Long complex service
Introductory context about the service. These services are made up of many complex tasks, which makes them too big to contain on one page.
Service overview content page
You must do these tasks in this order:
- Linear task
- Linear task
- Linear task
Introductory text about task
Introductory text about task
Introductory text about task
You must do these tasks:
- Non-linear task
- Non-linear task
- Non-linear task
Introductory text about task
Introductory text about task
Introductory text about task


FORGEStore is a marketplace for your FORGEBox installation.Our repository contains shared widgets, FORGEBox services, FIRE adapters and shared interactive courses. All our items are developed by the FORGE team members as well as several third party organizations that are interested to create and share learning material for FIRE experimentation. If you don't know what FORGEBox is, please visit our forgebox.eu website.


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Turkish giants linked with January transfer for Aston Villa star - report
Aston Villa transfer news | With the January transfer window nearly upon us speculation is already happening with Dean Smith set to further evaluate his squad in the New Year
by Richard CusackBesiktas have been linked with a move for out-of-favour Aston Villa striker Jonathan Kodjia.
The forward has seen his game-time limited upon Villa 's return to the Premier League, the 30-year-old playing just 20 minutes of League football this season.
He's spent most of 2019-20 out injured with a cheekbone problem, but he returned to full fitness last month and managed just four minutes in two games.
Kodjia was linked with a move to Qatari side Al-Gharafa before the transfer window shut for Qatar Stars League clubs.
Aston Villa latest
This is your round up of all things Villa; the one-stop shop that will keep you updated on the latest goings on at the club and beyond.
Transfers, injuries, match-days and managers, we’ve got you covered.
We’ll be bringing the very latest on the Villains throughout the week and around the clock.
Make sure you keep yourself updated with our handy daily catch up...
Must reads...
- Villa fans make Chelsea transfer demand
- 'Worried' fans react to major announcement
- Former Villan reveals Newcastle bombshell
- Morelos saga takes new twist
For all your latest AVFC news, opinion, analysis and transfer gossip, click here
You can follow our Villa reporter Ashley Preece on Twitter, and his email address is<EMAIL_ADDRESS>Now Turkish media outlet yenisafak.com report Besiktas are interested in the Ivory Coast international.
Abdullah Avci's side are in eighth place after 11 games, three points off Sivasspor at the top of the Turkish Super Lig.
Kodjia has scored 29 goals in 100 career games at Villa Park since a move from Bristol City three years ago.
His contract is up in the summer.


GeoTagApp
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- ACTION_LOG_FILE - Static variable in class com.rath.rathbot.log.ActionLogger
-
The file handle of the action log.
- ACTION_LOG_FILENAME - Static variable in class com.rath.rathbot.log.ActionLogger
-
The file name of the action log.
- ACTION_LOG_PATH - Static variable in class com.rath.rathbot.log.ActionLogger
-
The relative path of the action log from the bot's root directory.
- ActionBan - Class in com.rath.rathbot.action
-
This class contains information on bans performed by RathBot.
- ActionBan(Instant, IUser, IUser) - Constructor for class com.rath.rathbot.action.ActionBan
-
Default constructor.
- ActionExecCommand - Class in com.rath.rathbot.action
-
- ActionExecCommand(Instant, IUser, String) - Constructor for class com.rath.rathbot.action.ActionExecCommand
-
- ActionKick - Class in com.rath.rathbot.action
-
This class contains information on kicks performed by RathBot.
- ActionKick(Instant, IUser, IUser) - Constructor for class com.rath.rathbot.action.ActionKick
-
Default constructor.
- ActionLogger - Class in com.rath.rathbot.log
-
This class will log actions taken by the bot.
- ActionLogger() - Constructor for class com.rath.rathbot.log.ActionLogger
-
- ActionMute - Class in com.rath.rathbot.action
-
This class contains information on mutes performed by RathBot.
- ActionMute(Instant, IUser, IUser) - Constructor for class com.rath.rathbot.action.ActionMute
-
Default constructor.
- ActionUnban - Class in com.rath.rathbot.action
-
This class contains information on unbans performed by RathBot.
- ActionUnban(Instant, IUser, IUser) - Constructor for class com.rath.rathbot.action.ActionUnban
-
Default constructor.
- ActionUnmute - Class in com.rath.rathbot.action
-
This class contains information on unmutes performed by RathBot.
- ActionUnmute(Instant, IUser, IUser) - Constructor for class com.rath.rathbot.action.ActionUnmute
-
Default constructor.
- ActionWarn - Class in com.rath.rathbot.action
-
This class contains information on warns performed by RathBot.
- ActionWarn(Instant, IUser, IUser) - Constructor for class com.rath.rathbot.action.ActionWarn
-
Default constructor.
- addAndInitializeCommand(RBCommand) - Static method in class com.rath.rathbot.RathBot
-
Adds a command to the bot's list of available commands.
- addCommandEntry(String, RBCommand) - Method in class com.rath.rathbot.cmd.msg.HelpCmd
-
Adds a command to the help command set.
- addFaq(String, String) - Static method in class com.rath.rathbot.cmd.msg.faq.FAQCmd
-
Adds or replaces a FAQ entry.
- addMessageHistoryEntry(IMessage) - Static method in class com.rath.rathbot.msg.AntiSpam
-
Adds a message and timestamp for the given user.
- AntiSpam - Class in com.rath.rathbot.msg
-
This class contains anti-spam checks for the bot, which are unnecessary because I didn't know Discord has its own.
- AntiSpam() - Constructor for class com.rath.rathbot.msg.AntiSpam
-


TIES Schema Objects¶
Top-level Object¶
time¶
date-time
Date and time that the export was created
The date-time value should be formatted as an ISO 8601 datetime of YYYY-MM-DDThh:mm:ssZ or YYYY-MM-DDThh:mm:ss.sssZ in UTC time.
otherInformation¶
array : otherInformation
Array of key/value pairs containing additional information about the export
objectItem¶
objectId [required]¶
string
Unique identifier of the exported object (scoped to the exporting system)
relativeUri¶
string
Uniform Resource Identifier (URI) describing the location of the exported object within the export package
The relativeUri property should be included if and only if the exported object is included in the export package as a file. The relativeUri property should be included if the exported object exists as a file in the export package, and should not be included if the exported object does not exist as a file in the export package.
authorityInformation [required]¶
object : authorityInformation
Object containing authority information metadata about the exported object
objectAssertions¶
object : assertions
Object containing collections of metadata assertions about the exported object
otherInformation¶
array : otherInformation
Array of key/value pairs containing additional information about the exported object
objectGroup¶
groupMemberIds¶
array : string
List of objectIds of exported objects and/or groupIds of other groups that are members of the group
Members of a group can either be objectItems referenced by objectId or objectGroups referenced by groupId. A single group may contain both objectItems and objectGroups.
All objectItems and objectGroups that are members of a group should be present in the export.
groupAssertions¶
object : assertions
Object containing collections of metadata assertions about the group
otherInformation¶
array : otherInformation
Array of key/value pairs containing additional information about the group
objectRelationship¶
linkageMemberIds [required]¶
array : string
Pair of objectIds of exported objects and/or groupIds of groups that are connected by this relationship
Members of a relationship can either be objectItems referenced by objectId or objectGroups referenced by groupId. A single relationship may connect two objectItems, two objectGroups, or an objectItem and an objectGroup.
All objectItems or objectGroups that are connected by a relationship should be present in the export.
linkageDirectionality [required]¶
enum : [“DIRECTED”, “BIDIRECTED”, “UNDIRECTED”]
Enumeration value indicating the directionality of the relationship
A DIRECTED linkage indicates a relationship from the first linkageMemberId to the second. A BIDIRECTED linkage indicates a relationship from the first linkageMemberId to the second, and from the second linkageMemberId to the first. An UNDIRECTED linkage indicates a relationship with no directionality.
linkageAssertionId¶
string
assertionId of an assertion that is associated with this relationship
The linkageAssertionId can be used to associate an objectRelationship with an assertion (either an annotation or a supplementalDescription ([Data File], [Data Object]) by referencing the assertion’s assertionId property.
The referenced assertion should be present within the objectAssertions of an objectItem or the groupAssertions of an objectGroup connected by this relationship.
otherInformation¶
array : otherInformation
Array of key/value pairs containing additional information about the relationship
authorityInformation¶
collectionId¶
string
Unique identifier of the collection the exported object is associated with (scoped to the exporting system)
subCollectionId¶
string
Unique identifier of the sub-collection the exported object is associated with (scoped to the collection)
registrationDate¶
date-time
Date and time that the exported object was brought into system control
The date-time value should be formatted as an ISO 8601 datetime of YYYY-MM-DDThh:mm:ssZ or YYYY-MM-DDThh:mm:ss.sssZ in UTC time.
expirationDate¶
date-time
Date and time that the retention of the exported object expires
The date-time value should be formatted as an ISO 8601 datetime of YYYY-MM-DDThh:mm:ssZ or YYYY-MM-DDThh:mm:ss.sssZ in UTC time.
assertions¶
annotations¶
array : annotation
Array of objects containing metadata annotations about an exported object or group of objects
supplementalDescriptions¶
array : supplementalDescription (Data File), supplementalDescription (Data Object)
Array of objects containing metadata about an exported object or group of objects, generated by the exporting system or other systems
annotation¶
assertionReferenceId¶
string
Unique identifier of the assertion within the system that generated it (scoped to the generating system)
The assertionReferenceId can be used to identify the assertion in the system that generated it, when the system that generated the assertion is not the same as the exporting system.
time¶
date-time
Date and time that the annotation was created
The date-time value should be formatted as an ISO 8601 datetime of YYYY-MM-DDThh:mm:ssZ or YYYY-MM-DDThh:mm:ss.sssZ in UTC time.
itemActionTime¶
date-time
Date and time that the action or event that is being annotated occurred
The date-time value should be formatted as an ISO 8601 datetime of YYYY-MM-DDThh:mm:ssZ or YYYY-MM-DDThh:mm:ss.sssZ in UTC time.
supplementalDescription (Data File)¶
assertionReferenceId¶
string
Unique identifier of the assertion within the system that generated it (scoped to the generating system)
The assertionReferenceId can be used to identify the assertion in the system that generated it, when the system that generated the assertion is not the same as the exporting system.
dataRelativeUri¶
string
Uniform Resource Identifier (URI) describing the location of the supplemental description data file within the export package
supplementalDescription (Data Object)¶
assertionReferenceId¶
string
Unique identifier of the assertion within the system that generated it (scoped to the generating system)
The assertionReferenceId can be used to identify the assertion in the system that generated it, when the system that generated the assertion is not the same as the exporting system.
dataObject [required]¶
object
JSON object containing the supplemental description data
Supplemental description data can be embedded directly in the TIES export as the content of the dataObject field. This can be used as an alternative to supplementalDescription (Data File) to store small amounts of JSON data.


