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lint

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This commit is contained in:
Gregory Burd 2020-02-21 09:53:40 -05:00
parent a8223d11c9
commit 58e06742fd
1 changed files with 53 additions and 53 deletions
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106
query-sql/src/lib.rs
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@ -93,8 +93,8 @@ pub enum GroupBy {
impl QueryFragment for GroupBy { impl QueryFragment for GroupBy {
fn push_sql(&self, out: &mut dyn QueryBuilder) -> BuildQueryResult { fn push_sql(&self, out: &mut dyn QueryBuilder) -> BuildQueryResult {
match self { match self {
&GroupBy::ProjectedColumn(ref name) => out.push_identifier(name.as_str()), GroupBy::ProjectedColumn(ref name) => out.push_identifier(name.as_str()),
&GroupBy::QueryColumn(ref qa) => qualified_alias_push_sql(out, qa), GroupBy::QueryColumn(ref qa) => qualified_alias_push_sql(out, qa),
} }
} }
} }
@ -137,24 +137,24 @@ impl Constraint {
pub fn not_equal(left: ColumnOrExpression, right: ColumnOrExpression) -> Constraint { pub fn not_equal(left: ColumnOrExpression, right: ColumnOrExpression) -> Constraint {
Constraint::Infix { Constraint::Infix {
op: Op("<>"), // ANSI SQL for future-proofing! op: Op("<>"), // ANSI SQL for future-proofing!
left: left, left,
right: right, right,
} }
} }
pub fn equal(left: ColumnOrExpression, right: ColumnOrExpression) -> Constraint { pub fn equal(left: ColumnOrExpression, right: ColumnOrExpression) -> Constraint {
Constraint::Infix { Constraint::Infix {
op: Op("="), op: Op("="),
left: left, left,
right: right, right,
} }
} }
pub fn fulltext_match(left: ColumnOrExpression, right: ColumnOrExpression) -> Constraint { pub fn fulltext_match(left: ColumnOrExpression, right: ColumnOrExpression) -> Constraint {
Constraint::Infix { Constraint::Infix {
op: Op("MATCH"), // SQLite specific! op: Op("MATCH"), // SQLite specific!
left: left, left,
right: right, right,
} }
} }
} }
@ -217,8 +217,8 @@ pub struct SelectQuery {
fn push_variable_column(qb: &mut dyn QueryBuilder, vc: &VariableColumn) -> BuildQueryResult { fn push_variable_column(qb: &mut dyn QueryBuilder, vc: &VariableColumn) -> BuildQueryResult {
match vc { match vc {
&VariableColumn::Variable(ref v) => qb.push_identifier(v.as_str()), VariableColumn::Variable(ref v) => qb.push_identifier(v.as_str()),
&VariableColumn::VariableTypeTag(ref v) => { VariableColumn::VariableTypeTag(ref v) => {
qb.push_identifier(format!("{}_value_type_tag", v.name()).as_str()) qb.push_identifier(format!("{}_value_type_tag", v.name()).as_str())
} }
} }
@ -226,16 +226,16 @@ fn push_variable_column(qb: &mut dyn QueryBuilder, vc: &VariableColumn) -> Build
fn push_column(qb: &mut dyn QueryBuilder, col: &Column) -> BuildQueryResult { fn push_column(qb: &mut dyn QueryBuilder, col: &Column) -> BuildQueryResult {
match col { match col {
&Column::Fixed(ref d) => { Column::Fixed(ref d) => {
qb.push_sql(d.as_str()); qb.push_sql(d.as_str());
Ok(()) Ok(())
} }
&Column::Fulltext(ref d) => { Column::Fulltext(ref d) => {
qb.push_sql(d.as_str()); qb.push_sql(d.as_str());
Ok(()) Ok(())
} }
&Column::Variable(ref vc) => push_variable_column(qb, vc), Column::Variable(ref vc) => push_variable_column(qb, vc),
&Column::Transactions(ref d) => { Column::Transactions(ref d) => {
qb.push_sql(d.as_str()); qb.push_sql(d.as_str());
Ok(()) Ok(())
} }
@ -249,22 +249,22 @@ impl QueryFragment for ColumnOrExpression {
fn push_sql(&self, out: &mut dyn QueryBuilder) -> BuildQueryResult { fn push_sql(&self, out: &mut dyn QueryBuilder) -> BuildQueryResult {
use self::ColumnOrExpression::*; use self::ColumnOrExpression::*;
match self { match self {
&Column(ref qa) => qualified_alias_push_sql(out, qa), Column(ref qa) => qualified_alias_push_sql(out, qa),
&ExistingColumn(ref alias) => out.push_identifier(alias.as_str()), ExistingColumn(ref alias) => out.push_identifier(alias.as_str()),
&Entid(entid) => { Entid(entid) => {
out.push_sql(entid.to_string().as_str()); out.push_sql(entid.to_string().as_str());
Ok(()) Ok(())
} }
&Integer(integer) => { Integer(integer) => {
out.push_sql(integer.to_string().as_str()); out.push_sql(integer.to_string().as_str());
Ok(()) Ok(())
} }
&Long(long) => { Long(long) => {
out.push_sql(long.to_string().as_str()); out.push_sql(long.to_string().as_str());
Ok(()) Ok(())
} }
&Value(ref v) => out.push_typed_value(v), Value(ref v) => out.push_typed_value(v),
