Type(schema)
|
root_map: A map with a root. Keys have to be unique. The keys can be referenced. The root cannot be referenced. The root can reference keys. |
The liquesco schema.
Root type |
|
Key type |
|
Value type |
|
Sorting |
Ascending |
Min length (inclusive) |
0 |
Max length (inclusive) |
Unsigned int 32 maximum (4,294,967,295) |
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Type(any_type)
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enumeration: An enumeration (aka enum; tagged union; variant record; discriminated union) contains 1-n variants; Each variant can (optionally) have a value. |
The any type is an enumeration of all possible types available in the type system.
bool |
|
option |
|
seq |
|
binary |
|
unicode |
|
uint |
|
sint |
|
f32 |
|
f64 |
|
enum |
|
struct |
|
map |
|
root_map |
|
key_ref |
|
ascii |
|
uuid |
|
range |
|
decimal |
About
Has variants with value(s) |
Yes |
Specialization |
None |
This type is used by
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Type(schema_root)
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key_ref: Key references can reference keys from outer types that supports references (provide anchors that can be referenced): Maps and RootMaps. |
This references the root type. The root type is the type schema validation begins with.
Level |
0 |
This type is used by
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Type(identifier)
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sequence: A sequence (aka seq; list; vector; array) describes a sequence of 0-n elements. Unlike struct fields, each element in a sequence has to be of the same type. |
An identifier identifies something in the system. An identifier is composed of 1-12 segments. Each segment is composed of ASCII characters (see segment for details what characters are allowed and about min/max length). These strict constraints allow simple conversions of identifiers to identifiers of the target system (e.g. Java class names, Rust trait names, Dart class names, …).
Element type |
|
Length minimum (inclusive) |
1 |
Length maximum (inclusive) |
12 |
Ordering |
Undefined; any ordering is allowed. |
Unique |
No (duplicates are allowed) |
This type is used by
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Type(unicode)
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structure: A structure (aka struct) contains 0-n fields. The fields do not need to be of the same type. |
Arbitrary unicode text. This can be used for human readable text.
meta |
|
length |
|
length_type |
This type is used by
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Type(root_map)
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structure: A structure (aka struct) contains 0-n fields. The fields do not need to be of the same type. |
A map with a root. Keys have to be unique. The keys can be referenced. Keys cannot reference itself. The root cannot be referenced. The root can reference keys.
meta |
|
root |
|
key |
|
value |
|
length |
|
sorting |
This type is used by
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Type(uint)
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structure: A structure (aka struct) contains 0-n fields. The fields do not need to be of the same type. |
Unsigned integer - maximum 128 bit.
meta |
|
range |
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Type(seq)
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structure: A structure (aka struct) contains 0-n fields. The fields do not need to be of the same type. |
A sequence contains 0-n elements of the same type.
meta |
|
element |
|
length |
|
ordering |
|
multiple_of |
This type is used by
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Type(range)
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structure: A structure (aka struct) contains 0-n fields. The fields do not need to be of the same type. |
A sequence contains 0-n elements of the same type.
meta |
|
element |
|
inclusion |
|
allow_empty |
This type is used by
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Type(struct)
|
structure: A structure (aka struct) contains 0-n fields. The fields do not need to be of the same type. |
A structure is similar to a sequence but has a defined length and can contain fields of different types.
meta |
|
fields |
This type is used by
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Type(map)
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structure: A structure (aka struct) contains 0-n fields. The fields do not need to be of the same type. |
A sequence of key-value entries. Duplicate keys are not allowed. The keys can optionally be referenced to create recursive data structures.
meta |
|
key |
|
value |
|
length |
|
sorting |
|
anchors |
This type is used by
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Type(key_ref)
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structure: A structure (aka struct) contains 0-n fields. The fields do not need to be of the same type. |
Key references can reference keys from outer types that supports references (provide anchors that can be referenced): Maps and RootMaps.
meta |
|
level |
This type is used by
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Type(sint)
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structure: A structure (aka struct) contains 0-n fields. The fields do not need to be of the same type. |
Signed integer - maximum 128 bit.
meta |
|
range |
This type is used by
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Type(bool)
|
structure: A structure (aka struct) contains 0-n fields. The fields do not need to be of the same type. |
A boolean: Can either be true or false.
meta |
This type is used by
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Type(uuid)
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structure: A structure (aka struct) contains 0-n fields. The fields do not need to be of the same type. |
16 byte UUID; RFC 4122.
meta |
This type is used by
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Type(binary)
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structure: A structure (aka struct) contains 0-n fields. The fields do not need to be of the same type. |
Arbitrary binary.
meta |
|
length |
This type is used by
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Type(enum)
|
structure: A structure (aka struct) contains 0-n fields. The fields do not need to be of the same type. |
An enumeration of variants.
meta |
|
variants |
This type is used by
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Type(float_64)
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structure: A structure (aka struct) contains 0-n fields. The fields do not need to be of the same type. |
A floating point number. This should be used for technical things. When working with numbers like amount of money consider using the decimal type.
meta |
|
range |
|
allow_positive_zero |
|
allow_negative_zero |
|
allow_nan |
|
allow_positive_infinity |
|
allow_negative_infinity |
|
allow_subnormal |
This type is used by
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Type(option)
|
structure: A structure (aka struct) contains 0-n fields. The fields do not need to be of the same type. |
Can have a value (some; present) or no value (none; empty; absent).
meta |
|
type |
This type is used by
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Type(ascii)
|
structure: A structure (aka struct) contains 0-n fields. The fields do not need to be of the same type. |
The ascii type must not be used to transfer human readable text. It’s to be used to transfer machine readable strings. Only characters withing the ASCII range are allowed.
meta |
|
length |
|
codes |
This type is used by
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Type(decimal)
|
structure: A structure (aka struct) contains 0-n fields. The fields do not need to be of the same type. |
A normalized decimal number. It’s composed of a signed 128 bit coefficient and a signed 8 bit exponent (c*10^e).
meta |
|
range |
This type is used by
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Type(float_32)
|
structure: A structure (aka struct) contains 0-n fields. The fields do not need to be of the same type. |
A floating point number. This should be used for technical things. When working with numbers like amount of money consider using the decimal type.
meta |
|
range |
|
allow_positive_zero |
|
allow_negative_zero |
|
allow_nan |
|
allow_positive_infinity |
|
allow_negative_infinity |
|
allow_subnormal |
This type is used by
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Type(field)
|
structure: A structure (aka struct) contains 0-n fields. The fields do not need to be of the same type. |
A single field in a structure. A field contains a name and a type.
name |
|
type |
This type is used by
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Type(segment)
|
ascii: Ascii (aka ascii text) is a sequence of characters where each of them is within the ascii range (0-127 inclusive). It can be used to transfer technical text (aka string); it’s not to be used to transfer human readable text (use unicode for this case). |
A single segment of an identifier. An identifier can only contain certain ASCII characters and is limited in length.
Min length (inclusive; number of chars) |
1 |
Max length (inclusive; number of chars) |
30 |
Allowed code range #1 |
48 (inclusive) - 58 (exclusive); [0-9] (inclusive). |
Allowed code range #2 |
97 (inclusive) - 123 (exclusive); [a-z] (inclusive). |
This type is used by
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Type(variant)
|
structure: A structure (aka struct) contains 0-n fields. The fields do not need to be of the same type. |
A single variant in an enumeration.
name |
|
values |
This type is used by
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Type(meta)
|
structure: A structure (aka struct) contains 0-n fields. The fields do not need to be of the same type. |
Meta information about the type. You can optionally provide a description/documentation and information about implementation/conformance.
doc |
|
implements |
This type is used by
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Type(length_type)
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enumeration: An enumeration (aka enum; tagged union; variant record; discriminated union) contains 1-n variants; Each variant can (optionally) have a value. |
Specifies how the length of the unicode is measured. 'byte' can be measured very efficiently - but depends on the encoding. Note: Scalar must not be confused with unicode grapheme clusters.
byte |
|
utf8_byte |
|
scalar |
About
Has variants with value(s) |
No |
Specialization |
None |
This type is used by
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Type(unicode_length)
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range: A range (start - end); start/end with configurable inclusion/exclusion. |
Range element |
|
Start inclusive |
Inclusive |
End inclusive |
Inclusive |
Allow empty range |
No |
This type is used by
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Type(map_length)
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range: A range (start - end); start/end with configurable inclusion/exclusion. |
The length of a map (number of elements). Both - end and start - are included.
Range element |
|
Start inclusive |
Inclusive |
End inclusive |
Inclusive |
Allow empty range |
No |
This type is used by
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Type(key)
|
key_ref: Key references can reference keys from outer types that supports references (provide anchors that can be referenced): Maps and RootMaps. |
Type of keys in this map.
Level |
0 |
This type is used by
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Type(value)
|
key_ref: Key references can reference keys from outer types that supports references (provide anchors that can be referenced): Maps and RootMaps. |
Type of values in this map.
Level |
0 |
This type is used by
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Type(map_sorting)
|
enumeration: An enumeration (aka enum; tagged union; variant record; discriminated union) contains 1-n variants; Each variant can (optionally) have a value. |
Determines the sort order of the keys in this map. You should usually use 'ascending' if not sure.
ascending |
|
descending |
About
Has variants with value(s) |
No |
Specialization |
None |
This type is used by
Hashes
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Type(root)
|
key_ref: Key references can reference keys from outer types that supports references (provide anchors that can be referenced): Maps and RootMaps. |
The root type in this map.
Level |
0 |
This type is used by
Hashes
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Type(uint_range)
|
range: A range (start - end); start/end with configurable inclusion/exclusion. |
The range within the integer must be. Both (start and end) are inclusive.
Range element |
|
Start inclusive |
Inclusive |
End inclusive |
Inclusive |
Allow empty range |
No |
This type is used by
Hashes
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Type(maybe_multiple_of)
|
option: Use the option type (aka maybe; optional; nullable) to describe data that can either be there ('present'; 'some') or absent ('missing'; 'empty'). Alternatively you can also use an enum with two variants to achieve the same. |
Present type |
This type is used by
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Type(ordering)
|
enumeration: An enumeration (aka enum; tagged union; variant record; discriminated union) contains 1-n variants; Each variant can (optionally) have a value. |
Ordering is optional. When there’s no ordering it can be irrelevant or ordering has a special meaning. It’s also possible to specify a required sorting (in this case it’s also possible to disallow duplicates).
none |
|
sorted |
About
Has variants with value(s) |
Yes |
Specialization |
None |
This type is used by
Hashes
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Type(element)
|
key_ref: Key references can reference keys from outer types that supports references (provide anchors that can be referenced): Maps and RootMaps. |
The element type of a sequence.
Level |
0 |
This type is used by
Hashes
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Type(seq_length)
|
range: A range (start - end); start/end with configurable inclusion/exclusion. |
The length of a sequence (number of elements). It’s tuple of start and end. Both - end and start - are included.
Range element |
|
Start inclusive |
Inclusive |
End inclusive |
Inclusive |
Allow empty range |
No |
This type is used by
Hashes
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Type(inclusion)
|
enumeration: An enumeration (aka enum; tagged union; variant record; discriminated union) contains 1-n variants; Each variant can (optionally) have a value. |
Determines whether start and end are inclusive. There’s one special value: 'Supplied'. When you choose this, the data has to contain the information whether start/end are inclusive or not.
both_inclusive |
|
start_inclusive |
|
both_exclusive |
|
end_inclusive |
|
supplied |
About
Has variants with value(s) |
No |
Specialization |
None |
This type is used by
Hashes
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Type(allow_empty)
|
boolean: Data of type boolean (aka bool) can hold the value 'true' or the value 'false' (1 or 0; on or off; enabled or disabled). It’s like a single bit of information. As an alternative you an also use an enum with 2 variants (it’s usually better suited in most cases) |
General rule is start < end. When start equals end it’s possible to construct empty ranges (depending on the inclusion). If this is false it’s not allowed to specify a range that’s empty. You usually want this to be false.
This type is used by
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Type(range_element)
|
key_ref: Key references can reference keys from outer types that supports references (provide anchors that can be referenced): Maps and RootMaps. |
The start and end type of the range.
Level |
0 |
This type is used by
Hashes
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Type(fields)
|
sequence: A sequence (aka seq; list; vector; array) describes a sequence of 0-n elements. Unlike struct fields, each element in a sequence has to be of the same type. |
A sequence of fields in a structure.
Element type |
|
Length minimum (inclusive) |
0 |
Length maximum (inclusive) |
Unsigned int 32 maximum (4,294,967,295) |
Ordering |
Undefined; any ordering is allowed. |
Unique |
No (duplicates are allowed) |
This type is used by
Hashes
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Type(map_value)
|
key_ref: Key references can reference keys from outer types that supports references (provide anchors that can be referenced): Maps and RootMaps. |
Type of values in this map.
Level |
0 |
This type is used by
Hashes
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Type(map_key)
|
key_ref: Key references can reference keys from outer types that supports references (provide anchors that can be referenced): Maps and RootMaps. |
Type of keys in this map.
Level |
0 |
This type is used by
Hashes
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Type(anchors)
|
boolean: Data of type boolean (aka bool) can hold the value 'true' or the value 'false' (1 or 0; on or off; enabled or disabled). It’s like a single bit of information. As an alternative you an also use an enum with 2 variants (it’s usually better suited in most cases) |
If this is true, the keys in this map can be referenced using key refs. Note: Only values can reference keys. Keys cannot reference itself.
This type is used by
Hashes
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Type(level)
|
