diff --git a/src/api/profile.rs b/src/api/profile.rs
index 790af13..0dcd6ec 100644
--- a/src/api/profile.rs
+++ b/src/api/profile.rs
@@ -3,10 +3,23 @@ use server_fn::codec::{MultipartData, MultipartFormData};
 
 use cfg_if::cfg_if;
 
+use crate::songdata::SongData;
+use crate::models::Artist;
+
+use std::time::SystemTime;
+
 cfg_if! {
 	if #[cfg(feature = "ssr")] {
 		use crate::auth::get_user;
 		use server_fn::error::NoCustomError;
+
+		use crate::database::get_db_conn;
+		use diesel::prelude::*;
+		use diesel::dsl::count;
+		use crate::models::*;
+		use crate::schema::*;
+
+		use std::collections::HashMap;
 	}
 }
 
@@ -47,3 +60,233 @@ pub async fn upload_picture(data: MultipartData) -> Result<(), ServerFnError> {
 
 	Ok(())
 }
+
+/// Get a user's recent songs listened to
+/// Optionally takes a limit parameter to limit the number of songs returned.
+/// If not provided, all songs ever listend to are returned.
+/// Returns a list of tuples with the date the song was listened to
+/// and the song data, sorted by date (most recent first).
+#[server(endpoint = "/profile/recent_songs")]
+pub async fn recent_songs(for_user_id: i32, limit: Option<i64>) -> Result<Vec<(SystemTime, SongData)>, ServerFnError> {
+	let mut db_con = get_db_conn();
+
+	// Get the ids of the most recent songs listened to
+	let history_items: Vec<i32> = 
+		if let Some(limit) = limit {
+			song_history::table
+				.filter(song_history::user_id.eq(for_user_id))
+				.order(song_history::date.desc())
+				.limit(limit)
+				.select(song_history::id)
+				.load(&mut db_con)?
+		} else {
+			song_history::table
+				.filter(song_history::user_id.eq(for_user_id))
+				.order(song_history::date.desc())
+				.select(song_history::id)
+				.load(&mut db_con)?
+		};
+
+	// Take the history ids and get the song data for them
+	let history: Vec<(HistoryEntry, Song, Option<Album>, Option<Artist>, Option<(i32, i32)>, Option<(i32, i32)>)>
+	= song_history::table
+		.filter(song_history::id.eq_any(history_items))
+		.inner_join(songs::table)
+		.left_join(albums::table.on(songs::album_id.eq(albums::id.nullable())))
+		.left_join(song_artists::table.inner_join(artists::table).on(songs::id.eq(song_artists::song_id)))
+		.left_join(song_likes::table.on(songs::id.eq(song_likes::song_id).and(song_likes::user_id.eq(for_user_id))))
+		.left_join(song_dislikes::table.on(
+			songs::id.eq(song_dislikes::song_id).and(song_dislikes::user_id.eq(for_user_id))))
+		.select((
+			song_history::all_columns,
+			songs::all_columns,
+			albums::all_columns.nullable(),
+			artists::all_columns.nullable(),
+			song_likes::all_columns.nullable(),
+			song_dislikes::all_columns.nullable(),
+		))
+		.load(&mut db_con)?;
+
+	// Process the history data into a map of song ids to song data
+	let mut history_songs: HashMap<i32, (SystemTime, SongData)> = HashMap::with_capacity(history.len());
+
+	for (history, song, album, artist, like, dislike) in history {
+		let song_id = history.song_id;
+
+		if let Some((_, stored_songdata)) = history_songs.get_mut(&song_id) {
+			// If the song is already in the map, update the artists
+			if let Some(artist) = artist {
+				stored_songdata.artists.push(artist);
+			}
+		} else {
+			let like_dislike = match (like, dislike) {
+				(Some(_), Some(_)) => Some((true, true)),
+				(Some(_), None) => Some((true, false)),
+				(None, Some(_)) => Some((false, true)),
+				_ => None,
+			};
+
+			let image_path = song.image_path.unwrap_or(
+				album.as_ref().map(|album| album.image_path.clone()).flatten()
