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LiteCore
Couchbase Lite cross-platform core implementation
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Data Structures | |
| struct | FLSlice |
| A simple reference to a block of memory. More... | |
| struct | FLSliceResult |
| A block of memory returned from an API call. More... | |
| struct | FLArrayIterator |
| Opaque array iterator. More... | |
| struct | FLDictIterator |
| Opaque dictionary iterator. More... | |
| struct | FLDictKey |
| Opaque key for a dictionary. More... | |
Types and Basic Functions | |
| enum | FLValueType { kFLUndefined = -1, kFLNull = 0, kFLBoolean, kFLNumber, kFLString, kFLData, kFLArray, kFLDict } |
| Types of Fleece values. More... | |
| enum | FLEncoderFormat { kFLEncodeFleece, kFLEncodeJSON, kFLEncodeJSON5 } |
| Output formats a FLEncoder can generate. More... | |
| enum | FLError { kFLNoError = 0, kFLMemoryError, kFLOutOfRange, kFLInvalidData, kFLEncodeError, kFLJSONError, kFLUnknownValue, kFLInternalError, kFLNotFound, kFLSharedKeysStateError } |
| typedef const struct _FLValue * | FLValue |
| A reference to a value of any type. More... | |
| typedef const struct _FLArray * | FLArray |
| A reference to an array value. More... | |
| typedef const struct _FLDict * | FLDict |
| A reference to a dictionary (map) value. More... | |
| typedef struct _FLEncoder * | FLEncoder |
| A reference to an encoder. More... | |
| typedef struct _FLSharedKeys * | FLSharedKeys |
| A reference to a shared-keys mapping. More... | |
| typedef struct _FLKeyPath * | FLKeyPath |
| A reference to a key path. More... | |
| typedef FLSlice | FLString |
| typedef FLSliceResult | FLStringResult |
| static FLSlice | FLStr (const char *str) |
| Creates a slice pointing to the contents of a C string. More... | |
| void | FLSliceResult_Free (FLSliceResult) |
| Frees the memory of a FLSliceResult. More... | |
| bool | FLSlice_Equal (FLSlice a, FLSlice b) |
| Equality test of two slices. More... | |
| int | FLSlice_Compare (FLSlice, FLSlice) |
| Lexicographic comparison of two slices; basically like memcmp(), but taking into account differences in length. More... | |
| #define | FLSTR(STR) ((FLSlice){("" STR), sizeof(("" STR))-1}) |
| #define | kFLSliceNull ((FLSlice){nullptr, 0}) |
| #define | FL_SLICE_DEFINED |
Parsing And Converting Values | |
| FLValue | FLValue_FromData (FLSlice data) |
| Returns a reference to the root value in the encoded data. More... | |
| FLValue | FLValue_FromTrustedData (FLSlice data) |
| Returns a pointer to the root value in the encoded data, with only minimal validation; or returns nullptr if the validation failed. More... | |
| FLSliceResult | FLData_ConvertJSON (FLSlice json, FLError *outError) |
| Directly converts JSON data to Fleece-encoded data. More... | |
| FLStringResult | FLData_Dump (FLSlice data) |
| Produces a human-readable dump of the Value encoded in the data. More... | |
Value Accessors | |
| FLValueType | FLValue_GetType (FLValue) |
| Returns the data type of an arbitrary Value. More... | |
| bool | FLValue_IsInteger (FLValue) |
| Returns true if the value is non-nullptr and is represents an integer. More... | |
| bool | FLValue_IsUnsigned (FLValue) |
Returns true if the value is non-nullptr and represents an unsigned integer that can only be represented natively as a uint64_t . More... | |
| bool | FLValue_IsDouble (FLValue) |
| Returns true if the value is non-nullptr and represents a 64-bit floating-point number. More... | |
| bool | FLValue_AsBool (FLValue) |
| Returns a value coerced to boolean. More... | |
| int64_t | FLValue_AsInt (FLValue) |
| Returns a value coerced to an integer. More... | |
| uint64_t | FLValue_AsUnsigned (FLValue) |
| Returns a value coerced to an unsigned integer. More... | |
| float | FLValue_AsFloat (FLValue) |
| Returns a value coerced to a 32-bit floating point number. More... | |
| double | FLValue_AsDouble (FLValue) |
| Returns a value coerced to a 64-bit floating point number. More... | |
| FLString | FLValue_AsString (FLValue) |
| Returns the exact contents of a string value, or null for all other types. More... | |
| FLSlice | FLValue_AsData (FLValue) |
| Returns the exact contents of a data value, or null for all other types. More... | |
| FLArray | FLValue_AsArray (FLValue) |
| If a FLValue represents an array, returns it cast to FLArray, else nullptr. More... | |
| FLDict | FLValue_AsDict (FLValue) |
| If a FLValue represents a dictionary, returns it as an FLDict, else nullptr. More... | |
| FLStringResult | FLValue_ToString (FLValue) |
| Returns a string representation of any scalar value. More... | |
| FLStringResult | FLValue_ToJSON (FLValue) |
| Encodes a Fleece value as JSON (or a JSON fragment.) Any Data values will become base64-encoded JSON strings. More... | |
| FLSliceResult | FLValue_ToJSON5 (FLValue v) |
| Encodes a Fleece value as JSON5, a more lenient variant of JSON that allows dictionary keys to be unquoted if they're alphanumeric. More... | |
| FLSliceResult | FLValue_ToJSONX (FLValue v, FLSharedKeys sk, bool json5, bool canonicalForm) |
| Most general Fleece to JSON converter. More... | |
| FLStringResult | FLJSON5_ToJSON (FLString json5, FLError *error) |
| Converts valid JSON5 to JSON. More... | |
Arrays | |
| uint32_t | FLArray_Count (FLArray) |
| Returns the number of items in an array, or 0 if the pointer is nullptr. More... | |
| FLValue | FLArray_Get (FLArray, uint32_t index) |
| Returns an value at an array index, or nullptr if the index is out of range. More... | |
| void | FLArrayIterator_Begin (FLArray, FLArrayIterator *) |
| Initializes a FLArrayIterator struct to iterate over an array. More... | |
| FLValue | FLArrayIterator_GetValue (const FLArrayIterator *) |
| Returns the current value being iterated over. More... | |
| FLValue | FLArrayIterator_GetValueAt (const FLArrayIterator *, uint32_t offset) |
| Returns a value in the array at the given offset from the current value. More... | |
| bool | FLArrayIterator_Next (FLArrayIterator *) |
| Advances the iterator to the next value, or returns false if at the end. More... | |
Dictionaries | |
| uint32_t | FLDict_Count (FLDict) |
| Returns the number of items in a dictionary, or 0 if the pointer is nullptr. More... | |
| FLValue | FLDict_Get (FLDict, FLSlice keyString) |
| Looks up a key in a sorted dictionary, returning its value. More... | |
| FLValue | FLDict_GetSharedKey (FLDict d, FLSlice keyString, FLSharedKeys sk) |
| Looks up a key in a sorted dictionary, using a shared-keys mapping. More... | |
| FLString | FLSharedKey_GetKeyString (FLSharedKeys sk, int keyCode, FLError *outError) |
| Gets a string key from an FLSharedKeys object given its integer encoding (for use when FLDictIterator_GetKey returns a value of type 'Number'. More... | |
| FLValue | FLDict_GetUnsorted (FLDict, FLSlice keyString) |
| Looks up a key in an unsorted (or sorted) dictionary. More... | |
| void | FLDictIterator_Begin (FLDict, FLDictIterator *) |
| Initializes a FLDictIterator struct to iterate over a dictionary. More... | |
| void | FLDictIterator_BeginShared (FLDict, FLDictIterator *, FLSharedKeys) |
| Same as FLDictIterator_Begin but iterator will translate shared keys to strings. More... | |
| FLValue | FLDictIterator_GetKey (const FLDictIterator *) |
| Returns the current key being iterated over. More... | |
| FLString | FLDictIterator_GetKeyString (const FLDictIterator *) |
| Returns the current key's string value. More... | |
| FLValue | FLDictIterator_GetValue (const FLDictIterator *) |
| Returns the current value being iterated over. More... | |
| bool | FLDictIterator_Next (FLDictIterator *) |
| Advances the iterator to the next value, or returns false if at the end. More... | |
| FLDictKey | FLDictKey_Init (FLSlice string, bool cachePointers) |
| Initializes an FLDictKey struct with a key string. More... | |
| FLDictKey | FLDictKey_InitWithSharedKeys (FLSlice string, FLSharedKeys sharedKeys) |
| FLString | FLDictKey_GetString (const FLDictKey *key) |
| Returns the string value of the key (which it was initialized with.) More... | |
| FLValue | FLDict_GetWithKey (FLDict, FLDictKey *) |
| Looks up a key in a dictionary using an FLDictKey. More... | |
| size_t | FLDict_GetWithKeys (FLDict dict, FLDictKey keys[], FLValue values[], size_t count) |
| Looks up multiple dictionary keys in parallel, which can be much faster than individual lookups. More... | |
| FLKeyPath | FLKeyPath_New (FLSlice specifier, FLSharedKeys, FLError *error) |
| Creates a new FLKeyPath object by compiling a path specifier string. More... | |
| void | FLKeyPath_Free (FLKeyPath) |
| Frees a compiled FLKeyPath object. More... | |
| FLValue | FLKeyPath_Eval (FLKeyPath, FLValue root) |
| Evaluates a compiled key-path for a given Fleece root object. More... | |
| FLValue | FLKeyPath_EvalOnce (FLSlice specifier, FLSharedKeys, FLValue root, FLError *error) |
| Evaluates a key-path from a specifier string, for a given Fleece root object. More... | |
Encoder | |
| FLEncoder | FLEncoder_New (void) |
| Creates a new encoder, for generating Fleece data. More... | |
| FLEncoder | FLEncoder_NewWithOptions (FLEncoderFormat format, size_t reserveSize, bool uniqueStrings, bool sortKeys) |
| Creates a new encoder, allowing some options to be customized. More... | |
| void | FLEncoder_Free (FLEncoder) |
| Frees the space used by an encoder. More... | |
| void | FLEncoder_SetSharedKeys (FLEncoder, FLSharedKeys) |
| Tells the encoder to use a shared-keys mapping when encoding dictionary keys. More... | |
| void | FLEncoder_Reset (FLEncoder) |
| Resets the state of an encoder without freeing it. More... | |
| bool | FLEncoder_WriteNull (FLEncoder) |
Writes a null value to an encoder. More... | |
| bool | FLEncoder_WriteBool (FLEncoder, bool) |
| Writes a boolean value (true or false) to an encoder. More... | |
| bool | FLEncoder_WriteInt (FLEncoder, int64_t) |
| Writes an integer to an encoder. More... | |
| bool | FLEncoder_WriteUInt (FLEncoder, uint64_t) |
| Writes an unsigned integer to an encoder. More... | |
| bool | FLEncoder_WriteFloat (FLEncoder, float) |
| Writes a 32-bit floating point number to an encoder. More... | |
| bool | FLEncoder_WriteDouble (FLEncoder, double) |
| Writes a 64-bit floating point number to an encoder. More... | |
| bool | FLEncoder_WriteString (FLEncoder, FLString) |
| Writes a string to an encoder. More... | |
| bool | FLEncoder_WriteData (FLEncoder, FLSlice) |
| Writes a binary data value (a blob) to an encoder. More... | |
| bool | FLEncoder_WriteRaw (FLEncoder, FLSlice) |
| Writes raw data to the encoded JSON output. More... | |
| bool | FLEncoder_BeginArray (FLEncoder, size_t reserveCount) |
| Begins writing an array value to an encoder. More... | |
| bool | FLEncoder_EndArray (FLEncoder) |
| Ends writing an array value; pops back the previous encoding state. More... | |
| bool | FLEncoder_BeginDict (FLEncoder, size_t reserveCount) |
| Begins writing a dictionary value to an encoder. More... | |
| bool | FLEncoder_WriteKey (FLEncoder, FLString) |
| Specifies the key for the next value to be written to the current dictionary. More... | |
| bool | FLEncoder_EndDict (FLEncoder) |
| Ends writing a dictionary value; pops back the previous encoding state. More... | |
| bool | FLEncoder_WriteValue (FLEncoder, FLValue) |
| Writes a Fleece Value to an Encoder. More... | |
| bool | FLEncoder_WriteValueWithSharedKeys (FLEncoder, FLValue, FLSharedKeys) |
| Writes a Fleece Value that uses SharedKeys to an Encoder. More... | |
| bool | FLEncoder_ConvertJSON (FLEncoder e, FLSlice json) |
| Parses JSON data and writes the object(s) to the encoder. More... | |
| size_t | FLEncoder_BytesWritten (FLEncoder e) |
| Returns the number of bytes encoded so far. More... | |
| FLSliceResult | FLEncoder_Finish (FLEncoder, FLError *) |
| Ends encoding; if there has been no error, it returns the encoded data, else null. More... | |
| FLError | FLEncoder_GetError (FLEncoder e) |
| Returns the error code of an encoder, or NoError (0) if there's no error. More... | |
| const char * | FLEncoder_GetErrorMessage (FLEncoder e) |
| Returns the error message of an encoder, or nullptr if there's no error. More... | |
| #define FL_SLICE_DEFINED |
| #define FLSTR | ( | STR | ) | ((FLSlice){("" STR), sizeof(("" STR))-1}) |
| #define kFLSliceNull ((FLSlice){nullptr, 0}) |
| typedef const struct _FLArray* FLArray |
A reference to an array value.
| typedef const struct _FLDict* FLDict |
A reference to a dictionary (map) value.
| typedef struct _FLEncoder* FLEncoder |
A reference to an encoder.
| typedef struct _FLKeyPath* FLKeyPath |
A reference to a key path.
| typedef struct _FLSharedKeys* FLSharedKeys |
A reference to a shared-keys mapping.
| typedef FLSliceResult FLStringResult |
| typedef const struct _FLValue* FLValue |
A reference to a value of any type.
| enum FLEncoderFormat |
| enum FLError |
| enum FLValueType |
| uint32_t FLArray_Count | ( | FLArray | ) |
Returns the number of items in an array, or 0 if the pointer is nullptr.
Returns an value at an array index, or nullptr if the index is out of range.
| void FLArrayIterator_Begin | ( | FLArray | , |
| FLArrayIterator * | |||
| ) |
Initializes a FLArrayIterator struct to iterate over an array.
Call FLArrayIteratorGetValue to get the first item, then FLArrayIteratorNext.
| FLValue FLArrayIterator_GetValue | ( | const FLArrayIterator * | ) |
Returns the current value being iterated over.
| FLValue FLArrayIterator_GetValueAt | ( | const FLArrayIterator * | , |
| uint32_t | offset | ||
| ) |
Returns a value in the array at the given offset from the current value.
| bool FLArrayIterator_Next | ( | FLArrayIterator * | ) |
Advances the iterator to the next value, or returns false if at the end.
| FLSliceResult FLData_ConvertJSON | ( | FLSlice | json, |