ListCFG
ListCFG: A list-based CFG Implementation
Module ListCFG <: CFG.
Blocks are labels paired with lists of instructions.
Definition block := (lbl * list insn)%type.
A control-flow graph is an entry label with a list of blocks.
Definition t := (lbl * list block)%type.
Local Notation cfg := t.
Definition entry_block : cfg → lbl := @fst _ _.
Syntactically Well-formed ListCFGs
- no duplicate block names
- no duplicate instruction ids (i.e. single assignment )
- there is an entry label to the CFG
- there are no empty blocks
Inductive wf_cfg' : cfg → Prop :=
wf_cfg_intro :
∀ l bs
(Hlbls: NoDup (map (@fst _ _) bs))
(Huids: NoDup (flat_map (fun b ⇒ map (@fst _ _) (snd b)) bs))
(Hentry: In l (map (@fst _ _) bs))
(Hnonnil: ¬ In [] (map (@snd _ _) bs)),
wf_cfg' (l, bs).
(* hack around some Coq limitation re inductive types & parameters *)
Definition wf_cfg := wf_cfg'.
EX5? (naming challenge) Port the above definition of wf_cfg' to use the uniq predicate from the Metatheory library.
Fix up all of the proofs!
Implementing the interface requirements:
Definition wf_pc (g:cfg) (p:pc) : Prop :=
let (l, n) := p in
∃ is i, In (l, is) (snd g) ∧ Nth i is n.
Definition tmn_pc (g:cfg) (p:pc) : Prop :=
let (l, n) := p in
∃ is, In (l, is) (snd g) ∧ n = pred (length is).
Definition insn_at_pc (g:cfg) (p:pc) (i:insn) : Prop :=
let (l, n) := p in
∃ is, In (l, is) (snd g) ∧ Nth i is n.
Definition uid_at_pc (g:cfg) (p:pc) (uid:uid) : Prop :=
∃ c, insn_at_pc g p (uid, c).
For all of the following exercises, reference
CFG.v as well as the other recommended files.
Exercise: 2 stars, optional (wf_pc_insn)
Prove that well formed program counters always point to an instruction (you shouldn't need any other definitions):
Lemma wf_pc_insn : ∀ g, wf_cfg g →
∀ p, wf_pc g p → ∃ i, insn_at_pc g p i.
Proof.
(* FILL IN HERE *) Admitted.
∀ p, wf_pc g p → ∃ i, insn_at_pc g p i.
Proof.
(* FILL IN HERE *) Admitted.
Exercise: 2 stars, optional (wf_pc_tmn)
Prove that every block has a terminator. See PeanoNat.Nat and util for some helpful theorems.
Lemma wf_pc_tmn : ∀ g, wf_cfg g →
∀ p, wf_pc g p → ∃ p', tmn_pc g p' ∧ le_pc p p'.
Proof.
(* FILL IN HERE *) Admitted.

Proof.
(* FILL IN HERE *) Admitted.
(* Helper lemma: blocks have non-zero length. *)
Exercise: 2 stars, optional (wf_cfg_block_len)
Prove that well formed control flow graphs have non-zero length. See list theorems about In and map.
Lemma wf_cfg_block_len : ∀ g, wf_cfg g →
∀ l is, In (l, is) (snd g) → length is ≠ 0.
Proof.
(* FILL IN HERE *) Admitted.
∀ l is, In (l, is) (snd g) → length is ≠ 0.
Proof.
(* FILL IN HERE *) Admitted.
Exercise: 3 stars, optional (wf_pc_le_tmn)
Prove there are no "gaps" in the pc labels. In other words, that all pcs that come before some arbitrary but particular pc are well formed.
Lemma wf_pc_le_tmn : ∀ g, wf_cfg g →
∀ p', tmn_pc g p' → ∀ p, le_pc p p' → wf_pc g p.
Proof.
(* FILL IN HERE *) Admitted.
∀ p', tmn_pc g p' → ∀ p, le_pc p p' → wf_pc g p.
Proof.
(* FILL IN HERE *) Admitted.
Exercise: 3 stars, optional (wf_entry)
Prove there is an instruction in the entry block. Take a look at theorems about in and map in List.
Lemma wf_entry : ∀ g, wf_cfg g →
wf_pc g (block_entry (entry_block g)).
Proof.
(* FILL IN HERE *) Admitted.
wf_pc g (block_entry (entry_block g)).
Proof.
(* FILL IN HERE *) Admitted.
Exercise: 3 stars, optional (insn_at_pc_func)
Prove that insn_at_pc with respect to a CFG g is a function from program counter to instruction.
Lemma insn_at_pc_func : ∀ g, wf_cfg g →
functional (insn_at_pc g).
Proof.
(* FILL IN HERE *) Admitted.
functional (insn_at_pc g).
Proof.
(* FILL IN HERE *) Admitted.
Exercise: 4 stars, optional (uid_at_pc_inj)
Prove that uid_at_pc with respect to a CFG g is injective. Take a look at List for In and map, and Util.
Lemma uid_at_pc_inj : ∀ g, wf_cfg g →
injective (uid_at_pc g).
Proof.
(* FILL IN HERE *) Admitted.
injective (uid_at_pc g).
Proof.
(* FILL IN HERE *) Admitted.
Exercise: 3 stars, optional (uid_at_pc_func)
Prove that uid_at_pc with respect to a CFG g is a function.
Lemma uid_at_pc_func : ∀ g, wf_cfg g →
functional (uid_at_pc g).
(* FILL IN HERE *) Admitted.
functional (uid_at_pc g).
(* FILL IN HERE *) Admitted.
Exercise: 2 stars, optional (eq_pc_uid)
Prove that if two instructions are at the same pc in a well formed CFG, then their ids are the same.
Lemma eq_pc_uid : ∀ g pc id1 id2 c1 c2,
wf_cfg g →
insn_at_pc g pc (id1, c1) →
insn_at_pc g pc (id2, c2) →
id1 = id2.
(* FILL IN HERE *) Admitted.
wf_cfg g →
insn_at_pc g pc (id1, c1) →
insn_at_pc g pc (id2, c2) →
id1 = id2.
(* FILL IN HERE *) Admitted.
Exercise: 2 stars, optional (blocks_inj)
Prove that in a cfg, for each label there exists a single block. See Util.
Lemma blocks_inj : ∀ g, wf_cfg g → ∀ l is1 is2,
In (l, is1) (snd g) → In (l, is2) (snd g) → is1 = is2.
Proof.
(* FILL IN HERE *) Admitted.
In (l, is1) (snd g) → In (l, is2) (snd g) → is1 = is2.
Proof.
(* FILL IN HERE *) Admitted.
Exercise: 3 stars, optional (pc_at_uid_inj)
Prove the other end of uid_at_pc_inj, showing that uid_at_pc is a bijection.
Lemma pc_at_uid_inj : ∀ g, wf_cfg g →
injective (fun x p ⇒ uid_at_pc g p x).
Proof.
(* FILL IN HERE *) Admitted.
injective (fun x p ⇒ uid_at_pc g p x).
Proof.
(* FILL IN HERE *) Admitted.
update Adds the given instruction list as a block labeled l.
Note: this function does not enforce the unique-block label property.
Definition update (bs:list block) (l:lbl) (is:list insn) : list block :=
(l, is)::bs.
Lookup the block in the list.
Definition lookup (bs:list block) (l:lbl) : option (list insn) :=
assoc Lbl.eq_dec l bs.
Lemma update_eq :
∀ (is : list insn) (l1 l2 : lbl) (bs : list block),
l1 = l2 → lookup (update bs l1 is) l2 = Some is.
Proof.
intros; unfold update, lookup.
subst. simpl. destruct (Lbl.eq_dec l2 l2); tauto.
Qed.
subst. simpl. destruct (Lbl.eq_dec l2 l2); tauto.
Qed.
Lemma update_neq :
∀ (l1 l2 : lbl) (is : list insn) (bs: list block),
l1 ≠ l2 → lookup (update bs l1 is) l2 = lookup bs l2.
Proof.
intros; subst; simpl.
destruct (Lbl.eq_dec l2 l1); subst; tauto.
Qed.
destruct (Lbl.eq_dec l2 l1); subst; tauto.
Qed.
Correspondence between lookup and insn_at_pc.
Fixpoint insns_at_pc (g:cfg) (p:pc) (is:list insn) : Prop :=
match is with
| nil ⇒ True
| i :: is' ⇒ ListCFG.insn_at_pc g p i ∧ insns_at_pc g (incr_pc p) is'
end.
We prove that looking up the block labeled l in the concrete
representation agrees with insns_at_pc.
Lemma cfg_insns_at : ∀ (bs:list block) (l:lbl) (is:list insn) (e:lbl),
lookup bs l = Some is →
insns_at_pc (e, bs) (block_entry l) is.
Proof.
intros.
pose (k:=@nil insn). change is with (k ++ is) in H.
unfold block_entry. change 0 with (length k).
clearbody k. generalize dependent k.
induction is; intros.
- simpl; auto.
- simpl. split. eexists. split.
unfold lookup in H.
apply assoc_in in H. simpl; eauto.
clear H. induction k; simpl; auto.
replace (S (length k)) with (length (k ++ [a])). apply IHis.
rewrite <- app_assoc. auto. rewrite app_length.
simpl. apply PeanoNat.Nat.add_1_r.
Qed.
intros.
pose (k:=@nil insn). change is with (k ++ is) in H.
unfold block_entry. change 0 with (length k).
clearbody k. generalize dependent k.
induction is; intros.
- simpl; auto.
- simpl. split. eexists. split.
unfold lookup in H.
apply assoc_in in H. simpl; eauto.
clear H. induction k; simpl; auto.
replace (S (length k)) with (length (k ++ [a])). apply IHis.
rewrite <- app_assoc. auto. rewrite app_length.
simpl. apply PeanoNat.Nat.add_1_r.
Qed.
Definition fetch (g : cfg) (p: pc): option insn :=
let '(entry_label, blocks) := g in
let '(trgt_block, offset) := p in
match (lookup blocks trgt_block) with
| Some found_block ⇒ nth_error found_block offset
| None ⇒ None
end.
Helper lemma for proving that fetch corresponds to insn_at_pc
Lemma fetch_iff_in_cfg: ∀ entry_label blks trgt_label trgt_offset i,
NoDup (map fst blks) →
fetch (entry_label, blks) (trgt_label, trgt_offset) = Some i ↔
∃ instrs, In (trgt_label, instrs) blks ∧ Nth i instrs trgt_offset.
Proof.
intros entry_label blks trgt_label trgt_offset i nodup.
unfold fetch.
destruct (lookup blks trgt_label) eqn:found.
- unfold lookup in found. apply assoc_in in found.
split.
+ intros. ∃ l. split; auto. apply nth_error_iff_Nth; auto.
+ intros [is [Hi Hnth]].
assert (l = is).
eapply NoDup_assoc_func; eauto. subst.
eapply nth_error_iff_Nth; auto.
- split.
+ intros H. inversion H.
+ intros [l [Hin Hn]].
apply nth_error_iff_Nth in Hn. unfold lookup in found.
apply in_assoc_none with (b:=l) in found.
contradiction.
Qed.
unfold fetch.
destruct (lookup blks trgt_label) eqn:found.
- unfold lookup in found. apply assoc_in in found.
split.
+ intros. ∃ l. split; auto. apply nth_error_iff_Nth; auto.
+ intros [is [Hi Hnth]].
assert (l = is).
eapply NoDup_assoc_func; eauto. subst.
eapply nth_error_iff_Nth; auto.
- split.
+ intros H. inversion H.
+ intros [l [Hin Hn]].
apply nth_error_iff_Nth in Hn. unfold lookup in found.
apply in_assoc_none with (b:=l) in found.
contradiction.
Qed.
fetch is the executable version of insn_at_pc
Lemma insn_at_pc_fetch :
∀ g pc i, wf_cfg g →
insn_at_pc g pc i ↔ fetch g pc = Some i.
Proof.
intros [l blks] pc i wf_g.
inversion wf_g as
[l' blks' nodup nodup_uid l_in_blks blks_not_empty [l_l' blks_blk]].
destruct pc as [curr_label curr_offset].
rewrite fetch_iff_in_cfg; auto.
simpl.
split; auto.
Qed.
inversion wf_g as
[l' blks' nodup nodup_uid l_in_blks blks_not_empty [l_l' blks_blk]].
destruct pc as [curr_label curr_offset].
rewrite fetch_iff_in_cfg; auto.
simpl.
split; auto.
Qed.
End ListCFG.