unsigned integer: Data of an unsigned integer (aka uint or unsigned int) holds a single (positive) integer value (within a defined range). |
Specifies which outer map you want to reference. This is usually 0: In this case you reference keys from the next outer map. Note: Those map that do not provide anchors that can be referenced are ignored.
Min value (inclusive) |
0 |
Max value (inclusive) |
Unsigned int 32 maximum (4,294,967,295) |
Memory width |
32 bits |
This type is used by
Hashes
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Type(sint_range)
|
range: A range (start - end); start/end with configurable inclusion/exclusion. |
The range within the integer must be. Both (start and end) are inclusive.
Range element |
|
Start inclusive |
Inclusive |
End inclusive |
Inclusive |
Allow empty range |
No |
This type is used by
Hashes
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Type(binary_length)
|
range: A range (start - end); start/end with configurable inclusion/exclusion. |
Range element |
|
Start inclusive |
Inclusive |
End inclusive |
Inclusive |
Allow empty range |
No |
This type is used by
Hashes
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Technical hash |
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Type hash |
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Type(variants)
|
sequence: A sequence (aka seq; list; vector; array) describes a sequence of 0-n elements. Unlike struct fields, each element in a sequence has to be of the same type. |
Every enumeration has to have one or more variants (just one usually makes no sense but can be used to allow extension in future).
Element type |
|
Length minimum (inclusive) |
1 |
Length maximum (inclusive) |
Unsigned int 32 maximum (4,294,967,295) |
Ordering |
Undefined; any ordering is allowed. |
Unique |
No (duplicates are allowed) |
This type is used by
Hashes
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Type(allow_negative_infinity)
|
boolean: Data of type boolean (aka bool) can hold the value 'true' or the value 'false' (1 or 0; on or off; enabled or disabled). It’s like a single bit of information. As an alternative you an also use an enum with 2 variants (it’s usually better suited in most cases) |
This is true if negative infinity is allowed. When the negative infinity is hit, range check is skipped.
This type is used by
Hashes
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Type hash |
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Type(allow_subnormal)
|
boolean: Data of type boolean (aka bool) can hold the value 'true' or the value 'false' (1 or 0; on or off; enabled or disabled). It’s like a single bit of information. As an alternative you an also use an enum with 2 variants (it’s usually better suited in most cases) |
If this is true, subnormal (denormal) numbers are allowed (excluding the special case for +/- zero). You usually want this to be false. Range check is also performed for subnormal numbers.
This type is used by
Hashes
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Type(allow_positive_infinity)
|
boolean: Data of type boolean (aka bool) can hold the value 'true' or the value 'false' (1 or 0; on or off; enabled or disabled). It’s like a single bit of information. As an alternative you an also use an enum with 2 variants (it’s usually better suited in most cases) |
This is true if positive infinity is allowed. When the positive infinity is hit, range check is skipped.
This type is used by
Hashes
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Technical hash |
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Type hash |
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Type(allow_negative_zero)
|
boolean: Data of type boolean (aka bool) can hold the value 'true' or the value 'false' (1 or 0; on or off; enabled or disabled). It’s like a single bit of information. As an alternative you an also use an enum with 2 variants (it’s usually better suited in most cases) |
If this is true, the subnormal negative zero value is allowed. This should usually be false. When e negative zero value is hit, range check is skipped.
This type is used by
Hashes
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Type(float_64_range)
|
range: A range (start - end); start/end with configurable inclusion/exclusion. |
The range the float must be contained within. Note: Only normal numbers are allowed (so no subnormal numbers and NaN are supported); so for example to support floats >=0, set start to smallest positive number (inclusive), allow positive zeros and (optionally) allow subnormal numbers.
Range element |
|
Start inclusive |
Supplied (by data) |
End inclusive |
Supplied (by data) |
Allow empty range |
No |
This type is used by
Hashes
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Type(allow_positive_zero)
|
boolean: Data of type boolean (aka bool) can hold the value 'true' or the value 'false' (1 or 0; on or off; enabled or disabled). It’s like a single bit of information. As an alternative you an also use an enum with 2 variants (it’s usually better suited in most cases) |
If this is true, the subnormal positive zero value is allowed. When a positive zero is hit, range check is skipped.
This type is used by
Hashes
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Type hash |
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Type(allow_nan)
|
boolean: Data of type boolean (aka bool) can hold the value 'true' or the value 'false' (1 or 0; on or off; enabled or disabled). It’s like a single bit of information. As an alternative you an also use an enum with 2 variants (it’s usually better suited in most cases) |
This is true if NaN ('not a number') is allowed. This should usually be false. When a NaN is hit, range check is skipped.
This type is used by
Hashes
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Type(present_type)
|
key_ref: Key references can reference keys from outer types that supports references (provide anchors that can be referenced): Maps and RootMaps. |
Type of the present value in an option.
Level |
0 |
This type is used by
Hashes
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Type(codes)
|
sequence: A sequence (aka seq; list; vector; array) describes a sequence of 0-n elements. Unlike struct fields, each element in a sequence has to be of the same type. |
Use this sequence to supply allowed ASCII code ranges. It takes pairs of ASCII codes (start, end); start is inclusive, end is exclusive. The ASCII string is valid if every character of the ASCII string is within one of those ranges.
Element type |
|
Length minimum (inclusive) |
2 |
Length maximum (inclusive) |
64 |
Length multiple of |
2 |
Ordering |
Ascending sorting is required |
Unique |
Yes (only unique elements) |
This type is used by
Hashes
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|
Type hash |
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Type(ascii_length)
|
range: A range (start - end); start/end with configurable inclusion/exclusion. |
The length constraint of the ASCII string (also number of bytes). Start and end are both inclusive.
Range element |
|
Start inclusive |
Inclusive |
End inclusive |
Inclusive |
Allow empty range |
No |
This type is used by
Hashes
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Technical hash |
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Type hash |
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Type(decimal_range)
|
range: A range (start - end); start/end with configurable inclusion/exclusion. |
The range the decimal number must be contained within.
Range element |
|
Start inclusive |
Supplied (by data) |
End inclusive |
Supplied (by data) |
Allow empty range |
No |
This type is used by
Hashes
Full hash |
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Type hash |
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Type(float_32_range)
|
range: A range (start - end); start/end with configurable inclusion/exclusion. |
The range the float must be contained within. Note: Only normal numbers are allowed (so no subnormal numbers and NaN are supported); so for example to support floats >=0, set start to smallest positive number (inclusive), allow positive zeros and (optionally) allow subnormal numbers.
Range element |
|
Start inclusive |
Supplied (by data) |
End inclusive |
Supplied (by data) |
Allow empty range |
No |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(field_type)
|
key_ref: Key references can reference keys from outer types that supports references (provide anchors that can be referenced): Maps and RootMaps. |
Level |
0 |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(maybe_values)
|
option: Use the option type (aka maybe; optional; nullable) to describe data that can either be there ('present'; 'some') or absent ('missing'; 'empty'). Alternatively you can also use an enum with two variants to achieve the same. |
Enumeration variants have usually either no value (in this case this is absent) or one value.
Present type |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(maybe_doc)
|
option: Use the option type (aka maybe; optional; nullable) to describe data that can either be there ('present'; 'some') or absent ('missing'; 'empty'). Alternatively you can also use an enum with two variants to achieve the same. |
Optional type description / documentation.
Present type |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(maybe_implements)
|
option: Use the option type (aka maybe; optional; nullable) to describe data that can either be there ('present'; 'some') or absent ('missing'; 'empty'). Alternatively you can also use an enum with two variants to achieve the same. |
Present type |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(unicode_length_element)
|
unsigned integer: Data of an unsigned integer (aka uint or unsigned int) holds a single (positive) integer value (within a defined range). |
Min value (inclusive) |
0 |
Max value (inclusive) |
Unsigned int 64 maximum (18,446,744,073,709,551,615) |
Memory width |
64 bits |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(map_length_element)
|
unsigned integer: Data of an unsigned integer (aka uint or unsigned int) holds a single (positive) integer value (within a defined range). |
Min value (inclusive) |
0 |
Max value (inclusive) |
Unsigned int 32 maximum (4,294,967,295) |
Memory width |
32 bits |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(uint_range_element)
|
unsigned integer: Data of an unsigned integer (aka uint or unsigned int) holds a single (positive) integer value (within a defined range). |
Min value (inclusive) |
0 |
Max value (inclusive) |
Unsigned int 128 maximum |
Memory width |
128 bits |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(multiple_of)
|
unsigned integer: Data of an unsigned integer (aka uint or unsigned int) holds a single (positive) integer value (within a defined range). |
It’s possible to specify another requirement on the length of the list (number of elements). If this is for example 2, only lengths of 0, 2, 4, 6, 8, … are allowed.
Min value (inclusive) |
2 |
Max value (inclusive) |
Unsigned int 32 maximum (4,294,967,295) |
Memory width |
32 bits |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(sorting)
|
structure: A structure (aka struct) contains 0-n fields. The fields do not need to be of the same type. |
Determines how the sequence needs to be sorted and whether duplicate elements are allowed.
direction |
|
unique |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(seq_length_element)
|
unsigned integer: Data of an unsigned integer (aka uint or unsigned int) holds a single (positive) integer value (within a defined range). |
Min value (inclusive) |
0 |
Max value (inclusive) |
Unsigned int 32 maximum (4,294,967,295) |
Memory width |
32 bits |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(sint_range_element)
|
signed integer: Data of signed integer (aka sint or signed int) holds a single (positive or negative) integer value (within a defined range). |
Min value (inclusive) |
Unsigned int 128 minimum |
Max value (inclusive) |
Unsigned int 128 maximum |
Memory width |
128 bits |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(binary_length_element)
|
unsigned integer: Data of an unsigned integer (aka uint or unsigned int) holds a single (positive) integer value (within a defined range). |
Min value (inclusive) |
0 |
Max value (inclusive) |
Unsigned int 64 maximum (18,446,744,073,709,551,615) |
Memory width |
64 bits |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(float_64_range_element)
|
float64: A IEEE 754 64 bit float number. Do not use this to transfer decimal values. |
The start or end of the float range bounds. Note: Whether this is included or not can be defined.
Min value |
Float minimum value |
Min included |
Yes |
Max value |
Float maximum value |
Max included |
Yes |
Allow positive zero |
No |
Allow negative zero |
No |
Allow NaN (not a number) |
No |
Allow positive infinity |
No |
Allow negative infinity |
No |
Allow subnormal |
No |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(ascii_code)
|
unsigned integer: Data of an unsigned integer (aka uint or unsigned int) holds a single (positive) integer value (within a defined range). |
Min value (inclusive) |
0 |
Max value (inclusive) |
128 |
Memory width |
8 bits |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(ascii_length_element)
|
unsigned integer: Data of an unsigned integer (aka uint or unsigned int) holds a single (positive) integer value (within a defined range). |
Min value (inclusive) |
0 |
Max value (inclusive) |
Unsigned int 64 maximum (18,446,744,073,709,551,615) |
Memory width |
64 bits |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(decimal_range_element)
|
decimal: A normalized decimal number. It’s composed of a signed 128 bit coefficient (at max) and a signed 8 bit exponent (at max) (c*10^e). |
The start or end of the decimal range bounds. Note: Whether this is included or not can be defined.
Minimum (inclusive) |
Decimal minimum value |
Maximum (inclusive) |
Decimal maximum value |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(float_32_range_element)
|
float32: A IEEE 754 32 bit float number. Do not use this to transfer decimal values. |
The start or end of the float range bounds. Note: Whether this is included or not can be defined.
Min value |
Float minimum value |
Min included |
Yes |
Max value |
Float maximum value |
Max included |
Yes |
Allow positive zero |
No |
Allow negative zero |
No |
Allow NaN (not a number) |
No |
Allow positive infinity |
No |
Allow negative infinity |
No |
Allow subnormal |
No |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(values)
|
sequence: A sequence (aka seq; list; vector; array) describes a sequence of 0-n elements. Unlike struct fields, each element in a sequence has to be of the same type. |
Defines the one (or in rare cases more) value the enumeration variant takes. You should only have two or more values when variant got extended - do not use more than one value in the initial schema design.
Element type |
|
Length minimum (inclusive) |
1 |
Length maximum (inclusive) |
32 |
Ordering |
Undefined; any ordering is allowed. |
Unique |
No (duplicates are allowed) |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(documentation)
|
unicode: The unicode type (aka string) can be used to describe arbitrary human readable text. |
Describes / documents the type. Use human readable text. No markup is allowed.
Length type |
Number of UTF-8 bytes (needs to compute the length when encoding is not UTF-8) |
Minimum length (inclusive) |
1 |
Maximum length (inclusive) |
4,000 |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(implements)
|
sequence: A sequence (aka seq; list; vector; array) describes a sequence of 0-n elements. Unlike struct fields, each element in a sequence has to be of the same type. |
A sequence of 'things' this type implements. What can this be used for? Say for example your type is an ASCII type. With that information we can’t really say what ASCII is for. Say for example that ASCII has a special meaning in your company: It’s a part number. So you can give that ASCII type a UUID to declare 'this type is a part number'. This makes it possible to find part numbers company wide.
Element type |
|
Length minimum (inclusive) |
1 |
Length maximum (inclusive) |
Unsigned int 8 maximum (255) |
Ordering |
Ascending sorting is required |
Unique |
Yes (only unique elements) |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(unique)
|
boolean: Data of type boolean (aka bool) can hold the value 'true' or the value 'false' (1 or 0; on or off; enabled or disabled). It’s like a single bit of information. As an alternative you an also use an enum with 2 variants (it’s usually better suited in most cases) |
When this is true, no duplicate elements are allowed in the sequence. This automatically implies a sorted sequence.
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(direction)
|
enumeration: An enumeration (aka enum; tagged union; variant record; discriminated union) contains 1-n variants; Each variant can (optionally) have a value. |
Determines how the elements in the sequence need to be sorted for the sequence to be valid.
ascending |
|
descending |
About
Has variants with value(s) |
No |
Specialization |
None |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(value_type)
|
key_ref: Key references can reference keys from outer types that supports references (provide anchors that can be referenced): Maps and RootMaps. |
Value type in an enum variant.
Level |
0 |
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|
Type(implements_uuid)
|
uuid: 16 byte UUID; RFC 4122. |
UUID to describe the conformance / implementation / protocol of this type uniquely.
This type is used by
Hashes
Full hash |
|
Technical hash |
|
Type hash |
|