| FLError * | outError | ||
| ) |
Directly converts JSON data to Fleece-encoded data.
You can then call FLValueFromTrustedData to get the root as a Value.
| FLStringResult FLData_Dump | ( | FLSlice | data | ) |
Produces a human-readable dump of the Value encoded in the data.
| uint32_t FLDict_Count | ( | FLDict | ) |
Returns the number of items in a dictionary, or 0 if the pointer is nullptr.
Looks up a key in a sorted dictionary, returning its value.
Returns nullptr if the value is not found or if the dictionary is nullptr.
| FLValue FLDict_GetSharedKey | ( | FLDict | d, |
| FLSlice | keyString, | ||
| FLSharedKeys | sk | ||
| ) |
Looks up a key in a sorted dictionary, using a shared-keys mapping.
If the database has a shared-keys mapping, you MUST use this call instead of FLDict_Get. Returns nullptr if the value is not found or if the dictionary is nullptr.
Looks up a key in an unsorted (or sorted) dictionary.
Slower than FLDict_Get.
Looks up multiple dictionary keys in parallel, which can be much faster than individual lookups.
| dict | The dictionary to search |
| keys | Array of keys; MUST be sorted as per FLSliceCompare. |
| values | The found values will be written here, or NULLs for missing keys. |
| count | The number of keys in keys[] and the capacity of values[]. |
| void FLDictIterator_Begin | ( | FLDict | , |
| FLDictIterator * | |||
| ) |
Initializes a FLDictIterator struct to iterate over a dictionary.
Call FLDictIterator_GetKey and FLDictIterator_GetValue to get the first item, then FLDictIterator_Next.
| void FLDictIterator_BeginShared | ( | FLDict | , |
| FLDictIterator * | , | ||
| FLSharedKeys | |||
| ) |
Same as FLDictIterator_Begin but iterator will translate shared keys to strings.
| FLValue FLDictIterator_GetKey | ( | const FLDictIterator * | ) |
Returns the current key being iterated over.
| FLString FLDictIterator_GetKeyString | ( | const FLDictIterator * | ) |
Returns the current key's string value.
| FLValue FLDictIterator_GetValue | ( | const FLDictIterator * | ) |
Returns the current value being iterated over.
| bool FLDictIterator_Next | ( | FLDictIterator * | ) |
Advances the iterator to the next value, or returns false if at the end.
Returns the string value of the key (which it was initialized with.)
Initializes an FLDictKey struct with a key string.
| string | The key string (UTF-8). |
| cachePointers | If true, the FLDictKey is allowed to cache a direct Value pointer representation of the key. This provides faster lookup, but means that it can only ever be used with Dicts that live in the same stored data buffer. |
| FLDictKey FLDictKey_InitWithSharedKeys | ( | FLSlice | string, |
| FLSharedKeys | sharedKeys | ||
| ) |
| bool FLEncoder_BeginArray | ( | FLEncoder | , |
| size_t | reserveCount | ||
| ) |
Begins writing an array value to an encoder.
This pushes a new state where each subsequent value written becomes an array item, until FLEncoder_EndArray is called.
| reserveCount | Number of array elements to reserve space for. If you know the size of the array, providing it here speeds up encoding slightly. If you don't know, just use zero. |
| bool FLEncoder_BeginDict | ( | FLEncoder | , |
| size_t | reserveCount | ||
| ) |
Begins writing a dictionary value to an encoder.
This pushes a new state where each subsequent key and value written are added to the dictionary, until FLEncoder_EndDict is called. Before adding each value, you must call FLEncoder_WriteKey (not FLEncoder_WriteString!), to write the dictionary key.
| reserveCount | Number of dictionary items to reserve space for. If you know the size of the dictionary, providing it here speeds up encoding slightly. If you don't know, just use zero. |
| size_t FLEncoder_BytesWritten | ( | FLEncoder | e | ) |
Returns the number of bytes encoded so far.
Parses JSON data and writes the object(s) to the encoder.
(This acts as a single write, like WriteInt; it's just that the value written is likely to be an entire dictionary of array.)
| bool FLEncoder_EndArray | ( | FLEncoder | ) |
Ends writing an array value; pops back the previous encoding state.
| bool FLEncoder_EndDict | ( | FLEncoder | ) |
Ends writing a dictionary value; pops back the previous encoding state.
| FLSliceResult FLEncoder_Finish | ( | FLEncoder | , |
| FLError * | |||
| ) |
Ends encoding; if there has been no error, it returns the encoded data, else null.
This does not free the FLEncoder; call FLEncoder_Free (or FLEncoder_Reset) next.
| void FLEncoder_Free | ( | FLEncoder | ) |
Frees the space used by an encoder.
Returns the error code of an encoder, or NoError (0) if there's no error.
| const char* FLEncoder_GetErrorMessage | ( | FLEncoder | e | ) |
Returns the error message of an encoder, or nullptr if there's no error.
| FLEncoder FLEncoder_New | ( | void | ) |
Creates a new encoder, for generating Fleece data.
Call FLEncoder_Free when done.
| FLEncoder FLEncoder_NewWithOptions | ( | FLEncoderFormat | format, |
| size_t | reserveSize, | ||
| bool | uniqueStrings, | ||
| bool | sortKeys | ||
| ) |
Creates a new encoder, allowing some options to be customized.
| format | The output format to generate (Fleece, JSON, or JSON5.) |
| reserveSize | The number of bytes to preallocate for the output. (Default is 256) |
| uniqueStrings | (Fleece only) If true, string values that appear multiple times will be written as a single shared value. This saves space but makes encoding slightly slower.  Note also that the cachePointers option of FLDictKey will not work if uniqueStrings is off. (Default is true) |
| sortKeys | (Fleece only) If true, dictionary keys are written in sorted order. This speeds up lookup, especially with large dictionaries, but slightly slows down encoding. You should only turn this off if you care about encoding speed but not access time, and will be writing large dictionaries with lots of keys. Note that if you turn this off, you can only look up keys with FLDictGetUnsorted(). (Default is true) |
| void FLEncoder_Reset | ( | FLEncoder | ) |
Resets the state of an encoder without freeing it.
It can then be reused to encode another value.
| void FLEncoder_SetSharedKeys | ( | FLEncoder | , |
| FLSharedKeys | |||
| ) |
Tells the encoder to use a shared-keys mapping when encoding dictionary keys.
| bool FLEncoder_WriteBool | ( | FLEncoder | , |
| bool | |||
| ) |
Writes a boolean value (true or false) to an encoder.
Writes a binary data value (a blob) to an encoder.
This can contain absolutely anything including null bytes. Note that this data type has no JSON representation, so if the resulting value is ever encoded to JSON via FLValueToJSON, it will be transformed into a base64-encoded string. If the encoder is generating JSON, the blob will be written as a base64-encoded string.
| bool FLEncoder_WriteDouble | ( | FLEncoder | , |
| double | |||
| ) |
Writes a 64-bit floating point number to an encoder.
(Note: as an implementation detail, if the number has no fractional part and can be represented exactly as an integer, it'll be encoded as an integer to save space. This is transparent to the reader, since if it requests the value as a float it'll be returned as floating-point.)
| bool FLEncoder_WriteFloat | ( | FLEncoder | , |
| float | |||
| ) |
Writes a 32-bit floating point number to an encoder.
(Note: as an implementation detail, if the number has no fractional part and can be represented exactly as an integer, it'll be encoded as an integer to save space. This is transparent to the reader, since if it requests the value as a float it'll be returned as floating-point.)
| bool FLEncoder_WriteInt | ( | FLEncoder | , |
| int64_t | |||
| ) |
Writes an integer to an encoder.
The parameter is typed as int64_t
but you can pass any integral type (signed or unsigned) except for huge uint64_t
s.
Specifies the key for the next value to be written to the current dictionary.
| bool FLEncoder_WriteNull | ( | FLEncoder | ) |
Writes a null
value to an encoder.
(This is an explicitly-stored null, like the JSON null
, not the "undefined" value represented by a nullptr FLValue pointer.)
Writes raw data to the encoded JSON output.
This can easily corrupt the output if you aren't careful! It will always fail with an error if the output format is Fleece.
Writes a string to an encoder.
The string must be UTF-8-encoded and must not contain any zero bytes. Do not use this to write a dictionary key; use FLEncoder_WriteKey instead.
| bool FLEncoder_WriteUInt | ( | FLEncoder | , |
| uint64_t | |||
| ) |
Writes an unsigned integer to an encoder.
This function is only really necessary for huge 64-bit integers greater than or equal to 2^63, which can't be represented as int64_t.
| bool FLEncoder_WriteValueWithSharedKeys | ( | FLEncoder | , |
| FLValue | , | ||
| FLSharedKeys | |||
| ) |
Writes a Fleece Value that uses SharedKeys to an Encoder.
| FLStringResult FLJSON5_ToJSON | ( | FLString | json5, |
| FLError * | error | ||
| ) |
Converts valid JSON5 to JSON.
Evaluates a compiled key-path for a given Fleece root object.
| FLValue FLKeyPath_EvalOnce | ( | FLSlice | specifier, |
| FLSharedKeys | , | ||
| FLValue | root, | ||
| FLError * | error | ||
| ) |
Evaluates a key-path from a specifier string, for a given Fleece root object.
If you only need to evaluate the path once, this is a bit faster than creating an FLKeyPath object, evaluating, then freeing it.
| void FLKeyPath_Free | ( | FLKeyPath | ) |
Frees a compiled FLKeyPath object.
(It's ok to pass NULL.)
| FLKeyPath FLKeyPath_New | ( | FLSlice | specifier, |
| FLSharedKeys | , | ||
| FLError * | error | ||
| ) |
Creates a new FLKeyPath object by compiling a path specifier string.
| FLString FLSharedKey_GetKeyString | ( | FLSharedKeys | sk, |
| int | keyCode, | ||
| FLError * | outError | ||
| ) |
Gets a string key from an FLSharedKeys object given its integer encoding (for use when FLDictIterator_GetKey returns a value of type 'Number'.
Lexicographic comparison of two slices; basically like memcmp(), but taking into account differences in length.
| void FLSliceResult_Free | ( | FLSliceResult | ) |
Frees the memory of a FLSliceResult.
|
inlinestatic |
Creates a slice pointing to the contents of a C string.
If a FLValue represents an array, returns it cast to FLArray, else nullptr.
| bool FLValue_AsBool | ( | FLValue | ) |
Returns a value coerced to boolean.
This will be true unless the value is nullptr (undefined), null, false, or zero.
Returns the exact contents of a data value, or null for all other types.
If a FLValue represents a dictionary, returns it as an FLDict, else nullptr.
| double FLValue_AsDouble | ( | FLValue | ) |
Returns a value coerced to a 64-bit floating point number.
| float FLValue_AsFloat | ( | FLValue | ) |
Returns a value coerced to a 32-bit floating point number.
| int64_t FLValue_AsInt | ( | FLValue | ) |
Returns a value coerced to an integer.
True and false are returned as 1 and 0, and floating-point numbers are rounded. All other types are returned as 0. Warning: Large 64-bit unsigned integers (2^63 and above) will come out wrong. You can check for these by calling FLValueIsUnsigned
.
Returns the exact contents of a string value, or null for all other types.
| uint64_t FLValue_AsUnsigned | ( | FLValue | ) |
Returns a value coerced to an unsigned integer.
This is the same as FLValueAsInt
except that it can't handle negative numbers, but does correctly return large uint64_t
values of 2^63 and up.
Returns a reference to the root value in the encoded data.
Validates the data first; if it's invalid, returns nullptr. Does NOT copy or take ownership of the data; the caller is responsible for keeping it intact. Any changes to the data will invalidate any FLValues obtained from it.
Returns a pointer to the root value in the encoded data, with only minimal validation; or returns nullptr if the validation failed.
This is significantly faster than FLValue_FromData, but should only be used if the data was generated by a trusted encoder and has not been altered or corrupted. For example, this can be used to parse Fleece data previously stored in a local database, as long as the database record has some kind of integrity check like a CRC32. If invalid data is read by this call, subsequent calls to Value accessor functions can crash or return bogus results (including data from arbitrary memory locations.)
| FLValueType FLValue_GetType | ( | FLValue | ) |
Returns the data type of an arbitrary Value.
(If the value is a nullptr pointer, returns kFLUndefined.)
| bool FLValue_IsDouble | ( | FLValue | ) |
Returns true if the value is non-nullptr and represents a 64-bit floating-point number.
| bool FLValue_IsInteger | ( | FLValue | ) |
Returns true if the value is non-nullptr and is represents an integer.
| bool FLValue_IsUnsigned | ( | FLValue | ) |
Returns true if the value is non-nullptr and represents an unsigned integer that can only be represented natively as a uint64_t
.
In that case, you should not call FLValueAsInt
because it will return an incorrect (negative) value; instead call FLValueAsUnsigned
.
| FLStringResult FLValue_ToJSON | ( | FLValue | ) |
Encodes a Fleece value as JSON (or a JSON fragment.) Any Data values will become base64-encoded JSON strings.
| FLSliceResult FLValue_ToJSON5 | ( | FLValue | v | ) |
Encodes a Fleece value as JSON5, a more lenient variant of JSON that allows dictionary keys to be unquoted if they're alphanumeric.
This tends to be more readable.
| FLSliceResult FLValue_ToJSONX | ( | FLValue | v, |
| FLSharedKeys | sk, | ||
| bool | json5, | ||
| bool | canonicalForm | ||
| ) |
Most general Fleece to JSON converter.
| FLStringResult FLValue_ToString | ( | FLValue | ) |
Returns a string representation of any scalar value.
Data values are returned in raw form. Arrays and dictionaries don't have a representation and will return nullptr.


