CCONJ
: coordinating conjunction
This document is a placeholder for the language-specific documentation
for CCONJ
.
Treebank Statistics (UD_Gothic)
There are 14 CCONJ
lemmas (0%), 25 CCONJ
types (0%) and 4164 CCONJ
tokens (9%).
Out of 14 observed tags, the rank of CCONJ
is: 10 in number of lemmas, 11 in number of types and 5 in number of tokens.
The 10 most frequent CCONJ
lemmas: jah, iþ, ak, aþþan, -uh, aiþþau, akei, nih, jaþþe, þau
The 10 most frequent CCONJ
types: jah, iþ, ak, aþþan, aiþþau, uh, akei, nih, uþ, jaþþe
The 10 most frequent ambiguous lemmas: jah (CCONJ 2813, ADV 279), iþ (CCONJ 446, SCONJ 10), -uh (CCONJ 136, ADV 28), aiþþau (CCONJ 116, ADV 11), nih (CCONJ 53, ADV 51, SCONJ 4), jaþþe (CCONJ 34, SCONJ 7), þau (ADV 37, CCONJ 34, SCONJ 1), ni (ADV 1014, CCONJ 21), alja (ADV 6, CCONJ 5, ADP 1, SCONJ 1), jabai (SCONJ 222, CCONJ 2)
The 10 most frequent ambiguous types: jah (CCONJ 2737, ADV 270), iþ (CCONJ 441, SCONJ 10), aiþþau (CCONJ 116, ADV 11), uh (CCONJ 87, ADV 10), nih (CCONJ 51, ADV 39, SCONJ 4), uþ (CCONJ 45, ADV 2), jaþþe (CCONJ 34, SCONJ 7), þau (ADV 34, CCONJ 32, SCONJ 1), ni (ADV 1009, CCONJ 21), jaþ (CCONJ 12, ADV 5)
- jah
- iþ
- aiþþau
- uh
- nih
- uþ
- jaþþe
- þau
- ADV 34: atiddja sa garaihtoza gataihans du garda seinamma þau raihtis jains
- CCONJ 32: þu u is sa qimanda þau anþaran u wenjaima
- SCONJ 1: qiþa auk þairh anst gudis sei gibana ist mis allaim wisandam in izwis ni mais fraþjan þau skuli fraþjan ak fraþjan du waila fraþjan ƕarjammeh swaswe guþ gadailida mitaþ galaubeinais
- ni
- jaþ
Morphology
The form / lemma ratio of CCONJ
is 1.785714 (the average of all parts of speech is 2.517954).
The 1st highest number of forms (8) was observed with the lemma “jah”: jab, jad, jag, jah, jal, jan, jas, jaþ.
The 2nd highest number of forms (3) was observed with the lemma “-uh”: uh, uþ, þ.
The 3rd highest number of forms (2) was observed with the lemma “nih”: nih, niþ.
CCONJ
does not occur with any features.
Relations
CCONJ
nodes are attached to their parents using 5 different relations: got-dep/cc (4103; 99% instances), got-dep/root (44; 1% instances), got-dep/orphan (12; 0% instances), got-dep/ccomp (4; 0% instances), got-dep/appos (1; 0% instances)
Parents of CCONJ
nodes belong to 12 different parts of speech: VERB (3061; 74% instances), NOUN (656; 16% instances), ADJ (145; 3% instances), PROPN (102; 2% instances), PRON (63; 2% instances), ROOT (44; 1% instances), ADV (29; 1% instances), SCONJ (22; 1% instances), NUM (21; 1% instances), CCONJ (8; 0% instances), INTJ (7; 0% instances), ADP (6; 0% instances)
4121 (99%) CCONJ
nodes are leaves.
8 (0%) CCONJ
nodes have one child.
18 (0%) CCONJ
nodes have two children.
17 (0%) CCONJ
nodes have three or more children.
The highest child degree of a CCONJ
node is 6.
Children of CCONJ
nodes are attached using 11 different relations: got-dep/advcl (21; 20% instances), got-dep/obl (19; 18% instances), got-dep/nsubj (16; 15% instances), got-dep/advmod (10; 10% instances), got-dep/iobj (10; 10% instances), got-dep/cc (8; 8% instances), got-dep/obj:dir (8; 8% instances), got-dep/conj (7; 7% instances), got-dep/discourse (2; 2% instances), got-dep/parataxis (2; 2% instances), got-dep/vocative (2; 2% instances)
Children of CCONJ
nodes belong to 9 different parts of speech: NOUN (31; 30% instances), VERB (31; 30% instances), ADV (12; 11% instances), ADJ (9; 9% instances), PRON (9; 9% instances), CCONJ (8; 8% instances), PROPN (3; 3% instances), INTJ (1; 1% instances), NUM (1; 1% instances)
CCONJ in other languages: [u]


I just posted these.
I’m going to take a little time away from Facebook — and, to a lesser extent, Twitter and other closed social networks.
The next few months will be busier than normal for me; I’ll be focused on other things. More than that, I’m re-evaluating the cost-benefit of closed-network social media for myself.
6 years ago today I joined App.net. ADN itself isn’t around anymore, but the ideas and community are. So, it seems like a fitting day to ‘drop off’ here.
I’m going to start spending less time on Twitter. The next few months will be busy ones for me, anyway.
6 years ago today I joined App•net. ADN itself isn’t around anymore, but the ideas and community are. So, it seems like a fitting day to ‘drop off’ here.
I think I’m going to start spending less time on Instagram than I have been. I’ll be focusing more on open platforms instead. 🤘🎸🥃
I did not deactivate or delete my accounts. I did not delete posts. I kind of doubt I will ever do that.
For the time being, I’ll still be active here on Micro.blog, on Pnut.io and on Mastodon.social, albeit maybe a bit less often.


My Top Values
The value that is the most important to me is Confidence. I have always believed that life is 30% of what you do and 70% on how you react to it and having confidence will not only be useful for that first 30%, but prepares you for that other 70%. I believe that everything in life starts with confidence and if you don’t have confidence in yourself, you will not enjoy or succeed at anything in life. Confidence is not a trait, it is a mindset. I know it is rash, but if you have self-confidence, you have the ability to accomplish anything you set your mind to.
What was the last topic that someone asked for your advice on?
The last topic someone ask my advice on is how I have the ability to stay cool and collected under pressure.  I have always had that sort of calmness about me. My solution to someone asking me how I do this, is ask WHY? What’s the point of getting all worked up about something that you cannot change and is out of your control. It is a personal feeling and you control your feelings, so why worry about what you can’t control and never let things beyond your control influence your life.
How do you feel when you think about your values? Do you think it can help you mediate stereotype threat if you recognize you feel it?
When I think about my values, I feel proud. I am proud of who I have become and how I feel about myself. Obviously I have my doubts and have made my mistakes, but I know that nothing can stop me in becoming the person I want to become.  I am ultimately in control of my own future and the only person who can influence me is myself. When I am feeling down, I just tell myself to think back and remember everything I have accomplished up to this point and in every one of those situations the real reason I had truly felt satisfied is because I had to fight for what I wanted.
Matt


