add some comments

framework/h/app.go

@@ -47,6 +47,10 @@ func (c *RequestContext) Get(key string) interface{} {
 	return c.kv[key]
 }
 
+// ServiceLocator returns the service locator to register and retrieve services
+// Usage:
+// service.Set[db.Queries](locator, service.Singleton, db.Provide)
+// service.Get[db.Queries](locator)
 func (c *RequestContext) ServiceLocator() *service.Locator {
 	return c.locator
 }
@@ -62,6 +66,7 @@ type App struct {
 	Router *chi.Mux
 }
 
+// Start starts the htmgo server
 func Start(opts AppOpts) {
 	router := chi.NewRouter()
 	instance := App{

framework/h/array.go

@@ -1,5 +1,6 @@
 package h
 
+// Unique returns a new slice with only unique items.
 func Unique[T any](slice []T, key func(item T) string) []T {
 	var result []T
 	seen := make(map[string]bool)
@@ -13,6 +14,7 @@ func Unique[T any](slice []T, key func(item T) string) []T {
 	return result
 }
 
+// Filter returns a new slice with only items that match the predicate.
 func Filter[T any](slice []T, predicate func(item T) bool) []T {
 	var result []T
 	for _, v := range slice {
@@ -23,6 +25,7 @@ func Filter[T any](slice []T, predicate func(item T) bool) []T {
 	return result
 }
 
+// Map returns a new slice with the results of the mapper function.
 func Map[T, U any](slice []T, mapper func(item T) U) []U {
 	var result []U
 	for _, v := range slice {

framework/h/attribute.go

@@ -120,27 +120,34 @@ func HxIndicator(tag string) *AttributeR {
 	return Attribute(hx.IndicatorAttr, tag)
 }
 
+// TriggerChildren Adds the hx-extension="trigger-children" to an element
+// See https://htmgo.dev/docs#htmx-extensions-trigger-children
 func TriggerChildren() *AttributeR {
 	return HxExtension("trigger-children")
 }
 
+// HxTriggerString Adds a hx-trigger to an element based on a string of triggers
 func HxTriggerString(triggers ...string) *AttributeR {
 	trigger := hx.NewStringTrigger(strings.Join(triggers, ", "))
 	return Attribute(hx.TriggerAttr, trigger.ToString())
 }
 
+// HxTrigger Adds a hx-trigger to an element
 func HxTrigger(opts ...hx.TriggerEvent) *AttributeR {
 	return Attribute(hx.TriggerAttr, hx.NewTrigger(opts...).ToString())
 }
 
+// HxTriggerClick Adds a hx-trigger="click" to an element
 func HxTriggerClick(opts ...hx.Modifier) *AttributeR {
 	return HxTrigger(hx.OnClick(opts...))
 }
 
+// HxExtension Adds a hx-ext to an element
 func HxExtension(value string) *AttributeR {
 	return Attribute(hx.ExtAttr, value)
 }
 
+// HxExtensions Adds multiple hx-ext to an element, separated by commas
 func HxExtensions(value ...string) Ren {
 	return Attribute(hx.ExtAttr, strings.Join(value, ","))
 }
@@ -149,6 +156,8 @@ func JoinExtensions(attrs ...*AttributeR) Ren {
 	return JoinAttributes(", ", attrs...)
 }
 
+// JoinAttributes joins multiple attributes into a single attribute string based on a separator
+// Example: JoinAttributes(", ", Attribute("hx-extension", "one"), Attribute("hx-extension", "two")) = hx-extension="one,two"
 func JoinAttributes(sep string, attrs ...*AttributeR) *AttributeR {
 	values := make([]string, 0, len(attrs))
 	for _, a := range attrs {
@@ -193,6 +202,9 @@ func Class(value ...string) *AttributeR {
 	return Attribute("class", MergeClasses(value...))
 }
 
