meta-agl - meta-agl layer (core AGL)

Age	Commit message (Collapse)	Author	Files	Lines
2020-12-17	SPEC-3723: restructure meta-agl	Jan-Simon Moeller	2	-0/+14
	Goal is to reach a minimal meta-agl-core as base for IVI and IC work at the same time. Trim dependencies and move most 'demo' related recipes to meta-agl-demo. v2: changed to bbapend + .inc , added description v3: testbuild of all images v4: restore -test packagegroup and -qa images, compare manifests and adapt packagegroups. v5: rebased v6: merged meta-agl-distro into meta-agl-core, due to dependency on meta-oe, moved -test packagegroup and -qa images to own layer meta-agl-core-test v7: Fixed comments from Paul Barker v8: Update the markdown files v9: restore wayland/weston/agl-compositor recipes/appends, reworked to move app f/w specific changes to bbappends in meta-app-framework and only demo specific weston-init changes to meta-agl-demo v10: fix s/agldemo/aglcore/ missed in weston-init.bbappend Description: This patch is part 1 out of 2 large patches that implement the layer rework discussed during the previous workshop. Essentially meta-agl-core is the small but versatile new core layer of AGL serving as basis for the work done by the IC and IVI EGs. All demo related work is moved to meta-agl-demo in the 2nd patchset. This should be applied together as atomic change. The resulting meta-agl/* follows these guidelines: - only bsp adaptations in meta-agl-bsp - remove the agl-profile-* layers for simplicity -- the packagegroup-agl(-profile)-graphical and so on have been kept in meta-agl-demo - meta-agl-profile-core is now meta-agl-core - meta-agl-core does pass yocto-check-layer -- therefore use the bbappend + conditional + .inc file construct found in meta-virtualization - meta-agl/meta-security has been merged into meta-agl/meta-app-framework - meta-netboot does pass yocto-check-layer - meta-pipewire does pass yocto-check-layer Migration: All packagegroups are preserved but they're now enabled by 'agl-demo'. Bug-AGL: SPEC-3723 Signed-off-by: Jan-Simon Moeller <jsmoeller@linuxfoundation.org> Signed-off-by: Scott Murray <scott.murray@konsulko.com> Change-Id: Ia6c6e5e6ce2b4ffa69ea94959cdc57c310ba7c53 Reviewed-on: https://gerrit.automotivelinux.org/gerrit/c/AGL/meta-agl/+/25769

/* * Copyright (C) 2018 "IoT.bzh" * Author Jonathan Aillet <jonathan.aillet@iot.bzh> * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. */ #define _GNU_SOURCE #include <stdio.h> #include <string.h> #include <stdbool.h> #include <wrap-json.h> #include "hal-bt-data.h" /******************************************************************************* * Bt device data handling functions * ******************************************************************************/ int HalBtDataRemoveSelectedBtDeviceFromList(struct HalBtDeviceData **firstBtDeviceData, struct HalBtDeviceData *btDeviceDataToRemove) { struct HalBtDeviceData *currentBtDevice, *matchingBtDevice; if(! firstBtDeviceData || ! btDeviceDataToRemove) return -1; currentBtDevice = *firstBtDeviceData; if(currentBtDevice == btDeviceDataToRemove) { *firstBtDeviceData = currentBtDevice->next; matchingBtDevice = currentBtDevice; } else { while(currentBtDevice && currentBtDevice->next != btDeviceDataToRemove) currentBtDevice = currentBtDevice->next; if(currentBtDevice) { matchingBtDevice = currentBtDevice->next; currentBtDevice->next = currentBtDevice->next->next; } else { return -2; } } free(matchingBtDevice->hci); free(matchingBtDevice->uid); free(matchingBtDevice->name); free(matchingBtDevice->address); free(matchingBtDevice); return 0; } struct HalBtDeviceData *HalBtDataAddBtDeviceToBtDeviceList(struct HalBtDeviceData **firstBtDeviceData, json_object *currentSingleBtDeviceDataJ) { char *currentBtDeviceName, *currentBtDeviceAddress; struct HalBtDeviceData *currentBtDeviceData; if(! firstBtDeviceData || ! currentSingleBtDeviceDataJ) return NULL; currentBtDeviceData = *firstBtDeviceData; if(! currentBtDeviceData) { currentBtDeviceData = (struct HalBtDeviceData *) calloc(1, sizeof(struct HalBtDeviceData)); if(! currentBtDeviceData) return NULL; *firstBtDeviceData = currentBtDeviceData; } else { while(currentBtDeviceData->next) currentBtDeviceData = currentBtDeviceData->next; currentBtDeviceData->next = calloc(1, sizeof(struct HalBtDeviceData)); if(! currentBtDeviceData) return