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2 Commits

Author SHA1 Message Date
b7b4ff1485 Perform network connectivity checks in the repository 2022-08-17 15:14:58 +02:00
davidoskky
728eb747c3 Add multiplatform connectivity check 2022-08-17 14:51:00 +02:00
6 changed files with 214 additions and 90 deletions

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@ -13,6 +13,7 @@ import bou.amine.apps.readerforselfossv2.DI.networkModule
import bou.amine.apps.readerforselfossv2.android.utils.Config
import bou.amine.apps.readerforselfossv2.android.utils.glide.loadMaybeBasicAuth
import bou.amine.apps.readerforselfossv2.repository.Repository
import bou.amine.apps.readerforselfossv2.utils.NetworkStatus
import com.bumptech.glide.Glide
import com.bumptech.glide.request.RequestOptions
import com.ftinc.scoop.Scoop
@ -25,7 +26,7 @@ class MyApp : MultiDexApplication(), DIAware {
override val di by DI.lazy {
import(networkModule)
bind<Repository>() with singleton { Repository(instance(), instance()) }
bind<Repository>() with singleton { Repository(instance(), instance(), NetworkStatus(applicationContext)) }
}
private lateinit var config: Config

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@ -36,6 +36,9 @@ kotlin {
//Logging
implementation("io.github.aakira:napier:2.6.1")
// Network information
implementation("com.github.ln-12:multiplatform-connectivity-status:1.1.0")
}
}
val commonTest by getting {

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@ -0,0 +1,17 @@
package bou.amine.apps.readerforselfossv2.utils
import android.content.Context
import com.github.`ln-12`.library.ConnectivityStatus
actual class NetworkStatus(context: Context) {
private val connectivityStatus = ConnectivityStatus(context)
actual val current = connectivityStatus.isNetworkConnected
actual fun start() {
connectivityStatus.start()
}
actual fun stop() {
connectivityStatus.stop()
}
}