Motion design & Vector Illustration
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"Spring Forward"
Paul (Live Schreiber) is a young ex-con making a fresh start with the Parks and Recreation department in a small New England town. He is teamed with Murphy (Ned Beatty), an old hand at the job and approaching retirement. The duo gets to know each other and become close friend over a year's time in writer/director Tom Gilroy's feature film debut, "Spring Forward."
Newcomer Gilroy shows his stage-bound roots in his first attempt at making a movie. The stagy nature of the film's structure - seven episodes, chronologically over the course of a year, bridged by idyllic sequence of small town life in the Northeast - could have been painful to watch in the small budget film. Except for a pair of big-budget performances by Beatty and Schreiber.
The trite little story of the once fallen and now found Paul, whose criminal past stemmed from financial desperation and not a mean streak, coming into the life of the near-retirement Murphy. As each talky episode unfolds, we learn more and more about the two, who they are, what their desires and needs are (Paul, early on, declares his "need" to get laid), and just what makes 'em tick. There's talk about being a better person as Paul floats his newly learned ideas of karma and religion before Murphy.  (You figure it out.) They even smoke a joint together in a cross-generational bonding ceremony. There is philosophy enough for three plays here.
You can overlook the amateur filmmaking of "Spring Forward" as you watch the two fine performances by the leads. Ned Beatty has had a long career portraying a variety of characters from his "squeal like a pig" victim in "Deliverance" to Otis, the sidekick of Lex Luthor (Gene Hackman) in "Superman," and Sheriff Lester Banks in "Cookie's Fortune." He gives Murphy the depth you expect from the actor and portrays the man as truly good and kind in a small-town way. Live Schreiber is also proving himself to be able to play a variety of types and he makes Paul a real person. He has a past, but it does not dictate how he will be in the future. His deference to and respect for Murphy are genuine as the older man's kindness helps to temper Paul's youthful exuberance and sometimes-foul mouth.
Gilroy brings other characters into the mix, but they seem superfluous in what is mainly a two-person play, a la "My Dinner With Andre." Campbell Scott, Ian Hart, Peri Gilpin and others are each brought, briefly, into some of the episodes to flesh out the background. Their appearances, mostly, take the attention away from the leads without moving the story much ahead. Each appearance is so brief that none of the actors are given a chance to put substance into their stick figure roles.
Techs are all right, especially the soft, nicely lighted lensing by Terry Stacey which captures the look and feel of small town USA. Although the bucolic bridging sequences of folks mowing lawns, stringing Christmas lights and burning leaves kept bringing to mind the TV spots for Country-time Lemonade.
"Spring Forward" won't be high on any best lists come year's end, but the two performances by Beatty and Schreiber make this worthwhile fare - at least on the small screen. Because of the acting, I give it a C+.
For more Reeling reviews visit www.reelingreviews.com
<EMAIL_ADDRESS><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.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Random Hearts: menage-a-quatre
In Eyes Wide Shut--which Sidney Pollack also had a bit part in--a husband overextends himself trying to deal with his wife's betrayal. Random Hearts isn't so different, insofar that 'Dutch' Vand Den Broeck (Harrison Ford) also goes to great lengths in an effort to deal with his wife's adultery. An occasionally misguided effort, but then we all know love isn't rational. Random Hearts is kin to Kubrick's swan song in more ways than just story, though. Pollack seems to be consciously imitating the precise camerawork and haunting music of Eyes Wide Shut (length as well). They just feel the same. However. Random Hearts, in spite of a sub-par title, has a much stronger story.
Instead of grounding it in myth, per Kubrick, Pollack (or, novelist Warren Adler) chooses instead to order the unlikely romance of Dutch and Congresswoman-hopeful Kay Chandler (the aquiline Kristin Scott Thomas) around something like the cuckold's idea of fair play: that if you slept with my wife, I'll sleep with yours. And vice-versa for Kay. And what kicks it all off is a variation on another trope: the husband dying in the wrong bed. Except of course this time it's a plane. And they both die. And Dutch, Internal Affairs detective that he is (his job is to investigate 'improper conduct'), is compelled not only to try to make sense of this affair through good, solid policework, but is also intent upon making Kay face up to what's happened.
All of which makes for a strong story, especially since Dutch's motivations are so complex: Is he investigating because knowledge will be some sort of curative, in spite of how much it'll hurt to 'know?' If so, then it's a rather masochistic narrative, as if he's punishing himself for never having realized what was going on. Too, though--and he even goes so far to say this, which is of course our cue to doubt it--he could just be trying to figure out why his wife would feel the need to have an affair. As if the reason is going to present itself in the form of something tangible she and her lover left behind, yes, as Kay deftly points out. Which is to say he's on a fool's mission. But then, they both are. Grief isn't easy. And, by sifting through the immediate past, they don't make it any easier.
What's really nice about Random Hearts, though, is that Pollack/Adler has Dutch and Kay more or less begin repeating the 'crimes' of their deceased/adulterous spouses, in that they start keeping secrets from each other, getting paranoid, all that, which plays out wonderfully, if a little long. The high point of it though is that soon enough Kay's in 'competition' for Dutch--with Dutch's dead wife. Meaning now he's the one cheating. If sleeping with your wife's lover's lover is fair play, then this would have to be a moralistic refraction of that: that fair play and the idea of poetic justice aren't that distant, are in fact causally related, in that in order to bring about fair play, Dutch has to 'become' his wife. It's all pretty delicious.
Just so things don't get too monotonous, though, Random Hearts also has some distraction, in the form of Dutch's ongoing Internal Affairs investigation, which, because it doesn't tie into Kay's election campaign in all the high-stakes ways we expect it too, doesn't make us get into any suspended disbelief games with the movie. It does matter some, though, of course, but in such an offhand way that you wonder how you missed it. Or, rather, wonder how you dismissed it. Which is what good moviemaking is all about. Random Hearts is a good movie, in spite of the fact that it seems to end in the same airport as Love of the Game. It is a love story after all, and airports do more or less represent conventional moments of decision as far as relationships are concerned. And, any last second typicalness is more than made up for by the atypical complexity that comes before. It's not often that a movie can end in as generic a place as an airport terminal and still manage to remain unique. Random Hearts does just that.
(c) 1999 Stephen Graham Jones
for more like this, check out http://www.cinemuck.com
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.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Everyone in their lifetime may be puzzled by three question. Who I am? Where am I from? Where am I going? Because of the stochastic charactor of the nature, the choices people made are much like drawed samples from all kinds of action distribution space. It is supprised that people have naturally learned how to make decision under such a uncertain world, though it is frustrated in teaching computer to do so.
The curiosity of discovering the intrinsic mechanics of how mind works and the world behaved always drive me in studing and researching in varirous of fields. I still remember when I was at the first year of gradute school, I took and listened almost 20 courses in one semester ranging from pure mathematics, physics, cosmology, economy to computer science. I also spent a lot of time on grahical model, though DL seems to be more prevailing from that time.
My bachelor major is studing control theory. Its founder, Norbert Wiener is a great American mathmaticion. His book titled "Cybernetics or Control and Communication in te Animal and the Machine" discusses feedback system which almost appears everywhere in the universe. Though feedback is not the only governing power of the nature, there are still many driving and underling forces(I believe in its existence so far, though still unclear about its nature) that kick off the ball. I studied complex network during my graduates. The worlds behaves in a fascinated way when one and another interacts with each other. Still the global property and phenomenon of tbe world such as flocking swarm can not tell much detail underneath.
Now my primary focus is studying and researching information geometry and application to DL and RL. I think the deep learning and cohomology should have something in commone which the relation between them is not clearly investigated yet. Besides I read some books on quantum mathematics. The book I were previously reading is "Geometry of Quantum States". Also I have been reading something on algebra and its relation with programming language. This seems interesting so far. These should be helpful to discover the nature of minds.