System X has three kinds of binary files. There are object files having .o extension, library or archive files having .a extension and executable files having no extension. All these files share a common overall structure having a header and at most four sections: CODE section contains the machine code, DATA section contains assembled data, SYMB section contains the symbol table and LINK section contains commands for the linker. To be defined is a DBUG section for providing information to a source-level debugger.
An object file has all these four sections, a library file contains object files that each in turn contains these sections, and an executable file contains CODE, DATA, and SYMB sections.
The object file header consists of the string "CMSXOBJ" and a one character version number having currently value '1'. Then comes the number of sections represented as an big-endian encoded octabyte, and then the sections themselves.
The CODE scection consists of a four-character header 'CODE' followed by a big-endian encoded octabyte representing the length of the data and a big-endian encoded octabyte representing the base address. In the object file this base address is always 0, but in the final executable the base address is a running offset from the start of the executable.
Let's take a look at the format of the CODE section of the assembled object code of echo.o as printed by the cmsxdump program:
1 C:/cmajor/projects/cmsx/test/assembly/echo.o: 2 CODE section 3 base address: #0000000000000000 4 length: #0000000000000074 5 #0000000000000000 AD F9 FA 00 main STOI fp,sp,0 6 #0000000000000004 C1 F9 FA 00 ORI fp,sp,0 7 #0000000000000008 E7 FA 00 08 INCL sp,#0008 8 #000000000000000C C1 00 FF 00 ORI $0,ax,0 9 #0000000000000010 C1 01 FE 00 ORI $1,bx,0 10 #0000000000000014 F0 00 00 0F JMP @1 11 #0000000000000018 4C 00 00 11 @0 BNP $0,@2 12 #000000000000001C 8F FF 01 00 LDOUI ax,$1,0 13 #0000000000000020 E0 02 FF FF SETH $2,#FFFF 14 #0000000000000024 E9 02 FF FF ORMH $2,#FFFF 15 #0000000000000028 EA 02 FF FF ORML $2,#FFFF 16 #000000000000002C EB 02 FF FF ORL $2,#FFFF 17 #0000000000000030 BF 02 02 00 CALLI $2,$2,0 18 #0000000000000034 40 FF 00 0C BN ax,@3 19 #0000000000000038 E0 02 FF FF SETH $2,#FFFF 20 #000000000000003C E9 02 FF FF ORMH $2,#FFFF 21 #0000000000000040 EA 02 FF FF ORML $2,#FFFF 22 #0000000000000044 EB 02 FF FF ORL $2,#FFFF 23 #0000000000000048 BF 02 02 00 CALLI $2,$2,0 24 #000000000000004C 40 FF 00 06 BN ax,@3 25 #0000000000000050 23 01 01 08 @1 ADDUI $1,$1,8 26 #0000000000000054 25 00 00 01 SUBI $0,$0,1 27 #0000000000000058 F1 00 00 10 JMPB @0 28 #000000000000005C E3 FF 00 00 @2 SETL ax,#0000 29 #0000000000000060 F0 00 00 02 JMP @4 30 #0000000000000064 E3 FF 00 01 @3 SETL ax,#0001 31 #0000000000000068 C1 FA F9 00 @4 ORI sp,fp,0 32 #000000000000006C 8D F9 FA 00 LDOI fp,sp,0 33 #0000000000000070 F8 00 00 00 RET
The first field shows the address of each instruction, then comes four bytes that represent the machine code of the assembled instruction, then comes possible label of the instruction and then the instruction and its operands in symbolic form. The absolute addresses for the CALL and GO instructions and loads and stores from and to the data segment are still unresolved. The assembler prefixes these instructions by assembling a four-instruction sequence, SETH $X,#FFFF, ORMH $X,#FFFF, ORML $X,#FFFF and ORL $X,#FFFF that will eventually contain the absolute address put to the register $X. It is resolved by the linker. For example, see lines 13 and 19.
The data section consists of a four-character header 'DATA" followed by a big-endian encoded octabyte that represents the length of the data and a big-endian encoded octabyte that represents the base address. In the object file this base address has always the value #2000000000000000, but in the final executable the base address is a running offset from the data of the executable.
The data section of the echo.o is empty:
35 DATA section 36 base address: #2000000000000000 37 length: #0000000000000000
The symbol section consists of a four-character header 'SYMB' followed by a big-endian encoded octabyte that represents the length of the data and a dummy octabyte. Then comes a big-endian encoded octabyte that is the number of the symbols.
The symbol section of the echo.o:
39 SYMB section 40 length: #00000000000006A8 41 0 ax - internal R #00000000000000FF $255 42 1 bx - internal R #00000000000000FE $254 43 2 cx - internal R #00000000000000FD $253 44 3 dx - internal R #00000000000000FC $252 45 4 ex - internal R #00000000000000FB $251 46 5 sp - internal R #00000000000000FA $250 47 6 fp - internal R #00000000000000F9 $249 48 #0000000000000000 7 rA - internal P #0000000000000000 0 49 #0000000000000000 8 rB - internal P #0000000000000001 1 50 #0000000000000000 9 rC - internal P #0000000000000002 2 51 #0000000000000000 10 rD - internal P #0000000000000003 3 52 #0000000000000000 11 rE - internal P #0000000000000004 4 53 #0000000000000000 12 rF - internal P #0000000000000005 5 54 #0000000000000000 13 rG - internal P #0000000000000006 6 55 #0000000000000000 14 rH - internal P #0000000000000007 7 56 #0000000000000000 15 rI - internal P #0000000000000008 8 57 #0000000000000000 16 rJ - internal P #0000000000000009 9 58 #0000000000000000 17 rK - internal P #000000000000000A 10 59 #0000000000000000 18 rL - internal P #000000000000000B 11 60 #0000000000000000 19 rM - internal P #000000000000000C 12 61 #0000000000000000 20 rN - internal P #000000000000000D 13 62 #0000000000000000 21 rO - internal P #000000000000000E 14 63 #0000000000000000 22 rP - internal P #000000000000000F 15 64 #0000000000000000 23 rQ - internal P #0000000000000010 16 65 #0000000000000000 24 rR - internal P #0000000000000011 17 66 #0000000000000000 25 rS - internal P #0000000000000012 18 67 #0000000000000000 26 rT - internal P #0000000000000013 19 68 #0000000000000000 27 rU - internal P #0000000000000014 20 69 #0000000000000000 28 rV - internal P #0000000000000015 21 70 #0000000000000000 29 rW - internal P #0000000000000016 22 71 #0000000000000000 30 rX - internal P #0000000000000017 23 72 #0000000000000000 31 rY - internal P #0000000000000018 24 73 #0000000000000000 32 rZ - internal P #0000000000000019 25 74 #0000000000000000 33 rBB - internal P #000000000000001A 26 75 #0000000000000000 34 rTT - internal P #000000000000001B 27 76 #0000000000000000 35 rWW - internal P #000000000000001C 28 77 #0000000000000000 36 rXX - internal P #000000000000001D 29 78 #0000000000000000 37 rYY - internal P #000000000000001E 30 79 #0000000000000000 38 rZZ - internal P #000000000000001F 31 80 #0000000000000000 39 main text external PAF #0000000000000000 0 #0000000000000000 #0000000000000074 81 #0000000000000018 40 main@0 text internal PA #0000000000000018 24 82 #0000000000000050 41 main@1 text internal PA #0000000000000050 80 83 #000000000000005C 42 main@2 text internal PA #000000000000005C 92 84 #0000000000000064 43 main@3 text internal PA #0000000000000064 100 85 #0000000000000068 44 main@4 text internal PA #0000000000000068 104 86 45 puts - undefined U #FFFFFFFFFFFFFFFF<PHONE_NUMBER>3709551615 87 46 putnl - undefined U #FFFFFFFFFFFFFFFF<PHONE_NUMBER>3709551615
The data for each symbol consists of a big-endian encoded four-byte index followed by the UTF-8 encoded null-terminated string that is the name of the symbol, and a similarly encoded local name of the symbol. Then comes the one-byte segment of the symbol that can be 0: text, 1: data, 2: pool, 3: stack, 255: unknown.
After that comes the one-byte linkage of the symbol. It can have the following values: 0: internal, 1: external, 2: once, 3: remove, and 4: undefined. The values are meaningful to the linker. If the symbol has an internal linkage, there can be many symbols with the same local name in the final executable. If the symbol has an external linkage, its name must be unique among all object files and libraries linked to the final executable. If the symbol has once linkage, the linker will treat the first occurrence of such a symbol as an external symbol, and throw the rest of the symbols with the same name (and linkage) away. This can be used to implement COMDATs. The remove linkage is used internally by the linker to remove functions and structures from the final executable. If the symbol has undefined linkage it is undefined in the current object file, and must be resolved by the linker to a symbol that has an external linkage. For example, the main symbol at line 80 has an external linkage, but the local labels @1, @2, @3, and @4 at lines 81-85, have an internal linkage. The puts and putnl symbols at lines 86 and 87 have undefined linkage.