+// ClassX conditionally renders a class based on a map of class names and boolean values
+// value is any non-conditional class name you'd like to add
+// m is a map of class names and boolean values
 func ClassX(value string, m ClassMap) Ren {
 	builder := strings.Builder{}
 	builder.WriteString(value)
@@ -206,6 +218,7 @@ func ClassX(value string, m ClassMap) Ren {
 	return Class(builder.String())
 }
 
+// MergeClasses merges multiple classes into a single class string
 func MergeClasses(classes ...string) string {
 	if len(classes) == 1 {
 		return classes[0]

framework/h/cache.go

@@ -49,6 +49,9 @@ func startExpiredCacheCleaner(node *CachedNode) {
 	}()
 }
 
+// Cached caches the given element for the given duration. The element is only rendered once, and then cached for the given duration.
+// Please note this element is globally cached, and not per unique identifier / user.
+// Use CachedPerKey to cache elements per unqiue identifier.
 func Cached(duration time.Duration, cb GetElementFunc) func() *Element {
 	element := &Element{
 		tag: CachedNodeTag,
@@ -64,6 +67,8 @@ func Cached(duration time.Duration, cb GetElementFunc) func() *Element {
 	}
 }
 
+// CachedPerKey caches the given element for the given duration. The element is only rendered once per key, and then cached for the given duration.
+// The element is cached by the unique identifier that is returned by the callback function.
 func CachedPerKey[K comparable](duration time.Duration, cb GetElementFuncWithKey[K]) func() *Element {
 	element := &Element{
 		tag: CachedNodeTag,
@@ -94,6 +99,8 @@ type ByKeyEntry struct {
 	parent *Element
 }
 
+// CachedPerKeyT caches the given element for the given duration. The element is only rendered once per key, and then cached for the given duration.
+// The element is cached by the unique identifier that is returned by the callback function.
 func CachedPerKeyT[K comparable, T any](duration time.Duration, cb GetElementFuncTWithKey[K, T]) func(T) *Element {
 	element := &Element{
 		tag: CachedNodeTag,
@@ -118,6 +125,8 @@ func CachedPerKeyT[K comparable, T any](duration time.Duration, cb GetElementFun
 	}
 }
 
+// CachedPerKeyT2 caches the given element for the given duration. The element is only rendered once per key, and then cached for the given duration.
+// The element is cached by the unique identifier that is returned by the callback function.
 func CachedPerKeyT2[K comparable, T any, T2 any](duration time.Duration, cb GetElementFuncT2WithKey[K, T, T2]) func(T, T2) *Element {
 	element := &Element{
 		tag: CachedNodeTag,
@@ -142,6 +151,8 @@ func CachedPerKeyT2[K comparable, T any, T2 any](duration time.Duration, cb GetE
 	}
 }
 
+// CachedPerKeyT3 caches the given element for the given duration. The element is only rendered once per key, and then cached for the given duration.
+// The element is cached by the unique identifier that is returned by the callback function.
 func CachedPerKeyT3[K comparable, T any, T2 any, T3 any](duration time.Duration, cb GetElementFuncT3WithKey[K, T, T2, T3]) func(T, T2, T3) *Element {
 	element := &Element{
 		tag: CachedNodeTag,
@@ -166,6 +177,8 @@ func CachedPerKeyT3[K comparable, T any, T2 any, T3 any](duration time.Duration,
 	}
 }
 
+// CachedPerKeyT4 caches the given element for the given duration. The element is only rendered once per key, and then cached for the given duration.
+// The element is cached by the unique identifier that is returned by the callback function.
 func CachedPerKeyT4[K comparable, T any, T2 any, T3 any, T4 any](duration time.Duration, cb GetElementFuncT4WithKey[K, T, T2, T3, T4]) func(T, T2, T3, T4) *Element {
 	element := &Element{
 		tag: CachedNodeTag,
@@ -190,6 +203,9 @@ func CachedPerKeyT4[K comparable, T any, T2 any, T3 any, T4 any](duration time.D
 	}
 }
 