+					.unwrap_or("/assets/images/placeholder.jpg".to_string()));
+
+			let songdata = SongData {
+				id: song_id,
+				title: song.title,
+				artists: artist.map(|artist| vec![artist]).unwrap_or_default(),
+				album: album,
+				track: song.track,
+				duration: song.duration,
+				release_date: song.release_date,
+				song_path: song.storage_path,
+				image_path: image_path,
+				like_dislike: like_dislike,
+			};
+
+			history_songs.insert(song_id, (history.date, songdata));
+		}
+	}
+
+	// Sort the songs by date
+	let mut history_songs: Vec<(SystemTime, SongData)> = history_songs.into_values().collect();
+	history_songs.sort_by(|a, b| b.0.cmp(&a.0));
+	Ok(history_songs)
+}
+
+/// Get a user's top songs by play count from a date range
+/// Optionally takes a limit parameter to limit the number of songs returned.
+/// If not provided, all songs listened to in the date range are returned.
+/// Returns a list of tuples with the play count and the song data, sorted by play count (most played first).
+#[server(endpoint = "/profile/top_songs")]
+pub async fn top_songs(for_user_id: i32, start_date: SystemTime, end_date: SystemTime, limit: Option<i64>)
+	-> Result<Vec<(i64, SongData)>, ServerFnError>
+{
+	let mut db_con = get_db_conn();
+
+	// Get the play count and ids of the songs listened to in the date range
+	let history_counts: Vec<(i32, i64)> = 
+		if let Some(limit) = limit {
+			song_history::table
+				.filter(song_history::date.between(start_date, end_date))
+				.filter(song_history::user_id.eq(for_user_id))
+				.group_by(song_history::song_id)
+				.select((song_history::song_id, count(song_history::song_id)))
+				.order(count(song_history::song_id).desc())
+				.limit(limit)
+				.load(&mut db_con)?
+		} else {
+			song_history::table
+				.filter(song_history::date.between(start_date, end_date))
+				.filter(song_history::user_id.eq(for_user_id))
+				.group_by(song_history::song_id)
+				.select((song_history::song_id, count(song_history::song_id)))
+				.load(&mut db_con)?
+		};
+
+	let history_counts: HashMap<i32, i64> = history_counts.into_iter().collect();
+	let history_song_ids = history_counts.iter().map(|(song_id, _)| *song_id).collect::<Vec<i32>>();
+
+	// Get the song data for the songs listened to in the date range
+	let history_songs: Vec<(Song, Option<Album>, Option<Artist>, Option<(i32, i32)>, Option<(i32, i32)>)>
+	= songs::table
+		.filter(songs::id.eq_any(history_song_ids))
+		.left_join(albums::table.on(songs::album_id.eq(albums::id.nullable())))
+		.left_join(song_artists::table.inner_join(artists::table).on(songs::id.eq(song_artists::song_id)))
+		.left_join(song_likes::table.on(songs::id.eq(song_likes::song_id).and(song_likes::user_id.eq(for_user_id))))
+		.left_join(song_dislikes::table.on(
+			songs::id.eq(song_dislikes::song_id).and(song_dislikes::user_id.eq(for_user_id))))
+		.select((
+			songs::all_columns,
+			albums::all_columns.nullable(),
+			artists::all_columns.nullable(),
+			song_likes::all_columns.nullable(),
+			song_dislikes::all_columns.nullable(),
+		))
+		.load(&mut db_con)?;
+
+	// Process the history data into a map of song ids to song data
+	let mut history_songs_map: HashMap<i32, (i64, SongData)> = HashMap::with_capacity(history_counts.len());
+
+	for (song, album, artist, like, dislike) in history_songs {
+		let song_id = song.id
+			.ok_or(ServerFnError::ServerError::<NoCustomError>("Song id not found in database".to_string()))?;
+