Preparation time
less than 30 mins
Cooking time
less than 10 mins
Serves
Serves 4
James Martin encountered this delicious hangover cure on his travels in the United States.
Heat a frying pan over a high heat. When the pan is smoking, add the pancetta and dry-fry for 1-2 minutes on each side, or until crisp and cooked through. Drizzle over the maple syrup and transfer the pancetta to a warm plate.
Lay four slices of the brioche onto a chopping board and top each with a slice of Gruyère and three slices of the pancetta. Drizzle over the pan juices, then top with the remaining slices of brioche.
Whisk the eggs, sugar and milk in a shallow, wide bowl until well combined, then season, to taste, with salt and freshly ground black pepper.
Dip each sandwich into the egg mixture, allowing the brioche slices to soak for a few seconds on each side.
Heat half of the butter in a large frying pan over a medium heat. When the butter is foaming, add two of the soaked sandwiches and fry gently for 4-5 minutes on each side, or until golden-brown on both sides and heated through. Keep warm. Repeat the process with the remaining butter and the remaining two sandwiches. Serve immediately.


{% extends 'base.html' %}
{% block main %}
The Galway Climbing Co-op is a non-profit organisation dedicated to promoting the sport of climbing in Galway. In particular
we are committed to maintaining a climbing wall in Galway that
is run by and for climbers of all ages and abilities. We are affiliated to Mountaineering Ireland.
{% endblock %}


Stream Layer
Stream service url:
Spatial Filter
Where Clause
Outfields (Comma delimited list):
Error:
Error goes here


Object driven approach to e2e testing.
End to End (e2e) testing is often hard and repetitive
Writing tests makes life easier.
Thank you everyone! 😃


Daniel James' teammate recalls rise from "funny little fat kid" to Man Utd star
James, 22, has enjoyed an impressive start to his career at Old Trafford after arriving from boyhood club Swansea in a £18million summer switch
by Matt Maltby, https://www.mirror.co.uk/authors/matt-maltby/Daniel James' Wales teammate and close pal Connor Roberts has given a fascinating insight into the Manchester United starlet's stunning rise to stardom.
James, 22, has enjoyed an impressive start to his career at Old Trafford after arriving from boyhood club Swansea in a £18million summer switch, netting three goals in his first four games.
Although his exploits in front of goal have taken a sudden dip - he has gone 12 games in all competitions without scoring - James is regarded as one of the most exciting talents in the Premier League.
He was so desperate to make an instant impact at Old Trafford that he jetted off for a warm-weather training camp in Dubai on his own - and eventually topped all the initial pre-season fitness tests.
But the Welsh wing wizard hasn't always been in tip-top shape, as revealed by Swansea defender Roberts.
Reminiscing about James' emergence for Swansea's U23s, Roberts told The Athletic : “My first thoughts were, ‘You wouldn’t think he is as quick as he is.’
“He had the pace — that’s what he thrives on. We always used to joke that he’s the fastest chubby kid we’ve ever seen.
"In recent years, he has got more toned but when he first came, he almost had a little bit of a belly on him. I was like, ‘Well, he can’t be that fast.’ But obviously he is.”
“He is a proper professional. Nights before games, he was on the foam roller, stretching, getting himself ready."
Roberts also opened up on James heartbreak after his father Kevan tragically passed away days before he sealed his move to United.
He added: “Every time I shared rooms with him, he would be on the phone to his mum or dad.
"What happened with his dad is even more heart-breaking because he was so close to him.”


|
TWXSYNC LICENSE AND LIMITED WARRANTY
This legal document is an agreement between you ("Licensee") and
the
authors of TWXSYNC.
TRANSFER RESTRICTIONS
This Software is licensed only to the individual that purchases
the
original license and may ONLY be transferred after written agreement with
the authors of TWXSYNC.
OWNERSHIP OF SOFTWARE
Title to the Software will at all times remain with the authors
of TWXSYNC.
You may not modify, adapt, translate, reverse engineer, decompile or
disassemble the Software or try to break the registration code.
COPY RESTRICTIONS
This software and the accompanying written materials are copyrights.
Unauthorized copying of the Software or written materials is expressly
forbidden. You will be held legally responsible for any copyright
infringement which is caused or encouraged by your failure to abide by the
terms of this agreement.
USE RESTRICTIONS
The Licensee is obtaining limited rights to use the TWXSYNC software.
The
Licensee is licensed to use TWXSYNC on single or multiple personal
computers, as long as the Licensee is the only person to used the
registered version of TWXSYNC on each of these computers. TWXSync may send
authorization information to an authentication server to confirm
valid registration. This information may be in the of the registration name
and/or computer name and/or ip address. You may not adopt,
translate, or create derivative works based on the written materials
without prior written consent of the TWXSYNC authors.
TERM OF LICENSE
This License is effective until terminated. This license will terminate
immediately without notice from the TWXSYNC authors if you fail to comply
with any provision of this license. Upon termination, you must destroy
the Software, the written materials, and all copies. You may terminate
the license at any time by destroying the Software, the written materials,
and all copies.
UPDATE POLICY
The authors of TWXSYNC may create, from time to time, updated versions
of the
Software. The authors of TWXSYNC will make such updates available to
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Licensees and might send email upgrade notices.
LIMITED WARRANTY
The authors of TWXSYNC do not warrant, guarantee or make any representation
regarding the use, of the Software or written materials in terms of
correctness, accuracy, reliability, currency, or otherwise. The entire
risk, as to the results and performance of the Software, is assumed by
you.
The authors of TWXSYNC's entire liability and your exclusive remedy
shall be
the replacement of any broken or missing files found to be defective on
our home page for download by Licensee.
The above is the only warranty of any kind, either express or implied,
statutory or otherwise, including but not limited to the implied
warranties of merchantability and fitness for a particular purpose that is
made by the authors of TWXSYNC on the Software. No oral or written
information or advice given by the authors of TWXSYNC, its dealers or
distributors shall create a warranty or in any way increase the scope of
this warranty and you may not rely on any such information or advice.
Neither the authors of TWXSYNC nor anyone else who has been involved
in the
creation, production, or delivery of the product shall be liable for any
direct, indirect, consequential, or incidental damages (including damages
for loss of business profits, business interruption, loss of business
information, loss of health or any loss whatsoever) arising out of the use
or inability to use such product, even if the authors of TWXSYNC has been
advised of the possibility of such damages.
This warranty gives you specific rights. You may have other
rights which
vary by state and country, and certain limitations contained in the
limited warranty that may not apply to you.
This agreement be governed by the laws of the state of New York.
|


--- layout: post title: The "AJAX Head" Design Pattern disqus_id: /2008/05/24/the-ajax-head-br-design-pattern/ categories: - heuristics - ruby-rails - javascript ---
This is the first of a few articles covering the total rewrite of the HomeMarks.com code base as I upgrade it to Rails 2.1. The "AJAX Head" pattern is the moniker I have assigned to methodology that has come about during said rewrite and the design decisions I choose early on. The rules were simple.
Rails makes it very easy to generate JavaScript with Ruby. The generator methods are extensive and cover both the Prototype and Scriptaculous libraries. The first version of HomeMarks used the generators exclusively to augment both the views and controller responses. In fact, I used a technique that is covered in the latest Advanced Rails Recipes (way before it came out) under the "Replace In-View Raw JavaScript" chapter. Basically I created helper methods that generated JavaScript shared by both the views and controllers. It was a great technique but things got messy quick. So life was good back then, I had a lot of Ruby code and a very dynamic site, but something did not seem right...
It is an experiment into a vision to see what happens when you make the decision to totally go unobtrusive. Not just in your views but the controllers too! Imagine it this way — your controllers are slim APIs. They should do nothing but render a page on a GET request and when it comes to a POST/PUT/DELETE they should do nothing more than just say YES or NO (with errors).
Now lets think about that. What does that mean for an application that uses exclusive AJAX calls for dynamic page updates? It means that your visual client (the browser) will need to know ALOT less from the controller about what to do. It's great, the browser knows what is on the page, from the GET request, and what it needs to do with it. The client only needs to tell the remote resource store what it did. In this pattern the controller is relegated to nothing more than acting on model data and letting the client know if it succeeded or failed. So in short.
The AJAX head design pattern forces the view and controller to work in isolation with the most minimal coupling possible. Kind of like a web service.
This may seem like a daunting list, but its pretty simple when you break it down. Let's do each one at at time with some of the current code from HomeMarks. The HomeMarks app is my first check on the list. When I did this app just about EVERYTHING was done via an AJAX call to update the page. Now on to the others.
The ActionController::Base#head method and HTTP status codes are the second item on the list. The head method is very useful when you just want to respond with HTTP headers and no body content. This is typical behavior when an app responds to external web services requests. This is important to note, I chose to rely on head responses as a way to meet my design decision of not using any RJS responses from the controller.
The basic usage of the head method is simple, you just pass a symbol to the head method that is the lowercase underscore equivalent to an HTTP status code. For instance, if you wanted to respond with success, choose a status code from the 200 range, the easiest being 'OK', which would look like head(:ok)
. If you wanted to respond to bad authentication, you might use the 401 code like so, head(:unauthorized)
. Here is an example from HomeMarks restful user signup action.
There is actually a number of things going on in those 2 lines of code above. If the user is created, the AJAX request will get a simple 'OK' message via the head method. Obviously the client will need to know what to do on its own. But if errors happen what to do? This brings us to...
When Rails 2 came out, it gave us a very useful tool for our controllers, the ActionController#rescue_from method. It allows you to delegate exception handling to a method either per controller or site wide for a specific exception class. So enter the RenderInvalidRecord module, show below.
{% highlight ruby %} module RenderInvalidRecord def self.included(base) base.rescue_from(ActiveRecord::RecordInvalid, :with => :render_invalid_record) end protected def render_invalid_record(exception) record = exception.record respond_to do |format| format.html { render :action => (record.new_record? ? 'new' : 'edit') } format.js { render :json => record.errors.full_messages, :status => :unprocessable_entity, :content_type => 'application/json' } format.xml { render :xml => record.errors.full_messages, :status => :unprocessable_entity } format.json { render :json => record.errors.full_messages, :status => :unprocessable_entity } end end end {% endhighlight %}
Once included in your application.rb file, every ActiveRecord::RecordInvalid exception will be handled by the render_invalid_record method. I use this pattern often and it is the primary reason I always use the bang methods that end with an exclamation point, such as create!
or save!
. This module above was inspired by Joshua Peek's own module of the same name but has been edited here to fit my needs. Both the "xml" and "html" response formats are not used by HomeMarks but are included here to show how this module can work for any request type.
Now, how this fits into the AJAX Head pattern. The design decision of not having RJS responses means one of two things needs to come from the response. First, if the response is a success, meaning in the 200 range, then it is assumed that the client only needs to know that all is 'OK'. Second, if the request has errors, then the response needs to communicate them. I choose JSON for the format of these errors since all AJAX request objects from Prototype automatically include a application/json
accept header. So that is why I changed both the "js" and the "json" response type in the RenderInvalidRecord module to both serialize the objects full error messages into a JSON array with an HTTP status code of 422 "Unprocessable Entity" which seemed to make the most sense to me. This pretty much wraps up the server side part of the pattern. Now onto the client side. Everything from here on is personal taste on how your client will react to an "good" or "bad" response object.
I can not stress enough how much you have to bake your own functions to handle the client side reaction to both good and bad AJAX responses. The client's ability to know what to do with errors will be tightly coupled to AJAX handlers and the design choices of your site. In the examples below I have broken up methods in the same JavaScript classes to show you the parts for a specific behavior in a more concise manner. Also please note that I am using Prototype module and class organization heavily in HomeMarks. This allows me to build a Base JavaScript module and classes that mimic Rails models which inherit/mixin Base methods. I also use the Scriptaculous Builder class for creating DOM fragments too. Now back to business.
The first part of the AJAX head pattern was to use unobtrusive JavaScript. Because of this design choice, there are no remote_form_for
methods in the HomeMarks view code. All forms are simple form_for
methods. Below is a sample of the HomeMarksSite JavaScript class that creates AJAX handlers for all site forms. The below example is slimmed down to only show the initialization of this behavior for the signup form. But no matter which form is given this behavior the process is the same.
startAjaxForm()
. It does the following:delegateCompleteAjaxForm()
function will be called with both the form object and the AJAX request object. The logic of this function includes:completeAjaxForm()
function. This function will replace the loading spinner with an image that reflects a good or bad response.messagesToList()
that process the response into a DOM <ul> list.
Currently I have 3 client-side options that I can use to present errors back to the user from the JSON array in AJAX response. The first I started out with was using the alert()
function. That got boring real quick, but I left my implementation below which is part of the base class, called messagesToAlert()
.
The second slightly more interesting way was to create a flash message that used the same XHTML/CSS already present in my layout file. This was real easy to implement. Basically using the ERB fragment below in my layout, I guaranteed that I had 3 unique DOM elements for each of my flash message styles, good/bad/indif. Now all I had to do was to create an accessor in my HomeMarksSite class. I choose this.flashes
. I then created a clearFlashes()
function and then a flash()
function that would take the mood and the HTML to embed, viola â€“ I can now call this.flash.('good',someHTML)
and I get the same type of flash one would have seen if I set it in the controller and rendered. Note, this is what I used on the the signup form success above.
Lastly, and probably the coolest, is the HomeMarksModal JavaScript class I created. This is my new default way of errors to a user. It can be seen in all my video examples on this page. To the right is another example of the login form that uses the same handlers described above. The HomeMarksModal JavaScript class is a bit large to paste inline in this article, but if you want to see the latest version, you can always get it from the master branch of the homemarks_core project on Github.com. When you bind an instance of this object to the window/document, it will automatically crate the modal HTML using Builder. If you want to use it, make sure to get the CSS and images the project too. Below is a function that I put in my site class that allows me to call this.flashModal('good',someHTML))
.
This article turned out a lot longer than I had wanted. The AJAX head pattern is pretty simple and it is really fun to see a two line user signup action yield such interactive results. Something also feels good about not putting view code in the controller, yes you can look at inline RJS as view code. Sure it requires that you do a lot more JS work, but there are benefits.
Image you have team of programmers, one person can stay in model/controller land while the other stays on the view/javascript. The model/controller person would write their own tests (PLEASE TAKE A LOOK AT MINE), while the view/javascript person might even take the initiative to use selenium to test the JavaScript. At the time of this writing, I have not done any selenium tests since the plugin for rails is not compatible for 2.0. That last benefit I could think of for this design pattern is that you could easily update view code without restarting your rails app. Just update the JavaScripts and your good to go.
In closing, please let me know what you think. Perhaps you have a better name for the design pattern? Perhaps someone else has a name for it already?