+// CachedT caches the given element for the given duration. The element is only rendered once, and then cached for the given duration.
+// Please note this element is globally cached, and not per unique identifier / user.
+// Use CachedPerKey to cache elements per unqiue identifier.
 func CachedT[T any](duration time.Duration, cb GetElementFuncT[T]) func(T) *Element {
 	element := &Element{
 		tag: CachedNodeTag,
@@ -208,6 +224,9 @@ func CachedT[T any](duration time.Duration, cb GetElementFuncT[T]) func(T) *Elem
 	}
 }
 
+// CachedT2 caches the given element for the given duration. The element is only rendered once, and then cached for the given duration.
+// Please note this element is globally cached, and not per unique identifier / user.
+// Use CachedPerKey to cache elements per unqiue identifier.
 func CachedT2[T any, T2 any](duration time.Duration, cb GetElementFuncT2[T, T2]) func(T, T2) *Element {
 	element := &Element{
 		tag: CachedNodeTag,
@@ -225,6 +244,9 @@ func CachedT2[T any, T2 any](duration time.Duration, cb GetElementFuncT2[T, T2])
 	}
 }
 
+// CachedT3 caches the given element for the given duration. The element is only rendered once, and then cached for the given duration.
+// Please note this element is globally cached, and not per unique identifier / user.
+// Use CachedPerKey to cache elements per unqiue identifier.
 func CachedT3[T any, T2 any, T3 any](duration time.Duration, cb GetElementFuncT3[T, T2, T3]) func(T, T2, T3) *Element {
 	element := &Element{
 		tag: CachedNodeTag,
@@ -242,6 +264,9 @@ func CachedT3[T any, T2 any, T3 any](duration time.Duration, cb GetElementFuncT3
 	}
 }
 
+// CachedT4 caches the given element for the given duration. The element is only rendered once, and then cached for the given duration.
+// Please note this element is globally cached, and not per unique identifier / user.
+// Use CachedPerKey to cache elements per unqiue identifier.
 func CachedT4[T any, T2 any, T3 any, T4 any](duration time.Duration, cb GetElementFuncT4[T, T2, T3, T4]) func(T, T2, T3, T4) *Element {
 	element := &Element{
 		tag: CachedNodeTag,
@@ -259,6 +284,7 @@ func CachedT4[T any, T2 any, T3 any, T4 any](duration time.Duration, cb GetEleme
 	}
 }
 
+// ClearCache clears the cached HTML of the element. This is called automatically by the framework.
 func (c *CachedNode) ClearCache() {
 	c.html = ""
 	if c.byKeyCache != nil {
@@ -273,6 +299,7 @@ func (c *CachedNode) ClearCache() {
 	}
 }
 
+// ClearExpired clears all expired cached HTML of the element. This is called automatically by the framework.
 func (c *CachedNode) ClearExpired() {
 	c.mutex.Lock()
 	defer c.mutex.Unlock()

framework/h/conditionals.go

@@ -1,5 +1,6 @@
 package h
 
+// If returns the node if the condition is true, otherwise returns an empty element
 func If(condition bool, node Ren) Ren {
 	if condition {
 		return node
@@ -8,10 +9,12 @@ func If(condition bool, node Ren) Ren {
 	}
 }
 
+// Ternary returns the first argument if the second argument is true, otherwise returns the third argument
 func Ternary[T any](value bool, a T, b T) T {
 	return IfElse(value, a, b)
 }
 
+// ElementIf returns the element if the condition is true, otherwise returns an empty element
 func ElementIf(condition bool, element *Element) *Element {
 	if condition {
 		return element
@@ -20,6 +23,7 @@ func ElementIf(condition bool, element *Element) *Element {
 	}
 }
 
+// IfElseE returns element if condition is true, otherwise returns element2
 func IfElseE(condition bool, element *Element, element2 *Element) *Element {
 	if condition {
 		return element
@@ -28,6 +32,7 @@ func IfElseE(condition bool, element *Element, element2 *Element) *Element {
 	}
 }
 
+// IfElse returns node if condition is true, otherwise returns node2
 func IfElse[T any](condition bool, node T, node2 T) T {
 	if condition {
 		return node
@@ -36,6 +41,10 @@ func IfElse[T any](condition bool, node T, node2 T) T {
 	}
 }
 