After that comes the value of the symbol that consists of a one-byte flags field and an octabyte pure value. If the flags field is 0: 'U': the value of the symbol is still undefined. Otherwise the following flags can be combined: 1: 'R': the value of the symbol represents a register number 0-255; 2: 'P': the value of the symbol has pure octabyte value; 4: 'A': the value of the symbol represents an address; 8: 'F': the value of the symbol represents the start of a function; 16: 'S': the value of the symbol represents the start of a structure. Finally comes the start address of the symbol and the length of the symbol, both defined if the symbol has flag 8: 'F' or 16: 'S', that is: the symbol represents a function or a structure. For example, symbols ax, bx, etc. at lines 41, 42, etc. represent Register numbers with values $255, $254, etc. The special register number symbols rA, rB, etc. at lines 48, 49, etc. represent Pure values. The main symbol at line 80 represents a Pure, Address, Function symbol that starts at offset #0 and whose length is #74 bytes. Finally the value of the puts and putnl symbols at lines 86 and 87 are Undefined.
The link section consists of a four-character header 'LINK' followed by a big-endian encoded octabyte that represents the length of the data and a dummy octabyte.
88 89 LINK section 90 length: #000000000000001A 91 LINKABSOLUTEADDR 45 #0000000000000020 92 LINKABSOLUTEADDR 46 #0000000000000038
The linker commands consist of one-byte link command code, that can be 0: LINKFWDLONGJUMP, 1: LINKFWDSHORTJMP, 2: LINKABSOLUTEADDR, 3: LINKFAROCTA and 4: LINKONCE, followed by a big-endian encoded four-byte symbol index followed possibly by a big-endian encoded offset octabyte.
If the link code is LINKFWDLONGJUMP, it represents link command for a JMP instruction. It is followed by a symbol index followed by an offset from the start of the CODE section. The assembler has already processed this link command after it assembles a symbolic file, so that it does not exist in the object, library or executable file.
If the link code is LINKFWDSHORTJMP, it represents link command for a branching instruction BZ, BNZ, etc. It is followed by a symbol index followed by an offset from the start of the CODE section. The assembler has already processed this link command after it assembles a symbolic file, so that it does not exist in the object, library or executable file.
If the link code is LINKABSOLUTEADDR, it represents link command for a CALL, GO, load or store instruction. It is followed by a symbol index followed by an offset from the start of the CODE section. The linker processes this command by calculating the absolute address of the target symbol of the CALL, GO, load or store instruction and emitting it to the locations indicated by the offset.
If the link code is LINKFAROCTA, it represents an undefined data symbol defined using the OCTA instruction. It is followed by a symbol index followed by an offset from the start of the DATA section. The linker processes this command by calculating the absolute address of the target symbol of the OCTA instruction and emitting it to the location indicated by the offset.
If the link code is LINKONCE, it represents a FUNC symbol or a STRUCT symbol. It is followed by a symbol index. The linker processes this command by treating the first occurrence of it for a given symbol as an external symbol, and removing other occurrences of given functions or structures from the final executable.
For example, the LINK section of the echo.o object file contains LINKABSOLUTEADDR commands for symbols 45 and 46 (puts and putnl) for CODE section offsets #20 and #38.
The library file header consists of the string "CMSXLIB" and a one character version number having currently value '1'. Then comes the number of contained object files represented as an big-endian encoded octabyte, and then the object files themselves.
The executable file header consists of the string "CMSXEXE" and a one character version number having currently value '1'. Then comes the number of sections the size of the stack segment followed by the size of the pool segment all represended as big-endian encoded octabytes.
 SYMB section length: #0000000000000869 0 ax - internal R #00000000000000FF $255 1 bx - internal R #00000000000000FE $254 2 cx - internal R #00000000000000FD $253 3 dx - internal R #00000000000000FC $252 4 ex - internal R #00000000000000FB $251 5 sp - internal R #00000000000000FA $250 6 fp - internal R #00000000000000F9 $249 #0000000000000000 7 rA - internal P #0000000000000000 0 #0000000000000000 8 rB - internal P #0000000000000001 1 #0000000000000000 9 rC - internal P #0000000000000002 2 #0000000000000000 10 rD - internal P #0000000000000003 3 #0000000000000000 11 rE - internal P #0000000000000004 4 #0000000000000000 12 rF - internal P #0000000000000005 5 #0000000000000000 13 rG - internal P #0000000000000006 6 #0000000000000000 14 rH - internal P #0000000000000007 7 #0000000000000000 15 rI - internal P #0000000000000008 8 #0000000000000000 16 rJ - internal P #0000000000000009 9 #0000000000000000 17 rK - internal P #000000000000000A 10 #0000000000000000 18 rL - internal P #000000000000000B 11 #0000000000000000 19 rM - internal P #000000000000000C 12 #0000000000000000 20 rN - internal P #000000000000000D 13 #0000000000000000 21 rO - internal P #000000000000000E 14 #0000000000000000 22 rP - internal P #000000000000000F 15 #0000000000000000 23 rQ - internal P #0000000000000010 16 #0000000000000000 24 rR - internal P #0000000000000011 17 #0000000000000000 25 rS - internal P #0000000000000012 18 #0000000000000000 26 rT - internal P #0000000000000013 19 #0000000000000000 27 rU - internal P #0000000000000014 20 #0000000000000000 28 rV - internal P #0000000000000015 21 #0000000000000000 29 rW - internal P #0000000000000016 22 #0000000000000000 30 rX - internal P #0000000000000017 23 #0000000000000000 31 rY - internal P #0000000000000018 24 #0000000000000000 32 rZ - internal P #0000000000000019 25 #0000000000000000 33 rBB - internal P #000000000000001A 26 #0000000000000000 34 rTT - internal P #000000000000001B 27 #0000000000000000 35 rWW - internal P #000000000000001C 28 #0000000000000000 36 rXX - internal P #000000000000001D 29 #0000000000000000 37 rYY - internal P #000000000000001E 30 #0000000000000000 38 rZZ - internal P #000000000000001F 31 #0000000000001000 39 Main text external PAF #0000000000000000 0 #0000000000001000 #0000000000000028 #0000000000001028 40 strlen text external PAF #0000000000000028 40 #0000000000001028 #0000000000000034 #000000000000105C 41 puts text external PAF #000000000000005C 92 #000000000000105C #0000000000000030 #000000000000108C 42 putsf text external PAF #000000000000008C 140 #000000000000108C #0000000000000054 #00000000000010E0 43 putnl text external PAF #00000000000000E0 224 #00000000000010E0 #0000000000000030 #0000000000001110 44 putnlf text external PAF #0000000000000110 272 #0000000000001110 #0000000000000044 #2000000000000000 45 newline data external PA #0000000000000000 0 #0000000000001154 46 exit text external PAF #0000000000000154 340 #0000000000001154 #0000000000000004 #0000000000001158 47 wait text external PAF #0000000000000158 344 #0000000000001158 #0000000000000008 #0000000000001160 48 fork text external PAF #0000000000000160 352 #0000000000001160 #0000000000000008 #0000000000001168 49 write text external PAF #0000000000000168 360 #0000000000001168 #0000000000000008 #0000000000001170 50 main text external PAF #0000000000000170 368 #0000000000001170 #0000000000000074 #000000000000103C 0 strlen@1 text internal PA #0000000000000014 20 #0000000000001050 1 strlen@2 text internal PA #0000000000000028 40 #2000000000000008 2 nl data internal PA #0000000000000008 8 #0000000000001188 3 main@0 text internal PA #0000000000000018 24 #00000000000011C0 4 main@1 text internal PA #0000000000000050 80 #00000000000011CC 5 main@2 text internal PA #000000000000005C 92 #00000000000011D4 6 main@3 text internal PA #0000000000000064 100 #00000000000011D8 7 main@4 text internal PA #0000000000000068 104
The CODE section of the final executable starts from the virtual address #1000 (at 4K bytes). The linker has processed symbols and resolved their absolute addresses.
To view the contents of a cmsx object file, library file or executable file, enter command
cmsxdump filename