The most important piece of information about a server is whether it
supports persistent connections. If this is the case, Polipo will
open at most serverSlots
connections to that server
(serverSlots1
if the server only implements HTTP/1.0), and
attempt to pipeline; if not, Polipo will hit the server harder,
opening up to serverMaxSlots
connections.
Another use of server information is to decide whether to pipeline
additional requests on a connection that already has in-flight
requests. This is controlled by the variable
pipelineAdditionalRequests
; if it is false
, no
additional requests will be pipelined. If it is true
,
additional requests will be pipelined whenever possible. If it is
maybe
(the default), additional requests will only be pipelined
following small requests, where a small request one whose
download is estimated to take no more than smallRequestTime
(default 5s).
Sometimes, a request has been pipelined after a request that prompts a
very large reply from the server; when that happens, the pipeline
needs be broken in order to reduce latency. A reply is large
and will cause a pipeline to be broken if either its size is at least
replyUnpipelineSize
(default one megabyte) or else the server's
transfer rate is known and the body is expected to take at least
replyUnpipelineTime
to download (default 15s).
The variable maxPipelineTrain
defines the maximum number of
requests that will be pipelined in a single write (default 10).
Setting this variable to a very low value might (or might not) fix
interaction with some unreliable servers that the normal heuristics
are unable to detect.
The variable maxSideBuffering
specifies how much data will be
buffered in a PUT or POST request; it defaults to 1500 bytes. Setting
this variable to 0 may cause some media players that abuse the HTTP
protocol to work.


- Call(Object, int, Object, int, int, Datatype) - Method in class mpi.User_function
-
User-defined function for a new Op.
- Cancel() - Method in class mpi.Request
-
Mark a pending nonblocking communication for cancellation.
- CART - Static variable in class mpi.MPI
-
- Cartcomm - Class in mpi
-
- CartParms - Class in mpi
-
- CHAR - Static variable in class mpi.MPI
-
- clone() - Method in class mpi.Cartcomm
-
- clone() - Method in class mpi.Comm
-
Duplicate this communicator.
- clone() - Method in class mpi.Graphcomm
-
- clone() - Method in class mpi.Intercomm
-
where would peer communicator come from ...and also localleader,
and remoteleader ....
- clone() - Method in class mpi.Intracomm
-
Clone the communicator This method will be called only by intracommunicator
....
- code - Variable in class mpi.Group
-
- Comm - Class in mpi
-
- COMM_NULL - Static variable in class mpi.MPI
-
- COMM_SELF - Static variable in class mpi.MPI
-
- COMM_WORLD - Static variable in class mpi.MPI
-
- Commit() - Method in class mpi.Datatype
-
Commit a derived datatype.
- Compare(Comm, Comm) - Static method in class mpi.Comm
-
Compare two communicators.
- Compare(Group, Group) - Static method in class mpi.Group
-
Compare two groups.
- Compare(Comm, Comm) - Static method in class mpi.Intracomm
-
Compare two communicators.
- CONGRUENT - Static variable in class mpi.MPI
-
- Contiguous(int, Datatype) - Static method in class mpi.Datatype
-
Construct new datatype representing replication of old datatype into
contiguous locations.
- Coords(int) - Method in class mpi.Cartcomm
-
Translate process rank to logical process coordinates.
- coords - Variable in class mpi.CartParms
-
- Create(Group) - Method in class mpi.Intracomm
-
Create a new communicator.
- Create_cart(int[], boolean[], boolean) - Method in class mpi.Intracomm
-
Create a Cartesian topology communicator whose group is a subset of the
group of this communicator.
- Create_graph(int[], int[], boolean) - Method in class mpi.Intracomm
-
Create a graph topology communicator whose group is a subset of the group
of this communicator.
- Create_intercomm(Comm, int, int, int) - Method in class mpi.Comm
-
Create an inter-communicator.
- Scan(Object, int, Object, int, int, Datatype, Op) - Method in class mpi.Intracomm
-
Perform a prefix reduction on data distributed across the group.
- Scatter(Object, int, int, Datatype, Object, int, int, Datatype, int) - Method in class mpi.Intracomm
-
Inverse of the operation Gather.
- Scatterv(Object, int, int[], int[], Datatype, Object, int, int, Datatype, int) - Method in class mpi.Intracomm
-
Inverse of the operation Gatherv.
- Send(Object, int, int, Datatype, int, int) - Method in class mpi.Comm
-
Blocking send operation.
- send(Object, int, int, Datatype, int, int, boolean) - Method in class mpi.Comm
-
- Send_init(Object, int, int, Datatype, int, int) - Method in class mpi.Comm
-
Creates a persistent communication request for a standard mode send.
- SEND_OVERHEAD - Static variable in class mpi.MPI
-
These should be accessed after calling MPI.Init()
- Sendrecv(Object, int, int, Datatype, int, int, Object, int, int, Datatype, int, int) - Method in class mpi.Comm
-
Execute a blocking send and receive operation.
- sendrecv(Object, int, int, Datatype, int, int, Object, int, int, Datatype, int, int) - Method in class mpi.Comm
-
- Sendrecv_replace(Object, int, int, Datatype, int, int, int, int) - Method in class mpi.Comm
-
Execute a blocking send and receive operation, receiving message into send
buffer.
- Shift(int, int) - Method in class mpi.Cartcomm
-
Compute source and destination ranks for ``shift'' communication.
- ShiftParms - Class in mpi
-
- SHORT - Static variable in class mpi.MPI
-
- SHORT2 - Static variable in class mpi.MPI
-
Its actually not good to call the following basic datatypes because they
are not ...
- SIMILAR - Static variable in class mpi.MPI
-
- Size() - Method in class mpi.Comm
-
Size of group of this communicator.
- Size() - Method in class mpi.Datatype
-
Returns the total size of a datatype - the number of buffer elements it
represents.
- Size() - Method in class mpi.Group
-
Size of group.
- Split(int, int) - Method in class mpi.Intracomm
-
Partition the group associated with this communicator and create a new
communicator within each subgroup.
- Ssend(Object, int, int, Datatype, int, int) - Method in class mpi.Comm
-
Send in synchronous mode.
- ssend(Object, int, int, Datatype, int, int, boolean) - Method in class mpi.Comm
-
- Ssend_init(Object, int, int, Datatype, int, int) - Method in class mpi.Comm
-
Creates a persistent communication request for a synchronous mode send.
- Start() - Method in class mpi.Prequest
-
Activate a persistent communication request.
- Startall(Prequest[]) - Static method in class mpi.Prequest
-
Activate a list of communication requests.
- Status - Class in mpi
-
- Status(mpjdev.Status) - Constructor for class mpi.Status
-
- Status() - Constructor for class mpi.Status
-
Constructor
- Struct(int[], int[], Datatype[]) - Static method in class mpi.Datatype
-
The most general type constructor.
- Sub(boolean[]) - Method in class mpi.Cartcomm
-
Partition Cartesian communicator into subgroups of lower dimension.
- SUM - Static variable in class mpi.MPI
-


 You manage to toss it in the air and catch it in your mouth.
 Most of it flows into your stomach, but some shimmies down the wrong pipe, frying your lungs.
Before you pass away, you do get to taste a bit of the fish. Worth it is your last thought.


© javiercejudo.com 2013 // by Javier Cejudo // View on GitHub // Built with AngularJS {{ version.full }}


technical - skills > _
Download my resume and if you find me interesting enough, feel free to give a call.
Make sure to check them out
Web developer
Thanks for going through my portfolio.
I have listed my skills and all the things that I have worked upon.
I am a passisonate web developer, always ready to learn something new and exciting. New challanges always
excite me and make me motivated.
What I believe is
If you are not going forward, then you are going backward..
So, following this motto I make sure that I am always learning and improving.
If you feel like we should connect, just drop me an email saying
Hi (
). And I will reply back for sure.
See you soon.