+// IfElseLazy returns node if condition is true, otherwise returns the result of cb2
+// This is useful if you want to lazily evaluate a node based on a condition
+// For example, If you are rendering a component that requires specific data,
+// you can use this to only load the component if the data is available
 func IfElseLazy[T any](condition bool, cb1 func() T, cb2 func() T) T {
 	if condition {
 		return cb1()
@@ -44,6 +53,7 @@ func IfElseLazy[T any](condition bool, cb1 func() T, cb2 func() T) T {
 	}
 }
 
+// IfHtmxRequest returns the node if the request is an htmx request, otherwise returns an empty element
 func IfHtmxRequest(ctx *RequestContext, node Ren) Ren {
 	if ctx.isHxRequest {
 		return node
@@ -51,6 +61,7 @@ func IfHtmxRequest(ctx *RequestContext, node Ren) Ren {
 	return Empty()
 }
 
+// ClassIf returns the class attribute if the condition is true, otherwise returns an empty element
 func ClassIf(condition bool, value string) Ren {
 	if condition {
 		return Class(value)
@@ -58,6 +69,7 @@ func ClassIf(condition bool, value string) Ren {
 	return Empty()
 }
 
+// AttributeIf returns the attribute if the condition is true, otherwise returns an empty element
 func AttributeIf(condition bool, name string, value string) Ren {
 	if condition {
 		return Attribute(name, value)

framework/h/lifecycle.go

@@ -51,6 +51,7 @@ func (l *LifeCycle) OnEvent(event hx.Event, cmd ...Command) *LifeCycle {
 	return l
 }
 
+// OnLoad executes the given commands when the element is loaded into the DOM, it also executes when the element is replaced / swapped in.
 func OnLoad(cmd ...Command) *LifeCycle {
 	return NewLifeCycle().OnEvent(hx.LoadDomEvent, cmd...)
 }
@@ -60,58 +61,73 @@ func (l *LifeCycle) HxBeforeRequest(cmd ...Command) *LifeCycle {
 	return l
 }
 
+// HxOnLoad executes the given commands when the element is loaded into the DOM.
+// Deprecated: Use OnLoad instead.
 func HxOnLoad(cmd ...Command) *LifeCycle {
 	return NewLifeCycle().OnEvent(hx.LoadEvent, cmd...)
 }
 
+// HxOnAfterSwap executes the given commands when the element is swapped in.
 func HxOnAfterSwap(cmd ...Command) *LifeCycle {
 	return NewLifeCycle().OnEvent(hx.AfterSwapEvent, cmd...)
 }
 
+// OnClick executes the given commands when the element is clicked.
 func OnClick(cmd ...Command) *LifeCycle {
 	return NewLifeCycle().OnEvent(hx.ClickEvent, cmd...)
 }
 
+// OnEvent executes the given commands when the given event is triggered.
 func OnEvent(event hx.Event, cmd ...Command) *LifeCycle {
 	return NewLifeCycle().OnEvent(event, cmd...)
 }
 
+// HxBeforeSseMessage executes the given commands when a message is received from the server via SSE, but before it is processed.
 func HxBeforeSseMessage(cmd ...Command) *LifeCycle {
 	return NewLifeCycle().OnEvent(hx.SseBeforeMessageEvent, cmd...)
 }
 
+// HxAfterSseMessage executes the given commands when a message is received from the server via SSE, and after it is processed.
 func HxAfterSseMessage(cmd ...Command) *LifeCycle {
 	return NewLifeCycle().OnEvent(hx.SseAfterMessageEvent, cmd...)
 }
 
+// OnSubmit executes the given commands when the form is submitted.
 func OnSubmit(cmd ...Command) *LifeCycle {
 	return NewLifeCycle().OnEvent(hx.SubmitEvent, cmd...)
 }
 
+// HxOnSseError executes the given commands when an error occurs while connecting to the server via SSE.
 func HxOnSseError(cmd ...Command) *LifeCycle {
 	return NewLifeCycle().OnEvent(hx.SseErrorEvent, cmd...)
 }
 