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@ -5,16 +5,18 @@ import bou.amine.apps.readerforselfossv2.rest.SelfossModel
import bou.amine.apps.readerforselfossv2.service.ApiDetailsService
import bou.amine.apps.readerforselfossv2.utils.DateUtils
import bou.amine.apps.readerforselfossv2.utils.ItemType
import bou.amine.apps.readerforselfossv2.utils.NetworkStatus
import com.russhwolf.settings.Settings
import io.github.aakira.napier.Napier
import kotlinx.coroutines.CoroutineScope
import kotlinx.coroutines.Dispatchers
import kotlinx.coroutines.launch
class Repository(private val api: SelfossApi, private val apiDetails: ApiDetailsService) {
class Repository(private val api: SelfossApi, private val apiDetails: ApiDetailsService, networkStatus: NetworkStatus) {
val settings = Settings()
var items = ArrayList<SelfossModel.Item>()
private val isConnectionAvailable = networkStatus.current
var baseUrl = apiDetails.getBaseUrl()
lateinit var dateUtils: DateUtils
@ -36,6 +38,7 @@ class Repository(private val api: SelfossApi, private val apiDetails: ApiDetails
set(value) {field = if (value < 0) { 0 } else { value } }
init {
networkStatus.start()
// TODO: Dispatchers.IO not available in KMM, an alternative solution should be found
CoroutineScope(Dispatchers.Main).launch {
updateApiVersion()
@ -45,40 +48,65 @@ class Repository(private val api: SelfossApi, private val apiDetails: ApiDetails
}
suspend fun getNewerItems(): ArrayList<SelfossModel.Item> {
// TODO: Check connectivity, use the updatedSince parameter
val fetchedItems = api.getItems(displayedItems.type,
// TODO: Use the updatedSince parameter
if (isConnectionAvailable.value) {
val fetchedItems = api.getItems(
displayedItems.type,
settings.getString("prefer_api_items_number", "200").toInt(),
offset = 0,
tagFilter?.tag,
sourceFilter?.id?.toLong(),
searchFilter,
null)
null
)
if (fetchedItems != null) {
items = ArrayList(fetchedItems)
}
} else {
// TODO: Provide an error message if the connection is not available.
// TODO: Get items from the database
}
return items
}
suspend fun getOlderItems(): ArrayList<SelfossModel.Item> {
// TODO: Check connectivity
if (isConnectionAvailable.value) {
val offset = items.size
val fetchedItems = api.getItems(displayedItems.type,
val fetchedItems = api.getItems(
displayedItems.type,
settings.getString("prefer_api_items_number", "200").toInt(),
offset,
tagFilter?.tag,
sourceFilter?.id?.toLong(),
searchFilter,
null)
null
)
if (fetchedItems != null) {
appendItems(fetchedItems)
}
} else {
// TODO: Provide an error message
}
return items
}
suspend fun allItems(itemType: ItemType): List<SelfossModel.Item>? =
api.getItems(itemType.type, 200, 0, tagFilter?.tag, sourceFilter?.id?.toLong(), searchFilter, null)
suspend fun allItems(itemType: ItemType): List<SelfossModel.Item>? {
return if (isConnectionAvailable.value) {
api.getItems(
itemType.type,
200,
0,
tagFilter?.tag,
sourceFilter?.id?.toLong(),
searchFilter,
null
)
} else {
null
}
}
private fun appendItems(fetchedItems: List<SelfossModel.Item>) {
// TODO: Store in DB if enabled by user
@ -94,8 +122,8 @@ class Repository(private val api: SelfossApi, private val apiDetails: ApiDetails
}
suspend fun reloadBadges(): Boolean {
// TODO: Check connectivity, calculate from DB
var success = false
if (isConnectionAvailable.value) {
val response = api.stats()
if (response != null) {
badgeUnread = response.unread
@ -103,68 +131,99 @@ class Repository(private val api: SelfossApi, private val apiDetails: ApiDetails
badgeStarred = response.starred
success = true
}
} else {
// TODO: Compute badges from database
}
return success
}
suspend fun getTags(): List<SelfossModel.Tag>? {
// TODO: Check success, store in DB
return api.tags()
// TODO: Store in DB
return if (isConnectionAvailable.value) {
api.tags()
} else {
// TODO: Compute from database
null
}
}
suspend fun getSpouts(): Map<String, SelfossModel.Spout>? {
// TODO: Check success, store in DB
return api.spouts()
// TODO: Store in DB
return if (isConnectionAvailable.value) {
api.spouts()
} else {
// TODO: Compute from database
null
}
}
suspend fun getSources(): ArrayList<SelfossModel.Source>? {
// TODO: Check success
return api.sources()
// TODO: Store in DB
return if (isConnectionAvailable.value) {
api.sources()
} else {
// TODO: Compute from database
null
}
}
suspend fun markAsRead(id: Int): Boolean {
// TODO: Check internet connection
val success = api.markAsRead(id.toString())?.isSuccess == true
var success = false
