drm/amd/display: Send correct DP colorspace infopacket - kernel

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author	Harry Wentland <[email protected]>	2022-03-29 19:30:05 +0000
committer	Alex Deucher <[email protected]>	2023-06-09 16:47:05 +0000
commit	2e656827ceed9fb1ba406e7cd11d7b572010add0 (patch)
tree	5e9e419b63ac2209bd7d94814b235cd644cca375 /drivers/gpu/drm/amd/display/amdgpu_dm
parent	drm/amd/display: Signal mode_changed if colorspace changed (diff)
download	kernel-2e656827ceed9fb1ba406e7cd11d7b572010add0.tar.gz kernel-2e656827ceed9fb1ba406e7cd11d7b572010add0.zip

drm/amd/display: Send correct DP colorspace infopacket

Look at connector->colorimetry to determine output colorspace. We don't want to impact current SDR behavior, so DRM_MODE_COLORIMETRY_DEFAULT preserves current behavior. Also add support to explicitly set BT601 and BT709. v4: - Roll support for BT709 and BT601 into this patch - Add default case to avoid warnings for unhandled enum values Signed-off-by: Harry Wentland <[email protected]> Reviewed-by: Joshua Ashton <[email protected]> Cc: Pekka Paalanen <[email protected]> Cc: Sebastian Wick <[email protected]> Cc: [email protected] Cc: Joshua Ashton <[email protected]> Cc: Simon Ser <[email protected]> Cc: Melissa Wen <[email protected]> Cc: [email protected] Cc: [email protected] Signed-off-by: Alex Deucher <[email protected]>

Diffstat (limited to 'drivers/gpu/drm/amd/display/amdgpu_dm')