Building in the Cloud.
Senior Software Engineer.
This Portfolio Webapp
In my spare time, I work on learning Microsoft Azure cloud services both for my hobby game development and to increase the number of tools in my virtual toolbox. This portfolio site itself is hosted by Azure Python Web App service, using Flask, and interfaces with Azure Cosmos DB to store data.
To build this portfolio webapp, I used the following modules:
from flask import Flask, render_template, request, send_file
from azure.cosmos import exceptions, CosmosClient, PartitionKey
from azure.core.exceptions import ResourceExistsError
Access the database by creating an instance of container:
# Microsoft Azure Cosmos DB Initialization
# Create Cosmos Client
endpoint = 'uri_to_database'
key = 'cosmos_db_key'
client = CosmosClient(endpoint, key)
database_name = 'name_of_database' # Similar to a 'Database' in MariaDB/PostgreSQL
database = client.get_database_client(database_name)
container_name = 'name_of_container' # Similar to a 'Table' in MariaDB/PostgreSQL
container = database.get_container_client(container_name)
Now that it's created, we can do simple things like adding (or replacing) an existing piece of data:
updated_item = container.upsert_item(item)


@kirjs
JavaScript ❤ Binary
kirjs.com/binary/0
If you can't read the numbers below, move closer or go to
kirjs.com/binary/0
{{ binaryLittleGif.substr(0, 200) }}
Binary is hidden behind many layers of abstraction
In this talk:
- Binary in files (images, video, other media, zip)
- Binary for data transfer (instead of JSON)
- Javascript using binary in memory
Let's see what's inside of gif
{{ chikinGif }}
{{ littleGif }}
{{ binaryLittleGif }}
Binary data makes no sense without a schema
| Binary data |
01001110 01101111 01110110 01101001 00100000 01110011 01100001
01100100
|
| + |
| Schema |
Lol, what's this? |
| = |
|
Numbers? Picture? Archive? Text?
|
Binary data makes no sense without a schema
| Binary data |
01001110 01101111 01110110 01101001 00100000 01110011 01100001
01100100
|
| + |
| Schema |
This is UTF-8 string! |
| = |
| Novi Sad |
GRAPHICS INTERCHANGE FORMAT(sm)
Version 89a
(c)1987,1988,1989,1990
Copyright
CompuServe Incorporated
Columbus, Ohio
Header
Palette (Optional, size defined )
Extensions (Optional)
- Actual image data
- Image Control
- Animation Control
- Comments
Convert binary to decimal with JavaScript
Convert decimal to binary
Convert binary to hexadecimal with JavaScript
Convert hexadecimal to binary with JavaScript
ПЕЛЬМЕНЬ
ПЕЛЬМЕНЬ
ПЕЉМЕЊ
┌─┬┐ ╔═╦╗ ╓─╥╖ ╒═╤╕
│ ││ ║ ║║ ║ ║║ │ ││
├─┼┤ ╠═╬╣ ╟─╫╢ ╞═╪╡
└─┴┘ ╚═╩╝ ╙─╨╜ ╘═╧╛
┌───────────────────┐
│ ╔═══╗ │
│ ╚═╦═╝ │
╞═╤══╩══╤═══════════╡
│ ├──┬──┤ │
│ └──┴──┘ │
└───────────────────┘
Get charcode from string
Get letter from charcode
Parsing binary(with binary-parser)
Gif facts
- Image size: 1х1 to 65535х65535
- Colors: 2 - 256
- True color gifs are possible
- Max number of animation frames - unlimited
- Animation delay 1/100 - 655 seconds
- There's a plain text extension
- 24 pages + 12 pages appendix in gif89 standard
File header constants
- Gif - GIF87a (or GIF89a)
- Jpeg - begin with ‘FF D8‘ and end with ‘FF D9'
- Java class - CAFEBABE
- ZIP files begin with ‘PK‘ (50 4B)
- PDF files start with ‘%PDF‘ (25 50 44 46)
-
PNG image files begin with “\211 P N G \r \n 32 \n” (89 50 4E 47 0D 0A
1A 0A)
- HTTP2 - PRI * HTTP/2.0\r\n\r\nSM\r\n\r\n
Big library of binary formats
https://formats.kaitai.io/
Can we use binary instead of JSON?
Debugging
JSON
- Easy to understand
- Human readable
Schema
Binary
- Needs a schema
- Comes with type checking
- Comes with validation
Thought experiment
Memory management in JavaScript
Let's see how memory works in typed arrays
Angular Component Flags (bitmask)
ReactDOM Flags (bitmask)
The end:
- Binary in files (images, video, other media, zip)
- Binary for data transfer (instead of JSON)
- Javascript using binary in memory
@kirjs
Binary ❤ JavaScript
kirjs.com/binary/0
Thanks @andrey_sitnik, @_bmsdave, @NisamProgramer for review


Determining the path that was traversed is useful in many applications. For example:
X
and Y
according to a particular path description?gremlin> g.v(1)
==>v[1]
gremlin> g.v(1).out.name
==>vadas
==>lop
==>josh
gremlin> g.v(1).out.name.path
==>[v[1], v[2], vadas]
==>[v[1], v[3], lop]
==>[v[1], v[4], josh]
gremlin> g.v(1).outE.inV.name.path
==>[v[1], v[2], vadas]
==>[v[1], v[4], josh]
==>[v[1], v[3], lop]
gremlin> g.v(1).outE.inV.name.path
==>[v[1], e[7][1-knows->2], v[2], vadas]
==>[v[1], e[9][1-created->3], v[3], lop]
==>[v[1], e[8][1-knows->4], v[4], josh]
If the path
step is provided closures then, in a round robin fashion, the closures are evaluated over each object of the path and that post-processed path is returned.
gremlin> g.v(1).outE.inV.path{it.name}{it.weight}{it.name}
==>[marko, 0.5, vadas]
==>[marko, 0.4, lop]
==>[marko, 1.0, josh]
gremlin> g.v(1).as('x').outE.inV.loop('x'){it.loops < 3}.path{it.name}{it.weight}
==>[marko, 1.0, josh, 1.0, ripple]
==>[marko, 1.0, josh, 0.4, lop]
gremlin> g.v(1).as('x').outE.inV.loop('x'){it.loops < 3}.path{it.id}
==>[1, 8, 4, 10, 5]
==>[1, 8, 4, 11, 3]
g = new TinkerGraph()
g.loadGraphML('data/graph-example-2.xml')
Using the Grateful Dead graph diagrammed in Defining a More Complex Property Graph, lets determine the outE.inV
paths that exist between Dark Star and Jerry Garcia. Be sure to restrict this query to some max number of loops (less than 4 for this example) to prevent an infinite loop. The query below states:
outE
(emit, the object if its Jerry Garcia)gremlin> g.v(89).as('x').outE.inV.loop('x'){it.loops < 4}{it.object.getProperty('name')== 'Garcia'}.path
==>[v[89], e[7122][89-sung_by->340], v[340]]
==>[v[89], e[7021][89-followed_by->83], v[83], e[7158][83-sung_by->340], v[340]]
==>[v[89], e[7023][89-followed_by->206], v[206], e[7912][206-sung_by->340], v[340]]
==>[v[89], e[7006][89-followed_by->127], v[127], e[7786][127-sung_by->340], v[340]]
==>[v[89], e[7024][89-followed_by->49], v[49], e[7182][49-sung_by->340], v[340]]
==>[v[89], e[7025][89-followed_by->129], v[129], e[7102][129-sung_by->340], v[340]]
==>[v[89], e[7028][89-followed_by->130], v[130], e[7406][130-sung_by->340], v[340]]
==>[v[89], e[7018][89-followed_by->160], v[160], e[7082][160-sung_by->340], v[340]]
==>[v[89], e[7034][89-followed_by->91], v[91], e[7360][91-sung_by->340], v[340]]
==>[v[89], e[7017][89-followed_by->57], v[57], e[7126][57-sung_by->340], v[340]]
==>[v[89], e[7032][89-followed_by->140], v[140], e[7058][140-sung_by->340], v[340]]
==>[v[89], e[7015][89-followed_by->141], v[141], e[7108][141-sung_by->340], v[340]]
==>[v[89], e[7010][89-followed_by->94], v[94], e[7340][94-sung_by->340], v[340]]
==>[v[89], e[7029][89-followed_by->4], v[4], e[7064][4-sung_by->340], v[340]]
==>[v[89], e[7021][89-followed_by->83], v[83], e[1429][83-followed_by->5], v[5], e[7582][5-sung_by->340], v[340]]
==>[v[89], e[7021][89-followed_by->83], v[83], e[1434][83-followed_by->89], v[89], e[7122][89-sung_by->340], v[340]]
...


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Foreign exchange rates
by The Canadian PressOTTAWA — These are indicative wholesale rates for foreign currency provided by the Bank of Canada on Friday. Quotations in Canadian funds.
Australia dollar 0.9011
Brazil real 0.3153
China renminbi 0.1888
Euro 1.4618
Hong Kong dollar 0.1691
India rupee 0.01847
Indonesia rupiah 0.000094
Japan yen 0.01216
Malaysia ringgit 0.3186
Mexico peso 0.06888
N.Z. dollar 0.8469
Norway krone 0.1456
Peruvian new sol 0.3927
Russia rouble 0.02074
Saudi riyal 0.3528
Singapore dollar 0.9725
South Africa rand 0.08995
South Korean won 0.001137
Sweden krona 0.1372
Switzerland franc 1.3366
Taiwanese dollar 0.04337
Thailand baht 0.04373
Turkey lira 0.2303
U.K. pound 1.7069
U.S. dollar 1.3231
Vietnam dong 0.000057