@(message: String) @Main("jakem") {
Many young surfers have the potential to make an impact on our sport, but none look more poised to do so than Jake Marshall. Raised on the rippable beachbreaks and reefs of San Diego's North County, Jake has developed a solid base of smooth rail work as well as the kind of flair that few 14-year-old surfers can match.
His progression is due in no small part to the numerous world-class talents in his neighborhood that have taught him a thing or two about tearing Seaside apart. "I see Rob Machado, Josh Kerr, Damien Hobgood, and Taylor Knox out all the time, and it's really fun to surf with guys on that level," says Jake. "I look at them and think, 'That's how I have to surf if I want to make the Tour one day.' That really helps me push my limits."
Already, he's had remarkable success in a jersey, including a recent win at the U.S. Surfing Championships at Lower Trestles. But while surf stardom seems inevitable for Jake, he's still just a kid, and knows where his priorities should be.


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Your message is being relayed into the QRL network...
Error! Your message has failed to relay into the QRL network. Error message: {{transactionFailed}}


March 27
Nay, in all these things we are more than conquerors through him that loved us. Romans 8:37
The Bible calls us kings and priests (Rev. 1:6) and world overcomers (1 John 5:4). For many of us, those phrases are still becoming real. We're still learning who we really are.
If you'll look in 1 Chronicles, chapter 14, you'll see that David had a similar problem. He'd been anointed king by the prophet Samuel when he was just a teenager. He'd known for years that someday he'd rule over Israel. Yet somehow, it hadn't really sunk in.
But look what happens in verse 2: "And David perceived that the Lord had confirmed him king over Israel, for his kingdom was lifted up on high, because of his people Israel." Finally, it dawned on him! David perceived that the Lord had confirmed him king. I can just imagine David saying to himself, "I'm king. I'm actually king! I AM KING!" At that moment, being king ceased to be something David had only thought about. It became something he really was. He could see himself king.
What does that have to do with you and me? Much like David, you and I have been given a royal office. But it's not until we believe it that we can exercise the power or authority that goes with that office.
If you're sick, you can yell, "By His stripes I'm healed," 50 times a day. You can hope for healing. You can try to believe for healing till your hair turns gray. But if you don't really perceive yourself as whole and healthy in Christ Jesus, if you don't see yourself as "the healed" instead of "the sick," you won't get any supernatural help. Yet once that realization hits you that you are, in fact, "the healed," no one--not even the devil himself--will be able to keep you from getting well.
Step over the line from trying to believe to actually knowing by dwelling on the Word of God. Read it and think about it. Practice seeing yourself through the eyes of the Word until the reality of your royalty in Christ rises up in you! Scripture Reading: Ephesians 1:3-23


Installation paths relative to:
{{ python_lib }}
| Package | Version | Installed Path |
|---|---|---|
| {{ package.project_name }} | {{ package.version }} | {{ relpath(package.location, python_lib) }} |
| setuptools | NOT INSTALLED | Install setuptools to display installed packages and version information |


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Kurt Van Etten
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Christian Duenas
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Michael Edwards
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Tanveer Saleem


Grand Magister Celes:
I perceive that your soul is awash in chaos. But have no fear; destiny will eventually guide your feet onto the right path. For now, I only hope that my feeble knowledge can be of assistance.
Listen to information about first class transfer.
Clan.
Alliance.
Quest.


All Classes
Board
BroadcastReceiver
CheckersHost
Client
Coordinate
DisconnectMessage
GameController
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JoinGameMenuController
Main
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PlayerIntroMessage
User


Module ratchet.dns
Provides a system for querying DNS for information such as A, AAAA, PTR, MX, and TXT records. While there is a class-based system internally, that API is currently hidden by namespace functions that call everything necessary.
Functions
| query (data, type) | Queries for results for one type of query for the given data. |
| query_all (data, types) | Queries for results for many types of query for the given data. |
Functions
- query (data, type)
-
Queries for results for one type of query for the given data. Until the results come in, this function will pause the calling thread. The return value is a table whose contents are defined by the type of query. See manual for complete details.
Parameters
- data: The hostname, IP, or special-case to query against.
- type: The type of query, e.g. "a" or "mx".
Return value:
Table with results, or nil followed by an error message. - query_all (data, types)
-
Queries for results for many types of query for the given data. Until all results come in, this function will pause the calling thread. This call attempts to perform these lookups in parallel, with a file descriptor for each query type. The return value is a table keyed on either the query types or the query type suffixed with "_error". The values will either be a table of results or an error message, respectively. See manual for complete details.
Parameters
- data: The hostname, IP, or special-case to query against.
- types: Table with types of queries, e.g. "a" or "mx".
Return value:
Table with results, or nil followed by an error message.


Given the following hash table, use hash function hashFunction and handle collisions using pseudo-random probing. The random permutation to use is probeCommon.permutation.join(' ').
In which slot should the record with key value probeCommon.currentKey be inserted?
First use the hash function to computer the home slot.
If there is a collision, use the random permutation table to tell you how far to step from the home slot.
Offsets are always from the home slot, not from the last slot probed to.
If we reach the end of the array while stepping, then cycle around to the beginning.