NULL; currentBtDeviceData = currentBtDeviceData->next; } // TODO JAI : get hci device of bt device here // TODO JAI : check if a2dp profile is supported here if(wrap_json_unpack(currentSingleBtDeviceDataJ, "{s:s s:s}", "Name", &currentBtDeviceName, "Address", &currentBtDeviceAddress)) { HalBtDataRemoveSelectedBtDeviceFromList(firstBtDeviceData, currentBtDeviceData); return NULL; } if(asprintf(&currentBtDeviceData->uid, "BT#%s", currentBtDeviceAddress) == -1) { HalBtDataRemoveSelectedBtDeviceFromList(firstBtDeviceData, currentBtDeviceData); return NULL; } // JAI : WARNING : hci bt device is currently harcoded if(! (currentBtDeviceData->hci = strdup("hci0"))) { HalBtDataRemoveSelectedBtDeviceFromList(firstBtDeviceData, currentBtDeviceData); return NULL; } if(! (currentBtDeviceData->name = strdup(currentBtDeviceName))) { HalBtDataRemoveSelectedBtDeviceFromList(firstBtDeviceData, currentBtDeviceData); return NULL; } if(! (currentBtDeviceData->address = strdup(currentBtDeviceAddress))) { HalBtDataRemoveSelectedBtDeviceFromList(firstBtDeviceData, currentBtDeviceData); return NULL; } // JAI : WARNING : a2dp profile is currently harcoded currentBtDeviceData->a2dp = 1; return currentBtDeviceData; } struct HalBtDeviceData *HalBtDataGetFirstA2dpBtDeviceAvailable(struct HalBtDeviceData **firstBtDeviceData) { struct HalBtDeviceData *currentBtDeviceData; if(! firstBtDeviceData) return NULL; currentBtDeviceData = *firstBtDeviceData; while(currentBtDeviceData) { if(currentBtDeviceData->a2dp) return currentBtDeviceData; currentBtDeviceData = currentBtDeviceData->next; } return NULL; } int HalBtDataGetNumberOfBtDeviceInList(struct HalBtDeviceData **firstBtDeviceData) { unsigned int btDeviceNb = 0; struct HalBtDeviceData *currentBtDeviceData; if(! firstBtDeviceData) return -1; currentBtDeviceData = *firstBtDeviceData; while(currentBtDeviceData) { currentBtDeviceData = currentBtDeviceData->next; btDeviceNb++; } return btDeviceNb; } struct HalBtDeviceData *HalBtDataSearchBtDeviceByAddress(struct HalBtDeviceData **firstBtDeviceData, char *btAddress) { struct HalBtDeviceData *currentBtDevice; if(! firstBtDeviceData || ! btAddress) return NULL; currentBtDevice = *firstBtDeviceData; while(currentBtDevice) { if(! strcmp(btAddress, currentBtDevice->address)) return currentBtDevice; currentBtDevice = currentBtDevice->next; } return NULL; } int HalBtDataHandleReceivedSingleBtDeviceData(struct HalBtPluginData *halBtPluginData, json_object *currentSingleBtDeviceDataJ) { unsigned int currentBtDeviceIsConnected; char *currentBtDeviceAddress, *currentBtDeviceIsConnectedString; struct HalBtDeviceData *currentBtDevice; if(! halBtPluginData || ! currentSingleBtDeviceDataJ) return -1; if(wrap_json_unpack(currentSingleBtDeviceDataJ, "{s:s s:s}", "Address", &currentBtDeviceAddress, "Connected", &currentBtDeviceIsConnectedString)) { return -2; } currentBtDeviceIsConnected = ! strncmp(currentBtDeviceIsConnectedString, "True", strlen(currentBtDeviceIsConnectedString)); currentBtDevice = HalBtDataSearchBtDeviceByAddress(&halBtPluginData->first, currentBtDeviceAddress); if(currentBtDevice && ! currentBtDeviceIsConnected) { if(HalBtDataRemoveSelectedBtDeviceFromList(&halBtPluginData->first, currentBtDevice)) return -3; if(halBtPluginData->selectedBtDevice == currentBtDevice) halBtPluginData->selectedBtDevice = HalBtDataGetFirstA2dpBtDeviceAvailable(&halBtPluginData->first); } else if(! currentBtDevice && currentBtDeviceIsConnected) { if(! HalBtDataAddBtDeviceToBtDeviceList(&halBtPluginData->first, currentSingleBtDeviceDataJ)) return -4; if(! halBtPluginData->selectedBtDevice) halBtPluginData->selectedBtDevice = HalBtDataGetFirstA2dpBtDeviceAvailable(&halBtPluginData->first); } return 0; } int HalBtDataHandleReceivedMutlipleBtDeviceData(struct HalBtPluginData *halBtPluginData, json_object *currentMultipleBtDeviceDataJ) { int err = 0; size_t idx, btDeviceNumber; if(! halBtPluginData || ! currentMultipleBtDeviceDataJ) return -1; if(! json_object_is_type(currentMultipleBtDeviceDataJ, json_type_array)) return -2; btDeviceNumber = json_object_array_length(currentMultipleBtDeviceDataJ); for(idx = 0; idx < btDeviceNumber; idx++) { if((err = HalBtDataHandleReceivedSingleBtDeviceData(halBtPluginData, json_object_array_get_idx(currentMultipleBtDeviceDataJ, (unsigned int) idx)))) return ((int) idx * err * 10); } return 0; }