Swipe LEFT to SKIP and RIGHT to VIEW info
Cafe Altro Paradiso
South Village - Italian Cuisine
The Little Owl
West Village - American/Mediteranean Cuisine
Per Se
Hell's Kitchen - French Cuisine
Beyond Sushi
Gramercy, Midtown, Chelsea - Japanese Cuisine
Amada
Battery Park - Spanish Cuisine
<


| se-deprecated {dplyr} | R Documentation |
dplyr used to offer twin versions of each verb suffixed with an underscore. These versions had standard evaluation (SE) semantics: rather than taking arguments by code, like NSE verbs, they took arguments by value. Their purpose was to make it possible to program with dplyr. However, dplyr now uses tidy evaluation semantics. NSE verbs still capture their arguments, but you can now unquote parts of these arguments. This offers full programmability with NSE verbs. Thus, the underscored versions are now superfluous.
Unquoting triggers immediate evaluation of its operand and inlines
the result within the captured expression. This result can be a
value or an expression to be evaluated later with the rest of the
argument. See vignette("programming")
for more information.
add_count_(x, vars, wt = NULL, sort = FALSE) add_tally_(x, wt, sort = FALSE) arrange_(.data, ..., .dots = list()) count_(x, vars, wt = NULL, sort = FALSE, .drop = group_by_drop_default(x)) distinct_(.data, ..., .dots, .keep_all = FALSE) do_(.data, ..., .dots = list()) filter_(.data, ..., .dots = list()) funs_(dots, args = list(), env = base_env()) group_by_(.data, ..., .dots = list(), add = FALSE) group_indices_(.data, ..., .dots = list()) mutate_(.data, ..., .dots = list()) tally_(x, wt, sort = FALSE) transmute_(.data, ..., .dots = list()) rename_(.data, ..., .dots = list()) rename_vars_(vars, args) select_(.data, ..., .dots = list()) select_vars_(vars, args, include = chr(), exclude = chr()) slice_(.data, ..., .dots = list()) summarise_(.data, ..., .dots = list()) summarize_(.data, ..., .dots = list())
x |
A |
vars |
Various meanings depending on the verb. |
wt |
<
|
sort |
If |
.data |
A data frame. |
.drop |
Drop groups formed by factor levels that don't appear in the
data? The default is |
.keep_all |
If |
dots, .dots, ... |
Pair/values of expressions coercible to lazy objects. |
args |
Various meanings depending on the verb. |
env |
The environment in which functions should be evaluated. |
add |
When This argument was previously called |
include, exclude |
Character vector of column names to always include/exclude. |


Bootstrap 4 and CCS3 Product Cards with Transition - Techhowdy(demonguru18) - Lyoid Lopes
Low KMS
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2018
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Lorem ipsem I love the Weather & Opera section This Week in Review NYT R&D tools The Weekender Gutenberg parenthesis Steve Jobs Project Thunderdome Google News Sulzberger, gotta grok it before you rock it free as in beer Lucius Nieman community Gawker future digital circulation strategy open source. Walter Lippmann scoop newspaper attracting young readers the power of the press belongs to the person who owns one Alberto Ibarguen libel lawyer social media optimization Neil Postman API, curation abundance Gardening & War section Frontline the power of the press belongs to the person who owns one crowdsourcing Google News The Printing Press as an Agent of Change Alberto Ibarguen lede, trolls WordPress shoot a photo stupid commenters Ushahidi synergize afternoon paper the power of the press belongs to the person who owns one.
Don’t trust anyone, cause you only live once. Aliquam imperdiet, ligula vehicula sodales lobortis, dui arcu ultricies libero, vitae tempor eros libero sed neque. Pop a molly, I’m sweatin’, consequat feugiat eros. How you like your eggs, fried or fertilized? Annon Imus
Yolo ipsum dolor sit amet, consectetur adipiscing elit. Ut ac suscipit leo. Carpe diem vulputate est nec commodo rutrum. Pellentesque mattis convallis nisi eu and I ain’t stoppin until the swear jar’s full. Ut rhoncus velit at mauris interdum, fringilla dictum neque rutrum. Curabitur mattis odio at erat viverra lobortis. Poppin’ bottles on the ice, tristique suscipit mauris elementum tempus. Quisque ut felis vitae elit tempor interdum viverra a est. Drop it like it’s hot, at pretium quam. In nec scelerisque purus. Nam dignissim lacus ipsum, a ullamcorper nulla pretium non. Aliquam sed enim faucibus, pulvinar felis at, vulputate augue. Ten, ten, twenties on them fifties, trick, at tempus libero fermentum id. Vivamus ut nisi dignissim, condimentum urna vel, dictum massa. Donec justo yolo, rutrum vitae dui in, dapibus tempor tellus. I do it big. Fusce ut sagittis mi.
Section Title
Deadlights Yellow Jack careen broadside Jolly Roger topmast Admiral of the Black hail-shot.  Gaff topmast quarter American Main fathom weigh anchor yawl tender. Lee careen rum Blimey American Main marooned lugsail coxswain. Fluke pressgang execution dock spyglass long boat matey long clothes deadlights.  Loot killick case shot mizzenmast ballast Nelsons folly barque jolly boat. Chandler pinnace hulk keelhaul Buccaneer flogging interloper furl.
Wench doubloon splice the main brace handsomely Admiral of the Black coxswain snow long clothes. Scuppers cog swing the lead lee poop deck bilge clap of thunder barque. Gunwalls wench list rutters case shot trysail avast Privateer. Red ensign black spot hail-shot scuttle cog piracy skysail trysail. Keel swab bounty Pieces of Eight heave down execution dock brigantine ho. Shrouds knave take a caulk stern interloper gangway grog blossom tackle. Piracy mizzen warp take a caulk Privateer spike sutler pinnace. Wench Buccaneer swing the lead careen transom cog long boat hardtack.
Preserve and cherish that pale blue dot shores of the cosmic ocean prime number brain is the seed of intelligence qui dolorem ipsum quia dolor sit amet take root and flourish. Consectetur tingling of the spine encyclopaedia galactica Sed ut perspiciatis unde omnis iste natus error sit voluptatem accusantium doloremque laudantium extraordinary claims require extraordinary evidence Cambrian explosion. Are creatures of the cosmos two ghostly white figures in coveralls and helmets are soflty dancing are creatures of the cosmos totam rem aperiam, eaque ipsa quae ab illo inventore veritatis et quasi architecto beatae vitae dicta sunt explicabo consectetur totam rem aperiam, eaque ipsa quae ab illo inventore veritatis et quasi architecto beatae vitae dicta sunt explicabo.
Section Title
Hardtack black spot me jack carouser long boat ballast spyglass take a caulk coxswain.  Spanker lugger gaff bilge dead men tell no tales swab Pirate Round driver weigh anchor red ensign. Cable parley keel American Main swab take a caulk long clothes fluke nipper stern. Spike lugsail skysail execution dock aye fathom gaff Cat o'nine tails lad mutiny. Barbary Coast coxswain loot overhaul keel sloop careen Corsair lateen sail sheet. Ballast case shot mizzen parrel killick plunder maroon cable gangway snow. Pressgang hogshead flogging Arr dead men tell no tales execution dock Spanish Main aft belay splice the main brace.
Furl wherry keelhaul lanyard crack Jennys tea cup mizzen tackle haul wind keel reef. Walk the plank long clothes rope's end draft hands Sail ho Sea Legs reef cog gibbet. Grog careen Yellow Jack man-of-war me Admiral of the Black furl cog lugger Nelsons folly. Weigh anchor ho yo-ho-ho draught come about furl pirate chase guns hail-shot black jack. Jolly Roger bilged on her anchor jack keel dance the hempen jig rope's end run a rig transom knave quarterdeck. Rum yawl mizzen rope's end draft black spot Blimey ye Jack Ketch league. Take a caulk log spike flogging Blimey chandler tender barkadeer warp pressgang. Code of conduct Sink me draft hands overhaul snow strike colors wench Sail ho mizzen.
Hornswaggle ahoy scourge of the seven seas doubloon fore overhaul sloop provost spanker black spot.  Blow the man down long boat spirits maroon wherry snow bring a spring upon her cable squiffy scallywag carouser. Clap of thunder hornswaggle smartly keel reef lee starboard loot case shot Shiver me timbers. Parley lad line fluke Barbary Coast bucko Jack Tar black spot mizzen provost. Fluke red ensign wench Brethren of the Coast lanyard grog blossom hempen halter Pirate Round hardtack draught. Snow starboard squiffy stern yard cutlass ahoy run a rig coffer tackle. Gold Road weigh anchor bucko ho draft splice the main brace coffer topgallant scuttle spyglass.


Veteran boxer Sarita Devi in AIBA athletes commission
Sarita was in the running as sole candidate to represent the Asian bloc
by PTIVeteran Indian boxer L. Sarita Devi has been elected unopposed to the International Boxing Association’s (AIBA) first-ever athletes commission to represent the Asian bloc.
Sarita was in the running as sole candidate from the region. The commission features one male and a female boxer from each of the five regional confederations (Asia, Oceania, Europe, Americas and Europe).
The 37-year-old is currently an athlete representative in the executive committee of the Boxing Federation of India.