Due to financial restrictions and difficult economy situation in regions where most of our contributors live, we are
forced to open a fundraiser to pay the hosting for our website. This project is aimed to remain free to use and
fully advertising free in the future.
Our goal is to cover {{ goal | currency : 'EUR' }} that is the cost of 1 year of website existence.
Cryptocurrencies
BTC: 1MWvxGbj5F5mT4cysuKH6jZrR1UXN6rgmA
BCH: qrssh8d7kycs4rvknqzkyejlp5xqkvgmv5rj0v0vrh
ETH: 0xc809dba4CDA380555a993E1dD45f7715d4503aC2
Donate with


{% extends "base.html" %} {% load static %} {% block content %}
This equipment management web application provides access to and recording of information on equipment inventory and related actions. It is based on the Equipment Extension of Version 2 of the Observations Data Model (ODM2). This interface is designed for monitoring networks using in situ sensors to manage physical infrastructure and link it to observational data.
This project is receiving or has received support from a number of agencies and complementary efforts including:


Example: Accordion
This sample adds some custom CSS to a standard Fancytree, to mimic an accordion widget.
Skin:
Auto-Collapse
jquery.fancytree.js project home
Link to this page
Example Browser
View source code


Order by Phone
Not eating in? Call ahead to place your order and we can have it waiting for you.
Monday - Saturday 6am - 9pm
Sunday 8am - 3pm
Phone:<PHONE_NUMBER>
Address:31 W 2nd Ave.
Lexington, NC 27292
Whether it is for a business meeting, family celebration on anything in between, the Village Grill will cater your groups needs! We also offer private and semi-private areas for meetings and parties with advanced notice.


git fetch
, which retrieves all the branch heads as remotes/REPOSITORYNAME/BRANCHNAME
.
This default behaviour is OK for most cases.
In other words, the default refspec is "+refs/heads/*:refs/remotes/REPOSITORYNAME/*" where REPOSITORYNAME
is the value
you specify in the above "name of repository" textbox.
When do you want to modify this value? A good example is when you want to just retrieve one branch. For example,
+refs/heads/master:refs/remotes/origin/master
would only retrieve the master branch and nothing else.
The plugin uses a default refspec for its initial fetch, unless the "Advanced Clone Option" is set to honor refspec. This keeps compatibility with previous behavior, and allows the job definition to decide if the refspec should be honored on initial clone.
Multiple refspecs can be entered by separating them with a space character.
+refs/heads/master:refs/remotes/origin/master +refs/heads/develop:refs/remotes/origin/develop
retrieves the master branch and the develop branch and nothing else.
See the refspec definition in Git user manual for more details.


This is an attempt at producing API reference documentation for NrvrCommander from the source code of NrvrCommander, hyperlinkable, semi-automatically, for what it's worth.
Deficiencies in this documentation are not representative of the quality of the software itself.
This page has been created manually, all linked pages by a script using pydoc. Hence you could edit this page. Package and module pages if edited would get overwritten.


{% include header.html %} {% include mobile-menu.html %} We Provide Business Succed Tools for You.


It Is Recommended That You Update The Latest Antivirus !
Due to the latest problems with , we have released an update of the Android Antivirus which will find all viruses and Malware threats and will also clean junk files and improve battery life.
Update right now to boost your and improve performance of your phone and improve battery life.
Install the recommended antivirus for FREE to clean and strengthen your immediately!
1 minutes 52 seconds


The Mozilla team believes SensorWeb is a model that can be used to solve diverse problems worldwide. Please let us know if you have ideas or are experiencing a problem that you believe can be solved by using sensors to monitor an environment and publishing that data for public access.


DON'T BE A MENACE TO SOUTH CENTRAL WHILE DRINKING YOUR JUICE IN THE HOOD A film review by James Berardinelli Copyright 1996 James Berardinelli
RATING (0 TO 10): 4.5 Alternative Scale: ** out of ****
United States, 1996 U.S. Release Date: 1/12/96 (wide) Running Length: 1:28 MPAA Classification: R (Profanity, mock violence, mature themes) Theatrical Aspect Ratio: 1.85:1
Cast: Shawn Wayans, Marlon Wayans, Tracey Jones, Sulli McCullough, Chris Spencer, Helen Martin Director: Paris Barclay Producers: Keenen Ivory Wayans and Eric Gold Screenplay: Shawn Wayans, Marlon Wayans, Phil Beauman Cinematography: Russ Brandt Music: John Barnes U.S. Distributor: Miramax Films
On the surface, it sounds like a good idea to satirize the numerous black urban films that have reached movie screens since the release of John Singleton's groundbreaking BOYZ 'N THE HOOD. The failure of this movie, therefore, has less to do with the premise than with the execution. Probably the most inventive aspect of Shawn and Marlon Wayans' DON'T BE A MENACE TO SOUTH CENTRAL WHILE DRINKING YOUR JUICE IN THE HOOD is the title. Rather than going for biting, hard-hitting satire, this movie constantly takes the easy way out -- cheap, tired gags that the viewer can see coming. Moments worth more than a strained chuckle are disappointingly few.
Watching DON'T BE A MENACE, I was strongly reminded of Mel Brooks' recent spate of lackluster comedies (SPACEBALLS, LIFE STINKS, ROBIN HOOD: MEN IN TIGHTS, DRACULA: DEAD AND LOVING IT). This film has much the same level of humor -- stale, obvious, and only occasionally funny. In fact, given a similar concept, Brooks probably would have come up with something similar to DON'T BE A MENACE.
At one point or another, DON'T BE A MENACE offers a parody of just about every inner city drama of the '90s. Singleton's work is the most frequently targeted: the storyline is loosely based on BOYZ 'N THE HOOD, there's a scene featuring a girl reading a poem while music from POETIC JUSTICE plays in the background, and Omar Epps has a cameo on his way to HIGHER LEARNING. The most involving part of DON'T BE A MENACE is identifying the many references to previous films.
The two Wayans, best known from IN LIVING COLOR, play friends Ashtray and Loc Dog, a couple of high school kids roaming the hood, getting shot at, impregnating girls, and being put in their place by a tough-talking, trigger-happy granny.  It has a similar style, but isn't as amusing. SUCKA was no masterpiece, but its uneven sendup of Blaxploitation pictures boasted several inspired comic sequences.
That's not to say that DON'T BE A MENACE doesn't have its moments. A few scenes stand out. One lampoons STAND BY ME. Another has a grocery store owner watching Ashtray and Loc like a hawk while a neatly- dressed white guy robs her blind. A third has LA cops playing the "Rodney King video game".  There are laughs to be had, but not enough to lift this film out of its morass of mediocrity. Unfortunately, this is recycled -- not cutting-edge -- humor.
- James Berardinelli<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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Amazing Sales People
Home
Books
About
Contact
Six Famous Sales People Of All Time
John H. Patterson
David Ogilvy
Mary Kay Ash
Dale Carnegie
Joe Girard
Erica Feidner


Overview
KPT Functions are client-side programs that make it easy to operate on a repository of Kubernetes configuration files.
Use cases:
- Configuration Validation: e.g. Require all
Namespace
configurations to have acost-center
label. - Configuration Generation: e.g. Provide a blueprint for new services by generating a
Namespace
with organization-mandated defaults forRBAC
,ResourceQuota
, etc. - Configuration Transformation: e.g. Update all
PodSecurityPolicy
configurations to improve the security posture.
KPT functions can be run locally or as part of a CI/CD pipeline.
In GitOps workflows, KPT functions read and write configuration files from a Git repo. Changes to the system authored by humans and mutating KPT functions are reviewed before being committed to the repo. KPT functions can be run as pre-commit or post-commit steps to validate configurations before they are applied to a cluster.
Next Steps
FAQ
Why KPT Functions
- Configuration as data: Many configuration tools conflate data with the operations on that data (e.g. YAML files embedding a templating language). As configuration becomes complex, it becomes hard to read and understand. Our design philosophy is to keep configuration as data, which enables us to programmatically manipulate it using stateless programs called functions.
- Unix philosophy: Functions should be small, reusable, and composable. By implementing the Configuration Functions Specification, we can develop a catalog of useful, interoperable functions.
Why a Typescript SDK
We provide an opinionated Typescript SDK for implementing KPT Functions. This provides various advantages:
- General-purpose language: Domain-Specific Languages begin their life with a reasonable
feature set, but often grow over time. They bloat in order to accommodate the tremendous variety
of customer use cases. Rather than follow this same course, KPT functions employ a true,
general-purpose programming language that provides:
- Proper abstractions and language features
- A extensive ecosystem of tooling (e.g. IDE support)
- A comprehensive catalog of well-supported libraries
- Robust community support and detailed documentation
- Type-safety: Kubernetes configuration is typed, and its schema is defined using the OpenAPI spec. Typescript has a sophisticated type system that accommodates the complexity of Kubernetes resources. The SDK enables generating Typescript classes for core and CRD types, providing safe and easy interaction with Kubernetes objects.
- Batteries-included: The SDK provides a simple, powerful API for querying and manipulating configuration files. It provides the scaffolding required to develop, build, test, and publish functions, allowing you to focus on implementing your business-logic.
Community and Feedback
We’d love to hear from you!
Last modified March 26, 2020: Use hugo generated docs. (#128) (86b4419)


Extends
- videojs.RecordEngine
Methods
dispose()
Remove any temporary data and references to streams.
- Source:
pause()
Pause recording.
- Source:
resume()
Resume recording.
- Source:
saveAs(name)
Show save as dialog in browser so the user can store the recorded media
locally.
Parameters:
| Name | Type | Description |
|---|---|---|
name |
object | Object with names for the particular blob(s) you want to save. File extensions are added automatically. For example: {'video': 'name-of-video-file'}. Supported keys are 'audio', 'video' and 'gif'. |
- Source:
setup()
Setup recording engine.
- Source:
start()
Start recording.
- Source:
stop()
Stop recording. Result will be available async when onStopRecording
is called.
- Source:


My Smart Parking - - Your Route
Start:
Waypoints:
End:
CheckOut
Instructions:
Enter the start location in the "Start" search box
Enter up to 8 waypoint locations in the "Waypoints" box in any order
Enter the end location in the "End" box
Mouseover a location on the left panel to view its address
Delete waypoints with the red x; change start/end by entering a new location