This page contains a quick overview of the Disk layer. For a more in depth description of what is contained, see the Disk module in the documentation distributed with the library.
Disk Layer Overview
The Disk layer contains one file, disk.h. The file contains all of the structure definitions needed to interpret a PST file. Understanding what these structures are and what they are for is outside the scope of this intro; for that please refer to the PST file format specification. Each type is annotated with the section of [MS-PST] in which the data structure being defined is described.
Differences between ANSI and Unicode versions of PST files are handled via C++ templates and template specializations when needed. For any given structure
Foo,
Foo<ulonglong> is the unicode PST version of that structure, and
Foo<ulong> is the ANSI version of that structure.
To give one example, this is the definition of block_reference:
template<typename T>
struct block_reference
{
typedef T block_id_disk;
typedef T location;
block_id_disk bid;
location ib;
};
A
block_reference<ulonglong> is the Unicode PST 16 byte version of this structure, and a
block_reference<ulong> is the ANSI PST 8 byte version. This works well as long as the difference between Unicode and ANSI stores is just the size of various elements in the structure. When the differences are more complex, template specialization is used:
template<typename T>
struct page_trailer
{
};
template<>
struct page_trailer<ulonglong>
{
typedef ulonglong block_id_disk;
byte page_type;
byte page_type_repeat;
ushort signature;
ulong crc;
block_id_disk bid;
};
template<>
struct page_trailer<ulong>
{
typedef ulong block_id_disk;
byte page_type;
byte page_type_repeat;
ushort signature;
block_id_disk bid;
ulong crc;
};
As you can see, the
bid and
crc members of
page_trailer actually appear in a different order in Unicode and ANSI versions of the store. Thus, we need to specialize the template and explicitly layout the structures for each store type.
Alignment on all of these structures are very important. Yes, this is fragile, but in practice major compilers rarely change rules concerning structure packing. Eventually, static_asserts will be added to all structures to detect when compiling on a platform which isn't using the expected alignment.
It is never valid to instantiate any of these templates with any
T other than
ulonglong or
ulong.