+// HxOnSseClose executes the given commands when the connection to the server via SSE is closed.
 func HxOnSseClose(cmd ...Command) *LifeCycle {
 	return NewLifeCycle().OnEvent(hx.SseClosedEvent, cmd...)
 }
 
+// HxOnSseConnecting executes the given commands when the connection to the server via SSE is being established.
 func HxOnSseConnecting(cmd ...Command) *LifeCycle {
 	return NewLifeCycle().OnEvent(hx.SseConnectingEvent, cmd...)
 }
 
+// HxOnSseOpen executes the given commands when the connection to the server via SSE is established.
 func HxOnSseOpen(cmd ...Command) *LifeCycle {
 	return NewLifeCycle().OnEvent(hx.SseConnectedEvent, cmd...)
 }
 
+// HxBeforeRequest executes the given commands before the request is sent.
 func HxBeforeRequest(cmd ...Command) *LifeCycle {
 	return NewLifeCycle().HxBeforeRequest(cmd...)
 }
 
+// HxAfterRequest executes the given commands after the request is sent.
 func HxAfterRequest(cmd ...Command) *LifeCycle {
 	return NewLifeCycle().HxAfterRequest(cmd...)
 }
 
+// HxOnMutationError executes the given commands when a mutation error of a request occurs.
 func HxOnMutationError(cmd ...Command) *LifeCycle {
 	return NewLifeCycle().HxOnMutationError(cmd...)
 }
@@ -137,16 +153,19 @@ type ComplexJsCommand struct {
 	TempFuncName string
 }
 
+// NewComplexJsCommand creates a new complex JavaScript command.
 func NewComplexJsCommand(command string) ComplexJsCommand {
 	name := fmt.Sprintf("__eval_%s", util.RandSeq(6))
 	return ComplexJsCommand{Command: command, TempFuncName: name}
 }
 
+// SetText sets the inner text of the element.
 func SetText(text string) SimpleJsCommand {
 	// language=JavaScript
 	return SimpleJsCommand{Command: fmt.Sprintf("this.innerText = '%s'", text)}
 }
 
+// SetTextOnChildren sets the inner text of all the children of the element that match the selector.
 func SetTextOnChildren(selector, text string) ComplexJsCommand {
 	// language=JavaScript
 	return EvalJs(fmt.Sprintf(`
@@ -157,26 +176,31 @@ func SetTextOnChildren(selector, text string) ComplexJsCommand {
 	`, selector, text))
 }
 
+// Increment increments the inner text of the element by the given amount.
 func Increment(amount int) SimpleJsCommand {
 	// language=JavaScript
 	return SimpleJsCommand{Command: fmt.Sprintf("this.innerText = parseInt(this.innerText) + %d", amount)}
 }
 
+// SetInnerHtml sets the inner HTML of the element.
 func SetInnerHtml(r Ren) SimpleJsCommand {
 	// language=JavaScript
 	return SimpleJsCommand{Command: fmt.Sprintf("this.innerHTML = `%s`", Render(r))}
 }
 
+// SetOuterHtml sets the outer HTML of the element.
 func SetOuterHtml(r Ren) SimpleJsCommand {
 	// language=JavaScript
 	return SimpleJsCommand{Command: fmt.Sprintf("this.outerHTML = `%s`", Render(r))}
 }
 
+// AddAttribute adds the given attribute to the element.
 func AddAttribute(name, value string) SimpleJsCommand {
 	// language=JavaScript
 	return SimpleJsCommand{Command: fmt.Sprintf("this.setAttribute('%s', '%s')", name, value)}
 }
 
+// SetDisabled sets the disabled attribute on the element.
 func SetDisabled(disabled bool) SimpleJsCommand {
 	if disabled {
 		return AddAttribute("disabled", "true")
@@ -185,26 +209,31 @@ func SetDisabled(disabled bool) SimpleJsCommand {
 	}
 }
 