|
| Value |
Description |
Notes |
|
| A101 |
CD standard audio format |
CD ‘red book’ format |
| A102 |
SACD super audio format |
|
| A103 |
MP3 format |
MPEG-1/2 Audio Layer III file |
| A104 |
WAV format |
|
| A105 |
Real Audio format |
|
| A106 |
WMA |
Windows Media Audio format |
| A107 |
AAC |
Advanced Audio Coding format |
| A108 |
Ogg/Vorbis |
Vorbis audio format in the Ogg container |
| A109 |
Audible |
Audio format proprietary to Audible.com |
| A110 |
FLAC |
Free lossless audio codec |
| A111 |
AIFF |
Audio Interchangeable File Format |
| A112 |
ALAC |
Apple Lossless Audio Codec |
| A201 |
DAISY 2: full audio with title only (no navigation) |
Deprecated, as does not meet DAISY 2 standard. Use conventional audiobook codes instead |
| A202 |
DAISY 2: full audio with navigation (no text) |
|
| A203 |
DAISY 2: full audio with navigation and partial text |
|
| A204 |
DAISY 2: full audio with navigation and full text |
|
| A205 |
DAISY 2: full text with navigation and partial audio |
Reading systems may provide full audio via text-to-speech |
| A206 |
DAISY 2: full text with navigation and no audio |
Reading systems may provide full audio via text-to-speech |
| A207 |
DAISY 3: full audio with title only (no navigation) |
Deprecated, as does not meet DAISY 3 standard. Use conventional audiobook codes instead |
| A208 |
DAISY 3: full audio with navigation (no text) |
|
| A209 |
DAISY 3: full audio with navigation and partial text |
|
| A210 |
DAISY 3: full audio with navigation and full text |
|
| A211 |
DAISY 3: full text with navigation and partial audio |
Reading systems may provide full audio via text-to-speech |
| A212 |
DAISY 3: full text with navigation and no audio |
Reading systems may provide full audio via text-to-speech |
| A301 |
Standalone audio |
|
| A302 |
Readalong audio |
Audio intended exclusively for use alongside a printed copy of the book. Most often a children’s product. Normally contains
instructions such as ‘turn the page now’ and other references to the printed item, and is usually sold packaged together with
a printed copy
|
| A303 |
Playalong audio |
Audio intended for musical accompaniment, eg ‘Music minus one’, etc, often used for music learning. Includes singalong backing
audio for musical learning or for Karaoke-style entertainment
|
| A304 |
Speakalong audio |
Audio intended for language learning, which includes speech plus gaps intended to be filled by the listener |
| A305 |
Synchronised audio |
Audio synchronised to text within an e-publication, for example an EPUB3 with audio overlay. Synchronisation at least at paragraph
level, and covering the full content
|
| A410 |
Mono |
Includes 'stereo' where channels are identical |
| A420 |
Stereo |
|
| A421 |
Stereo 2.1 |
Stereo plus low-frequency channel |
| A441 |
Surround 4.1 |
Five-channel audio (including low-frequency channel) |
| A451 |
Surround 5.1 |
Six-channel audio (including low-frequency channel) |
| B101 |
Mass market (rack) paperback |
In North America, a category of paperback characterized partly by page size (typically 4¼ x 7 1/8 inches) and partly by target
market and terms of trade. Use with Product Form code BC
|
| B102 |
Trade paperback (US) |
In North America, a category of paperback characterized partly by page size and partly by target market and terms of trade.
AKA ‘quality paperback’, and including textbooks. Most paperback books sold in North America except ‘mass-market’ (B101) and
‘tall rack’ (B107) are correctly described with this code. Use with Product Form code BC
|
| B103 |
Digest format paperback |
In North America, a category of paperback characterized by page size and generally used for children’s books; use with Product
Form code BC. Note: was wrongly shown as B102 (duplicate entry) in Issue 3
|
| B104 |
A-format paperback |
In UK, a category of paperback characterized by page size (normally 178 x 111 mm approx); use with Product Form code BC |
| B105 |
B-format paperback |
In UK, a category of paperback characterized by page size (normally 198 x 129 mm approx); use with Product Form code BC |
| B106 |
Trade paperback (UK) |
In UK, a category of paperback characterized partly by size (usually in traditional hardback dimensions), and often used for
paperback originals; use with Product Form code BC (replaces ‘C-format’ from former List 8)
|
| B107 |
Tall rack paperback (US) |
In North America, a category of paperback characterised partly by page size and partly by target market and terms of trade;
use with Product Form code BC
|
| B108 |
A5 size Tankobon |
210x148mm |
| B109 |
JIS B5 size Tankobon |
Japanese B-series size, 257x182mm |
| B110 |
JIS B6 size Tankobon |
Japanese B-series size, 182x128mm |
| B111 |
A6 size Bunko |
148x105mm |
| B112 |
B40-dori Shinsho |
Japanese format, 182x103mm or 173x105mm |
| B113 |
Pocket (Sweden, Norway, France) |
A Swedish, Norwegian, French paperback format, of no particular fixed size. Use with Product Form Code BC |
| B114 |
Storpocket (Sweden) |
A Swedish paperback format, use with Product Form Code BC |
| B115 |
Kartonnage (Sweden) |
A Swedish hardback format, use with Product Form Code BB |
| B116 |
Flexband (Sweden) |
A Swedish softback format, use with Product Form Code BC |
| B117 |
Mook / Bookazine |
A softback book in the format of a magazine, usually sold like a book. Use with Product Form code BC |
| B118 |
Dwarsligger |
Also called ‘Flipback’. A softback book in a specially compact proprietary format with pages printed in landscape on very
thin paper and bound along the long (top) edge – see www.dwarsligger.com
|
| B119 |
46 size |
Japanese format: 188x127mm |
| B120 |
46-Henkei size |
Japanese format |
| B121 |
A4 |
297x210mm |
| B122 |
A4-Henkei size |
Japanese format |
| B123 |
A5-Henkei size |
Japanese format |
| B124 |
B5-Henkei size |
Japanese format |
| B125 |
B6-Henkei size |
Japanese format |
| B126 |
AB size |
257x210mm |
| B127 |
JIS B7 size |
Japanese B-series size, 128x91mm |
| B128 |
Kiku size |
Japanese format: 218x152mm or 227x152mm |
| B129 |
Kiku-Henkei size |
Japanese format |
| B130 |
JIS B4 size |
Japanese B-series size, 257x364mm |
| B131 |
Paperback (DE) |
German paperback format, greater than 205mm high, with flaps. Use with Product form code BC |
| B132 |
Libro de bolsillo |
Spanish pocket paperback |
| B201 |
Coloring / join-the-dot book |
|
| B202 |
Lift-the-flap book |
|
| B204 |
Miniature book |
Note: was wrongly shown as B203 (duplicate entry) in Issue 3 |
| B205 |
Moving picture / flicker book |
|
| B206 |
Pop-up book |
|
| B207 |
Scented / ‘smelly’ book |
|
| B208 |
Sound story / ‘noisy’ book |
|
| B209 |
Sticker book |
|
| B210 |
Touch-and-feel book |
A book whose pages have a variety of textured inserts designed to stimulate tactile exploration: see also B214 and B215 |
| B212 |
Die-cut book |
A book which is cut into a distinctive non-rectilinear shape and/or in which holes or shapes have been cut internally. (‘Die-cut’
is used here as a convenient shorthand, and does not imply strict limitation to a particular production process)
|
| B213 |
Book-as-toy |
A book which is also a toy, or which incorporates a toy as an integral part. (Do not, however, use B213 for a multiple-item
product which includes a book and a toy as separate items)
|
| B214 |
Soft-to-touch book |
A book whose cover has a soft textured finish, typically over board |
| B215 |
Fuzzy-felt book |
A book with detachable felt pieces and textured pages on which they can be arranged |
| B221 |
Picture book |
Children’s picture book: use with applicable Product Form code |
| B222 |
‘Carousel’ book |
(aka ‘Star’ book). Tax treatment of products may differ from that of products with similar codes such as Book as toy or Pop-up
book)
|
| B223 |
Pull-the-tab book |
A book with movable card 'tabs' within the pages. Pull a tab to reveal or animate part of a picture (distinct from a ‘lift-the-flap’
book, where flaps simply reveal hidden pictures, and not a ‘pop-up’ book with 3D paper engineering)
|
| B301 |
Loose leaf – sheets and binder |
Use with Product Form code BD |
| B302 |
Loose leaf – binder only |
Use with Product Form code BD |
| B303 |
Loose leaf – sheets only |
Use with Product Form code BD |
| B304 |
Sewn |
AKA stitched; for ‘saddle-sewn’, see code B310 |
| B305 |
Unsewn / adhesive bound |
Including ‘perfect bound’, ‘glued’ |
| B306 |
Library binding |
Strengthened cloth-over-boards binding intended for libraries: use with Product form code BB |
| B307 |
Reinforced binding |
Strengthened binding, not specifically intended for libraries: use with Product form code BB or BC |
| B308 |
Half bound |
Must be accompanied by a code specifiying a material, eg ‘half-bound real leather’ |
| B309 |
Quarter bound |
Must be accompanied by a code specifiying a material, eg ‘quarter bound real leather’ |
| B310 |
Saddle-sewn |
AKA ‘saddle-stitched’ or ‘wire-stitched’ |
| B311 |
Comb bound |
Round or oval plastic forms in a clamp-like configuration: use with Product Form code BE |
| B312 |
Wire-O |
Twin loop metal wire spine: use with Product Form code BE |
| B313 |
Concealed wire |
Cased over Coiled or Wire-O binding: use with Product Form code BE and Product Form Detail code B312 or B315 |
| B314 |
Coiled wire bound |
Spiral wire bound. Use with product form code BE. The default if a spiral binding type is not stated. Cf. Comb and Wire-O
binding
|
| B315 |
Trade binding |
Hardcover binding intended for general consumers rather than libraries, use with Product form code BB. The default if a hardcover
binding detail is not stated. cf. Library binding
|
| B316 |
Swiss binding |
Cover is attached to the book block along only one edge of the spine, allowing the cover to lay flat |
| B317 |
Notched binding |
Refinement of perfect binding, with notches cut in the spine of the book block prior to glueing, to improve adhesion and durability |
| B400 |
Self-covered |
Covers do not use a distinctive stock, but are the same as the body pages |
| B401 |
Cloth over boards |
AKA fabric, linen over boards |
| B402 |
Paper over boards |
|
| B403 |
Leather, real |
|
| B404 |
Leather, imitation |
|
| B405 |
Leather, bonded |
|
| B406 |
Vellum |
|
| B409 |
Cloth |
Cloth, not necessarily over boards – cf B401 |
| B410 |
Imitation cloth |
Spanish ‘simil-tela’ |
| B411 |
Velvet |
|
| B412 |
Flexible plastic/vinyl cover |
AKA ‘flexibound’: use with Product Form code BC |
| B413 |
Plastic-covered |
|
| B414 |
Vinyl-covered |
|
| B415 |
Laminated cover |
Book, laminating material unspecified: use L101 for ‘whole product laminated’, eg a laminated sheet map or wallchart |
| B416 |
Card cover |
With card cover (like a typical paperback). As distinct from a self-cover or more elaborate binding |
| B501 |
With dust jacket |
Type unspecified |
| B502 |
With printed dust jacket |
Used to distinguish from B503 |
| B503 |
With translucent dust cover |
With translucent paper or plastic protective cover |
| B504 |
With flaps |
For paperback with flaps |
| B505 |
With thumb index |
|
| B506 |
With ribbon marker(s) |
If the number of markers is significant, it can be stated as free text in <ProductFormDescription> |
| B507 |
With zip fastener |
|
| B508 |
With button snap fastener |
|
| B509 |
With leather edge lining |
AKA yapp edge? |
| B510 |
Rough front |
With edge trimming such that the front edge is ragged, not neatly and squarely trimmed: AKA deckle edge, feather edge, uncut
edge, rough cut
|
| B511 |
Foldout |
With one or more gatefold or foldout sections bound in |
| B512 |
Wide margin |
Pages include extra-wide margin specifically intended for hand-written annotations |
| B513 |
With fastening strap |
Book with attached loop for fixing to baby stroller, cot, chair etc |
| B514 |
With perforated pages |
With one or more pages perforated and intended to be torn out for use |
| B515 |
Acid-free paper |
Printed on acid-free or alkaline buffered paper conforming with ISO 9706 |
| B516 |
Archival paper |
Printed on acid-free or alkaline bufferred paper with a high cotton content, conforming with ISO 11108 |
| B601 |
Turn-around book |
A book in which half the content is printed upside-down, to be read the other way round. Also known as a ‘flip-book’, ‘back-to-back’,
(fr.) ‘tête-bêche’ (usually an omnibus of two works)
|
| B602 |
Unflipped manga format |