[viewBag] title = "DEPARTMENT OF BIOLOGY" ==
|
111700, Tashkent region, Chirchik town, Amir Temur street, 104. +99894-675-25-19 |
Fayziyev Vokhid Bakhramovich |
The department was founded in September 2019 and today the Department of Biology is part of the Faculty of Natural Sciences and is graduating in the following areas:
Today, a unique multidisciplinary team has formed at the department, in which specialists, scientists and practitioners of various scientific specialties, represented by biological, environmental, pedagogical and agricultural areas, work.
Leading teachers of the department:
To conduct training sessions there were attracted heads and leading specialists of the organizations and businesses whose activities are related to the direction of ongoing basic professional educational programs. These are specialists in the field of biotechnology, teacher education, ecology and nature management.
To intensify the educational process, the teaching staff of the department uses modern teaching methods, multimedia tools and information and communication technologies are used to conduct classes.
Of great importance for consolidating theoretical material and mastering practical skills are practices. During training practices, students master the methodology of field research at natural sites in the Tashkent region.
Creative contacts connect the department with the leading institutions and research institutes of the Academy of Sciences of the Republic of Uzbekistan: the Research Institute of Genetics and Experimental Plant Biology, the Research Institute of Microbiology, the Research Institute of Zoology, the Center for Genomics and Bioinformatics, the National University of Uzbekistan named after Mirzo Ulugbek, and the Tashkent State Pedagogical Institute Nizami and various educational institutions.
The department carries out international cooperation in the implementation of joint projects, scientific internships and the organization of educational practices with several European universities:
The department conducts research in the following priority areas:
Teachers of the department regularly train in specialized universities of the country, participate in interregional and international seminars and conferences.
We invite young people who want to receive a quality education and master fundamental knowledge in the field of biological sciences to train.
List of directions and training levels
higher education – undergraduate
|
The code |
Direction |
Training Profiles |
|
5110400 |
Teaching biology Degree: Bachelor |
biology full-time 4 years; Language of instruction: Uzbek, Russian |
higher education – magistracy
|
The code |
Direction |
Training Profiles |
|
5А110101 |
Teaching the exact and natural sciences (biology) Degree: Master |
Biological education full-time 2 years; Language of instruction: Uzbek, Russian |
Higher education - training of highly qualified personnel after university education
|
The code |
Direction |
Training Profiles |
|
03.00.07 |
Biological sciences Qualification: Doctor of Philosophy (PhD) in Biology Teacher Researcher |
Plant physiology full-time: 3 years; Language of instruction: Uzbek, Russian |
Тeaching staff of the department
|
Fayziyev Vokhid Bakhramovich |
Candidate of Biological Sciences (PhD) |
Head of department |
|
Doctor of Biological Sciences, Professor |
Professor of the department |
|
|
Rakhimov Atanazar Karimovich |
Doctor of Pedagogical Sciences, Professor |
Professor of the department |
|
Аmanov Bakhtiyor Xushbakhtovich |
Doctor of Biological Sciences, Leading Researcher |
Associate Professor |
|
Маtniyazova Khilola Khudaybergenovna |
Candidate of Biological Sciences (PhD), Leading Researcher |
Associate Professor |
|
Jononova Ra’no Normuradovna |
Candidate of Biological Sciences (PhD) |
Associate Professor |
|
Кim Veronika Vladimorovna |
Doctor of Philosophy in Agricultural Sciences (PhD) |
Associate Professor |
|
Egamberdiyeva Lola Normatovna |
Candidate of Biological Sciences (PhD) |
Associate Professor |
|
Ramazonov Baxtiyor Ramazanovich |
Doctor of Philosophy in Biology (PhD) |
Associate Professor |
|
Мutalov Karimjon Abdurakhimovich |
Candidate of Biological Sciences (PhD) |
Associate Professor |
|
Norboboyeva Toshbibi |
Candidate of Biological Sciences (PhD) |
Associate Professor |
|
Мustafoyev Ilyor Murataliyevich |
Doctor of Philosophy in Biology (PhD) |
Associate Professor |
|
Кulmamatova Dilfuza Erkinovna |
Doctor of Philosophy in Biology (PhD) |
Associate Professor
|
|
Nurmetov Xushnud Saparbayevich |
|
senior teacher of the department |
|
Аbdullayeva Muyassar Saparbayevna |
|
senior teacher of the department |
|
Karayev Sirojiddin Barakayevich |
|
teacher of the department |
|
Аtabayeva Damira Turdibekovna |
|
teacher of the department |
|
Kholikova Mokhichexra Azamatovna |
|
teacher of the department |
|
Djavliyeva Dilfuza Tilavovna |
|
teacher of the department |
|
Zakirov Doniyor Utkurovich |
|
teacher of the department |
|
Мirzayeva Nodira Abduxamidovna |
|
teacher of the department |
|
Маtkarimov Farrux Ilkhamovich |
|
teacher of the department |
|
Аllanazrova Indira Aliyevna |
|
teacher of the department |
|
Shavqiyev Djaloliddin Shamsutdin o‘g’li |
|
teacher of the department |
|
Ismagilova Gulnoza Sayfutdinovna |
|
teacher of the department |
|
Sattorov Muzaffar Soatovich |
|
teacher of the department |
|
Sobirova Zulxumor Sharipovich |
|
teacher of the department |
|
Bektayeva Khurriyat Ortikaliyevna
|
|
teacher of the department |


P. harmala (Syrian Rue)
One would hope that readers are familiar with the cautionary requirements of dicking around with ones
MOAI's in combination with centrally active compounds.
I've had my share of scare's... pumping veins and all. Personally I havn't found very many aplications for the betacarbolines that I continue to use aside from the traditional oral tryptamine (dmt, 5meo, dpt) huasca activation. The one harmala combination that I have yet to try and would like too is mescaline. This combo makes sense, since a large amount of mescaline is usually required and it has been fairly widely reported as being a positive potentiation. Combinations with mdma and other stimulating compounds seem quite ludicrous to me.
The obscure rue combinations known to me are:
with shrums: defintitely intense on the body at high dosage levels, qualitatively different trip.
with 2cb: heard several negative reports, too much physical activation/headache
with mescaline: many positives, a few neggies
with LSD: several positive reports. provides a more earthy grounded feeling.
with DPT: works well huasca style, be very careful with the dosage. Comments from a friend: 'Instead of 100-200 mg oral only 30-80 are needed.
Also the oral DPT bodyload was greatly reduced.'
with 5meODMT: increases effects, some report worrisome physical symptoms
with Psilocybin: Many people report positive work with this, but can increase darkside and increase length, intensity, bodyload
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


A list of all the RSSified Muuts
If you would like to have your muut added, please contact
See project page for source.


Ubisoft is making major changes to how damage is dealt in Rainbow Six Siege
by Morgan ParkAt the start of Operation Shifting Tides, bullets in Rainbow Six Siege will be a bit more potent. Ubisoft is currently testing a new limb penetration system that allows bullets to travel through one limb and into another. Shots from most guns will now "upgrade" to count against the highest-value body part in their path. If you hit both a chest hitbox and an arm hitbox, the chest hitbox is what will register.
Ubi hopes the system will “reduce the impression of inaccurate hit registration” and make it clearer where a bullet will land, but it’s important to understand that not all guns behave equally under this new system. Ubi put together the handy graphic below that shows the basics of limb penetration.
In the new update, all of Siege’s 101 weapons fall into one of three groups: full, simple, and no penetration. Most weapons (assault rifles, LMGs, SMGs, pistols, and revolvers) have simple penetration, meaning that bullets will travel through limbs on a single target. DMRs and sniper rifles (including Glaz’s OTs-03 and Kali’s new CSRX 300 rifle) have full penetration, meaning bullets will travel through limbs and even multiple bodies. Each subsequent body passed through will only receive 70 percent of the initial damage. Shotguns and machine pistols have no penetration, so a shot to the arm is stopped in its tracks.
Level penetration is unchanged by the new system, so most weapons will still only penetrate one wall per shot.
Until now, a shot aimed at a head could sometimes be blocked by arms and lose you a kill. This is particularly noticeable with an animation that covers an operator’s face with their hand when flashed by Blitz or a grenade. Under the new system, you can clearly see when a bullet travels through an arm and impacts the torso behind it. Damage doesn’t stack with every limb a bullet penetrates. Instead, damage is dealt based on the most deadly area in the bullet’s path. For instance, a shot through the arm and into the chest will only deal chest damage.
Penetration isn’t the only thing changing under the new system, though. Shots to hands and arms, which used to count the same as a torso shot, now only deal 75 percent damage to 1 and 2-armor ops and 65 percent damage to 3-armor ops, the same as leg shots. This will have a bigger shift to firefights than you might think. Getting shot in an arm or hand as it’s poking around a corner use to carry the full punishment of a chest shot. Dampening that damage feels fairer and will make everyone generally more survivable.
| 1 Armor | 2 Armor | 3 Armor | |
|---|---|---|---|
| Hands/Arms | 0.75 | 0.75 | 0.65 |
| Torso | 1.0 | 1.0 | 1.0 |
| Legs | 0.75 | 0.75 | 0.65 |
| Head | 50.0 | 50.0 | 50.0 |
For weapons with no limb penetration, less damage to arms and hands could effectively become a nerf. Shotguns have a wide enough spread that weaker arm shots likely won’t make a difference, but it could with machine pistols. More than ever, it’ll be important to aim for the upper torso and let the recoil rise into a headshot.
There’s also one important limitation to penetration that I’m calling the Lower Back Rule. “Should a bullet pass through two of either of the following: chest, neck, or head - only the 1st area hit will be accounted to calculate damage. This avoids issues where hitting the lower back of an operator results in a headshot.”
A bit confusing, but you can see the Lower Back Rule in action above. Bullets cannot travel up through the torso and into the neck or head. Think of the torso like a stone wall for damage. If it’s the first area shot, it’s the only damage calculated on that body.
In most situations, the limb penetration system won’t be noticeably different from how the game plays now, though it’s great that limb blocking will no longer muddy the waters of a supposed chest or head shot. Full penetration is where things get interesting, though. It’s a new reason to take a reliable DMR over an assault rifle, especially against a disorganized team that funnels in from the same direction.
It’s especially exciting for Siege’s new resident sniper, Kali. On top of having full penetration, her rifle can also pierce through as many soft walls as you can throw at it. Here’s a test clip where a friend shoots me through three soft walls on the new Theme Park. With limb penetration in mind, it’s not hard to imagine other enemies (or friendlies) getting caught in the crossfire.
Limb penetration expands the visual calculus that Siege players need to minimize exposure and maximize lethality. Should be a fun adjustment.


