format all the files with the new fmt

vlang · Jul 3, 2024 · 25f18df · 25f18df
1 parent e91f8a4
commit 25f18df
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Showing 5 changed files with 14 additions and 7 deletions.
diff --git a/src/analyzer/psi/GenericTypeInferer.v b/src/analyzer/psi/GenericTypeInferer.v
@@ -5,7 +5,8 @@ import math
 
 struct GenericTypeInferer {}
 
-fn (g &GenericTypeInferer) infer_generic_call(arg_owner GenericArgumentsOwner, params_owner GenericParametersOwner, result_type types.Type) types.Type {
+fn (g &GenericTypeInferer) infer_generic_call(arg_owner GenericArgumentsOwner, params_owner GenericParametersOwner,
+	result_type types.Type) types.Type {
 	generic_ts_map := g.infer_generic_ts_map(arg_owner, params_owner)
 	return result_type.substitute_generics(generic_ts_map)
 }
@@ -43,7 +44,8 @@ fn (g &GenericTypeInferer) infer_generic_ts_map(arg_owner GenericArgumentsOwner,
 	return g.infer_simple_generic_ts_map(arg_owner, params_owner, map[string]types.Type{})
 }
 
-fn (g &GenericTypeInferer) infer_simple_generic_ts_map(arg_owner GenericArgumentsOwner, params_owner GenericParametersOwner, additional map[string]types.Type) map[string]types.Type {
+fn (g &GenericTypeInferer) infer_simple_generic_ts_map(arg_owner GenericArgumentsOwner, params_owner GenericParametersOwner,
+	additional map[string]types.Type) map[string]types.Type {
 	generic_parameters := g.generics_parameter_names(params_owner)
 
 	// No data for inference, call is not generic.

diff --git a/src/analyzer/psi/StubBase.v b/src/analyzer/psi/StubBase.v
@@ -29,7 +29,8 @@ pub mut:
 	id        StubId
 }
 
-pub fn new_stub_base(parent &StubElement, stub_type StubType, name string, identifier_text_range TextRange, text_range TextRange, data StubData) &StubBase {
+pub fn new_stub_base(parent &StubElement, stub_type StubType, name string, identifier_text_range TextRange,
+	text_range TextRange, data StubData) &StubBase {
 	mut stub_list := if parent is StubBase {
 		if !isnil(parent.stub_list) { parent.stub_list } else { &StubList{} }
 	} else {

diff --git a/src/analyzer/psi/TypeInferer.v b/src/analyzer/psi/TypeInferer.v
@@ -513,7 +513,8 @@ pub fn (t &TypeInferer) infer_call_expr_type(element CallExpression) types.Type
 	return types.unknown_type
 }
 
-pub fn (t &TypeInferer) process_map_array_method_call(element FunctionOrMethodDeclaration, element_type types.FunctionType, expr CallExpression) ?types.Type {
+pub fn (t &TypeInferer) process_map_array_method_call(element FunctionOrMethodDeclaration, element_type types.FunctionType,
+	expr CallExpression) ?types.Type {
 	receiver_type := types.unwrap_pointer_type(element.receiver_type())
 
 	if types.is_builtin_array_type(receiver_type) {
@@ -531,7 +532,8 @@ pub fn (t &TypeInferer) process_map_array_method_call(element FunctionOrMethodDe
 	return none
 }
 
-pub fn (_ &TypeInferer) process_array_method_call(element FunctionOrMethodDeclaration, element_type types.FunctionType, expr CallExpression) ?types.Type {
+pub fn (_ &TypeInferer) process_array_method_call(element FunctionOrMethodDeclaration, element_type types.FunctionType,
+	expr CallExpression) ?types.Type {
 	return_type := element_type.result
 
 	if return_type is types.VoidPtrType {

diff --git a/src/analyzer/psi/search/common.v b/src/analyzer/psi/search/common.v
@@ -4,7 +4,8 @@ import analyzer.psi
 import analyzer.psi.types
 
 // is_implemented checks if the given symbol (methods and fields) implements the given interface (methods and fields).
-fn is_implemented(iface_methods []psi.PsiElement, iface_fields []psi.PsiElement, symbol_methods []psi.PsiElement, symbol_fields []psi.PsiElement) bool {
+fn is_implemented(iface_methods []psi.PsiElement, iface_fields []psi.PsiElement, symbol_methods []psi.PsiElement,
+	symbol_fields []psi.PsiElement) bool {
 	mut symbol_methods_set := map[string]psi.FunctionOrMethodDeclaration{}
 	for symbol_method in symbol_methods {
 		if symbol_method is psi.FunctionOrMethodDeclaration {

diff --git a/src/server/completion/providers/ReferenceCompletionProvider.v b/src/server/completion/providers/ReferenceCompletionProvider.v
@@ -46,7 +46,8 @@ fn (mut r ReferenceCompletionProvider) add_completion(ctx &completion.Completion
 	}
 }
 
-fn (mut r ReferenceCompletionProvider) process_fields(ctx &completion.CompletionContext, element psi.PsiElement, already_assigned []string) {
+fn (mut r ReferenceCompletionProvider) process_fields(ctx &completion.CompletionContext, element psi.PsiElement,
+	already_assigned []string) {
 	grand := element.parent() or { return }
 	if grand.node.type_name != .element_list {
 		return