Manga with pages and panels in the sequence of the original Japanese, but with Western text |
| B610 |
Syllabification |
Text shows syllable breaks |
| B701 |
UK Uncontracted Braille |
Single letters only. Was formerly identified as UK Braille Grade 1 |
| B702 |
UK Contracted Braille |
With some letter combinations. Was formerly identified as UK Braille Grade 2 |
| B703 |
US Braille |
For US Braille, prefer codes B704 and B705 as appropriate |
| B704 |
US Uncontracted Braille |
|
| B705 |
US Contracted Braille |
|
| B706 |
Unified English Braille |
For UEB, prefer codes B708 and B709 as appropriate |
| B707 |
Moon |
Moon embossed alphabet, used by some print-impaired readers who have difficulties with Braille |
| B708 |
Unified English Uncontracted Braille |
|
| B709 |
Unified English Contracted Braille |
|
| D101 |
Real Video format |
Proprietary RealNetworks format. Includes Real Video packaged within a .rm RealMedia container |
| D102 |
Quicktime format |
|
| D103 |
AVI format |
|
| D104 |
Windows Media Video format |
|
| D105 |
MPEG-4 |
|
| D201 |
MS-DOS |
Use with an applicable Product Form code D*; note that more detail of operating system requirements can be given in a Product
Form Feature composite
|
| D202 |
Windows |
Use with an applicable Product Form code D*; see note on D201 |
| D203 |
Macintosh |
Use with an applicable Product Form code D*; see note on D201 |
| D204 |
UNIX / LINUX |
Use with an applicable Product Form code D*; see note on D201 |
| D205 |
Other operating system(s) |
Use with an applicable Product Form code D*; see note on D201 |
| D206 |
Palm OS |
Use with an applicable Product Form code D*; see note on D201 |
| D207 |
Windows Mobile |
Use with an applicable Product Form code D*; see note on D201 |
| D301 |
Microsoft XBox |
Use with Product Form code DE or DB as applicable |
| D302 |
Nintendo Gameboy Color |
Use with Product Form code DE or DB as applicable |
| D303 |
Nintendo Gameboy Advanced |
Use with Product Form code DE or DB as applicable |
| D304 |
Nintendo Gameboy |
Use with Product Form code DE or DB as applicable |
| D305 |
Nintendo Gamecube |
Use with Product Form code DE or DB as applicable |
| D306 |
Nintendo 64 |
Use with Product Form code DE or DB as applicable |
| D307 |
Sega Dreamcast |
Use with Product Form code DE or DB as applicable |
| D308 |
Sega Genesis/Megadrive |
Use with Product Form code DE or DB as applicable |
| D309 |
Sega Saturn |
Use with Product Form code DE or DB as applicable |
| D310 |
Sony PlayStation 1 |
Use with Product Form code DE or DB as applicable |
| D311 |
Sony PlayStation 2 |
Use with Product Form code DE or DB as applicable |
| D312 |
Nintendo Dual Screen |
|
| D313 |
Sony PlayStation 3 |
|
| D314 |
Xbox 360 |
|
| D315 |
Nintendo Wii |
|
| D316 |
Sony PlayStation Portable (PSP) |
|
| E100 |
Other |
No code allocated for this e-publication format yet |
| E101 |
EPUB |
The Open Publication Structure / OPS Container Format standard of the International Digital Publishing Forum (IDPF) [File
extension .epub]
|
| E102 |
OEB |
The Open EBook format of the IDPF, a predecessor of the full EPUB format, still (2008) supported as part of the latter [File
extension .opf]. Includes EPUB format up to and including version 2 – but prefer code E101 for EPUB 2, and always use code
E101 for EPUB 3
|
| E103 |
DOC |
Microsoft Word binary document format [File extension .doc] |
| E104 |
DOCX |
Office Open XML / Microsoft Word XML document format (ISO/IEC 29500:2008) [File extension .docx] |
| E105 |
HTML |
HyperText Mark-up Language [File extension .html, .htm] |
| E106 |
ODF |
Open Document Format [File extension .odt] |
| E107 |
PDF |
Portable Document Format (ISO 32000-1:2008) [File extension .pdf] |
| E108 |
PDF/A |
PDF archiving format defined by ISO 19005-1:2005 [File extension .pdf] |
| E109 |
RTF |
Rich Text Format [File extension .rtf] |
| E110 |
SGML |
Standard Generalized Mark-up Language |
| E111 |
TCR |
A compressed text format mainly used on Psion handheld devices [File extension .tcr] |
| E112 |
TXT |
Text file format [File extension .txt]. Typically ASCII or Unicode UTF-8/16 |
| E113 |
XHTML |
Extensible Hypertext Markup Language [File extension .xhtml, .xht, .xml, .html, .htm] |
| E114 |
zTXT |
A compressed text format mainly used on Palm handheld devices [File extension .pdb – see also E121, E125, E130] |
| E115 |
XPS |
XML Paper Specification format [File extension .xps] |
| E116 |
Amazon Kindle |
A format proprietary to Amazon for use with its Kindle reading devices or software readers [File extensions .azw, .mobi, .prc] |
| E117 |
BBeB |
A Sony proprietary format for use with the Sony Reader and LIBRIé reading devices [File extension .lrf] |
| E118 |
DXReader |
A proprietary format for use with DXReader software |
| E119 |
EBL |
A format proprietary to the Ebook Library service |
| E120 |
Ebrary |
A format proprietary to the Ebrary service |
| E121 |
eReader |
A proprietary format for use with eReader (AKA ‘Palm Reader’) software on various hardware platforms [File extension .pdb
– see also E114, E125, E130]
|
| E122 |
Exebook |
A proprietary format with its own reading system for Windows platforms [File extension .exe] |
| E123 |
Franklin eBookman |
A proprietary format for use with the Franklin eBookman reader |
| E124 |
Gemstar Rocketbook |
A proprietary format for use with the Gemstar Rocketbook reader [File extension .rb] |
| E125 |
iSilo |
A proprietary format for use with iSilo software on various hardware platforms [File extension .pdb – see also E114, E121,
E130]
|
| E126 |
Microsoft Reader |
A proprietary format for use with Microsoft Reader software on Windows and Pocket PC platforms [File extension .lit] |
| E127 |
Mobipocket |
A proprietary format for use with Mobipocket software on various hardware platforms [File extensions .mobi, .prc]. Includes
Amazon Kindle formats up to and including version 7 – but prefer code E116 for version 7, and always use E116 for KF8
|
| E128 |
MyiLibrary |
A format proprietary to the MyiLibrary service |
| E129 |
NetLibrary |
A format proprietary to the NetLibrary service |
| E130 |
Plucker |
A proprietary format for use with Plucker reader software on Palm and other handheld devices [File extension .pdb – see also
E114, E121, E125]
|
| E131 |
VitalBook |
A format proprietary to the VitalSource service |
| E132 |
Vook |
A proprietary digital product combining text and video content and available to be used online or as a downloadable application
for a mobile device – see www.vook.com
|
| E133 |
Google Edition |
An epublication made available by Google in association with a publisher; readable online on a browser-enabled device and
offline on designated ebook readers
|
| E134 |
Book ‘app’ for iOS |
Epublication packaged as application for iOS (eg Apple iPhone, iPad etc), containing both executable code and content. Use
<ProductContentType> to describe content, and <ProductFormFeatureType> to list detailed technical requirements
|
| E135 |
Book ‘app’ for Android |
Epublication packaged as application for Android (eg Android phone or tablet), containing both executable code and content.
Use <ProductContentType> to describe content, and <ProductFormFeatureType> to list detailed technical requirements
|
| E136 |
Book ‘app’ for other operating system |
Epublication packaged as application, containing both executable code and content. Use where other ‘app’ codes are not applicable.
Technical requirements such as target operating system and/or device should be provided eg in <ProductFormFeatureType>. Content
type (text or text plus various ‘enhancements’) may be described with <ProductContentType>
|
| E139 |
CEB |
Founder Apabi’s proprietary basic e-book format |
| E140 |
CEBX |
Founder Apabi’s proprietary XML e-book format |
| E141 |
iBook |
Apple’s iBook format (a proprietary extension of EPUB), can only be read on Apple iOS devices |
| E142 |
ePIB |
Proprietary format based on EPUB used by Barnes and Noble for fixed-format e-books, readable on NOOK devices and Nook reader
software
|
| E143 |
SCORM |
Sharable Content Object Reference Model, standard content and packaging format for e-learning objects |
| E144 |
EBP |
E-book Plus (proprietary Norwegian e-book format) |
| E145 |
Page Perfect |
Proprietary format based on PDF used by Barnes and Noble for fixed-format e-books, readable on some NOOK devices and Nook
reader software
|
| E200 |
Reflowable |
Use when a particular e-publication type (specified using codes E100 and upwards) has both fixed format and reflowable variants |
| E201 |
Fixed format |
Use when a particular e-publication type (specified using codes E100 and upwards) has both fixed format and reflowable variants |
| E202 |
Readable offline |
All e-publication resources are included within the e-publication package |
| E203 |
Requires network connection |
E-publication requires a network connection to access some resources (eg an enhanced e-book where video clips are not stored
within the e-publication package itself, but are delivered via an internet connection)
|
| E204 |
Content removed |
Resources (eg images) present in other editions have been removed from this product, eg due to rights issues |
| E210 |
Landscape |
Use for fixed-format e-books optimised for landscape display. Also include an indication of the optimal screen aspect ratio |
| E211 |
Portrait |
Use for fixed-format e-books optimised for portrait display. Also include an indication of the optimal screen aspect ratio |
| E221 |
5:4 |
Use for fixed-format e-books optimised for displays with a 5:4 aspect ratio (eg 1280x1024 pixels etc, assuming square pixels).
Note that aspect ratio codes are NOT specific to actual screen dimensions or pixel counts, but to the ratios between two dimensions
or two pixel counts
|
| E222 |
4:3 |
Use for fixed-format e-books optimised for displays with a 4:3 aspect ratio (eg 800x600, 1024x768, 2048x1536 pixels etc) |
| E223 |
3:2 |
Use for fixed-format e-books optimised for displays with a 3:2 aspect ratio (eg 960x640, 3072x2048 pixels etc) |
| E224 |
16:10 |
Use for fixed-format e-books optimised for displays with a 16:10 aspect ratio (eg 1440x900, 2560x1600 pixels etc) |
| E225 |
16:9 |
Use for fixed-format e-books optimised for displays with a 16:9 aspect ratio (eg 1024x576, 1920x1080, 2048x1152 pixels etc) |
| L101 |
Laminated |
Whole product laminated (eg laminated map, fold-out chart, wallchart, etc): use B415 for book with laminated cover |
| P101 |
Desk calendar |
Use with Product Form code PC |
| P102 |
Mini calendar |
Use with Product Form code PC |
| P103 |
Engagement calendar |
Use with Product Form code PC |
| P104 |
Day by day calendar |
Use with Product Form code PC |
| P105 |
Poster calendar |
Use with Product Form code PC |
| P106 |
Wall calendar |
Use with Product Form code PC |
| P107 |
Perpetual calendar |
Use with Product Form code PC |
| P108 |
Advent calendar |
Use with Product Form code PC |
| P109 |
Bookmark calendar |
Use with Product Form code PC |
| P110 |
Student calendar |
Use with Product Form code PC |
| P111 |
Project calendar |
Use with Product Form code PC |
| P112 |
Almanac calendar |
Use with Product Form code PC |
| P113 |
Other calendar |
A calendar that is not one of the types specified elsewhere: use with Product Form code PC |
| P114 |
Other calendar or organiser product |
A product that is associated with or ancillary to a calendar or organiser, eg a deskstand for a calendar, or an insert for
an organiser: use with Product Form code PC or PS
|
| P120 |
Picture story cards |
Kamishibai / Cantastoria cards |
| P201 |
Hardback (stationery) |
Stationery item in hardback book format |
| P202 |
Paperback / softback (stationery) |
Stationery item in paperback/softback book format |
| P203 |
Spiral bound (stationery) |
Stationery item in spiral-bound book format |
| P204 |
Leather / fine binding (stationery) |
Stationery item in leather-bound book format, or other fine binding |
| P301 |
With hanging strips |
For wall map, poster, wallchart etc |
| V201 |
PAL |
TV standard for video or DVD |
| V202 |
NTSC |
TV standard for video or DVD |
| V203 |
SECAM |
TV standard for video or DVD |
| V220 |
Home use |
Licensed for use in domestic contexts only |
| V221 |
Classroom use |
Licensed for use in education |
|