+// RemoveAttribute removes the given attribute from the element.
 func RemoveAttribute(name string) SimpleJsCommand {
 	// language=JavaScript
 	return SimpleJsCommand{Command: fmt.Sprintf("this.removeAttribute('%s')", name)}
 }
 
+// AddClass adds the given class to the element.
 func AddClass(class string) SimpleJsCommand {
 	// language=JavaScript
 	return SimpleJsCommand{Command: fmt.Sprintf("this.classList.add('%s')", class)}
 }
 
+// RemoveClass removes the given class from the element.
 func RemoveClass(class string) SimpleJsCommand {
 	// language=JavaScript
 	return SimpleJsCommand{Command: fmt.Sprintf("this.classList.remove('%s')", class)}
 }
 
+// ToggleClass toggles the given class on the element.
 func ToggleClass(class string) SimpleJsCommand {
 	// language=JavaScript
 	return SimpleJsCommand{Command: fmt.Sprintf("this.classList.toggle('%s')", class)}
 }
 
+// ToggleClassOnElement toggles the given class on the elements returned by the selector.
 func ToggleClassOnElement(selector, class string) ComplexJsCommand {
 	// language=JavaScript
 	return EvalJs(fmt.Sprintf(`
@@ -214,6 +243,7 @@ func ToggleClassOnElement(selector, class string) ComplexJsCommand {
 	))
 }
 
+// EvalJsOnParent evaluates the given JavaScript code on the parent of the element. Reference the element using 'element'.
 func EvalJsOnParent(js string) ComplexJsCommand {
 	// language=JavaScript
 	return EvalJs(fmt.Sprintf(`
@@ -223,6 +253,7 @@ func EvalJsOnParent(js string) ComplexJsCommand {
 	`, js))
 }
 
+// EvalJsOnChildren evaluates the given JavaScript code on the children of the element. Reference the element using 'element'.
 func EvalJsOnChildren(selector, js string) ComplexJsCommand {
 	// language=JavaScript
 	return EvalJs(fmt.Sprintf(`
@@ -233,6 +264,7 @@ func EvalJsOnChildren(selector, js string) ComplexJsCommand {
 	`, selector, js))
 }
 
+// EvalJsOnSibling evaluates the given JavaScript code on the siblings of the element. Reference the element using 'element'.
 func EvalJsOnSibling(selector, js string) ComplexJsCommand {
 	// language=JavaScript
 	return EvalJs(fmt.Sprintf(`
@@ -244,66 +276,79 @@ func EvalJsOnSibling(selector, js string) ComplexJsCommand {
 	`, selector, js))
 }
 
+// SetClassOnParent sets the given class on the parent of the element. Reference the element using 'element'.
 func SetClassOnParent(class string) ComplexJsCommand {
 	// language=JavaScript
 	return EvalJsOnParent(fmt.Sprintf("element.classList.add('%s')", class))
 }
 
+// RemoveClassOnParent removes the given class from the parent of the element. Reference the element using 'element'.
 func RemoveClassOnParent(class string) ComplexJsCommand {
 	// language=JavaScript
 	return EvalJsOnParent(fmt.Sprintf("element.classList.remove('%s')", class))
 }
 
+// SetClassOnChildren sets the given class on the children of the element. Reference the element using 'element'.
 func SetClassOnChildren(selector, class string) ComplexJsCommand {
 	// language=JavaScript
 	return EvalJsOnChildren(selector, fmt.Sprintf("element.classList.add('%s')", class))
 }
 
+// SetClassOnSibling sets the given class on the siblings of the element. Reference the element using 'element'.
 func SetClassOnSibling(selector, class string) ComplexJsCommand {
 	// language=JavaScript
 	return EvalJsOnSibling(selector, fmt.Sprintf("element.classList.add('%s')", class))
 }
 
+// RemoveClassOnSibling removes the given class from the siblings of the element. Reference the element using 'element'.
 func RemoveClassOnSibling(selector, class string) ComplexJsCommand {
 	// language=JavaScript
 	return EvalJsOnSibling(selector, fmt.Sprintf("element.classList.remove('%s')", class))
 