Stat/Transfer supports all versions of NLOGIT for Windows. NLOGIT is an econometric software program for the analysis of discrete choice data.
Standard extension: lpj
Reading NLOGIT Files
NLOGIT has only a single data type, consisting of double precision numbers.
Writing NLOGIT Files
Stat/Transfer enforces NLOGIT's 200 variable limit.
Character variables cannot be exported to NLOGIT, since the program does not support them.
Missing Values
NLOGIT recognizes missing values.
Output Variable Types
The output variable type that results from each target variable type is given in the following table:
|
|
Target Type |
Output Type |
|
string |
not exported |
|
|
byte int long float double date time date/time |
Number |


Customizable scrollable lists.
Simple list
-
Bryan Cranston
-
Aaron Paul
-
Bob Odenkirk
List Actions
person
Bryan Cranston
star
Icon List
-
person
Bryan Cranston
-
person
Aaron Paul
-
person
Bob Odenkirk
List with avatar and controls
Two Line List with Secondary Info and Action
-
person
Bryan Cranston
62 Episodes
Actor
star
-
person
Aaron Paul
62 Episodes
star
-
person
Bob Odenkirk
62 Episodes
star
Three Line List secondary info
-
person
Bryan Cranston
Bryan Cranston played the role of Walter in Breaking Bad. He is also known
for playing Hal in Malcom in the Middle.
star
-
person
Aaron Paul
Aaron Paul played the role of Jesse in Breaking Bad. He also featured in
the "Need For Speed" Movie.
star
-
person
Bob Odenkirk
Bob Odinkrik played the role of Saul in Breaking Bad. Due to public fondness for the
character, Bob stars in his own show now, called "Better Call Saul".
star


{% extends "imagersite/base.html" %} {% load staticfiles %} {% block content %} IMAGER Please join our site it will make everyone happy. {% if photo.id %} {% else %} {% endif %} {% endblock content %}
Please join our site it will make everyone happy.


Watch the Triumphant Final Finishers of the NYC Marathon
by Brian DalekWell after all the pro runners are done with the NYC Marathon in Central Park, thousands of other runners are still finishing their journey to the finish line—often after the sun has set in Manhattan.
Watch the livestream below, courtesy of New York Road Runners, to see these runners finish their race and share their amazing stories.
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Frosan1450.github.io
Catalog LOWARA Pump Liquids - Scribd.
CIRCULATORS SERIES FLC - Lowara. CIRCULATORS SERIES TLC - Lowara. Catalog LOWARA Pump Liquids - pt.scribd.com. Die neue Lowara ecocirc® Basic von Xylem bietet jetzt den Mittelweg: eine hochefﬁziente, elektronisch geregelte Umwälzpumpe, die sich in kürzester Zeit von selbst bezahlt macht – und dabei magnetitresistent. Lowara The world of ITT Lowara. ITT Group - Residential Commercial Water. Infrastructure and Offices ITT Lowara is a leader in the European residential and commercial pump market. It is part of ITT Corporation, the world’s largest producer of pumps and complementary products for water and industrial fluid applications.
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SPECIFICATIONS APPLICATIONS Delivery: up to 4.2 m /h Head: up to 53 m Power supply: three-phase and single-phase 50 and 60 Hz Power: 0. consult www.Lowara General Catalogue 1 BG Series Close-coupled self-priming centrifugal pumps with built-in ejector system.lowara. Available in the “Garden” version with handle and terminal box with builtin switch.com 40 The extensive use of pressed stainless steel ensures a high-performance.
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Harnessing the Power of the
Control Value Accessor
for Better Reactive Forms
Jennifer Wadella
- JavaScript Developer at Bitovi
- Community Organizer
- Kombucha brewin' crazy plant lady
The Control Value Accessor
Defines an interface that acts as a bridge between the Angular forms API and a native element in the DOM.
cva source code
What can we do with this?
We can implement this interface to create custom form
control directives that integrate with Angular forms.
Let's build an app!
Example Form Scenario
I have created custom components that I would
like to act as form elements in my reactive form ...
- A typeahead component that displays one value to the user,
but passes an id as it's form value
- A star rating component that passes a rating number as it's form value
Pitfalls
- Managing additional methods for listening to change events
- Having to use additional method of .patchValue on form control
- Validation?!?!?!
Control Value Accessor Applied
Typescript with Classes & Interfaces
Classes implementing interfaces must follow the
structure described by the interface.
Implementation
We need to register the NG_VALUE_ACCESSOR provider and implement the ControlValueAccessor methods.
Back to Our Original Problem
Using CVA in practice for typeahead and rating form controls
Testing our CVA Components
Things we care about:
- Testing CVA methods communicate with formControl as expected
- Testing setting/displaying values when formControl is initialized with value or gets it's value updated
- Testing disabling/enabling of the CVA component
- Testing interacting with the CVA component sets validation classes as expected.
Key Concepts
- CVA is great for granular control of displaying
to the UI & communicating with the forms API
- Keep your wrapper components dumb.
- Just input and output form values!
- Leave validation logic to the parent form component.
- CVA can be used with any form API
- including template driven


Subject of report
15-01-20 17:21
UVA Community, PHP Hater
Here is the short description of report.Here is the short description of report
{% load staticfiles %} xxx users like this report.
0/140
userfoo：hi~
2014-02-19 14:36 1 like reply
userfoo2：hi~~~
2014-02-19 14:36 1 like reply


BMORE Around TownThank You for Joining UsThank you for purchasing #{packageName} for the #{eventName}. If you have any questions please feel free to contact us at<EMAIL_ADDRESS>Complete details of the BMORE Around Town event you just purchased (including itinerary) will be emailed about 3-5 days before the event. Tickets and/or Wristbands will be distributed at the specified event location on the day of the event. DISCLOSURE: by completing a purchase for an event hosted by BMORE Around Town, the purchaser and the purchaser's guests agree to the following: BMORE Around Town is in no way liable for attendees actions while participating in these events. All individual attendees will be responsible for their own actions and are subject to any legal/financial obligations that may be brought due to their damages. All purchases are final. No Refunds/Exchanges due to the time sensitivity of events. BMORE Around Town does not promote under age drinking, drinking and driving, nor binge drinking in anyway. Persons found in violation of this will be immediately removed from any events and possibly banned from future events. BMORE Around Town strongly encourages everyone to have a great time at their events while allowing participants to socialize and meet new people.Please remember to Drink Responsibly. |