We’ve received a really positive response so far, and we’re glad you want to discover more.
The 45-acre land, hotel, wave pool, restaurant, golf course - everything will be owned inside a property fund that you can invest in, which like any property investment, can earn income and potentially benefit from capital growth over time.
As an investor in the property, you will receive a preferential offer from BALNCE, the venue operator, to join the exclusive membership. For an annual fee, you’ll unlock over 30hrs of surfing per year, nights in the hotel and access to the private resort.
If you want to find out more about the investment opportunity today, download the Product Disclosure Statement or book a call with our team.
{{>body-copy-end}} {{>callout-two-buttons cta-1="Let's chat" url-1='https://www.wisemans.surf' cta-2='Learn more' url-2='https://preview.wisemans.surf/invest'}} {{>spacer size='30'}} {{>footer}}


RBI raises cap on borrowing from MFIs to Rs 1.25 lakh in rural areas
Similarly, the limit has been increased from Rs 1.6 lakh for urban or semi-urban areas to Rs 2 lakh, the RBI said in a circular
by Press Trust of IndiaThe Reserve Bank of India (RBI) on Friday increased the household income limits for borrowers of NBFC-MFIs from Rs 1 lakh to Rs 1.25 lakh for the rural areas with an aim to strengthen credit to those in the bottom of the economic pyramid.
Similarly, the limit has been increased from Rs 1.6 lakh for urban or semi-urban areas to Rs 2 lakh, the RBI said in a circular.
The limit has been increased after taking into consideration the important role played by microfinance institutions (MFIs) in delivering credit to those in the bottom of the economic pyramid and to enable them play their assigned role in a growing economy, it said.
"Further, the limit on total indebtedness of the borrower has been increased from Rs 1 lakh to Rs 1.25 lakh," the circular said.
With the revision to the limit on total indebtedness, the limits on disbursal of loans have been raised from Rs 60,000 for the first cycle to Rs 75,000, and from Rs 1 lakh for the subsequent cycles to Rs 1.25 lakh.


The uri of the Redis server.
The name of the stream to read from.
The name of the group to attach to.
The name of the consumer to identify as.
Creates a new Consumer.
The uri of the Redis server.
The name of the stream to read from.
The name of the group to attach to.
The name of the consumer to identify as.
The options for the consumer.
Creates a new Consumer.
An IORedis client instance.
The name of the stream to read from.
The name of the group to attach to.
The name of the consumer to identify as.
Creates a new Consumer.
An IORedis client instance.
The name of the stream to read from.
The name of the group to attach to.
The name of the consumer to identify as.
The options for the consumer.
The name of the consumer to identify as.
The name of the group to attach to.
The name of the stream to read from.
Iterates over the consumer, asynchronously yielding messages
in an [id, data]
pair.
Acknowledges successful message delivery by id, removing the message from the pending entries list on the server.
The id of the message.
Claims pending messages to be re-delievered to this consumer.
Noting that even though the claimed messages are returned by the server, they will still be re-delivered during normal iteration.
The ids of the pending messages to claim.
A list of [id, data]
pairs which were claimed.
Deletes the consumer from the consumer group.
Any delievered but unacked messages for this consumer will be discarded from the server.
Immediately disconnects from the wrapped Redis client.
Attaches an event handler to the wrapped Redis client.
The handler for the event.
Returns a list of pending messages for the consumer group.
The id to start at.
The id to end at.
The max length of pending messages to return.
A list of pending messages, along with their metadata.
Allows for graceful shutdown of the consumer, setting up a disconnect to be run after pending messages can be acked.
Generated using TypeDoc
Creates a new Consumer.


Organic Gardening
4 Simple Steps for Growing Your Own Organic Food
Maecenas tristique gravida, odio et sagi ttis justo. Susp endisse ultricies nisi vel quam suscipit,...
View more
General/Tips & Guides
5 Ways to Live an Organic Lifestyle
Organic living is a lifestyle in a way that is healthy for you and the...
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Organic Food/Super Food
9 Superfoods you should be eating
Superfoods are foods that contain a high level of various vitamins, minerals and other components...
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Organic Gardening
Best Organic Garden Fertilisers
Maecenas tristique gravida, odio et sagi ttis justo. Susp endisse ultricies nisi vel quam suscipit,...
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General/Recipes
Feeding kids organic food
Maecenas tristique gravida, odio et sagi ttis justo. Susp endisse ultricies nisi vel quam suscipit,...
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Organic Gardening
Health Benefits of a Raw Food
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{% extends "tamer/console.html" %} {% comment %} Copyright (c) 2011 Massachusetts Institute of Technology Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.  IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. {% endcomment %} {% block styles %} {{ block.super }} {% endblock styles %} {% block layout-top %} {% endblock layout-top %} {% block layout-right %}


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The code you enter in the TypeScript playground runs entirely in your browser and is not sent to Microsoft.


We, Bluefields Inc. (“Bluefields”), want you to know that we
value your privacy, accordingly we have set out this policy that states clearly
how we use and store personal information.
This policy (together with our terms of use [LINK] and any other documents referred to on it) sets out the
basis on which any personal data we collect form you, or that you provide to
us, will be processed by us. Please read the following carefully to understand
our views and practices regarding your personal data and how we will treat it.
All capitalised defined terms have the same meaning
as in our terms of use, unless expressly stated.
For the purpose of the Data Protection Act 1998 (the
Act), the data controller is Brute Limited, a company
registered in England and Wales.

PRIVACY
We take care to protect the privacy of our Users. This policy explains how we
process information about the Website’s visitors and those registered with football.mitoo.co.uk.
WEBSITE DATA COLLECTION
Personal information is collated and stored primarily during the registration
process, but is also monitored when there is activity on your account and when
you use the website.
We may collect and process the
following data about you:
As with many other websites, we
may use software known as 'cookies' to store information relating to your
preferences to enable us to improve our service to you. ‘Cookies’ enable us to
estimate our audience size and usage pattern, to store information about your
preferences, and so allow us to customise our site according to your individual
interests, to speed up your searches and to recognise you when you return to the
Website. You may refuse to accept cookies by activating the setting on your
browser which allows you to refuse the setting of ‘cookies’. However, if you
select this setting you may be unable to access certain parts of our site.
Unless you have adjusted your browser setting so that it will refuse ‘cookies’,
our system will issue ‘cookies’ when you log on to the Website.
Please note that our
advertisers may also use ‘cookies’, over which we have no control.
We may collect information
about your computer, including where available your IP address, operating
system and browser type, for system administration and to report aggregate
information to our advertisers. This is statistical data about our users'
browsing actions and patterns, and does not identify any individual.
STORING YOUR DATA
By submitting your personal
data, you agree to the storing or processing of your personal data. We will
take all steps reasonably necessary to ensure that your data is treated
securely and in accordance with this privacy policy.
[All information you provide to
us is stored on our secure servers. Any payment transactions will be encrypted
[using SSL technology].] Where we have given you (or where you have chosen) a
password which enables you to access certain parts of the Website, you are responsible
for keeping this password confidential. We ask you not to share a password with
anyone.
Unfortunately, the transmission
of information via the internet is not completely secure. Although we will do
our best to protect your personal data, we cannot guarantee the security of
your data transmitted to our site; any transmission is at your own risk. Once
we have received your information, we will use strict procedures and security
features to try to prevent unauthorised access
YOUR PERSONAL DATA
* Personal data submitted by you to the Website will be used for the following
purposes only. We will only collect and retain personal data to the extent that
it is strictly necessary for our purposes. These purposes are:
[WE CAN
ADD WORDING IN RESPECT OF DISCLOSURES TO THIRD PARTIES. IS THIS NEEDED?]
DISCLOSURE
OF YOUR PERSONAL DATA
We may
disclose your personal information to any member of our group, which means our
subsidiaries, our ultimate holding company and its subsidiaries, as defined in
section 736 of the UK Companies Act 1985.
Personal
data which we collect about you when you visit this site will be disclosed to
third parties only –in the following situations:
YOUR RIGHTS
You have the right to ask us not
to process your personal data for marketing purposes. We will usually inform
you (before collecting your data) if we intend to use your data for such
purposes or if we intend to disclose your information to any third party for
such purposes. You can exercise your right to prevent such processing by
checking certain boxes on the forms we use to collect your data. You can also exercise the right at any time
by contacting us at<EMAIL_ADDRESS>The Website may, from time to
time, contain links to and from the websites of our partner networks,
advertisers and affiliates. If you
follow a link to any of these websites, please note that these websites have
their own privacy policies and that we do not accept any responsibility or
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check these policies before you submit any personal data to these websites.
DATA ACCESS & CORRECTIONS
Upon receipt of your written request which should be addressed to The Data
Protection Officer at GoalRun Interactive Holdings Limited, The Cottages,
Grange Road, Duxford, Cambridge, Cambridgeshire CB2 4QF, we will disclose to
you your personal data held by us, we shall correct or delete inaccurate
details. Changes to certain parts of your account information can also be made
by checking your profile settings. Any access request may be subject to a fee
of £10 to meet our costs in providing you with details of the information we
hold about you.
CHANGES TO OUR PRIVACY POLICY
Any changes we may make to our privacy policy in the future will be
posted on this page and, where appropriate, notified to you by e-mail.
CONTACT
Questions, comments and requests regarding this privacy policy are
welcomed and should be addressed to<EMAIL_ADDRESS>GOVERNING LAW AND DISPUTES
This policy and consent forms part of our website terms of use and as such it
shall be governed by and construed in accordance with the laws of England and
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from England and make no representation or warranty that the information
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HOMEPAGE IMAGE
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Solids
If we want to construct more complex models that cannot be created from a single surface or if we want to define an explicit volume, we must now venture into the realm of Solids (and Polysurfaces). Even a simple cube is complex enough to need six surfaces, one per face. Solids give access to two key concepts that Surfaces do not - a more refined topological description (faces, edges, vertices) and Boolean operations.
What's a Solid?
Solids consist of one or more Surfaces that contain volume by way of a closed boundary that defines "in" or "out." Regardless of how many of these Surfaces there are, they must form a "watertight" volume to be considered a Solid. Solids can be created by joining Surfaces or Polysurfaces together or by using operations such as loft, sweep, and revolve. Sphere, Cube, Cone and Cylinder primitives are also Solids. A Cube with at least one face removed counts as a Polysurface, which has some similar properties, but it is not a Solid.
- A Plane is made of a single Surface and is not a Solid.
- A Sphere is made of one Surface but is a Solid.
- A Cone is made of two surfaces joined together to make a Solid.
- A Cylinder is made of three surfaces joined together to make a Solid.
- A Cube is made of six surfaces joined together to make a Solid.
Topology
Solids are made up of three types of elements: Vertices, Edges, and Faces. Faces are the surfaces that make up the Solid. Edges are the Curves that define the connection between adjacent faces, and vertices are the start and end points of those Curves. These elements can be queried using the Topology nodes.
- Faces
- Edges
- Vertices
Operations
Solids can be modified by filleting or chamfering their edges to eliminate sharp corners and angles. The chamfer operation creates a ruled surface between two faces, while a fillet blends between faces to maintain tangency.
- Solid Cube
- Chamfered Cube
- Filleted Cube
Boolean Operations
Solid Boolean operations are methods for combining two or more Solids. A single Boolean operation actually means performing four operations:
- Intersect two or more objects.
- Split them at the intersections.
- Delete unwanted portions of the geometry.
- Join everything back together.
This makes Solid Booleans a powerful time-saving process. There are three Solid Boolean operations that distinguish which parts of the geometry are kept.
- Union: Remove the overlapping portions of the Solids and join them into a single Solid.
- Difference: Subtract one Solid from another. The Solid to be subtracted is referred to as a tool. Note that you could switch which Solid is the tool to keep the inverse volume.
- Intersection: Keep only the intersecting volume of the two Solids.
In addition to these three operations, Dynamo has Solid.DifferenceAll and Solid.UnionAll nodes for performing difference and union operations with multiple Solids.
- UnionAll: Union operation with sphere and outward-facing cones
- DifferenceAll: Difference operation with sphere and inward-facing cones
Let's use a few Boolean operations to create a spiky ball.
- Sphere.ByCenterPointRadius: Create the base Solid.
- Topology.Faces, Face.SurfaceGeometry: Query the faces of the Solid and convert to surface geometry—in this case, the Sphere has only one Face.
- Cone.ByPointsRadii: Construct cones using points on the surface.
- Solid.UnionAll: Union the Cones and the Sphere.
- Topology.Edges: Query the edges of the new Solid
- Solid.Fillet: Fillet the Edges of the spiky ball
Download the example files that accompany this image (Right click and "Save Link As..."). A full list of example files can be found in the Appendix. Geometry for Computational Design - Solids.dyn
Freezing
Boolean operations are complex and can be slow to calculate. Use Freeze functionality to suspend the execution of selected nodes and affected downstream nodes.
Use the right-click contextual menu to Freeze the Solid Union operation
The selected node and all downstream nodes will preview in a light grey ghosted mode, and affected wires will be displayed as dashed lines. The affected geometry preview will also be ghosted. You can now change values upstream without calculating the boolean union.
To unfreeze the nodes, right-click and uncheck Freeze.
All affected nodes and associated geometry previews will update and revert to the standard preview mode.