-rw-r--r--

drivers/gpu/drm/amd/display/amdgpu_dm/amdgpu_dm.c

1 files changed, 31 insertions, 17 deletions

/* internal AFS stuff * * Copyright (C) 2002, 2007 Red Hat, Inc. All Rights Reserved. * Written by David Howells (dhowells@redhat.com) * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU General Public License * as published by the Free Software Foundation; either version * 2 of the License, or (at your option) any later version. */ #include <linux/compiler.h> #include <linux/kernel.h> #include <linux/ktime.h> #include <linux/fs.h> #include <linux/pagemap.h> #include <linux/rxrpc.h> #include <linux/key.h> #include <linux/workqueue.h> #include <linux/sched.h> #include <linux/fscache.h> #include <linux/backing-dev.h> #include <linux/uuid.h> #include <net/net_namespace.h> #include <net/af_rxrpc.h> #include "afs.h" #include "afs_vl.h" #define AFS_CELL_MAX_ADDRS 15 struct pagevec; struct afs_call; struct afs_mount_params { bool rwpath; /* T if the parent should be considered R/W */ bool force; /* T to force cell type */ bool autocell; /* T if set auto mount operation */ afs_voltype_t type; /* type of volume requested */ int volnamesz; /* size of volume name */ const char *volname; /* name of volume to mount */ struct afs_net *net; /* Network namespace in effect */ struct afs_cell *cell; /* cell in which to find volume */ struct afs_volume *volume; /* volume record */ struct key *key; /* key to use for secure mounting */ }; struct afs_iget_data { struct afs_fid fid; struct afs_volume *volume; /* volume on which resides */ }; enum afs_call_state { AFS_CALL_CL_REQUESTING, /* Client: Request is being sent */ AFS_CALL_CL_AWAIT_REPLY, /* Client: Awaiting reply */ AFS_CALL_CL_PROC_REPLY, /* Client: rxrpc call complete; processing reply */ AFS_CALL_SV_AWAIT_OP_ID, /* Server: Awaiting op ID */ AFS_CALL_SV_AWAIT_REQUEST, /* Server: Awaiting request data */ AFS_CALL_SV_REPLYING, /* Server: Replying */ AFS_CALL_SV_AWAIT_ACK, /* Server: Awaiting final ACK */ AFS_CALL_COMPLETE, /* Completed or failed */ }; /* * List of server addresses. */ struct afs_addr_list { struct rcu_head rcu; /* Must be first */ refcount_t usage; u32 version; /* Version */ unsigned short nr_addrs; unsigned short index; /* Address currently in use */ unsigned short nr_ipv4; /* Number of IPv4 addresses */ unsigned long probed; /* Mask of servers that have been probed */ unsigned long yfs; /* Mask of servers that are YFS */ struct sockaddr_rxrpc addrs[]; }; /* * a record of an in-progress RxRPC call */ struct afs_call { const struct afs_call_type *type; /* type of call */ wait_queue_head_t waitq; /* processes awaiting completion */ struct work_struct async_work; /* async I/O processor */ struct work_struct work; /* actual work processor */ struct rxrpc_call *rxcall; /* RxRPC call handle */ struct key *key; /* security for this call */ struct afs_net *net; /* The network namespace */ struct afs_server *cm_server; /* Server affected by incoming CM call */ struct afs_cb_interest *cbi; /* Callback interest for server used */ void *request; /* request data (first part) */ struct address_space *mapping; /* Pages being written from */ void *buffer; /* reply receive buffer */ void *reply[4]; /* Where to put the reply */ pgoff_t first; /* first page in mapping to deal with */ pgoff_t last; /* last page in mapping to deal with */ size_t offset; /* offset into received data store */ atomic_t usage; enum afs_call_state state; spinlock_t state_lock; int error; /* error code */ u32 abort_code; /* Remote abort ID or 0 */ unsigned request_size; /* size of request data */ unsigned reply_max; /* maximum size of reply */ unsigned first_offset; /* offset into mapping[first] */ unsigned int cb_break; /* cb_break + cb_s_break before the call */ union { unsigned last_to; /* amount of mapping[last] */ unsigned count2; /* count used in unmarshalling */ }; unsigned char unmarshall; /* unmarshalling phase */ bool incoming; /* T if incoming call */ bool send_pages; /* T if data from mapping should be sent */ bool need_attention; /* T if RxRPC poked us */ bool async; /* T if asynchronous */ bool ret_reply0; /* T if should return reply[0] on success */ bool upgrade; /* T to request service upgrade */ u16 service_id; /* Actual service ID (after upgrade) */ u32 operation_ID; /* operation ID for an incoming call */ u32 count; /* count for use in unmarshalling */ __be32 tmp; /* place to extract temporary data */ afs_dataversion_t store_version; /* updated version expected from store */ }; struct afs_call_type { const char *name; unsigned int op; /* Really enum afs_fs_operation */ /* deliver request or reply data to an call * - returning an error will cause the call to be aborted */ int (*deliver)(struct afs_call *call); /* clean up a call */ void (*destructor)(struct afs_call *call); /* Work function */ void (*work)(struct work_struct *work); }; /* * Key available for writeback on a file. */ struct afs_wb_key { refcount_t usage; struct key *key; struct list_head vnode_link; /* Link in vnode->wb_keys */ }; /* * AFS open file information record. Pointed to by file->private_data. */ struct afs_file { struct key *key; /* The key this file was opened with */ struct afs_wb_key *wb; /* Writeback key record for this file */ }; static inline struct key *afs_file_key(struct file *file) { struct afs_file *af = file->private_data; return af->key; } /* * Record of an outstanding read operation on a vnode. */ struct afs_read { loff_t pos; /* Where to start reading */ loff_t len; /* How much we're asking for */ loff_t actual_len; /* How much we're actually getting */ loff_t remain; /* Amount remaining */ atomic_t usage; unsigned int index; /* Which page we're reading into */ unsigned int nr_pages; void (*page_done)(struct afs_call *, struct afs_read *); struct page *pages[]; }; /* * AFS superblock private data * - there's one superblock per volume */ struct afs_super_info { struct afs_net *net; /* Network namespace */ struct afs_cell *cell; /* The cell in which the volume resides */ struct afs_volume *volume; /* volume record */ }; static inline struct afs_super_info *AFS_FS_S(struct super_block *sb) { return sb->s_fs_info; } extern struct file_system_type afs_fs_type; /* * AFS network namespace record. */ struct afs_net { struct afs_uuid uuid; bool live; /* F if this namespace is being removed */ /* AF_RXRPC I/O stuff */ struct socket *socket; struct afs_call *spare_incoming_call; struct work_struct charge_preallocation_work; struct mutex socket_mutex; atomic_t nr_outstanding_calls; atomic_t nr_superblocks; /* Cell database */ struct rb_root cells; struct afs_cell *ws_cell; struct work_struct cells_manager; struct timer_list cells_timer; atomic_t cells_outstanding; seqlock_t cells_lock; spinlock_t proc_cells_lock; struct list_head proc_cells; /* Known servers. Theoretically each fileserver can only be in one * cell, but in practice, people create aliases and subsets and there's * no easy way to distinguish them. */ seqlock_t fs_lock; /* For fs_servers */ struct rb_root fs_servers; /* afs_server (by server UUID or address) */ struct list_head fs_updates; /* afs_server (by update_at) */ struct hlist_head fs_proc; /* procfs servers list */ struct hlist_head fs_addresses4; /* afs_server (by lowest IPv4 addr) */ struct hlist_head fs_addresses6; /* afs_server (by lowest IPv6 addr) */ seqlock_t fs_addr_lock; /* For fs_addresses[46] */ struct work_struct fs_manager; struct timer_list fs_timer; atomic_t servers_outstanding; /* File locking renewal management */ struct mutex lock_manager_mutex; /* Misc */ struct proc_dir_entry *proc_afs; /* /proc/net/afs directory */ }; extern struct afs_net __afs_net;// Dummy AFS network namespace; TODO: replace with real netns enum afs_cell_state { AFS_CELL_UNSET, AFS_CELL_ACTIVATING, AFS_CELL_ACTIVE, AFS_CELL_DEACTIVATING, AFS_CELL_INACTIVE, AFS_CELL_FAILED, }; /* * AFS cell record. * * This is a tricky concept to get right as it is possible to create aliases * simply by pointing AFSDB/SRV records for two names at the same set of VL * servers; it is also possible to do things like setting up two sets of VL * servers, one of which provides a superset of the volumes provided by the * other (for internal/external division, for example). * * Cells only exist in the sense that (a) a cell's name maps to a set of VL * servers and (b) a cell's name is used by the client to select the key to use * for authentication and encryption. The cell name is not typically used in * the protocol. * * There is no easy way to determine if two cells are aliases or one is a * subset of another. */ struct afs_cell { union { struct rcu_head rcu; struct rb_node net_node; /* Node in net->cells */ }; struct afs_net *net; struct key *anonymous_key; /* anonymous user key for this cell */ struct work_struct manager; /* Manager for init/deinit/dns */ struct list_head proc_link; /* /proc cell list link */ #ifdef CONFIG_AFS_FSCACHE struct fscache_cookie *cache; /* caching cookie */ #endif time64_t dns_expiry; /* Time AFSDB/SRV record expires */ time64_t last_inactive; /* Time of last drop of usage count */ atomic_t usage; unsigned long flags; #define AFS_CELL_FL_NOT_READY 0 /* The cell record is not ready for use */ #define AFS_CELL_FL_NO_GC 1 /* The cell was added manually, don't auto-gc */ #define AFS_CELL_FL_NOT_FOUND 2 /* Permanent DNS error */ #define AFS_CELL_FL_DNS_FAIL 3 /* Failed to access DNS */ #define AFS_CELL_FL_NO_LOOKUP_YET 4 /* Not completed first DNS lookup yet */ enum afs_cell_state state; short error; /* Active fileserver interaction state. */ struct list_head proc_volumes; /* procfs volume list */ rwlock_t proc_lock; /* VL server list. */ rwlock_t vl_addrs_lock; /* Lock on vl_addrs */ struct afs_addr_list __rcu *vl_addrs; /* List of VL servers */ u8 name_len; /* Length of name */ char name[64 + 1]; /* Cell name, case-flattened and NUL-padded */ }; /* * Cached VLDB entry. * * This is pointed to by cell->vldb_entries, indexed by name. */ struct afs_vldb_entry { afs_volid_t vid[3]; /* Volume IDs for R/W, R/O and Bak volumes */ unsigned long flags; #define AFS_VLDB_HAS_RW 0 /* - R/W volume exists */ #define AFS_VLDB_HAS_RO 1 /* - R/O volume exists */ #define AFS_VLDB_HAS_BAK 2 /* - Backup volume exists */ #define AFS_VLDB_QUERY_VALID 3 /* - Record is valid */ #define AFS_VLDB_QUERY_ERROR 4 /* - VL server returned error */ uuid_t fs_server[AFS_NMAXNSERVERS]; u8 fs_mask[AFS_NMAXNSERVERS]; #define AFS_VOL_VTM_RW 0x01 /* R/W version of the volume is available (on this server) */ #define AFS_VOL_VTM_RO 0x02 /* R/O version of the volume is