Reverse Proxy Your CommandBox Embedded Server - Apache
Feb 01, 2015
Coldbox Coldfusion Lucee CFML CommandBox
Developing and Deploying Coldbox Applications using the CommandBox Embedded Server - Part 1
I’m a big fan of the CommandBox embedded Lucee server and am finding the scenarios in which I use it for development and testing to be growing day-by-day.
At some point, though, you need to be able to develop applications in an environment that mimics production, including full usage of rewrite rules, routing based on domain names, etc.
I also don’t like exposing my app server technology in my URL’s so having a path like “/index.cfm/handler/action” upsets my delicate sensibilities.
So, with that in mind, let’s place our Coldbox embedded server behind Apache. First things first, we’ll probably need to modify our hosts file to recognize our local domain. I’m on a Mac, so my hosts file is located at /etc/hosts, but you can also make this modification on Windows. In your hosts file, add the following:
<IP_ADDRESS> mydomain.localhost
Next you’ll want to start up your commandbox server:
$ cd /Sites/mydomain $ box server start
Your browser will open, but you can close that out for now and you’ll see something like the following in the terminal output:
The server for /Sites/mydomain is starting on <IP_ADDRESS>:63616... type 'server status' to see result
We’re going to need that port number so that we can fix it permanently so, stop your server and add that port to your box.json as the default port:
$ box package set defaultPort=63616 Set defaultPort = 63616
Now that we have the default port set permanently, we’re going to set up Apache to proxy it. We’re going to need mod_proxy and a few other modules enabled on Apache so make sure the following modules (with your paths) are uncommented in httpd.conf:
#These are our HTML handling modules LoadModule xml2enc_module libexec/apache2/mod_xml2enc.so LoadModule proxy_html_module libexec/apache2/mod_proxy_html.so #These are the proxying modules we need LoadModule proxy_module libexec/apache2/mod_proxy.so LoadModule proxy_connect_module libexec/apache2/mod_proxy_connect.so LoadModule proxy_http_module libexec/apache2/mod_proxy_http.so
Depending on your Apache installation and your OS, your virtual host files will be in different locations. I keep all mine in /etc/apache2/vhosts.d with an include /etc/apache2/vhosts.d/*.conf
in my httpd.conf file, which loads all config files in that directory on restart. Let’s create our domain config file:
$ sudo vi /etc/apache2/vhosts.d/mydomain.localhost.conf
This will open up a new file for editing. We’re using sudo so that we can save it, because OSX’s permissions normally wouldn’t let us do that in the /etc/ path. Now add the following (we’re copying a big segment of the default coldbox .htaccess file, with one exception (see the comment in the config code):
# My Application
<VirtualHost <IP_ADDRESS>:80>
ServerName mydomain.localhost
# We're adding the following to ensure our relative url's behave as they should
ProxyPreserveHost On
ProxyHTMLEnable On
ProxyHTMLURLMap http://<IP_ADDRESS>:63616/ /
# Document Root
DocumentRoot /Sites/mydomain/
<Location / >
RewriteEngine on
# Bypass fonts, images, css, javascript and docs, add your own extensions if needed.
RewriteCond %{REQUEST_URI} \.(ttf|otf|woff|map|bmp|gif|jpe?g|png|css|js|txt|pdf|doc|xls|ico)$
RewriteRule ^(.*)$ - [NC,L,NS]
# The ColdBox index.cfm/{path_info} rules - in this case, though we're direct proxying the .cfm file
RewriteRule ^$ index.cfm [QSA,NS]
RewriteCond %{REQUEST_FILENAME} !-f
RewriteCond %{REQUEST_FILENAME} !-d
RewriteRule ^(.*)$ http://<IP_ADDRESS>:63616/index.cfm/%{REQUEST_URI} [P]
# Now as a catch all, we'll proxy any remaining content
ProxyPass http://<IP_ADDRESS>:63616/
ProxyPassReverse http://<IP_ADDRESS>:63616/
# Now for our permissions
# Note: "Require all granted" is Apache 2.2 syntax
# for <2.2, you'll want Order allow,deny in its place
AllowOverride All
Require all granted
Allow from all
</Location>
</VirtualHost>
Now restart Apache:
sudo httpd -k restart
and point your browser to: http://mydomain.localhost .
Paths like http://mydomain.localhost/myhandler/myaction will now work as they should. You can also configure additional require rules and proxies (like NodeJS) in the file above and mimic your production environment. Vóila! Code like the wind. -JC
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litegl.js
Litegl.js is a library that wraps WebGL to make it more user-friendly by creating classes for managing different items like Buffer, Mesh, Texture, Shader and other common aspects of any WebGL applications.
It is a fork from LightGL.js by Evan Wallace, but some major changes have been made.
Some of the main differences:
- Matrices have been replaced by glMatrix
- Meshes are forced to be stored in ArrayBuffer formats
- Meshes support range rendering with offset
- Removed fixed pipeline behaviour
- Better event handling (mouse position, mouse wheel, dragging)
- Textures expanded to support Arraybuffers and Cubemaps
- Allows to work with multiple WebGL contexts in the same page.
This library has been used in several projects like Rendeer.js or Canvas2DtoWebGL.
Download
You can download the full source code from GitHub, or use just the library using this link litegl.js (compressed version)
Usage
Include the script
<script src="js/litegl.js"></script>
Create the context by typing:
var gl = GL.create({width:800, height:600});
Attach it to the DOM:
document.getElementById("mycontainer").appendChild( gl.canvas )
Hook events
gl.ondraw = function() { ... }
gl.onupdate = function(dt) { ... }
Get input
gl.captureMouse(); gl.onmousedown = function(e) { ... }
Compile shader
var shader = new Shader( vertex_shader_code, fragment_shader_code);
Create Mesh
var mesh = Mesh.cube();
Render
shader.uniforms( my_uniforms ).draw( mesh );
Examples
Check the examples in the examples folder.
Documentation
Click here to read the documentation, it is automatically generated using yui, and can be located in the doc folder.
Check also the gl-matrix documentation to a better understanding of how to operate with matrices and vectors.


| 018:036 Khan | : |
"And I think not the Hour will ever come, and if indeed I am brought back to my Lord, (on the Day of Resurrection), I surely shall find better than this when I return to Him." |
| 018:036 Maulana | : |
And I think not the Hour will come; and even if I am returned to my Lord, I will certainly find a returning-place better than this. |
| 018:036 Pickthal | : |
I think not that the Hour will ever come, and if indeed I am brought back unto my Lord I surely shall find better than this as a resort. |
| 018:036 Rashad | : |
"Moreover, I think this is it; I do not think that the Hour (the Hereafter) will ever come to pass. Even if I am returned to my Lord, I will (be clever enough to) possess an even better one over there." |
| 018:036 Sarwar | : |
nor do I think that there will be a Day of Judgment. Even if I shall be brought before my Lord, I certainly deserve to have a better place than this." |
| 018:036 Shakir | : |
And I do not think the hour will come, and even if I am returned to my Lord I will most certainly find a returning place better than this. |
| 018:036 Sherali | : |
'And I do not think the promised Hour will ever come. And even if I am ever brought back to my Lord, I shall, surely, find a better resort than this.' |
| 018:036 Yusufali | : |
"Nor do I deem that the Hour (of Judgment) will (ever) come: Even if I am brought back to my Lord, I shall surely find (there) something better in exchange." |
Concepts/Themes Covered: الإيمان > الإيمان بالله > حقيقة الإيمان Faith> Belief In Allah> The Reality of Faith القصص والتاريخ > العبر التاريخية فى أنباء القرى The Stories and the History> The Historic Examples of Towns' News
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


Freeland, Moe to meet Tuesday in Regina
by Alex MacPherson, Saskatoon StarPhoenixThe new deputy prime minister is headed west days after being appointed as Prime Minister Justin Trudeau's new deputy prime minister.
Prime Minister Justin Trudeau is sending his new top deputy west for an in-person meeting with Saskatchewan Premier Scott Moe, who has been among his government’s most vocal critics.
Chrystia Freeland is expected to sit down with the premier in Regina on Tuesday, less than a week after being appointed deputy prime minister and minister of intergovernmental affairs.
Regina Mayor Michael Fougere’s office also indicated that a meeting with Freeland has been scheduled.
Fougere and Saskatoon Mayor Charlie Clark both spoke with Trudeau last month, after the prime minister signalled his intention to hear concerns and potential solutions from different levels of government.
Freeland is one of three cabinet ministers with western ties tasked with soothing western anger following an election that resulted in a Liberal minority with no representation in Saskatchewan and Alberta.
“The Premier has had a positive working relationship with Minister Freeland, and he looks forward to discussing issues that are facing our province,” said Moe’s press secretary, Jim Billington.
Alex Lawrence, a spokesman for Freeland, confirmed the meeting with Moe on Tuesday.
Freeland’s first trip west as deputy prime minister comes days after Moe returned from a post-election meeting with Trudeau in Ottawa during which he pushed his “new deal for Canada agenda.”
Moe called that meeting “disappointing,” and said Trudeau made no commitments on his priorities: a pause on the federal carbon tax, equalization reform and better market access for the province’s commodities.
Ottawa subsequently offered a different account of the meeting. A federal official with knowledge of it told Postmedia that Trudeau came in with an open mind and Moe brought little to the table.
Moe has said he has a “fairly strong relationship” with Freeland, who previously served as foreign affairs minister, but offered a more tepid assessment of Trudeau’s new cabinet.
“It’s not about the people that are around the table; it’s about the decisions,” he said.
<EMAIL_ADDRESS>twitter.com/macphersona


I couldn't make sequelize work with 4 models.
I cut the studentteacher and studentbehavior models and let sequelize create them by itself.
I decided to do this because Sequelize did not recognize the association. I was using
StudentTeacher.findAll({where:{teacher_id:1},include{model:Teacher}})
but Sequelize did not find a relationship between teacher and student.
Next I deleted the studentteacher and studentbehavior models and let Sequelize create the
tables and the relationships by itself. Success on that.
Used findAll and succeeded, but when included where clause sequelize did not recognize. It was related
to the problem at the beginning. I solved it by using a Teacher model to initiate the search,
instead of Student. I was wrong searching Student and limiting by a where clause using a teacher_id
because Student does not have a teacher_id on it.
I switched Student for Teacher and the search worked. It retrieves the teachers with a
nest of students.
It looks like it is not possible to search using a bridge table as the search table.