 }
 
+// RemoveClassOnChildren removes the given class from the children of the element. Reference the element using 'element'.
 func RemoveClassOnChildren(selector, class string) ComplexJsCommand {
 	// language=JavaScript
 	return EvalJsOnChildren(selector, fmt.Sprintf("element.classList.remove('%s')", class))
 }
 
+// Alert displays an alert dialog with the given text.
 func Alert(text string) SimpleJsCommand {
 	// language=JavaScript
 	return SimpleJsCommand{Command: fmt.Sprintf("alert('%s')", text)}
 }
 
+// Remove removes the element from the DOM.
 func Remove() SimpleJsCommand {
 	// language=JavaScript
 	return SimpleJsCommand{Command: "this.remove()"}
 }
 
+// EvalJs evaluates the given JavaScript code.
 func EvalJs(js string) ComplexJsCommand {
 	return NewComplexJsCommand(js)
 }
 
+// PreventDefault prevents the default action of the event.
 func PreventDefault() SimpleJsCommand {
 	// language=JavaScript
 	return SimpleJsCommand{Command: "event.preventDefault()"}
 }
 
+// ConsoleLog logs a message to the console.
 func ConsoleLog(text string) SimpleJsCommand {
 	// language=JavaScript
 	return SimpleJsCommand{Command: fmt.Sprintf("console.log('%s')", text)}
 }
 
+// SetValue sets the value of the element.
 func SetValue(value string) SimpleJsCommand {
 	// language=JavaScript
 	return SimpleJsCommand{Command: fmt.Sprintf("this.value = '%s'", value)}
 }
 
+// SubmitFormOnEnter submits the form when the user presses the enter key.
 func SubmitFormOnEnter() ComplexJsCommand {
 	// language=JavaScript
 	return EvalJs(`
@@ -316,6 +361,7 @@ func SubmitFormOnEnter() ComplexJsCommand {
 	`)
 }
 
+// InjectScript injects a script tag into the document.
 func InjectScript(src string) ComplexJsCommand {
 	// language=JavaScript
 	return NewComplexJsCommand(fmt.Sprintf(`
@@ -326,6 +372,7 @@ func InjectScript(src string) ComplexJsCommand {
 	`, src))
 }
 
+// InjectScriptIfNotExist injects a script tag into the document if it does not already exist.
 func InjectScriptIfNotExist(src string) ComplexJsCommand {
 	// language=JavaScript
 	return EvalJs(fmt.Sprintf(`

framework/h/qs.go

@@ -48,6 +48,13 @@ func (q *Qs) ToString() string {
 	return builder.String()
 }
 
+// GetQueryParam returns the value of the given query parameter from the request URL.
+// There are two layers of priority:
+// 1. The query parameter in the URL
+// 2. The current browser URL
+// If the query parameter is not found in the URL from the *RequestContext, it will fall back to the current browser URL if set.
+// The URL from the *RequestContext would normally be the url from an XHR request through htmx,
+// which is not the current browser url a visitor may be on.
 func GetQueryParam(ctx *RequestContext, key string) string {
 	value, ok := ctx.Request.URL.Query()[key]
 	if value == nil || !ok {
@@ -65,6 +72,11 @@ func GetQueryParam(ctx *RequestContext, key string) string {
 	return value[0]
 }
 
+// SetQueryParams sets the query parameters of the given URL.
+// Given the *Qs passed in, it will set the query parameters of the URL to the given values.
+// If the value does not exist in *QS, it will remain untouched.
+// If the value is an empty string, it will be removed from the query parameters.
+// If the value is not an empty string, it will be set to the given value.
 func SetQueryParams(href string, qs *Qs) string {
 	u, err := url.Parse(href)
 	if err != nil {

framework/h/render.go

@@ -8,6 +8,7 @@ type Ren interface {
 	Render(context *RenderContext)
 }
 
+// Render renders the given node recursively, and returns the resulting string.
 func Render(node Ren) string {
 	builder := &strings.Builder{}
 	context := &RenderContext{

framework/h/serialize.go

@@ -4,6 +4,7 @@ import (
 	"encoding/json"
 )
 