+		if let Some((_, stored_songdata)) = history_songs_map.get_mut(&song_id) {
+			// If the song is already in the map, update the artists
+			if let Some(artist) = artist {
+				stored_songdata.artists.push(artist);
+			}
+		} else {
+			let like_dislike = match (like, dislike) {
+				(Some(_), Some(_)) => Some((true, true)),
+				(Some(_), None) => Some((true, false)),
+				(None, Some(_)) => Some((false, true)),
+				_ => None,
+			};
+
+			let image_path = song.image_path.unwrap_or(
+				album.as_ref().map(|album| album.image_path.clone()).flatten()
+					.unwrap_or("/assets/images/placeholder.jpg".to_string()));
+
+			let songdata = SongData {
+				id: song_id,
+				title: song.title,
+				artists: artist.map(|artist| vec![artist]).unwrap_or_default(),
+				album: album,
+				track: song.track,
+				duration: song.duration,
+				release_date: song.release_date,
+				song_path: song.storage_path,
+				image_path: image_path,
+				like_dislike: like_dislike,
+			};
+
+			let plays = history_counts.get(&song_id)
+				.ok_or(ServerFnError::ServerError::<NoCustomError>("Song id not found in history counts".to_string()))?;
+
+			history_songs_map.insert(song_id, (*plays, songdata));
+		}
+	}
+
+	// Sort the songs by play count
+	let mut history_songs: Vec<(i64, SongData)> = history_songs_map.into_values().collect();
+	history_songs.sort_by(|a, b| b.0.cmp(&a.0));
+	Ok(history_songs)
+}
+
+/// Get a user's top artists by play count from a date range
+/// Optionally takes a limit parameter to limit the number of artists returned.
+/// If not provided, all artists listened to in the date range are returned.
+/// Returns a list of tuples with the play count and the artist data, sorted by play count (most played first).
+#[server(endpoint = "/profile/top_artists")]
+pub async fn top_artists(for_user_id: i32, start_date: SystemTime, end_date: SystemTime, limit: Option<i64>)
+	-> Result<Vec<(i64, Artist)>, ServerFnError>
+{
+	let mut db_con = get_db_conn();
+
+	let artist_counts: Vec<(i64, Artist)> = 
+		if let Some(limit) = limit {
+			song_history::table
+				.filter(song_history::date.between(start_date, end_date))
+				.filter(song_history::user_id.eq(for_user_id))
+				.inner_join(song_artists::table.on(song_history::song_id.eq(song_artists::song_id)))
+				.inner_join(artists::table.on(song_artists::artist_id.eq(artists::id)))
+				.group_by(artists::id)
+				.select((count(artists::id), artists::all_columns))
+				.order(count(artists::id).desc())
+				.limit(limit)
+				.load(&mut db_con)?
+		} else {
+			song_history::table
+				.filter(song_history::date.between(start_date, end_date))
+				.filter(song_history::user_id.eq(for_user_id))
+				.inner_join(song_artists::table.on(song_history::song_id.eq(song_artists::song_id)))
+				.inner_join(artists::table.on(song_artists::artist_id.eq(artists::id)))
+				.group_by(artists::id)
+				.select((count(artists::id), artists::all_columns))
+				.order(count(artists::id).desc())
+				.load(&mut db_con)?
+		};
+
+	Ok(artist_counts)
+}
diff --git a/src/songdata.rs b/src/songdata.rs
index 61e263f..3a09af3 100644
--- a/src/songdata.rs
+++ b/src/songdata.rs
@@ -1,10 +1,12 @@
 use crate::models::{Album, Artist, Song};
 
+use serde::{Serialize, Deserialize};
 use time::Date;
 
 /// Holds information about a song
 /// 
 /// Intended to be used in the front-end, as it includes artist and album objects, rather than just their ids.
+#[derive(Serialize, Deserialize)]
 pub struct SongData {
 	/// Song id
 	pub id: i32,