This is a particle perfectly confined to a region of Length "L". Or, if you like, the quantum equivalent of a guitar string.
In reality this situation is very unphysical. In order to perfectly confine the particle to a region, you need an infinite wall of energy to stop it leaking out.
But assuming it to be possible, greatly simplifies a lot of the maths, in fact each energy state is just a sine or cosine wave of a specific frequency. This is because, like a guitar string, each of the end points are fixed in place at 0, meaning only certain frequencies are allowed. In a guitar string the waves bounce of the end points and interact with the waves coming in the other direction. A very similar phenomenon happens in this simulation and you can see the particle "interacting with itself" by checking the box marked "Represent As Reflection".
See Also: Standing Waves, Self-Interaction
This will display show a decomposition of the wavefunction as two "free particles" moving in opposite directions. By adding these two together you get the original wavefunction.
At each wall the arrows pointing into it will be exactly opposite the arrows coming out of it. This may not seem like a reflection but when polarised light reflects off a surface it rotates by a full 180 degrees in the same way and so does the sound wave in a guitar string. This exact opposition also means they cancel out and keep the waveunction at zero at each of the end points.
See Also: Standing Waves, Sine and Cosine as Exponentials


climate species model {border-style Capparis change px;} #ffffff;} future data spinosa models distribution modeling potential Peterson niche used ecological suitable RCP plant variables Table temperature conditions px; {font-family Chedraoui Ecological Peterson, area based distributions environmental font-size points prediction present time Bahadir Climate Information Mediterranean PeerJ distributional double; importance important mean occurrence present-day spatial suitability (%) Ashraf Barve Ecology Environmental Papeş Phillips Sakcali, Supplemental area, border-color border-width calibration geographic highly medicinal performed precipitation range shows solid; {font-style {font-weight Anderson Elith Fig. Figure Jiang Khatib Muhammad Ozturk, Pakistan Punjab Soberón University [], additional areas average bold calculated changes climatic coldest courier; dry em; evaluation final impacts map parts periods properties pt;} random soil transfers value


Vr
Virtual Reality projects.
Vr Jam 2013
DK1 Oculus VR Jam. In 2013, Oculus held a gamejam for developers who owned the very first Oculus DK1 from Kickstarter. My friend Hamish and I submitted a head-aiming space shooter demo called Warp. It was showcased at DigitalNatioNZ expo in 2013.
These events contributed towards what evolved to become frogshark.
Skills Vr
From 2019 to 2020, I worked as an Art Lead at what was then called Joy Business Academy. I was overseeing the art team across all projects, with main hands-on focus on the new at the time VR initiative.
We were developing a learning platform with a series of networked multiplayer learning-and-assessment experiences that were kickstarted by the Ministry of Social Development.
I was responsible for creating and maintaining an art style, workflow pipelines and tooling to deliver performant standalone VR experiences on the Oculus Quest 1 headset.
Architecture Week 2016
A Google Cardboard virtual tour created for the 2016 Architecture week exhibit, in collaboration with The Roots creative entrepreneurs organization.


Last week, I faced this weird problem. When my laptop is not connected to a power source (not on battery), I could not connect to LAN network with my LAN cable, but Wi-Fi worked fine. I struggled a lot for a week and then I found a solution in the internet.
All you have to do is to execute this one liner in your terminal.
echo on > /sys/class/net/eth1/device/power/controlHere
eth1
corresponds to my second ethernet interface. It might vary from machine to machine. And if the directories eth
, device
and power
dont exist, you might have to manually create them.


Wang, Bin and Liu, Han and Liu, Chao and Yang, Zhiqiang and Ren, Qian and Zheng, Huixuan and Lei, Hong
ICSE-Companion, 2021
BLOCKEYE: Hunting For DeFi Attacks on Blockchain
Subtractive
execution tracing
chain data => report
Any Ethereum
both


Trace areas on the map you would like to track using the button.
note: tracing is currently not supported on mobile devices.
Rider density
Our rider density data comes directly from the Strava cycling and running mobile tracker application. Using Strava, you can track your cycling commutes and recreational rides using your Android or iPhone.


3-year-old boy struck by car in Woodinville has life-threatening injuries
by Asia FieldsA 3-year-old boy has life-threatening injuries from being struck by a car in a Woodinville neighborhood Wednesday afternoon.
The boy fell off his bicycle in the 13100 block of Northeast 202nd Court and was hit by a car, said King County Sheriff’s spokesman Ryan Abbott.
He is being taken to Harborview Medical Center, said Woodinville Fire spokeswoman Catherine Breault.
The driver stayed at the scene, and collision detectives from the Sheriff’s Office are investigating, Abbott said. Detectives do not believe the driver was impaired, he said.
Asia Fields<EMAIL_ADDRESS>on Twitter: @asiakmfields.


{%extends "base.html" %} {%block title%}Conference registration account - {{conference}}{%endblock%} {%block content%}
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No.
Here is a program that uses the static void sort( int[] )
Arrays
.
The method is static
so it can be used without contructing an Arrays
object.
import java.util.Arrays; class ArrayDemoOne { public static void main ( String[] args ) { int[] scramble = {148, -23, 67, 110, -17, 44, 103, -12, -8, 91, -12, 43, 0, 9, 80, 34, 21, 44, 15, 11}; System.out.print("Scrambled array: "); for ( int j=0; j < scramble.length; j++ ) System.out.print( scramble[j] + " "); System.out.println(); Arrays.sort( scramble ); System.out.print("Sorted array: "); for ( int j=0; j < scramble.length; j++ ) System.out.print( scramble[j] + " "); System.out.println(); } }
The output of the program is:
Scrambled array: 148 -23 67 110 -17 44 103 -12 -8 91 -12 43 0 9 80 34 21 44 15 11 Sorted array: -23 -17 -12 -12 -8 0 9 11 15 21 34 43 44 44 67 80 91 103 110 148
Could compareTo()
be used to decide on the order for
an array of String
references?


--- layout: post title: Uppercase Tools for Revit date: '2015-04-07T14:42:00.001-07:00' author: JohnP tags: modified_time: '2015-04-07T14:42:05.625-07:00' thumbnail: https://img.youtube.com/vi/cVvSqmpmY5Q/default.jpg blogger_id: tag:blogger.com,1999:blog-8275462422374771907.post-6395290851014311505 blogger_orig_url: http://sixtysecondrevit.blogspot.com/2015/04/uppercase-tools-for-revit.html ---
Currently there are a few paid add ins out there that can provide text case options for your Revit model.
The items they are able to control are:
This is very important because the typical standard is to use all caps for documents.
Dynamo is able to do this very well and that is Rhythm tool #2.
In the video I show all of the items it can change before and after. The inputs for on/off is simply a Boolean (true for on/false for off)
See below for this tool in action.


