fix: format & info (#40)

crypto/sha1.mbt

@@ -34,11 +34,12 @@ pub fn sha1(input : Bytes) -> Bytes {
     let words = FixedArray::make(80, 0)
     for i = 0; i < 16; i = i + 1 {
       let slice_start = chunk * bytes_per_chunk + i * 4
-      words[i] = bytes[slice_start].to_int().lsl(24).lor(
-        bytes[slice_start + 1].to_int().lsl(16),
-      ).lor(bytes[slice_start + 2].to_int().lsl(8)).lor(
-        bytes[slice_start + 3].to_int(),
-      )
+      words[i] = bytes[slice_start]
+        .to_int()
+        .lsl(24)
+        .lor(bytes[slice_start + 1].to_int().lsl(16))
+        .lor(bytes[slice_start + 2].to_int().lsl(8))
+        .lor(bytes[slice_start + 3].to_int())
     }
     for i = 16; i < 80; i = i + 1 {
       words[i] = rotate_left(

json5/json5.mbti

@@ -1,9 +1,7 @@
 package moonbitlang/x/json5
 
-alias @moonbitlang/core/json as @json
-
 // Values
-fn parse(String) -> @json.JsonValue!ParseError
+fn parse(String) -> Json!ParseError
 
 // Types and methods
 type ParseError

time/duration.mbt

@@ -126,9 +126,9 @@ pub fn to_string(self : Duration) -> String {
     buf.write_string(secs.to_string())
     if nanos > 0L {
       buf.write_char('.')
-      let nanos_str = (nanos + nanoseconds_per_second).to_string().substring(
-        start=1,
-      )
+      let nanos_str = (nanos + nanoseconds_per_second)
+        .to_string()
+        .substring(start=1)
       buf.write_string(remove_suffix_zero(nanos_str))
     }
     buf.write_char('S')

time/period.mbt

@@ -148,9 +148,10 @@ pub fn add_period(self : Period, other : Period) -> Period!Error {
   if other.is_zero() {
     return self
   }
-  self.add_years!(other.years()).add_months!(other.months()).add_days!(
-    other.days(),
-  )
+  self
+  .add_years!(other.years())
+  .add_months!(other.months())
+  .add_days!(other.days())
 }
 
 pub fn op_add(self : Period, other : Period) -> Period!Error {

time/plain_date.mbt

@@ -313,9 +313,9 @@ pub fn add_days(self : PlainDate, days : Int64) -> PlainDate!Error {
 /// Adds a period to this date, and returns a new date.
 pub fn add_period(self : PlainDate, period : Period) -> PlainDate!Error {
   let mut d = self
-  d = d.add_months!(period.to_total_months()).add_days!(
-    period.days().to_int64(),
-  )
+  d = d
+    .add_months!(period.to_total_months())
+    .add_days!(period.days().to_int64())
   d
 }
 

time/plain_date_time.mbt

@@ -55,7 +55,9 @@ pub fn PlainDateTime::from_unix_second(
 
 /// Converts this datetime to the elapsed seconds since the unix epoch.
 pub fn to_unix_second(self : PlainDateTime) -> Int64 {
-  self.date.to_unix_day() * seconds_per_day + self.time.second_of_day().to_int64()
+  self.date.to_unix_day() * seconds_per_day + self.time
+  .second_of_day()
+  .to_int64()
 }
 
 /// Creates a PlainTime from a string, like '2008-08-08T20:00:00'.

time/plain_time.mbt

@@ -69,9 +69,9 @@ pub fn PlainTime::to_string(self : PlainTime) -> String {
   buf.write_string(add_prefix_zero(self.second.to_string(), 2))
   if self.nanosecond > 0 {
     buf.write_char('.')
-    let nanos_str = (self.nanosecond.to_int64() + nanoseconds_per_second).to_string().substring(
-      start=1,
-    )
+    let nanos_str = (self.nanosecond.to_int64() + nanoseconds_per_second)
+      .to_string()
+      .substring(start=1)
     buf.write_string(remove_suffix_zero(nanos_str))
   }
   buf.to_string()

uuid/uuid.mbt

@@ -149,9 +149,9 @@ pub fn from_hex(hex : String) -> UUID!Error {
   }
 }
 
-let hex_table : Array[Int] = "0123456789abcdef".to_array().map(
-  fn { c => c.to_int() },
-)
+let hex_table : Array[Int] = "0123456789abcdef"
+  .to_array()
+  .map(fn { c => c.to_int() })
 
 let dash : Int = '-'.to_int()