PM constitutes 13-member body for Kamyab Jawan Programme
by AgenciesISLAMABAD: Prime Minister Imran Khan has constituted a 13-member Steering Committee for Kamyab Jawan Program being run under the Prime Minister’s Youth Affairs initiatives, with himself as the chairman.
Special Assistant to the Prime Minister on Youth Affairs Usman Dar and federal ministers from education, economic affairs and IT Board are part of the committee.
Advisers on Finance and Commerce, as well as, Federal Minister for Planning are nominated as committee members. The committee will present suggestions of new government projects to Prime Minister regarding youth.
The committee has been delegated authority of strategy planning and program monitoring. It will assist projects starting under Kamyab Jawan Program.
The State bank of Pakistan (SBP) and the National Database and Registration Authority (NADRA) have been entrusted with the task of devising a feasible strategy to launch “Kamyab Jawan Youth Card.”
The card will be aimed at ensuring financial inclusion and economic empowerment of youth in the country.


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A Template Language

Hello World!

This is my sample post, right here.

{{title}}

{{body}}

{{post.title}}

{{post.content}}

MVC
Model
Your data
View
What it looks like
Controller
Logic.
MVC in WordPress
Model
WordPress Database
View
The .php files inside the theme folder
Controller
The .php files inside the theme folder
So we get this
Um, this is bad ...
For WordPress developers
... because my code is a mess
Twig + WordPress
In normal WordPress
single.php
With WordPress Timber
single.php
single.twig
- Make a box
- Fill it with data
- Send it to the template
What can Twig do for you?
- Variables
- Simple Logic
- Filters
Twig Features
Variables
- Title
- Permalink
- ISBN (custom field)
-
<?php echo get_the_title(); ?>

- <a href="<?php echo get_permalink(); ?>">My title
- The ISBN is: <?php echo get_post_meta(get_the_ID(), 'ISBN', true); ?>
-
{{post.title}}

-  My Title
- The ISBN is: {{post.ISBN}}
Twig Features
Simple Logic
- Conditionals
- Loops
- Includes
- Images
Contribute to the code
Help with examples + documentation
Star Timber on GitHub!


Tools for converting data from complex or irregular layouts to a columnar structure. For example, tables with multilevel column or row headers, or spreadsheets. Header and data cells are selected by their contents and position, as well as formatting and comments where available, and are associated with one other by their proximity in given directions. Functions for data frames and HTML tables are provided.
| Version: | 0.4.0 |
| Depends: | R (≥ 3.2.0) |
| Imports: | methods, rlang, magrittr, dplyr, forcats, purrr, tidyr, pillar, tibble, cellranger, xml2 |
| Suggests: | knitr, rmarkdown, readr, tidyxl, readxl, stringr, htmltools, rvest, selectr, DT, testthat |
| Published: | 2018-06-26 |
| Author: | Duncan Garmonsway [aut, cre] |
| Maintainer: | Duncan Garmonsway <nacnudus at gmail.com> |
| BugReports: | https://github.com/nacnudus/unpivotr/issues |
| License: | MIT + file LICENSE |
| URL: | https://github.com/nacnudus/unpivotr |
| NeedsCompilation: | no |
| Materials: | README NEWS |
| CRAN checks: | unpivotr results |
| Reference manual: | unpivotr.pdf |
| Vignettes: |
Compass Directions Compass Directions Small Multiples |
| Package source: | unpivotr_0.4.0.tar.gz |
| Windows binaries: | r-devel: unpivotr_0.4.0.zip, r-release: unpivotr_0.4.0.zip, r-oldrel: unpivotr_0.4.0.zip |
| OS X binaries: | r-release: unpivotr_0.4.0.tgz, r-oldrel: unpivotr_0.4.0.tgz |
| Old sources: | unpivotr archive |
Please use the canonical form https://CRAN.R-project.org/package=unpivotr to link to this page.


re:Scan
a light weight resume scanner
Upload Resume
Get Similarity Score
Similarity Score
Keywords
Suggestions
Try out these suggestions:


This a three day bootcamp where you just dive into web development which is really amazing We learnt the following:


APOGEN Clusters Visual Editor
Drag the states outside or inside the clusters to modify the configuration


about total management?
Total Management is a free, tableless, W3C-compliant web design layout by Template World. This template has been tested and proved compatible with all major browser environments and operating systems. You are free to modify the design to suit your tastes in any way you like.
We only ask you to not remove "Design by Template World" and the link http://www.templateworld.com from the footer of the template.
If you are interested in seiing more of our free web templates designs feel free to visit our website, Template World. We intend to add at least 25 new free templates in the coming month.


{% extends "benchmarking/panel-template-w.html" %} {% load static %} {% block panel-title %}Verify and submit your data{% endblock %} {% block panel-sub-title %}Please ensure that all entered data is accurate.{% endblock %} {% block page-content-left %}
After you hit submit two things occur. (1) your input is split in four shares. Each share is randomly distributed to a computing server over a secure HTTP channel. Thus each server only has a part of your data which they cannot see as it is also encrypted. (2) Your submission ID is hashed (one way hashing) and stored in our server database. This hashed value is the only information which is stored in our database. This functionality allows you to resubmit your data in case you find any errors in your input data after submission.


Password Generator
Password Length
Include Uppercase Letters
Include Lowercase Letters
Include Numbers
Include Symbols
Generate Password
Created with
by
GaneshKumar M
SOCIAL MEDIA
Get In Touch


  Well if you are, than you will most likely agree with my rating of this film since it basically features a trio of annoying ladies bickering away on the phone for an hour and a half...only to make up and hug in the end. Aaaaaaaahhhh...
PLOT: Three grown-up sisters living their own separate lives, begin to re-establish their communication lines when their dear old dad falls ill.
CRITIQUE: This would be a good movie if it wasn't for the fact that it's got very little to say, features uncaring people sharing annoying phone conversations, is chockfull of bad acting moments and provides less emotional satisfaction than any third-rate after-school special. And I'm being nice! How junk like this gets made is beyond me, but happy am I that the Ephron sisters will finally be dealt a professional blow, considering the regurgitation level of their material had just about reached its limit. The only true emotional moment demonstrated between Meg Ryan's character and her dad in this film is when he hugs her and swings her around at a Christmas tree lot. Wow...how deep. Of course, the same Christmas tune that's played in every Ephron flick chimes out in the background, while characters continue to build "bonds" among one another by making reference to old, quaint movies or movie stars.  This film is a mess. The characters are boring and irritating to watch, the plot has something to do with three selfish sisters talking on the phone a whole lot, kind of liking their father (but not really) and then finally realizing the error of their ways, while sharing an "emotional" moment about movie stars from the 50s.
Admittedly, I was not expecting much from a film whose television trailer features Meg Ryan screaming every two seconds and a big dog rolling its eyes, but even I was surprised at the level of ineptitude when it came to some of the acting efforts put forth in this film. Meg did fine as the sister who cries a lot, looking as adorable as ever, but someone please put Lisa Kudrow inside a permanent home of limited range, cause this woman basically IS that very same character that she plays in every single movie/TV show that she's in. Enough already! And Diane Keaton must've spent more time thinking about her role behind the camera in this one, cause her acting was amateurish at best. Neither one convinced in "emotional" scenes. Granted, they gave Walter Matthau the best lines in the film and that's probably where my rating of three points comes from. All in all, this movie is not funny (unless you're one to chuckle at train wrecks), provides zero drama (unless you consider loud phone conversations moving), generates absolutely no emotion (although I did tear up when Meg hugged a coffee machine) and ends on a perfectly pretentious note ("Oh no, please don't get any flour on my Donna Karan dress!). Ugh.
I suggest that all ladies take their husbands/boyfriends to see this movie if they are pissed off at them about something! That'll teach 'em to mess with you! Oh and incidentally, Mrs. JoBlo also likened this movie to a piece of cow dung flailing in the wind, so there! Then again...maybe you'll like it. : )
Review Date: February 14, 2000 Director: Diane Keaton Writers: Delia Ephron and Nora Ephron Producers: Nora Ephron and Laurence Mark Actors: Meg Ryan as Eve Walter Matthau as Dad Diane Keaton as Georgia Lisa Kudrow as Maddy Genre: Drama Year of Release: 2000 ------------------------------------ JoBlo's Movie Emporium http://www.joblo.com/ ------------------------------------ (c) 2000 Berge Garabedian
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