| Name | Release Year | Average Rating | |
|---|---|---|---|
| Red Hot Chili Peppers: Funky Monks | 1993 | 3.6 | |
| Rod Stewart: Storyteller 1984-1991 | 1991 | 3.1 | |
| Stevie Ray Vaughan and Double Trouble: Live at the El Mocambo 1983 | 1991 | 3.9 | |
| Spike and Mike's Sick & Twisted Festival of Animation | 1997 | 2.6 |
Poup menu in a table. Works okay standalone, not so much in the scrolling demo view. For that to work better, position() would have to take the closest scrolled parent into account for collision detection.


Counts the number of tokens in each line.
# File lib/saikuro.rb, line 102 def initialize @files = Hash.new @tokens_per_line = Hash.new(0) @current_file = "" end
Count the token for the passed line.
# File lib/saikuro.rb, line 129 def count_token(line_no,token) case token when TkSPACE, TkNL, TkRD_COMMENT # Do not count these as tokens when TkCOMMENT # Ignore this only for comments in a statement? # Ignore TkCOLON,TkCOLON2 and operators? like "." etc.. when TkRBRACK, TkRPAREN, TkRBRACE # Ignore the closing of an array/index/hash/paren # The opening is counted, but no more. # Thus [], () {} is counted as 1 token not 2. else # may want to filter out comments... @tokens_per_line[line_no] += 1 end end
Iterate through all tracked files, passing the the provided formater the token counts.
# File lib/saikuro.rb, line 117 def list_tokens_per_line(formater<EMAIL_ADDRESS>@files.each do |fname, tok_per_line| formater.start_file(fname) tok_per_line.sort.each do |line,num| formater.line_token_count(line,num) end formater.end_file end end
Mark file to associate with the token count.
# File lib/saikuro.rb, line 109 def set_current_file(file) @current_file = file @tokens_per_line = Hash.new(0) @files[@current_file] = @tokens_per_line end


The object below is continually changing in three of its characteristics:
- Position (left/right),
- Shape (wide/thin), and
- Axis Orientation (up/down).
The slider control affects all three characteristics simultaneously when you drag the it left or right (try it!). You can use the slider to counteract the changes taking place to any one of the three characteristics. Choose one of the three characteristics and practice using the mouse to keep that characteristic from varying. When you are ready to record a run, click the Start button.
Data recording begins after a brief delay, intended to give you time to begin controlling. When recording begins, the color of the sphere changes from red to green.
Analysis
Correlations:
position vs disturbance1: ....
mouse vs disturbance1: ....
mouse vs position: ....
Correlations:
shape vs disturbance2: ....
mouse vs disturbance2: ....
mouse vs shape: ....
Correlations:
orientation vs disturbance3: ....
mouse vs disturbance3: ....
mouse vs orientation: ....
You were controlling: ....
Model fitting
Select the variable you want to fit using data from previous run (selected automaticaly after the run).
Position
Shape
Orientation
Try dragging the model's gain (Ko) and reference (r) values to reduce the RMS difference and note how this changes the model mouse's curve and the curve displaying the error between the model's prediction and your actual movements of the mouse.
RMS difference:


Feel free to contact me if you feel it's right within your soul. I respond to emails fairly quickly, as most of my emails are from newsletters, clothing store memberships, and automated emails from my university.
I will only provide my email for the time being.


Lewis Hamilton not expecting royal recognition
There have been calls for the six-time world champion to be knighted.
Lewis Hamilton does not expect his sixth Formula One world championship to be acknowledged with a knighthood.
Hamilton will start his title parade from third on the grid in Sunday’s Brazilian Grand Prix. Red Bull driver Max Verstappen lines up on pole position after edging out Ferrari’s Sebastian Vettel by 0.123 seconds in Interlagos.
Hamilton wrapped up his fifth championship in six remarkable seasons at the US Grand Prix a fortnight ago, moving to within just one triumph of Michael Schumacher’s record tally of seven.
Former Labour cabinet minister Lord Hain has written to Downing Street calling for Hamilton to be rewarded with an upgrade on the MBE he received after he won his maiden championship in 2008.
Hamilton’s British sporting contemporaries Andy Murray, the three-time Grand Slam champion, and Mo Farah, who won double Olympic gold at the 2012 and 2016 Games, have both been knighted in recent times.
But speaking ahead of the penultimate round of the campaign, Hamilton, 34, said: “I don’t think it is going to happen.
“But that doesn’t bother me. It doesn’t mean I am not British and I will continue to try and raise the flag as well as I can.
“Just the fact that people have mentioned it, is an honour, but I have not spent my life chasing it. It is just not something you grow up thinking of.
“But if it did happen I don’t know how I would handle it. I have stood in front of Her Majesty the Queen before and it was incredible. She really is awesome.”
Hamilton will be in contention to win his 11th race of the season at a venue where he dramatically claimed his first title 11 years’ ago.
The British driver, however, will have to find a way past both Verstappen and Vettel following a tense qualifying session.
Verstappen has performed well at Interlagos, delivering a wet-weather masterclass in 2016 to come from the back to finish third, and was on course to win here last year only to be taken out of the lead by backmarker Esteban Ocon. Verstappen infamously confronted Ocon immediately after the race, shoving the Frenchman in the chest three times.
On Sunday, he will be in prime position to avenge last year’s failure – after claiming just the second pole of his career – and the chance to usurp Ferrari’s Charles Leclerc for third place in the standings.
Leclerc, who is 14 points above Verstappen, finished fourth, but is due to start a lowly 14th following a 10-place grid penalty for an engine change.
Verstappen’s pole lap was the perfect birthday present for Red Bull team principal Christian Horner, who turned 46 on Saturday.
Lando Norris finished 11th, while Carlos Sainz failed to post a lap after he was sidelined with an engine failure in the sister McLaren.
George Russell out-qualified Williams team-mate Robert Kubica for the 20th consecutive time. Russell finished 19th, half a second quicker than Kubica, who will call time on his unsuccessful comeback at the concluding round of the season in Abu Dhabi in two weeks’ time.


networkx.generators.geometric.geographical_threshold_graph¶
-
geographical_threshold_graph
(n, theta, dim=2, pos=None, weight=None, metric=None, p_dist=None, seed=None)[source]¶ Returns a geographical threshold graph.
The geographical threshold graph model places \(n\) nodes uniformly at random in a rectangular domain. Each node \(u\) is assigned a weight \(w_u\). Two nodes \(u\) and \(v\) are joined by an edge if
\[(w_u + w_v)h(r) \ge \theta\]where
r
is the distance betweenu
andv
, h(r) is a probability of connection as a function ofr
, and \(\theta\) as the threshold parameter. h(r) corresponds to the p_dist parameter.Parameters: n (int or iterable) – Number of nodes or iterable of nodes
theta (float) – Threshold value
dim (int, optional) – Dimension of graph
pos (dict) – Node positions as a dictionary of tuples keyed by node.
weight (dict) – Node weights as a dictionary of numbers keyed by node.
metric (function) – A metric on vectors of numbers (represented as lists or tuples). This must be a function that accepts two lists (or tuples) as input and yields a number as output. The function must also satisfy the four requirements of a metric. Specifically, if \(d\) is the function and \(x\), \(y\), and \(z\) are vectors in the graph, then \(d\) must satisfy
- \(d(x, y) \ge 0\),
- \(d(x, y) = 0\) if and only if \(x = y\),
- \(d(x, y) = d(y, x)\),
- \(d(x, z) \le d(x, y) + d(y, z)\).
If this argument is not specified, the Euclidean distance metric is used.
p_dist (function, optional) – A probability density function computing the probability of connecting two nodes that are of distance, r, computed by metric. The probability density function,
p_dist
, must be any function that takes the metric value as input and outputs a single probability value between 0-1. The scipy.stats package has many probability distribution functions implemented and tools for custom probability distribution definitions [2], and passing the .pdf method of scipy.stats distributions can be used here. If the probability function,p_dist
, is not supplied, the default exponential function :math:r^{-2}
is used.seed (integer, random_state, or None (default)) – Indicator of random number generation state. See Randomness.
Returns: A random geographic threshold graph, undirected and without self-loops.
Each node has a node attribute
pos
that stores the position of that node in Euclidean space as provided by thepos
keyword argument or, ifpos
was not provided, as generated by this function. Similarly, each node has a node attributeweight
that stores the weight of that node as provided or as generated.Return type: Examples
Specify an alternate distance metric using the
metric
keyword argument. For example, to use the taxicab metric instead of the default Euclidean metric:>>> dist = lambda x, y: sum(abs(a - b) for a, b in zip(x, y)) >>> G = nx.geographical_threshold_graph(10, 0.1, metric=dist)
Notes
If weights are not specified they are assigned to nodes by drawing randomly from the exponential distribution with rate parameter \(\lambda=1\). To specify weights from a different distribution, use the
weight
keyword argument:>>> import random >>> n = 20 >>> w = {i: random.expovariate(5.0) for i in range(n)} >>> G = nx.geographical_threshold_graph(20, 50, weight=w)
If node positions are not specified they are randomly assigned from the uniform distribution.
Starting in NetworkX 2.1 the parameter
alpha
is deprecated and replaced with the customizablep_dist
function parameter, which defaults to r^-2 ifp_dist
is not supplied. To reproduce networks of earlier NetworkX versions, a custom function needs to be defined and passed as thep_dist
parameter. For example, if the parameteralpha
= 2 was used in NetworkX 2.0, the custom function def custom_dist(r): r**-2 can be passed in versions >=2.1 as the parameter p_dist = custom_dist to produce an equivalent network. Note the change in sign from +2 to -2 in this parameter change.References
[1] Masuda, N., Miwa, H., Konno, N.: Geographical threshold graphs with small-world and scale-free properties. Physical Review E 71, 036108 (2005) [2] Milan Bradonjić, Aric Hagberg and Allon G. Percus, Giant component and connectivity in geographical threshold graphs, in Algorithms and Models for the Web-Graph (WAW 2007), Antony Bonato and Fan Chung (Eds), pp. 209–216, 2007


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[gecode-users] flatzinc 1.2.1 question
Christian Schulte
cschulte at kth.se
Wed Jun 3 14:05:36 CEST 2009
Then, it's really better to always check out the last versions, we can't
really offer support for very old versions (2.1.1 is 15 months old).
Christian
--
Christian Schulte, www.ict.kth.se/~cschulte/
-----Original Message-----
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf
Of Mikael Zayenz Lagerkvist
Sent: Wednesday, June 03, 2009 1:54 PM
To: Alejandro Arbelaez
Cc: users at gecode.org
Subject: Re: [gecode-users] flatzinc 1.2.1 question
Hi,
While I'm not certain how the particular problem you are solving looks
like, there have been several changes to FlatZinc since then. In
particular, the default for arrays is now to start indexing from one
instead of from zero, which obviously makes a lot of models incorrect.
The file CHANGES in the Gecode/FlatZinc distribution contains a list
of the changes for each version.
Cheers,
Mikael
2009/6/3 Alejandro Arbelaez <alejandro.arbelaez at gmail.com>:
> Dear all,
>
> I'm trying to use flatzinc-1.2.1 (and gecode-2.1.1) to solve the carseq
> problem-instances from the minizinc repository. Working with this
> flatzinc/gecode version I quickly get solutions that contains all zeros,
> which I think is not correct. On the other hand, i just tried the same
> instances using the last version of gecode/flazinc and after 10 minutes I
> couldn't get a solution (but this is normal since these instances are
quite
> difficult, i think I will need a lot of time to get a solution)..
>
> Do you know if there is any bug in Gecode/Flatzinc-1.2.1 (or Minizinc
> specification) to have this strange solutions.
>
>
> Maybe the easiest solution would be to move to gecode-3*, but it is a bit
> difficult for me to move to the last gecode version.
>
>
>
> Many thanks
> Alejandro
>
>
>
> _______________________________________________
> Gecode users mailing list
> users at gecode.org
> https://www.gecode.org/mailman/listinfo/gecode-users
>
>
--
Mikael Zayenz Lagerkvist, http://www.ict.kth.se/~zayenz/
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