if (isConnectionAvailable.value) {
success = api.markAsRead(id.toString())?.isSuccess == true
if (success) {
markAsReadLocally(items.first { it.id == id })
}
}
return success
}
suspend fun unmarkAsRead(id: Int): Boolean {
// TODO: Check internet connection
val success = api.unmarkAsRead(id.toString())?.isSuccess == true
var success = false
if (isConnectionAvailable.value) {
success = api.unmarkAsRead(id.toString())?.isSuccess == true
if (success) {
unmarkAsReadLocally(items.first { it.id == id })
}
}
return success
}
suspend fun starr(id: Int): Boolean {
// TODO: Check success, store in DB
val success = api.starr(id.toString())?.isSuccess == true
var success = false
if (isConnectionAvailable.value) {
success = api.starr(id.toString())?.isSuccess == true
if (success) {
starrLocally(items.first { it.id == id })
}
}
return success
}
suspend fun unstarr(id: Int): Boolean {
// TODO: Check internet connection
val success = api.unstarr(id.toString())?.isSuccess == true
var success = false
if (isConnectionAvailable.value) {
success = api.unstarr(id.toString())?.isSuccess == true
if (success) {
unstarrLocally(items.first { it.id == id })
}
}
return success
}
suspend fun markAllAsRead(ids: List<Int>): Boolean {
// TODO: Check Internet connectivity, store in DB
var success = false
val success = api.markAllAsRead(ids.map { it.toString() })?.isSuccess == true
if (isConnectionAvailable.value) {
success = api.markAllAsRead(ids.map { it.toString() })?.isSuccess == true
if (success) {
val itemsToMark = items.filter { it.id in ids }
@ -172,6 +231,7 @@ class Repository(private val api: SelfossApi, private val apiDetails: ApiDetails
markAsReadLocally(item)
}
}
}
return success
}
@ -214,46 +274,52 @@ class Repository(private val api: SelfossApi, private val apiDetails: ApiDetails
tags: String,
filter: String
): Boolean {
// TODO: Check connectivity
val response = api.createSourceForVersion(
var response = false
if (isConnectionAvailable.value) {
response = api.createSourceForVersion(
title,
url,
spout,
tags,
filter,
apiMajorVersion
)
)?.isSuccess == true
}
return response != null
return response
}
suspend fun deleteSource(id: Int): Boolean {
// TODO: Check connectivity, store in DB
// TODO: Store in DB
var success = false
if (isConnectionAvailable.value) {
val response = api.deleteSource(id)
if (response != null) {
success = response.isSuccess
}
}
return success
}
suspend fun updateRemote(): Boolean {
// TODO: Handle connectivity issues
val response = api.update()
return response?.isSuccess ?: false
var response = false
if (isConnectionAvailable.value) {
response = api.update()?.isSuccess == true
}
return response
}
suspend fun login(): Boolean {
var result = false
if (isConnectionAvailable.value) {
try {
val response = api.login()
if (response != null && response.isSuccess) {
result = true
}
result = response?.isSuccess == true
} catch (cause: Throwable) {
Napier.e(cause.stackTraceToString(), tag = "RepositoryImpl.updateRemote")
}
}
return result
}
@ -271,13 +337,14 @@ class Repository(private val api: SelfossApi, private val apiDetails: ApiDetails
}
private suspend fun updateApiVersion() {
// TODO: Handle connectivity issues
apiMajorVersion = settings.getInt("apiVersionMajor", 0)
if (isConnectionAvailable.value) {
val fetchedVersion = api.version()
if (fetchedVersion != null) {
apiMajorVersion = fetchedVersion.getApiMajorVersion()
settings.putInt("apiVersionMajor", apiMajorVersion)
} else {
apiMajorVersion = settings.getInt("apiVersionMajor", 0)
}
}
}

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@ -0,0 +1,9 @@
package bou.amine.apps.readerforselfossv2.utils
import kotlinx.coroutines.flow.MutableStateFlow
expect class NetworkStatus {
val current: MutableStateFlow<Boolean>
fun start()
fun stop()
}

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@ -0,0 +1,27 @@
package bou.amine.apps.readerforselfossv2.utils
import com.github.`ln-12`.library.ConnectivityStatus
import kotlinx.coroutines.MainScope
import kotlinx.coroutines.flow.MutableStateFlow
import kotlinx.coroutines.launch
actual class NetworkStatus {
private val connectivityStatus: ConnectivityStatus = ConnectivityStatus()
actual val current: MutableStateFlow<Boolean> = connectivityStatus.isNetworkConnected
actual fun start() {
connectivityStatus.start()
}
actual fun stop() {
connectivityStatus.stop()
}
fun getStatus(success: (Boolean) -> Unit) {
MainScope().launch {
connectivityStatus.isNetworkConnected.collect { status ->
success(status)
}
}
}
}