&NullableAggregate(ref e, _) | &Expression(ref e, _) => e.push_sql(out), NullableAggregate(ref e, _) | &Expression(ref e, _) => e.push_sql(out),
} }
} }
} }
@ -272,7 +272,7 @@ impl QueryFragment for ColumnOrExpression {
impl QueryFragment for Expression { impl QueryFragment for Expression {
fn push_sql(&self, out: &mut dyn QueryBuilder) -> BuildQueryResult { fn push_sql(&self, out: &mut dyn QueryBuilder) -> BuildQueryResult {
match self { match self {
&Expression::Unary { Expression::Unary {
ref sql_op, ref sql_op,
ref arg, ref arg,
} => { } => {
@ -290,9 +290,9 @@ impl QueryFragment for Projection {
fn push_sql(&self, out: &mut dyn QueryBuilder) -> BuildQueryResult { fn push_sql(&self, out: &mut dyn QueryBuilder) -> BuildQueryResult {
use self::Projection::*; use self::Projection::*;
match self { match self {
&One => out.push_sql("1"), One => out.push_sql("1"),
&Star => out.push_sql("*"), Star => out.push_sql("*"),
&Columns(ref cols) => { Columns(ref cols) => {
let &ProjectedColumn(ref col, ref alias) = &cols[0]; let &ProjectedColumn(ref col, ref alias) = &cols[0];
col.push_sql(out)?; col.push_sql(out)?;
out.push_sql(" AS "); out.push_sql(" AS ");
@ -322,7 +322,7 @@ impl QueryFragment for Constraint {
fn push_sql(&self, out: &mut dyn QueryBuilder) -> BuildQueryResult { fn push_sql(&self, out: &mut dyn QueryBuilder) -> BuildQueryResult {
use self::Constraint::*; use self::Constraint::*;
match self { match self {
&Infix { Infix {
ref op, ref op,
ref left, ref left,
ref right, ref right,
@ -334,19 +334,19 @@ impl QueryFragment for Constraint {
right.push_sql(out) right.push_sql(out)
} }
&IsNull { ref value } => { IsNull { ref value } => {
value.push_sql(out)?; value.push_sql(out)?;
out.push_sql(" IS NULL"); out.push_sql(" IS NULL");
Ok(()) Ok(())
} }
&IsNotNull { ref value } => { IsNotNull { ref value } => {
value.push_sql(out)?; value.push_sql(out)?;
out.push_sql(" IS NOT NULL"); out.push_sql(" IS NOT NULL");
Ok(()) Ok(())
} }
&And { ref constraints } => { And { ref constraints } => {
// An empty intersection is true. // An empty intersection is true.
if constraints.is_empty() { if constraints.is_empty() {
out.push_sql("1"); out.push_sql("1");
@ -360,7 +360,7 @@ impl QueryFragment for Constraint {
Ok(()) Ok(())
} }
&Or { ref constraints } => { Or { ref constraints } => {
// An empty alternation is false. // An empty alternation is false.
if constraints.is_empty() { if constraints.is_empty() {
out.push_sql("0"); out.push_sql("0");
@ -374,18 +374,18 @@ impl QueryFragment for Constraint {
Ok(()) Ok(())
} }
&In { ref left, ref list } => { In { ref left, ref list } => {
left.push_sql(out)?; left.push_sql(out)?;
out.push_sql(" IN ("); out.push_sql(" IN (");
interpose!(item, list, { item.push_sql(out)? }, { out.push_sql(", ") }); interpose!(item, list, { item.push_sql(out)? }, { out.push_sql(", ") });
out.push_sql(")"); out.push_sql(")");
Ok(()) Ok(())
} }
&NotExists { ref subquery } => { NotExists { ref subquery } => {
out.push_sql("NOT EXISTS "); out.push_sql("NOT EXISTS ");
subquery.push_sql(out) subquery.push_sql(out)
} }
&TypeCheck { TypeCheck {
ref value, ref value,
ref affinity, ref affinity,
} => { } => {
@ -449,9 +449,9 @@ impl QueryFragment for Join {
impl QueryFragment for TableOrSubquery { impl QueryFragment for TableOrSubquery {
fn push_sql(&self, out: &mut dyn QueryBuilder) -> BuildQueryResult { fn push_sql(&self, out: &mut dyn QueryBuilder) -> BuildQueryResult {
use self::TableOrSubquery::*; use self::TableOrSubquery::*;
match self { match *self {
&Table(ref sa) => source_alias_push_sql(out, sa), Table(ref sa) => source_alias_push_sql(out, sa),
&Union(ref subqueries, ref table_alias) => { Union(ref subqueries, ref table_alias) => {
out.push_sql("("); out.push_sql("(");
interpose!(subquery, subqueries, { subquery.push_sql(out)? }, { interpose!(subquery, subqueries, { subquery.push_sql(out)? }, {
out.push_sql(" UNION ") out.push_sql(" UNION ")
@ -459,13 +459,13 @@ impl QueryFragment for TableOrSubquery {
out.push_sql(") AS "); out.push_sql(") AS ");
out.push_identifier(table_alias.as_str()) out.push_identifier(table_alias.as_str())
} }
&Subquery(ref subquery) => { Subquery(ref subquery) => {
out.push_sql("("); out.push_sql("(");
subquery.push_sql(out)?; subquery.push_sql(out)?;
out.push_sql(")"); out.push_sql(")");
Ok(()) Ok(())
} }
&Values(ref values, ref table_alias) => { Values(ref values, ref table_alias) => {
// XXX: does this work for Values::Unnamed? // XXX: does this work for Values::Unnamed?