NM – Sen. Tom Udall (D) and Sen. Martin Heinrich (D)
Committees
Tom Udall is the #7 Democrat on the Senate Committee on Appropriations
Tom Udall is the #5 Democrat on the Senate Appropriations Subcommittee on Energy and Water Development
Tom Udall is the #6 Democrat on the Senate Committee on Commerce, Science, and Transportation
Committees
Martin Heinrich is the #1 Democrat on the Senate Energy Subcommittee on Energy
Martin Heinrich is the #6 Democrat on the Senate Committee on Energy and Natural Resources
HEP Grants
In the past 9 years, this state has received: 41 HEP grants, totalling $4,823,000
Year Institution Amount ($)
------ ------------------------ ------------
2019 University of New Mexico 320,000
2018 University of New Mexico 850,000
2017 University of New Mexico 868,000
2016 University of New Mexico 335,000
2015 University of New Mexico 490,000
2014 University of New Mexico 491,000
2013 University of New Mexico 701,000
2012 University of New Mexico 768,000
SC Contracts
In the past 9 years, this state has received: 36 Office of Science contracts, totalling $7,013,737
Vendor Amount ($) Item
--------------------------------- ------------ ----------------------------------------
Groupement Interet Public Arronax 5,428,300 Medical And Surgical Instruments, Equipm
Deep Web Technologies, LLC 542,300 IT And Telecom- IT Strategy And Architec
Deep Web Technologies, LLC 407,300 Support- Administrative: Information Ret
Perikin Enterprises, LLC 211,172 Construction Of Office Buildings
Deep Web Technologies, Inc. 157,950 IT And Telecom- IT Strategy And Architec
Lunatek LLC 128,778 Information Technology Support Equipment
Deep Web Technologies, Inc. 72,000 Newspapers And Periodicals
Holman's Inc. 38,473 ADPE System Configuration
Wildflower International, Ltd. 17,133 ADPE System Configuration
Ideal System Solutions, Inc. 10,331 ADP Central Processing Unit (CPU, Comput
NSF MPS Grants
In the past 9 years, this state has received: 220 NSF MPS grants, totalling $43,212,401
Institution Amount ($)
--------------------------------------------------------- ------------
University Of New Mexico 26,645,501
New Mexico State University 7,377,589
New Mexico Highlands University 3,807,500
Santa Fe Institute Of Science 2,589,553
New Mexico Institute Of Mining And Technology 734,693
Navajo Technical College 600,000
Nmc 518,315
New Mexico St University 440,000
Explora Science Center & Children's Museum Of Albuquerque 299,250
Redacted Due To Pii 200,000
SULI/CCI Interns
From 2014-2018, this state had 38 SULI/CCI interns
# Interns Program College
----------- --------- ---------------------------------------------
11 SULI New Mexico Institute of Mining and Technology
6 SULI University of New Mexico Main Campus
4 SULI New Mexico State University Main Campus
3 CCI University of New Mexico-Los Alamos
3 SULI Central New Mexico Community College
3 SULI Northern New Mexico College
3 SULI University of New Mexico-Los Alamos
1 CCI Central New Mexico Community College
1 CCI Navajo Technical University
1 CCI Santa Fe Community College
1 SULI Eastern New Mexico University Main Campus
1 SULI Santa Fe Community College
38 — — Back to top
NM-01 – Rep. Debra A. Haaland (D) – Wikipedia
HEP Grants
In the past 9 years, this district has received: $4,823,000 in SC HEP grants.
Institution Amount ($) Start End Principal Investigator Project Title
------------------------ ------------ ------- ------- ------------------------ -------------------------------------------------------------------------------------------------------------------------------------------
University of New Mexico 300,000 2019 2020 Seidel, Sally Collider Physics Instrumentation
University of New Mexico 120,000 2018 2020 Loomba, Dinesh Exploring novel technologies for particle tracking in gas TPCs
University of New Mexico 150,000 2018 2020 Seidel, Sally Collider Physics
University of New Mexico 600,000 2018 2020 Biedron, Sandra Research in Advanced Artificial Intelligence Techniques for Modern Accelerator Control
University of New Mexico 340,000 2017 2020 Heinemann, Klaus Numerical Optimization for Spin Dynamics in Electron (Positron) Storage Rings
University of New Mexico 8,000 2017 Ongoing Loomba, Dinesh Negative Ion Drift TPC Development for High-Resolution Tracking
University of New Mexico 360,000 2017 2020 Heinemann, Klaus Re-evaluation of Spin-Orbit Dynamics of Polarized e+e- Beams in High Energy Circular Accelerators and Storage Rings: Theory and Computation
University of New Mexico 150,000 2017 Ongoing Seidel, Sally Collider Physics
University of New Mexico 10,000 2017 2018 Seidel, Sally CPAD2017: New Technologies for Discovery
University of New Mexico 335,000 2016 2020 Matthews, John UNM High Energy Physics: Tasks A and B
University of New Mexico 10,000 2015 2016 Seidel, Sally Vertex2015: The 24Th International Workshop On Vertex Detectors
University of New Mexico 420,000 2014 2016 Matthews, John Exploring the Cosmic Frontier: Task A, B and C
University of New Mexico 510,000 2014 2017 Seidel, Sally Collider Physics
University of New Mexico 41,000 2014 2015 Ellison, James INVESTIGATIONS OF BEAM DYNAMICS ISSUES AT CURRENT AND FUTURE HADRON ACCELERATORS
University of New Mexico 285,000 2013 2014 Matthews Exploring the Cosmic Frontier: Task A, B and C
University of New Mexico 10,000 2013 2014 Seidel 22nd RD50 Workshop on Radiation Hard Semiconductor Devices for High Luminosity Colliders, June 3-5, 2013
University of New Mexico 243,000 2013 2014 Seidel Collider Physics
University of New Mexico 329,000 2012 2014 Ellison Investigations of Beam Dynamics Issues at Current and Future Hadron Accelerators
University of New Mexico 602,000 2012 2014 Matthews, Seidel, Gold New Mexico Center for Particle Physics (NMCPP) -- Task A: Collider Physics; Task A2 Collider Physics; Task B: Particle Astrophysics
SC Contracts
In the past 9 years, this district has received: 4 Office of Science contracts, totalling $343,805
Year Vendor Amount ($) Item
------ ------------------------ ------------ ----------------------------------------
2018 Perikin Enterprises, LLC 211,172 Construction Of Office Buildings
2016 Lunatek LLC 94,160 Information Technology Support Equipment
2015 Holman's Inc. 34,998 ADPE System Configuration
2012 Holman's Inc. 3,475 ADPE System Configuration
NSF MPS Grants
In the past 9 years, this district has received: $26,944,751 in NSF MPS grants.
Year Institution Amount ($)
------ --------------------------------------------------------- ------------
2019 University Of New Mexico 2,763,922
2018 Explora Science Center & Children's Museum Of Albuquerque 299,250
2018 University Of New Mexico 4,807,026
2017 University Of New Mexico 3,704,874
2016 University Of New Mexico 2,999,343
2015 University Of New Mexico 2,166,428
2014 University Of New Mexico 1,127,054
2013 University Of New Mexico 4,100,279
2012 University Of New Mexico 4,976,575
SULI/CCI Interns
From 2014-2018, this district had 16 SULI/CCI interns
Term Name College Host Lab Program
----------- ------------------------- ------------------------------------ ------------------------------------- ---------
Summer 2017 Guendalyn Kendra Brennan University of New Mexico-Los Alamos Los Alamos National Laboratory CCI
Summer 2016 Marijo Deaguero University of New Mexico Main Campus Los Alamos National Laboratory SULI
Summer 2016 Helen Milenski University of New Mexico Main Campus Los Alamos National Laboratory SULI
Summer 2016 Emily Rose Pittman University of New Mexico Main Campus Los Alamos National Laboratory SULI
Summer 2015 Helen Milenski University of New Mexico-Los Alamos Los Alamos National Laboratory CCI
Summer 2015 Jeremy Harrod Central New Mexico Community College Los Alamos National Laboratory SULI
Summer 2014 Josefine McBrayer University of New Mexico Main Campus National Renewable Energy Laboratory SULI
Summer 2014 Helen Milenski University of New Mexico-Los Alamos Los Alamos National Laboratory CCI
Summer 2014 Corey Michael Skinner Central New Mexico Community College Los Alamos National Laboratory CCI
Summer 2014 Sheri Breanne Lopez University of New Mexico-Los Alamos Fermi National Accelerator Laboratory SULI
Spring 2018 Matthew Alan Dorsey University of New Mexico-Los Alamos Lawrence Berkeley National Laboratory SULI
Spring 2017 Alvaro Pizarro-Vallejos Central New Mexico Community College Los Alamos National Laboratory SULI
Spring 2015 Cheriece Margiotta University of New Mexico Main Campus Los Alamos National Laboratory SULI
Fall 2017 Kachina Moriah Ganz Central New Mexico Community College Los Alamos National Laboratory SULI
Fall 2015 Priyanka Malini Ravindran University of New Mexico Main Campus Pacific Northwest National Laboratory SULI
Fall 2014 Sheri Breanne Lopez University of New Mexico-Los Alamos Los Alamos National Laboratory SULI
NM-02 – Rep. Xochitl Torres Small (D) – Wikipedia
HEP Grants
This district received no SC HEP grants from 2012-2020
SC Contracts
This district received no SC contracts from 2012-2020
NSF MPS Grants
In the past 9 years, this district has received: $8,752,282 in NSF MPS grants.
Year Institution Amount ($)
------ --------------------------------------------- ------------
2020 New Mexico State University 592,259
2019 New Mexico Institute Of Mining And Technology 82,806
2019 New Mexico State University 753,630
2019 Redacted Due To Pii 100,000
2018 New Mexico Institute Of Mining And Technology 82,479
2018 New Mexico State University 452,903
2018 Redacted Due To Pii 100,000
2017 New Mexico State University 909,531
2016 New Mexico State University 1,091,657
2015 New Mexico St University 440,000
2015 New Mexico State University 828,887
2014 New Mexico State University 1,337,360
2013 New Mexico Institute Of Mining And Technology 414,408
2013 New Mexico State University 501,518
2012 New Mexico Institute Of Mining And Technology 155,000
2012 New Mexico State University 909,844
SULI/CCI Interns
From 2014-2018, this district had 15 SULI/CCI interns
Term Name College Host Lab Program
----------- --------------------- --------------------------------------------- ---------------------------------------------- ---------
Summer 2018 Jacob Marks New Mexico Institute of Mining and Technology Los Alamos National Laboratory SULI
Summer 2018 Aimee Hatfield New Mexico State University Main Campus Thomas Jefferson National Accelerator Facility SULI
Summer 2017 Angelique Amado New Mexico State University Main Campus Brookhaven National Laboratory SULI
Summer 2016 Rebecca Marie Brink New Mexico Institute of Mining and Technology Oak Ridge National Laboratory SULI
Summer 2016 Anthony Thomas Giljum New Mexico Institute of Mining and Technology Oak Ridge National Laboratory SULI
Summer 2016 Robin Weston New Mexico Institute of Mining and Technology SLAC National Accelerator Laboratory SULI
Summer 2016 Eric N Carlson New Mexico Institute of Mining and Technology Los Alamos National Laboratory SULI
Summer 2016 Gabriel Patrick King New Mexico Institute of Mining and Technology Los Alamos National Laboratory SULI
Summer 2016 Raj Singh New Mexico Institute of Mining and Technology Los Alamos National Laboratory SULI
Summer 2015 Douglas Brown New Mexico State University Main Campus Oak Ridge National Laboratory SULI
Summer 2015 Shelby Reese New Mexico State University Main Campus National Renewable Energy Laboratory SULI
Summer 2015 Brian Donald Ruskauff New Mexico Institute of Mining and Technology National Renewable Energy Laboratory SULI
Spring 2018 Dylan Chance Purcell New Mexico Institute of Mining and Technology Los Alamos National Laboratory SULI
Fall 2017 Dylan Chance Purcell New Mexico Institute of Mining and Technology Los Alamos National Laboratory SULI
Fall 2015 Brian Donald Ruskauff New Mexico Institute of Mining and Technology National Renewable Energy Laboratory SULI
NM-03 – Rep. Ben Ray Luján (D) – Wikipedia
Committees
Ben Ray Luján is the #14 Democrat on the House Committee on Energy and Commerce
HEP Grants
This district received no SC HEP grants from 2012-2020
SC Contracts
In the past 9 years, this district has received: 32 Office of Science contracts, totalling $6,669,932
Vendor Amount ($) Item
--------------------------------- ------------ ----------------------------------------
Groupement Interet Public Arronax 5,428,300 Medical And Surgical Instruments, Equipm
Deep Web Technologies, LLC 542,300 IT And Telecom- IT Strategy And Architec
Deep Web Technologies, LLC 407,300 Support- Administrative: Information Ret
Deep Web Technologies, Inc. 157,950 IT And Telecom- IT Strategy And Architec
Deep Web Technologies, Inc. 72,000 Newspapers And Periodicals
Lunatek LLC 34,618 Information Technology Support Equipment
Wildflower International, Ltd. 17,133 ADPE System Configuration
Ideal System Solutions, Inc. 10,331 ADP Central Processing Unit (CPU, Comput
NSF MPS Grants
In the past 9 years, this district has received: $7,515,368 in NSF MPS grants.
Year Institution Amount ($)
------ ------------------------------- ------------
2020 Santa Fe Institute Of Science 84,713
2019 Santa Fe Institute Of Science 194,945
2019 New Mexico Highlands University 660,000
2018 Santa Fe Institute Of Science 150,000
2018 Navajo Technical College 600,000
2017 Santa Fe Institute Of Science 193,726
2017 Nmc 90,000
2017 New Mexico Highlands University 1,320,000
2016 Santa Fe Institute Of Science 1,788,226
2016 Nmc 77,241
2015 Nmc 15,000
2015 New Mexico Highlands University 660,000
2014 Santa Fe Institute Of Science 16,025
2014 Nmc 221,074
2014 New Mexico Highlands University 87,500
2013 Santa Fe Institute Of Science 100,000
2013 New Mexico Highlands University 540,000
2012 Nmc 115,000
2012 Santa Fe Institute Of Science 61,918
2012 New Mexico Highlands University 540,000
SULI/CCI Interns
From 2014-2018, this district had 7 SULI/CCI interns
Term Name College Host Lab Program
----------- --------------------- ----------------------------------------- ------------------------------ ---------
Summer 2018 Heather L Keaty Santa Fe Community College Los Alamos National Laboratory SULI
Summer 2018 Wyves Moon Navajo Technical University Los Alamos National Laboratory CCI
Summer 2016 Eric Maez Eastern New Mexico University Main Campus Oak Ridge National Laboratory SULI
Summer 2015 MariJo DeAguero Northern New Mexico College Los Alamos National Laboratory SULI
Summer 2015 Edgar Nahum Ronquillo Northern New Mexico College Los Alamos National Laboratory SULI
Summer 2015 Johnnie Lee Wright Santa Fe Community College Los Alamos National Laboratory CCI
Summer 2014 Edgar Nahum Ronquillo Northern New Mexico College Los Alamos National Laboratory SULI