--- layout: page nav: Contact ---
We are Colin and Shirley Dugdale and we live in West Sussex in the south of England.
We fell in love with Florida when we first visited in 1981 and when we had the opportunity to purchase our dream home on Southern Dunes in 2003 we couldn't say no.
Working in the airline industry allows us to visit Florida several times a year and we take great pride in personally maintaining our home from home to the high standard our numerous repeat guests expect.
On hand in Florida our family run management team, headed by Marie and Neale, are there if you have any queries or problems during your vacation.
We love our Florida home and know that you will too.
To contact us, please complete the form below:
{% include _contact_us_form.html %}Or you can contact us directly:


public interface ViewInterface extends Observer<Update>
| Modifier and Type | Method and Description |
|---|---|
void |
confirmEndOfInteraction()
Confirm that current interaction is ended
|
void |
registerAll(Observer<Request> observer)
Register
observer to all subcomponents of the View of type Observable<Request> |
void |
reinitialize(InitializationInfo initInfo)
Reinitialize view with most recent data
|
void |
reportError(java.lang.String error) |
void |
showAmmoColorSelectionView(java.util.Set<TileColor> possibleColors)
Ask player to select an ammo color for paying a targeting scope activation
|
void |
showDirectionSelectionView()
Ask player a cardinal direction
|
void |
showEffectsSelectionView(java.util.SortedMap<java.lang.Integer,java.util.Set<Effect>> priorityMap,
java.util.Set<Effect> possibleEffects)
Ask player to select a list of effects
|
void |
showMessage(java.lang.String message) |
void |
showPositionSelectionView(java.util.Set<Position> possiblePositions)
Ask player to select a position from the board
|
void |
showPowerUpsDiscardView() |
void |
showPowerUpSelectionView(java.util.List<java.lang.Integer> indexes)
Ask player for targeting scopes or tagback grenades activation
|
void |
showRespawnPowerUpDiscardView()
Ask player to select a powerUp for respawn
|
void |
showRoomColorSelectionView(java.util.Set<TileColor> possibleColors)
Ask a player to pick a room color
|
void |
showTargetsSelectionView(int minToSelect,
int maxToSelect,
java.util.Set<PlayerColor> possibleTargets)
Ask player to select a group of targets (represented through PlayerColor) from the board
|
void |
showValidPositions(java.util.List<Position> positions) |
void |
showWeaponModeSelectionView(Effect effect1,
Effect effect2)
Ask player to select which weapon mode to use
|
void |
showWeaponSelectionView(TileColor spawnColor)
Activate weapon selection in spawn or player hand
|
void |
update(Update update) |
void showMessage(java.lang.String message)
void reportError(java.lang.String error)
void showPowerUpsDiscardView()
void showWeaponSelectionView(TileColor spawnColor)
spawnColor
- Spawn color in which choose the weapon, null if choosing in player handvoid showValidPositions(java.util.List<Position> positions)
void showPowerUpSelectionView(java.util.List<java.lang.Integer> indexes)
indexes
- Valid powerUp indexesvoid showRoomColorSelectionView(java.util.Set<TileColor> possibleColors)
possibleColors
- Valid colorsvoid showDirectionSelectionView()
void showPositionSelectionView(java.util.Set<Position> possiblePositions)
possiblePositions
- possible selectable positions (any position selected from outside this range should be
considered an input error by the controller)void showTargetsSelectionView(int minToSelect, int maxToSelect, java.util.Set<PlayerColor> possibleTargets)
minToSelect
- minimum number of targets requestedmaxToSelect
- maximum number of targets allowedpossibleTargets
- possible selectable targets (any target selected from outside this group should be
considered an input error by the controller)void showEffectsSelectionView(java.util.SortedMap<java.lang.Integer,java.util.Set<Effect>> priorityMap, java.util.Set<Effect> possibleEffects)
priorityMap
- The possible effects that the player can choose from. The effects are associated to their
respective priorities. If an effect is picked that is not present among this map, the the
controller should consider the call an input error.possibleEffects
- Valid effectsvoid showWeaponModeSelectionView(Effect effect1, Effect effect2)
effect1
- First effecteffect2
- Second effectvoid showRespawnPowerUpDiscardView()
void showAmmoColorSelectionView(java.util.Set<TileColor> possibleColors)
possibleColors
- Valid ammo colorsvoid reinitialize(InitializationInfo initInfo)
initInfo
- Initialization info updatedvoid confirmEndOfInteraction()


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--- layout: post title: Wiping OAuth2 tokens from IBM Connections date: 2014-02-10 12:59:35.000000000 +00:00 type: post published: true status: publish categories: - Social Business - web tags: - ibm connections - note to self - oauth - oauth2 - opensocial meta: _syntaxhighlighter_encoded: '1' _edit_last: '1' tmac_last_id: '618797319161393152' author: David Simpson excerpt_separator: ---
Sometimes when developing OpenSocial gadgets for IBM Connections, you just need to purge the OAuth tokens.
For example when you've rebuilt the system which hosts the OAuth2 provider, you'll need everyone to do the OAuth dance again.
It's easy, but I normally forget the command. Here's how:
# Start the WebSphere admin client
cd /opt/IBM/WebSphere/AppServer/profiles/Dmgr01/bin
./wsadmin.sh -lang jython -user wasadmin -password passw0rd
# Access the News Admin script
execfile("newsAdmin.py")
# Purge all OAuth2 tokens - sledgehammer approach
NewsOAuth2ConsumerService.purgeAllTokens()
While you're here, you may as well also clear the widget cache:
NewsWidgetCatalogService.clearWidgetCaches()
This removes any cached copies of OpenSocial gadgets or iWidgets from the Widget Container cache. It can also be useful during development.


New Titans Episode 2.10 Photos Feature Dick Grayson’s Life in Prison
by Tudor LeonteDC Universe has released a new batch of photos for the upcoming Titans Episode 10. As we prepare for the series’ grand finale, next week we will get a closer look to Dick Grayson’s life in prison after his arrest for assaulting a couple of officers.
The synopsis for the next episode reads: “After his intentional attack on two police officers results in his arrest, Dick finally finds peace in a Nevada prison. But the hero he’s left behind has not been buried forever. Meanwhile, Rachel befriends a runaway girl and takes her under her wing – only to find that her own powers might not fully be under her control. Back at Titans Tower, Gar is reunited with Conner and Krypto, but when Mercy Graves sets her sights on retrieving “Subject 13” for Cadmus, Gar finds himself caught in the crossfire.”
You can check out the new Titans Episode 2.10 photos in the gallery below.
RELATED – Heroes Go Separate Ways in New Titans Episode 2.09 Photos
Titans follows a group of young heroes from across the DC Universe as they come of age in a gritty take on the classic Teen Titans franchise. Dick Grayson and Rachel Roth, a special young girl possessed by a strange darkness, get embroiled in a conspiracy. One that could bring Hell on Earth. With other heroes also joining them along the way, together they become a surrogate family and team of heroes.
Brenton Thwaites stars as Dick Grayson/Robin. Teagan Croft plays Raven, as well as Ryan Potter as Garfield “Gar” Logan, and Anna Diop as Koriand’r/Starfire. Alan Ritchson & Minka Kelly also star in the series as Hawk and Dove. Curran Walters and Conor Leslie join the full-time cast members as Robin and Wonder Girl, respectively.
Joshua Orpin joined the cast this season as Conner Kent/Superboy. Additionally, Chella Man portrays Joseph Wilson, with Chelsea Zhang as Rose Wilson. Esai Morales also stars in the series as Slade Wilson/Deathstroke.
The next episode of Titans will stream on November 8 on DC Universe.


Change Log
- Created three templates (MiniList, Narrow, and ListingShort) for use in narrow panes
- Added a setting to the module to allow ReadMore links to navigate to a different instance of the module
- Updated the Engage:ReadMore template token to allow child content. This enables scenarios where other tokens in the template can be wrapped in a link to the event details
- Updated the Engage:ReadMore template token to link to the details page if it is used in a Header or Footer template
- Created a new Engage:Duration template token to display "smart" timespan values, such as are used in the Responses listing.
- Updated the registration process to use a modal popup, keeping the user in their current context
- Added the ability to limit the number of "Attending" registrations for an event, giving the option to display a custom message for each event once it is full
- Added Export to CSV and Excel from the registration details page, to get a list of all responses to an event
- The method for indicating that an event takes place during Daylight Time has been changed to use an explicit checkbox , rather than manually adjusting the time zone.
- Fixed a bug where you could get stuck with an invalid end date when creating an event
- Fixed some bugs with the rendering of the default listing template in IE6
- Fixed a bug with the rendering of the default listing template in IE7
- More details can be found on the Engage: Events Change Log
Known Issues
- Engage: Events 1.1 is incompatible with Engage: Dashboard 1.0. Please upgrade to Engage: Dashboard 1.0.1 after installing Engage: Events 1.1.
- Some versions of modules from OnyakTech will conflict with Engage: Events.
- The entire range of a recurring event might not display on the Calendar view. To increase performance, only 1,000 possible dates are considered to display. This means that only about 33 years of a yearly recurrence will display, while close to the full 1,000 days of a daily recurrence will be shown.
- If you have multiple events modules on the same page, paging through the events or responses lists on one module will cause the other module to change pages as well. This can cause an issue if the other module has fewer pages than the module you are paging through, resulting in a blank module.
- Line breaks entered in the Overview field of an event are not displayed; that is, all text displays on the same line, regardless of any line breaks entered.