available (on this server) */ #define AFS_VOL_VTM_BAK 0x04 /* backup version of the volume is available (on this server) */ short error; u8 nr_servers; /* Number of server records */ u8 name_len; u8 name[AFS_MAXVOLNAME + 1]; /* NUL-padded volume name */ }; /* * Record of fileserver with which we're actively communicating. */ struct afs_server { struct rcu_head rcu; union { uuid_t uuid; /* Server ID */ struct afs_uuid _uuid; }; struct afs_addr_list __rcu *addresses; struct rb_node uuid_rb; /* Link in net->servers */ struct hlist_node addr4_link; /* Link in net->fs_addresses4 */ struct hlist_node addr6_link; /* Link in net->fs_addresses6 */ struct hlist_node proc_link; /* Link in net->fs_proc */ struct afs_server *gc_next; /* Next server in manager's list */ time64_t put_time; /* Time at which last put */ time64_t update_at; /* Time at which to next update the record */ unsigned long flags; #define AFS_SERVER_FL_NEW 0 /* New server, don't inc cb_s_break */ #define AFS_SERVER_FL_NOT_READY 1 /* The record is not ready for use */ #define AFS_SERVER_FL_NOT_FOUND 2 /* VL server says no such server */ #define AFS_SERVER_FL_VL_FAIL 3 /* Failed to access VL server */ #define AFS_SERVER_FL_UPDATING 4 #define AFS_SERVER_FL_PROBED 5 /* The fileserver has been probed */ #define AFS_SERVER_FL_PROBING 6 /* Fileserver is being probed */ atomic_t usage; u32 addr_version; /* Address list version */ /* file service access */ rwlock_t fs_lock; /* access lock */ /* callback promise management */ struct list_head cb_interests; /* List of superblocks using this server */ unsigned cb_s_break; /* Break-everything counter. */ rwlock_t cb_break_lock; /* Volume finding lock */ }; /* * Interest by a superblock on a server. */ struct afs_cb_interest { struct list_head cb_link; /* Link in server->cb_interests */ struct afs_server *server; /* Server on which this interest resides */ struct super_block *sb; /* Superblock on which inodes reside */ afs_volid_t vid; /* Volume ID to match */ refcount_t usage; }; /* * Replaceable server list. */ struct afs_server_entry { struct afs_server *server; struct afs_cb_interest *cb_interest; }; struct afs_server_list { refcount_t usage; unsigned short nr_servers; unsigned short index; /* Server currently in use */ unsigned short vnovol_mask; /* Servers to be skipped due to VNOVOL */ unsigned int seq; /* Set to ->servers_seq when installed */ struct afs_server_entry servers[]; }; /* * Live AFS volume management. */ struct afs_volume { afs_volid_t vid; /* volume ID */ atomic_t usage; time64_t update_at; /* Time at which to next update */ struct afs_cell *cell; /* Cell to which belongs (pins ref) */ struct list_head proc_link; /* Link in cell->vl_proc */ unsigned long flags; #define AFS_VOLUME_NEEDS_UPDATE 0 /* - T if an update needs performing */ #define AFS_VOLUME_UPDATING 1 /* - T if an update is in progress */ #define AFS_VOLUME_WAIT 2 /* - T if users must wait for update */ #define AFS_VOLUME_DELETED 3 /* - T if volume appears deleted */ #define AFS_VOLUME_OFFLINE 4 /* - T if volume offline notice given */ #define AFS_VOLUME_BUSY 5 /* - T if volume busy notice given */ #ifdef CONFIG_AFS_FSCACHE struct fscache_cookie *cache; /* caching cookie */ #endif struct afs_server_list *servers; /* List of servers on which volume resides */ rwlock_t servers_lock; /* Lock for ->servers */ unsigned int servers_seq; /* Incremented each time ->servers changes */ afs_voltype_t type; /* type of volume */ short error; char type_force; /* force volume type (suppress R/O -> R/W) */ u8 name_len; u8 name[AFS_MAXVOLNAME + 1]; /* NUL-padded volume name */ }; enum afs_lock_state { AFS_VNODE_LOCK_NONE, /* The vnode has no lock on the server */ AFS_VNODE_LOCK_WAITING_FOR_CB, /* We're waiting for the server to break the callback */ AFS_VNODE_LOCK_SETTING, /* We're asking the server for a lock */ AFS_VNODE_LOCK_GRANTED, /* We have a lock on the server */ AFS_VNODE_LOCK_EXTENDING, /* We're extending a lock on the server */ AFS_VNODE_LOCK_NEED_UNLOCK, /* We need to unlock on the server */ AFS_VNODE_LOCK_UNLOCKING, /* We're telling the server to unlock */ }; /* * AFS inode private data */ struct afs_vnode { struct inode vfs_inode; /* the VFS's inode record */ struct afs_volume *volume; /* volume on which vnode resides */ struct afs_fid fid; /* the file identifier for this inode */ struct afs_file_status status; /* AFS status info for this file */ #ifdef CONFIG_AFS_FSCACHE struct fscache_cookie *cache; /* caching cookie */ #endif struct afs_permits *permit_cache; /* cache of permits so far obtained */ struct mutex io_lock; /* Lock for serialising I/O on this mutex */ struct mutex validate_lock; /* lock for validating this vnode */ spinlock_t wb_lock; /* lock for wb_keys */ spinlock_t lock; /* waitqueue/flags lock */ unsigned long flags; #define AFS_VNODE_CB_PROMISED 0 /* Set if vnode has a callback promise */ #define AFS_VNODE_UNSET 1 /* set if vnode attributes not yet set */ #define AFS_VNODE_DIR_MODIFIED 2 /* set if dir vnode's data modified */ #define AFS_VNODE_ZAP_DATA 3 /* set if vnode's data should be invalidated */ #define AFS_VNODE_DELETED 4 /* set if vnode deleted on server */ #define AFS_VNODE_MOUNTPOINT 5 /* set if vnode is a mountpoint symlink */


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