Given a binary tree
struct TreeLinkNode {
TreeLinkNode *left;
TreeLinkNode *right;
TreeLinkNode *next;
}
Populate each next pointer to point to its next right node. If there is no next right node, the next pointer should be set to NULL
.
Initially, all next pointers are set to NULL
.
Note:
Example:
Given the following binary tree,
1
/ \
2 3
/ \ \
4 5 7
After calling your function, the tree should look like:
1 -> NULL
/ \
2 -> 3 -> NULL
/ \ \
4-> 5 -> 7 -> NULL
Recursive. See 116. Populating Next Right Pointers in Each Node.
The tree may not be perfect now. So keep finding next
until there is a node with children, or null
.
This also means post-order traversal is required.
/**
* Definition for binary tree with next pointer.
* function TreeLinkNode(val) {
* this.val = val;
* this.left = this.right = this.next = null;
* }
*/
/**
* @param {TreeLinkNode} root
* @return {void} Do not return anything, modify tree in-place instead.
*/
var connect = function(root) {
if (!root) { return }
let next = null
for (let node = root.next; node !== null; node = node.next) {
if (node.left !== null) {
next = node.left
break
}
if (node.right !== null) {
next = node.right
break
}
}
if (root.right !== null) {
root.right.next = next
}
if (root.left !== null) {
root.left.next = root.right || next
}
connect(root.right)
connect(root.left)
};
Level order traversal. Exact same as 116. Populating Next Right Pointers in Each Node.
/**
* Definition for binary tree with next pointer.
* function TreeLinkNode(val) {
* this.val = val;
* this.left = this.right = this.next = null;
* }
*/
/**
* @param {TreeLinkNode} root
* @return {void} Do not return anything, modify tree in-place instead.
*/
var connect = function(root) {
if (!root) { return }
const queue = [NaN, root]
while (queue.length > 1) {
const node = queue.shift()
if (node !== node) {
for (let i = 0; i < queue.length; i++) {
queue[i].next = queue[i+1] || null
}
queue.push(NaN)
} else {
if (node.left !== null) { queue.push(node.left) }
if (node.right !== null) { queue.push(node.right) }
}
}
};
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Dealing With Bullies
by MILT POLICZERI’m a pretty lucky guy because I rarely get bullied. This is mainly because I spend most of my time in my shorts and a T-shirt sitting alone at a computer. (Notice that I didn’t say I work in pajamas — I do have a tiny amount of dignity.)
But I have experienced mean (or, more often, stupid) bosses and scary junior high kids before, so I know a little about the subject.
So I was kind of surprised by an article in the “in-depth reporting” section of the American Bar Association Journal website that recommends responding to lawyer bullies by saying something like: “Demeaning me is not conducive to moving this case forward.”
Picture saying that to your walking time-bomb senior partner.
This odd advice comes in an article with the headline: “We can be smart, ambitious and accomplished members of the legal profession without being jerks.” It’s illustrated with a speech balloon containing sticks of dynamite and a timer.
If you think the graphic has nothing to do with the headline, it may be because the article has very little to do with the headline. Instead, it’s really about responding to bullying.
I realize I may be being mean by pointing this out. I may even be bullying. If so, I apologize and I realize that demeaning the ABA Journal is not conducive to moving forward with advice on handling bullying.
But I am mystified by the recommendations. They are: “Do a mental reboot,” “Find the inner athlete,” and “Cut the power source.” The first two are about ignoring the bully — tell yourself you’re fine and work on your posture. I’m not sure how this helps if you’re lying on the ground.
The third recommendation is the one about saying something that will almost certainly enrage the bully.
I would do things a little differently. Here are my recommendations:
“Laugh behind their backs.”  This will feel good and you’ll expand the joy by getting everyone else in the office (or nearby hallways) to laugh at the fool too.
“Fake a heart attack.”
To do this properly, you’ll need backup from coworkers and friends. One needs to fake the emergency call, several can play the parts of EMTs, and your best actor accomplice should be given this line: “What did you say to him?”
Return to work looking haggard after a two-week vacation and pretend to consult with counsel.
“Punch them in the face.” This, of course, is the standard schoolyard bully-handling advice but probably should not be taken literally.
 You’ll feel better and if you do this often, other office bullies will take on your bully, thus exacting a roundabout, anonymous revenge.
Life is short. Get your happiness where you can.
Copyright © 2019 courthousenews.com


|
IMAP SMTP CLIENT
|
SMTPConnection class. More...
#include <smtp.h>
Public Member Functions | |
| SMTPConnection (const std::string &hostname, int port) | |
| Create an SMPTP Connection. More... | |
| bool | auth (const std::string &username, const std::string &password) |
| Login in the server. More... | |
| bool | send (const std::string &from, const std::string &to, const std::string &subject, const std::string &body) |
| Send a mail. More... | |
SMTPConnection class.
Stores socket which connect to SMTP server, has methos which implemnet the SMTP commands
| SMTPConnection::SMTPConnection | ( | const std::string & | hostname, |
| int | port | ||
| ) |
Create an SMPTP Connection.
Create socket, intilize ssl and create socket object
| hostname | The hostname of the SMTP server |
| port | The port of the SMTP server |
| bool SMTPConnection::auth | ( | const std::string & | username, |
| const std::string & | password | ||
| ) |
Login in the server.
Login in the server with given config
| username | The username of the user |
| password | The password of the user |
| bool SMTPConnection::send | ( | const std::string & | from, |
| const std::string & | to, | ||
| const std::string & | subject, | ||
| const std::string & | body | ||
| ) |
Send a mail.
Send a mail using SMTP Protocol
| from | From address |
| to | To address |
| subject | Subject of the mail |
| body | Body of the mail |


{% extends 'base.html' %} {% block pageDescription %} This is a FIDO login page created by Team PASS: an undergraduate Gemstone research team from UMD studying cybersecurity. {% endblock %} {% block title %}FIDO Login{% endblock %} {% block cardTitle %}FIDO Login{% endblock %} {% block cardBody %}
{% endblock %} {% block customJS %} {% endblock %}


The form is not valid.
This page fetches the temperature of my bedroom from a Particle Photon connected to a cheap DHT sensor.


Orders Placed Successfully!
{{count}}
Revenue
₹ {{MoneyFlow}}
Donaters
{{helpers}}
Visitors
{{accessed}}
24 Hours performance
Last Campaign Performance Monthly
Descriptive Analytics
Last Healthy Performance Check


PAT'S SALMON COOKIES
HOME
SALES
Add New Store
Store Name:
Minimum Customers:
Maximum Customers:
Average Cookies:
SUBMIT


Timer
00
00
00
An online timer with notifications, start/stop/reset and ready to go presets. This timer is perfect for every activity such as sports, cooking, playing music, taking quizzes. The tool is designed with simplicity in mind for you to just select your prefered timer and start the countdown.
We have prepared different timer presets for any occasion you might have. The list of preset timers are:


