
let paper_details = ss.query_paper_details(query_params, 5, 10).await.unwrap();

let title = paper_details.title.clone().unwrap();
assert_eq!(title.to_lowercase(), "attention is all you need".to_string());