Are you sure you want to delete the RazeeDash custom searchable attributes for kubernetes kind "{{kind}}"?


Boo Ya
Succulents marfa shoreditch butcher vape, enamel pin portland art party. Banh mi ugh knausgaard, selvage keffiyeh marfa authentic cornhole locavore jean shorts DIY chillwave hot chicken. Freegan single-origin coffee trust fund, DIY typewriter dreamcatcher raclette. Normcore cliche XOXO, slow-carb bitters food truck freegan wayfarers deep v vice organic drinking vinegar 3 wolf moon fingerstache DIY. Bicycle rights prism hashtag asymmetrical. Blue bottle fashion axe sustainable drinking vinegar brunch portland. Fingerstache 90's vape you probably haven't heard of them, echo park kale chips cliche.
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"PONTUS "a province of Asia Minor, stretching along the southern coast of the Euxine Sea, corresponding nearly to the modern province of Trebizond. In the time of the apostles it was a Roman province. Strangers from this province were at Jerusalem at Pentecost (Acts 2:9), and to“strangers scattered throughout Pontus,” among others, Peter addresses his first epistle (1 Peter 1:1). It was evidently the resort of many Jews of the Dispersion. Aquila was a native of Pontus (Acts 18:2).
"PONTUS "a province of Asia Minor, stretching along the southern coast of the Euxine Sea, corresponding nearly to the modern province of Trebizond. In the time of the apostles it was a Roman province. Strangers from this province were at Jerusalem at Pentecost (Acts 2:9), and to“strangers scattered throughout Pontus,” among others, Peter addresses his first epistle (1 Peter 1:1). It was evidently the resort of many Jews of the Dispersion. Aquila was a native of Pontus (Acts 18:2).


Pig Dice
Player One
Roll Score:
Total Score:
Roll
Hold Score
Player One Wins!!!
Player Two
Roll Score:
Total Score:
Roll
Hold Score
⚀
Player Two Wins!!!


My Recipies
- Pan Seared Salmon I
- Simply seasoned with salt and pepper, these salmon fillets are pan seared with capers, and garnished with slices of lemon.
- Salmon with Dill
- This is a simple recipe for salmon fillet or salmon steak. With just a hint of seasoning, you can bring out the delicious taste of the salmon. Serve with tartar sauce and lemon.


Before Change
distributions = resolve_multi(interpreter, deduped_reqs, platforms, find_links)
locations = set()
for platform, dists in distributions.items():
for dist in dists:
if dist.location not in locations:
log.debug(" Dumping distribution: .../{}".format(os.path.basename(dist.location)))
builder.add_distribution(dist)
locations.add(dist.location)
def resolve_multi(interpreter, requirements, platforms, find_links):
Multi-platform dependency resolution for PEX files.
Returns a list of distributions that must be included in order to satisfy a set of requirements.
After Change
deprecated("1.11.0.dev0",
"This function has been moved onto the PexBuilderWrapper class.")
PexBuilderWrapper(
builder,
PythonRepos.global_instance(),
PythonSetup.global_instance(),
log
).add_resolved_requirements(reqs, platforms)


bison - GNU Project parser generator (yacc replacement)
Bison is a parser generator in the style of yacc(1). It should be
upwardly compatible with input files designed for yacc.
Input files should follow the yacc convention of ending in
.y. Unlike yacc, the generated files do not have fixed names,
but instead use the prefix of the input file. Moreover, if you need to put
C++ code in the input file, you can end his name by a C++-like
extension (.ypp or .y++), then bison will follow your extension to name the
output file (.cpp or .c++). For instance, a grammar description file named
parse.yxx would produce the generated parser in a file named
parse.tab.cxx, instead of yacc's y.tab.c or old
Bison version's parse.tab.c.
This description of the options that can be given to bison
is adapted from the node Invocation in the bison.texi manual,
which should be taken as authoritative.
Bison supports both traditional single-letter options and
mnemonic long option names. Long option names are indicated with --
instead of -. Abbreviations for option names are allowed as long as
they are unique. When a long option takes an argument, like
--file-prefix, connect the option name and the argument with
=.
Generate a deterministic LR or generalized LR (GLR) parser
employing LALR(1), IELR(1), or canonical LR(1) parser tables.
Mandatory arguments to long options are mandatory for short
options too. The same is true for optional arguments.
- -h, --help
- display this help and exit
- -V, --version
- output version information and exit
- --print-localedir
- output directory containing locale-dependent data and exit
- --print-datadir
- output directory containing skeletons and XSLT and exit
- -u, --update
- apply fixes to the source grammar file and exit
- -f, --feature[=FEATURES]
- activate miscellaneous features
- caret, diagnostics-show-caret
- show errors with carets
- fixit, diagnostics-parseable-fixits
- show machine-readable fixes
- syntax-only
- do not generate any file
- all
- all of the above
- none
- disable all of the above
- -W, --warnings[=CATEGORY]
- report the warnings falling in CATEGORY
- --color[=WHEN]
- whether to colorize the diagnostics
- --style=FILE
- specify the CSS FILE for colorizer diagnostics
- conflicts-sr
- S/R conflicts (enabled by default)
- conflicts-rr
- R/R conflicts (enabled by default)
- dangling-alias
- string aliases not attached to a symbol
- deprecated
- obsolete constructs
- empty-rule
- empty rules without %empty
- midrule-values
- unset or unused midrule values
- precedence
- useless precedence and associativity
- yacc
- incompatibilities with POSIX Yacc
- other
- all other warnings (enabled by default)
- all
- all the warnings except 'dangling-alias' and 'yacc'
- no-CATEGORY
- turn off warnings in CATEGORY
- none
- turn off all the warnings
- error[=CATEGORY]
- treat warnings as errors
- always, yes
- colorize the output
- never, no
- don't colorize the output
- auto, tty
- colorize if the output device is a tty
- -L, --language=LANGUAGE
- specify the output programming language
- -S, --skeleton=FILE
- specify the skeleton to use
- -t, --debug
- instrument the parser for tracing same as '-Dparse.trace'
- --locations
- enable location support
- -D, --define=NAME[=VALUE]
- similar to '%define NAME VALUE'
- -F, --force-define=NAME[=VALUE]
- override '%define NAME VALUE'
- -p, --name-prefix=PREFIX
- prepend PREFIX to the external symbols deprecated by
'-Dapi.prefix={PREFIX}'
- -l, --no-lines
- don't generate '#line' directives
- -k, --token-table
- include a table of token names
- -y, --yacc
- emulate POSIX Yacc
- --defines[=FILE]
- also produce a header file
- -d
- likewise but cannot specify FILE (for POSIX Yacc)
- -r, --report=THINGS
- also produce details on the automaton
- --report-file=FILE
- write report to FILE
- -v, --verbose
- same as '--report=state'
- -b, --file-prefix=PREFIX
- specify a PREFIX for output files
- -o, --output=FILE
- leave output to FILE
- -g, --graph[=FILE]
- also output a graph of the automaton
- -x, --xml[=FILE]
- also output an XML report of the automaton
- states
- describe the states
- itemsets
- complete the core item sets with their closure
- lookaheads
- explicitly associate lookahead tokens to items
- solved
- describe shift/reduce conflicts solving
- all
- include all the above information
- none
- disable the report
Written by Robert Corbett and Richard Stallman.
Report bugs to<EMAIL_ADDRESS>GNU Bison home page: <https://www.gnu.org/software/bison/>.
General help using GNU software: <http://www.gnu.org/gethelp/>.
For complete documentation, run: info bison.
Copyright © 2020 Free Software Foundation, Inc.
This is free software; see the source for copying conditions. There is NO
warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
lex(1), flex(1), yacc(1).
The full documentation for bison is maintained as a Texinfo
manual. If the info and bison programs are properly installed
at your site, the command
- info bison
should give you access to the complete manual.


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Confirmed: The official starting grid for the Brazilian Grand Prix
by Matt GrettonMax Verstappen starts his second race from pole position. The Dutchman has Sebastian Vettel next to him while Lewis Hamilton and Valtteri Bottas will be breathing down his neck. This is what the grid looks like for the Brazilian Grand Prix.
Starting Grid
1. Max Verstappen
2. Sebastian Vettel
3. Lewis Hamilton
4. Valtteri Bottas
5. Alexander Albon
6. Pierre Gasly
7. Romain Grosjean
8. Kimi Raikkonen
9. Kevin Magnussen
10. Lando Norris
11. Daniel Ricciardo
12. Antonio Giovinazzi
13. Nico Hulkenberg
14. Charles Leclerc *
15. Sergio Perez
16. Daniil Kvyat
17. Lance Stroll
18. George Russell
19. Robert Kubica
20. Carlos Sainz **
* Charles Leclerc has a grid sentence of ten places for changing his combustion engine
** Carlos Sainz did not complete a full lap in Q1 and received a grid penalty for changing his (full) power source