+// JsonSerializeOrEmpty serializes the given data as JSON, or returns an empty string if the serialization fails.
 func JsonSerializeOrEmpty(data any) string {
 	serialized, err := json.Marshal(data)
 	if err != nil {

framework/h/xhr.go

@@ -5,22 +5,27 @@ import (
 	"strings"
 )
 
+// Get adds two attributes to the element: hx-get and hx-trigger.
 func Get(path string, trigger ...string) *AttributeMapOrdered {
 	return AttributeList(Attribute(hx.GetAttr, path), HxTriggerString(trigger...))
 }
 
+// GetPartial adds two attributes to the element: hx-get and hx-trigger, and uses the partial path for the hx-get attribute.
 func GetPartial(partial PartialFunc, trigger ...string) *AttributeMapOrdered {
 	return Get(GetPartialPath(partial), trigger...)
 }
 
+// GetPartialWithQs adds two attributes to the element: hx-get and hx-trigger, and uses the partial path for the hx-get attribute. It also sets the query string parameters.
 func GetPartialWithQs(partial PartialFunc, qs *Qs, trigger string) *AttributeMapOrdered {
 	return Get(GetPartialPathWithQs(partial, qs), trigger)
 }
 
+// GetWithQs adds two attributes to the element: hx-get and hx-trigger, and uses the path for the hx-get attribute. It also sets the query string parameters.
 func GetWithQs(path string, qs *Qs, trigger string) *AttributeMapOrdered {
 	return Get(SetQueryParams(path, qs), trigger)
 }
 
+// PostPartial adds two attributes to the element: hx-post and hx-trigger, and uses the partial path for the hx-post attribute.
 func PostPartial(partial PartialFunc, triggers ...string) *AttributeMapOrdered {
 	path := GetPartialPath(partial)
 	if !strings.HasPrefix(path, "/") {
@@ -29,6 +34,7 @@ func PostPartial(partial PartialFunc, triggers ...string) *AttributeMapOrdered {
 	return Post(path, triggers...)
 }
 
+// PostPartialWithQs adds two attributes to the element: hx-post and hx-trigger, and uses the partial path for the hx-post attribute. It also sets the query string parameters.
 func PostPartialWithQs(partial PartialFunc, qs *Qs, trigger ...string) *AttributeMapOrdered {
 	path := GetPartialPathWithQs(partial, qs)
 	if !strings.HasPrefix(path, "/") {
@@ -41,18 +47,22 @@ func Post(url string, trigger ...string) *AttributeMapOrdered {
 	return AttributeList(Attribute(hx.PostAttr, url), HxTriggerString(trigger...))
 }
 
+// PostWithQs adds two attributes to the element: hx-post and hx-trigger, and uses the path for the hx-post attribute. It also sets the query string parameters.
 func PostWithQs(url string, qs *Qs, trigger string) *AttributeMapOrdered {
 	return Post(SetQueryParams(url, qs), trigger)
 }
 
+// PostOnClick adds two attributes to the element: hx-post and hx-trigger, and uses the path for the hx-post attribute. It also sets the hx-trigger to hx-click.
 func PostOnClick(url string) *AttributeMapOrdered {
 	return Post(url, hx.ClickEvent)
 }
 
+// PostPartialOnClick adds two attributes to the element: hx-post and hx-trigger, and uses the partial path for the hx-post attribute. It also sets the hx-trigger to hx-click.
 func PostPartialOnClick(partial PartialFunc) *AttributeMapOrdered {
 	return PostOnClick(GetPartialPath(partial))
 }
 
+// PostPartialOnClickQs adds two attributes to the element: hx-post and hx-trigger, and uses the partial path for the hx-post attribute. It also sets the hx-trigger to hx-click. It also sets the query string parameters.
 func PostPartialOnClickQs(partial PartialFunc, qs *Qs) *AttributeMapOrdered {
 	return PostOnClick(GetPartialPathWithQs(partial, qs))
 }