out.push_sql("("); out.push_sql("(");
values.push_sql(out)?; values.push_sql(out)?;
@ -488,7 +488,7 @@ impl QueryFragment for Values {
// We don't want to use an undocumented SQLite quirk, and we're a little concerned that some // We don't want to use an undocumented SQLite quirk, and we're a little concerned that some
// SQL systems will not optimize WITH statements well. It's also convenient to have an in // SQL systems will not optimize WITH statements well. It's also convenient to have an in
// place table to query, so for now we implement option 3. // place table to query, so for now we implement option 3.
if let &Values::Named(ref names, _) = self { if let Values::Named(ref names, _) = *self {
out.push_sql("SELECT "); out.push_sql("SELECT ");
interpose!( interpose!(
alias, alias,
@ -503,9 +503,9 @@ impl QueryFragment for Values {
out.push_sql(" WHERE 0 UNION ALL "); out.push_sql(" WHERE 0 UNION ALL ");
} }
let values = match self { let values = match *self {
&Values::Named(ref names, ref values) => values.chunks(names.len()), Values::Named(ref names, ref values) => values.chunks(names.len()),
&Values::Unnamed(ref size, ref values) => values.chunks(*size), Values::Unnamed(ref size, ref values) => values.chunks(*size),
}; };
out.push_sql("VALUES "); out.push_sql("VALUES ");
@ -529,8 +529,8 @@ impl QueryFragment for Values {
impl QueryFragment for FromClause { impl QueryFragment for FromClause {
fn push_sql(&self, out: &mut dyn QueryBuilder) -> BuildQueryResult { fn push_sql(&self, out: &mut dyn QueryBuilder) -> BuildQueryResult {
use self::FromClause::*; use self::FromClause::*;
match self { match *self {
&TableList(ref table_list) => { TableList(ref table_list) => {
if table_list.is_empty() { if table_list.is_empty() {
Ok(()) Ok(())
} else { } else {
@ -538,11 +538,11 @@ impl QueryFragment for FromClause {
table_list.push_sql(out) table_list.push_sql(out)
} }
} }
&Join(ref join) => { Join(ref join) => {
out.push_sql(" FROM "); out.push_sql(" FROM ");
join.push_sql(out) join.push_sql(out)
} }
&Nothing => Ok(()), Nothing => Ok(()),
} }
} }
} }
@ -605,11 +605,11 @@ impl QueryFragment for SelectQuery {
self.order, self.order,
{ {
push_variable_column(out, var)?; push_variable_column(out, var)?;
match dir { match *dir {
&Direction::Ascending => { Direction::Ascending => {
out.push_sql(" ASC"); out.push_sql(" ASC");
} }
&Direction::Descending => { Direction::Descending => {
out.push_sql(" DESC"); out.push_sql(" DESC");
} }
}; };
@ -618,14 +618,14 @@ impl QueryFragment for SelectQuery {
); );
} }
match &self.limit { match self.limit {
&Limit::None => (), Limit::None => (),
&Limit::Fixed(limit) => { Limit::Fixed(limit) => {
// Guaranteed to be non-negative: u64. // Guaranteed to be non-negative: u64.
out.push_sql(" LIMIT "); out.push_sql(" LIMIT ");
out.push_sql(limit.to_string().as_str()); out.push_sql(limit.to_string().as_str());
} }
&Limit::Variable(ref var) => { Limit::Variable(ref var) => {
// Guess this wasn't bound yet. Produce an argument. // Guess this wasn't bound yet. Produce an argument.
out.push_sql(" LIMIT "); out.push_sql(" LIMIT ");
self.push_variable_param(var, out)?; self.push_variable_param(var, out)?;