#include <openjpeg.h>
Data Fields | |
| OPJ_BOOL | tile_size_on |
| size of tile: tile_size_on = false (not in argument) or = true (in argument) | |
| int | cp_tx0 |
| XTOsiz. | |
| int | cp_ty0 |
| YTOsiz. | |
| int | cp_tdx |
| XTsiz. | |
| int | cp_tdy |
| YTsiz. | |
| int | cp_disto_alloc |
| allocation by rate/distortion | |
| int | cp_fixed_alloc |
| allocation by fixed layer | |
| int | cp_fixed_quality |
| add fixed_quality | |
| int * | cp_matrice |
| fixed layer | |
| char * | cp_comment |
| comment for coding | |
| int | csty |
| csty : coding style | |
| OPJ_PROG_ORDER | prog_order |
| progression order (default OPJ_LRCP) | |
| opj_poc_t | POC [32] |
| progression order changes | |
| OPJ_UINT32 | numpocs |
| number of progression order changes (POC), default to 0 | |
| int | tcp_numlayers |
| number of layers | |
| float | tcp_rates [100] |
| rates of layers | |
| float | tcp_distoratio [100] |
| different psnr for successive layers | |
| int | numresolution |
| number of resolutions | |
| int | cblockw_init |
| initial code block width, default to 64 | |
| int | cblockh_init |
| initial code block height, default to 64 | |
| int | mode |
| mode switch (cblk_style) | |
| int | irreversible |
| 1 : use the irreversible DWT 9-7, 0 : use lossless compression (default) | |
| int | roi_compno |
| region of interest: affected component in [0..3], -1 means no ROI | |
| int | roi_shift |
| region of interest: upshift value | |
| int | res_spec |
| int | prcw_init [OPJ_J2K_MAXRLVLS] |
| initial precinct width | |
| int | prch_init [OPJ_J2K_MAXRLVLS] |
| initial precinct height | |
| OPJ_CINEMA_MODE | cp_cinema |
| Digital Cinema compliance 0-not compliant, 1-compliant. | |
| int | max_comp_size |
| Maximum rate for each component. | |
| OPJ_RSIZ_CAPABILITIES | cp_rsiz |
| Profile name. | |
| char | tp_on |
| Tile part generation. | |
| char | tp_flag |
| Flag for Tile part generation. | |
| char | tcp_mct |
| MCT (multiple component transform). | |
| OPJ_BOOL | jpip_on |
| Enable JPIP indexing. | |
| void * | mct_data |
| Naive implementation of MCT restricted to a single reversible array based encoding without offset concerning all the components. | |
command line encoder parameters (not used inside the library) | |
| char | infile [OPJ_PATH_LEN] |
| input file name | |
| char | outfile [OPJ_PATH_LEN] |
| output file name | |
| int | index_on |
| DEPRECATED. | |
| char | index [OPJ_PATH_LEN] |
| DEPRECATED. | |
| int | image_offset_x0 |
| subimage encoding: origin image offset in x direction | |
| int | image_offset_y0 |
| subimage encoding: origin image offset in y direction | |
| int | subsampling_dx |
| subsampling value for dx | |
| int | subsampling_dy |
| subsampling value for dy | |
| int | decod_format |
| input file format 0: PGX, 1: PxM, 2: BMP 3:TIF | |
| int | cod_format |
| output file format 0: J2K, 1: JP2, 2: JPT | |
JPWL encoding parameters | |
| OPJ_BOOL | jpwl_epc_on |
| enables writing of EPC in MH, thus activating JPWL | |
| int | jpwl_hprot_MH |
| error protection method for MH (0,1,16,32,37-128) | |
| int | jpwl_hprot_TPH_tileno [JPWL_MAX_NO_TILESPECS] |
| tile number of header protection specification (>=0) | |
| int | jpwl_hprot_TPH [JPWL_MAX_NO_TILESPECS] |
| error protection methods for TPHs (0,1,16,32,37-128) | |
| int | jpwl_pprot_tileno [JPWL_MAX_NO_PACKSPECS] |
| tile number of packet protection specification (>=0) | |
| int | jpwl_pprot_packno [JPWL_MAX_NO_PACKSPECS] |
| packet number of packet protection specification (>=0) | |
| int | jpwl_pprot [JPWL_MAX_NO_PACKSPECS] |
| error protection methods for packets (0,1,16,32,37-128) | |
| int | jpwl_sens_size |
| enables writing of ESD, (0=no/1/2 bytes) | |
| int | jpwl_sens_addr |
| sensitivity addressing size (0=auto/2/4 bytes) | |
| int | jpwl_sens_range |
| sensitivity range (0-3) | |
| int | jpwl_sens_MH |
| sensitivity method for MH (-1=no,0-7) | |
| int | jpwl_sens_TPH_tileno [JPWL_MAX_NO_TILESPECS] |
| tile number of sensitivity specification (>=0) | |
| int | jpwl_sens_TPH [JPWL_MAX_NO_TILESPECS] |
| sensitivity methods for TPHs (-1=no,0-7) |
|
|
initial code block height, default to 64
|
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initial code block width, default to 64
|
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|
output file format 0: J2K, 1: JP2, 2: JPT
|
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Digital Cinema compliance 0-not compliant, 1-compliant.
|
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comment for coding
|
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allocation by rate/distortion
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allocation by fixed layer
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add fixed_quality
|
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fixed layer
|
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|
Profile name.
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XTsiz.
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|
YTsiz.
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XTOsiz.
|
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YTOsiz.
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csty : coding style
|
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input file format 0: PGX, 1: PxM, 2: BMP 3:TIF
|
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subimage encoding: origin image offset in x direction
|
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subimage encoding: origin image offset in y direction
|
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|
DEPRECATED. Index generation is now handeld with the opj_encode_with_info() function. Set to NULL |
|
|
DEPRECATED. Index generation is now handeld with the opj_encode_with_info() function. Set to NULL |
|
|
input file name
|
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|
1 : use the irreversible DWT 9-7, 0 : use lossless compression (default)
|
|
|
Enable JPIP indexing.
|
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|
enables writing of EPC in MH, thus activating JPWL
|
|
|
error protection method for MH (0,1,16,32,37-128)
|
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error protection methods for TPHs (0,1,16,32,37-128)
|
|
|
tile number of header protection specification (>=0)
|
|
|
error protection methods for packets (0,1,16,32,37-128)
|
|
|
packet number of packet protection specification (>=0)
|
|
|
tile number of packet protection specification (>=0)
|
|
|
sensitivity addressing size (0=auto/2/4 bytes)
|
|
|
sensitivity method for MH (-1=no,0-7)
|
|
|
sensitivity range (0-3)
|
|
|
enables writing of ESD, (0=no/1/2 bytes)
|
|
|
sensitivity methods for TPHs (-1=no,0-7)
|
|
|
tile number of sensitivity specification (>=0)
|
|
|
Maximum rate for each component. If == 0, component size limitation is not considered |
|
|
Naive implementation of MCT restricted to a single reversible array based encoding without offset concerning all the components.
|
|
|
mode switch (cblk_style)
|
|
|
number of progression order changes (POC), default to 0
|
|
|
number of resolutions
|
|
|
output file name
|
|
|
progression order changes
|
|
|
initial precinct height
|
|
|
initial precinct width
|
|
|
progression order (default OPJ_LRCP)
|
|
|
|
|
|
region of interest: affected component in [0..3], -1 means no ROI
|
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|
region of interest: upshift value
|
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|
subsampling value for dx
|
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|
subsampling value for dy
|
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|
different psnr for successive layers
|
|
|
MCT (multiple component transform).
|
|
|
number of layers
|
|
|
rates of layers
|
|
|
size of tile: tile_size_on = false (not in argument) or = true (in argument)
|
|
|
Flag for Tile part generation.
|
|
|
Tile part generation.
|


Hi [[${username}]].
You have recieved this message because you have requested an account validation email.
You have requested the following change: [[${changeType}]]
The request wants to change your email address to: [[${newEmail}]]
Your validation code is: [[${validationCode}]]
To enter this code, navigate to the User Control Panel manually, or click the link below.
Regards,


{{this.CREDIT_BUNDLE_RATE | currency}} USD per credit per month1 credit = 1 text message in the United StatesInternational credits varyEnsure you always have enough credits to reach your team in an emergency
Add credits
Add extra credits immediatelyMake this a recurring payment
Cost: {{updatedCreditsCost | currency}} per month
Pro
{{PRO_FLAT_RATE | currency}} USD per monthUnlimited in-app check-insUnlimited email check-insUnlimited Slack check-ins100 SMS credits per month100 users included$5 per month for every additional 25 users{{organization.credits_extra | number}} extra credits per month{{billingEstimate | currency}} per month for {{organization.user_count}}
person 1">people
(estimate)Billed on {{subscription.next_billing_at | dayOfMonth}} of every monthCoupon code: {{subscription.promo_code}}XXXX-XXXX-XXXX-{{subscription.last_four}} {{subscription.card_type}}


The User Admin application lets a superuser add, delete, and manage Hue users and groups, and configure group permissions. Superusers can add users and groups individually, or import them from an LDAP directory. Group permissions define the Hue applications visible to group members when they log into Hue and the application features available to them.
Click the User Admin icon () in the navigation bar at the top of the Hue browser page. The Hue Users page opens.
The User Admin application provides two levels of user privileges: superusers and users.
Users — can change their name, e-mail address, and password and log in to Hue and run Hue applications, subject to the permissions provided by the Hue groups to which they belong.
| Username | A user name that contains only letters, numbers, and underscores; blank spaces are not allowed and the name cannot begin with a number. The user name is used to log into Hue and in file permissions and job submissions. This is a required field. |
| Password and Password confirmation | A password for the user. This is a required field. |
| Create home directory | Indicate whether to create a directory named /user/username in HDFS. For non-superusers, the user and group of the directory are username. For superusers, the user and group are username and supergroup. |
| First name and Last name | The user's first and last name. |
| E-mail address | The user's e-mail address. The e-mail address is used by the Job Designer and Beeswax applications to send users an e-mail message after certain actions have occurred. The Job Designer sends an e-mail message after a job has completed. Beeswax sends a message after a query has completed. If an e-mail address is not specified, the application will not attempt to email the user. |
| Groups | The groups to which the user belongs. By default, a user is assigned to the **default** group, which allows access to all applications. See [Managing Application Permissions](#topic_11_4). |
| Active | Indicate that the user is enabled and allowed to log in. Default: checked. |
| Superuser status | Assign superuser privileges to the user. |
Hue must be configured to use an external LDAP directory (OpenLDAP or Active Directory). See Hue Installation in CDH4 Installation.
Note:
Importing users from an LDAP directory does not import any password information. You must add passwords manually in order for a user to log in.
To add a user from an external LDAP directory:
| Username | The user name. |
| Distinguished name | Indicate that Hue should use a full distinguished name for the user. This imports the user's first and last name, username, and email, but does not store the user password. |
| Create home directory | Indicate that Hue should create a home directory for the user in HDFS. |
Click Add/sync user.
If the user already exists in the User Admin, the user information in User Admin is synced with what is currently in the LDAP directory.
You can sync the Hue user database with the current state of the LDAP directory using the Sync LDAP users/groups function. This updates the user and group information for the already imported users and groups. It does not import any new users or groups.
Superusers can add and delete groups, configure group permissions, and assign users to group memberships.
You can add groups, and delete the groups you've added. You can also import groups from an LDAP directory.
| Name | The name of the group. Group names can only be letters, numbers, and underscores; blank spaces are not allowed. |
| Members | The users in the group. Check user names or check Select all. |
| Permissions | The applications the users in the group can access. Check application names or check Select all. |
| Name | The name of the group. |
| Distinguished name | Indicate that Hue should use a full distinguished name for the group. |
| Import new members | Indicate that Hue should import the members of the group. |
| Import new members from all subgroups | Indicate that Hue should import the members of the subgroups. |
| Create home directories | Indicate that Hue should create home directories in HDFS for the imported members. |
Permissions for Hue applications are granted to groups, with users gaining permissions based on their group membership. Group permissions define the Hue applications visible to group members when they log into Hue and the application features available to them.


This example demonstrates how to generate an input/output block (e.g. in form of an FMU - Functional Mock-up Unit) from various Electrical components. The goal is to export such an input/output block from Modelica and import it in another modeling environment. The essential issue is that before exporting it must be known in which way the component is utilized in the target environment. Depending on the target usage, different connector variables need to be in the interface with either input or output causality. Note, this example model can be used to test the FMU export/import of a Modelica tool. Just export the components marked in the icons as "toFMU" as FMUs and import them back. The models should then still work and give the same results as a pure Modelica model.
Connecting two capacitors
The first part (DirectCapacitor, InverseCapacitor) demonstrates how
to export two capacitors and connect them together in a target
system. This requires that one of the capacitors (here:
DirectCapacitor) is defined to have states and the voltage and
derivative of voltage are provided in the interface. The other
capacitor (here: InverseCapacitor) requires current according to
the provided input voltage and derivative of voltage.
Connecting a resistance element between two
capacitors
The second part (Resistor2) demonstrates how to export a resistance
element that needs only voltages for its resistance law and connect
this resistance law in a target system between two capacitors.
Connecting two inductors
The third part (DirectInductor, InverseInductor) demonstrates how
to export two inductors and connect them together in a target
system. This requires that one of the inductors (here:
DirectInductor) is defined to have states and the current and
derivative of current are provided in the interface. The other
inductor (here: InverseInductor) requires voltage according to the
provided input current and derivative of current.
Connecting a conductance element between two
inductors
The fourth part (Conductor4) demonstrates how to export a
conductance element that needs only currents for its conductance
law and connect this conductance law in a target system between two
inductors.
Bear in mind that separating physical components and connecting them via adaptor signals requires to place appropriate ground components to define electric potential within the subcircuits.


Quirk objection
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Q
`Next `__
--------------
**Quirk objection**: interj.
[Named for Captain Gym Z. Quirk, the first to raise it.] “Objection!
Assumes organ not in evidence!” Used in ``news.admin.net-abuse.email``
to point out that a comment assumes the presence of something whose
existence has not been proven, such as a spammer's brain or gonads. This
is not used to refer to things that are definitely proven *not* to
exist, such as a spammer's ethics. It's applicable to enough postings
there that a poster wishing to raise the objection often need merely say
“ObQuirk!”, an instance of the `*Ob-* <../O/Ob-.html>`__ convention.
--------------
+--------------------------+----------------------------+--------------------------------------------+
| `Prev `__ | `Up <../Q.html>`__ | `Next `__ |
+--------------------------+----------------------------+--------------------------------------------+
| quine | `Home <../index.html>`__ | quote chapter and verse |
+--------------------------+----------------------------+--------------------------------------------+