| Base Registration Number: {{ detail.financingStatement.baseRegistrationNumber }} | {% if detail.financingStatement.statusType == 'HDC' %} DISCHARGED {% elif detail.financingStatement.statusType == 'HEX' %} EXPIRED {% endif %} |
| Registration Description: | {{ detail.financingStatement.registrationDescription }} |
| Act: | {{ detail.financingStatement.registrationAct }} |
| Base Registration Date and Time: | {{detail.financingStatement.createDateTime}} |
| Discharge Date and Time: | {{detail.financingStatement.dischargedDateTime}} |
| Current Expiry Date and Time: |
{% if detail.financingStatement.lifeInfinite is defined and detail.financingStatement.lifeInfinite %}
Never
{% else %}
{{detail.financingStatement.expiryDate}}
{% if detail.financingStatement.statusType == 'HEX' %}
(Expired)
{% endif %}
Expiry date includes subsequent registered renewal(s) {% endif %} |
| Surrender Date: | {{detail.financingStatement.surrenderDate}} |
| Lien Amount: | {{detail.financingStatement.lienAmount}} |
| Trust Indenture: | {% if detail.financingStatement.trustIndenture == true %}Yes{% else %}No{% endif %} |
| {% if detail.financingStatement.transitionDescription == 'ASSIGNMENT OF BOOK ACCOUNTS' %} Note: This is a re-registration of an {{detail.financingStatement.transitionDescription|title}} previously registered in the Companies Branch on {% if detail.financingStatement.transitionDate is defined and detail.financingStatement.transitionDate != '' %}{{detail.financingStatement.transitionDate}}{% else %}N/A{% endif %}, Incorporation Number {% if detail.financingStatement.transitionNumber is defined and detail.financingStatement.transitionNumber != '' %}{{detail.financingStatement.transitionNumber}}{% else %}N/A{% endif %}. {% elif detail.financingStatement.transitionDescription in ('COMPANY ACT DOCUMENT', 'CONDITIONAL SALE AGREEMENT', 'BILL OF SALE ABSOLUTE') %} Note: This is a re-registration of a {{detail.financingStatement.transitionDescription|title}} previously registered in the Companies Branch on {% if detail.financingStatement.transitionDate is defined and detail.financingStatement.transitionDate != '' %}{{detail.financingStatement.transitionDate}}{% else %}N/A{% endif %}, Incorporation Number {% if detail.financingStatement.transitionNumber is defined and detail.financingStatement.transitionNumber != '' %}{{detail.financingStatement.transitionNumber}}{% else %}N/A{% endif %}. {% elif detail.financingStatement.transitionDescription == 'FARM CREDIT CHATTEL MORTGAGE' %} Note: This is a re-registration of a {{detail.financingStatement.transitionDescription|title}} previously registered in the Central Registry on {% if detail.financingStatement.transitionDate is defined and detail.financingStatement.transitionDate != '' %}{{detail.financingStatement.transitionDate}}{% else %}N/A{% endif %}, Registration Number {% if detail.financingStatement.transitionNumber is defined and detail.financingStatement.transitionNumber != '' %}{{detail.financingStatement.transitionNumber}}{% else %}N/A{% endif %}. {% elif detail.financingStatement.transitionDescription in ('MOBILE HOME ACT DOCUMENT', 'CHATTEL MORTGAGE') %} Note: This is a re-registration of a {{detail.financingStatement.transitionDescription|title}} previously registered in the Mobile Home Registry on {% if detail.financingStatement.transitionDate is defined and detail.financingStatement.transitionDate != '' %}{{detail.financingStatement.transitionDate}}{% else %}N/A{% endif %}, Registration Number {% if detail.financingStatement.transitionNumber is defined and detail.financingStatement.transitionNumber != '' %}{{detail.financingStatement.transitionNumber}}{% else %}N/A{% endif %}. {% endif %} |


--- # this is an empty front matter --- {% include header.html %}
If you're not sure what AJAX is, in a nutshell it's the ability to load chunks of content behind-the-scenes using javascript. There are many, many other resources out there to tell you all about it, so I'm not going to attempt to do that here.
Using AJAX with ClearPress is pretty simple but we'll begin at the
beginning. Let's assume you have a regular, non-AJAX-view for
displaying information for a car manufacturer:
package app::view::manufacturer;
use strict;
use warnings;
use base qw(ClearPress::view);
1;
This will use the default ClearPress read method and look for
the manufacturer_read.tt2 template on disk when serving the
/manufacturer/1 URI (for manufacturer 1 of course, and
assuming you have a corresponding model with some data).
Luckily making use of the basic AJAX built-in to ClearPress is just
as simple. The ClearPress view superclass contains support for
read_ajax. What we'd like to do is display cars for that manufacturer
without loading each page separately. We'll make another view class:
package app::view::car;
use strict;
use warnings;
use base qw(ClearPress::view);
1;
We'll import the most
excellent jQuery library to take
care of making our requests for us.
In data/config.ini:
[general]
jsfile=http://code.jquery.com/jquery-1.4.1.min.js
and in the manufacturer_read.tt2 template we'll add this:

[% FOREACH car = model.cars %]

[% car.name %]

[% END %]

So what we're saying here is that when the document has finished loading, look for all anchors with a class of carlink and configure each so that when it's clicked it loads the anchor target into the cartarget div.
The eagle-eyed among you may have spotted that the /car/<id> page will normally load with full header & footer decoration but ClearPress is smart enough to detect the request is an AJAX one and serves the content without decoration.
The following static example demonstrates what this achieves.
{% include footer.html %}


Utils
class Utils (View source)
Methods
Takes an array of values and ouputs them as a string between brackets and separated by a pipe.
Simple test to see if array is multi-dimensional.
Simple test to see if array values are of specified type.
Tests input for valid int or percent
Test if a number is between two other numbers.
Checks if variable is a non-empty string
Checks if variable is a non-empty string within an array of values
Details
at line 14
static
string
arrayToPipedString(
array $defaultValues)
Takes an array of values and ouputs them as a string between brackets and separated by a pipe.
at line 32
static
bool
arrayIsMulti(
array $array)
Simple test to see if array is multi-dimensional.
at line 53
static
boolean
arrayValuesCheck(
array $array,
string $type,
string $className = '')
Simple test to see if array values are of specified type.
at line 101
static
bool
isIntOrPercent(
mixed $val)
Tests input for valid int or percent
Valid int = 5 or 12 Valid percent = 32% or 100%
at line 139
static
bool
between(
int|float $lower,
int|float $test,
int|float $upper,
bool $includeLimits = true)
Test if a number is between two other numbers.
Pass in the number to test, the lower limit and upper limit. Defaults to including the limits with <= & >=, set to false to exclude the limits with < & >
at line 162
static
bool
nonEmptyString(
string $var)
Checks if variable is a non-empty string
at line 178
static
bool
nonEmptyStringInArray(
string $var,
array $arr)
Checks if variable is a non-empty string within an array of values


Main Page
Modules
Data Structures
Data Structures
Data Fields
Data Fields
authReq_t Struct Reference
#include <sm.h>
Data Fields
unsigned int
bonding
:2
Bonding flags.
unsigned int
mitm
:1
Man-In-The-Middle (MITM).
unsigned int
reserved
:5
Reserved - don't use.
Detailed Description
Pairing Request & Response - authReq field
The documentation for this struct was generated from the following file:
sm.h
Generated by
1.7.1


Within Avalon there has been a number of container solutions. This reflects a historical divergence and a present convergence within the area of containment technology within Avalon. The original containment solutions ECM and Phoenix focussed on very different approaches to component management. The ECM model dealt with primarily pooled objects used in environments such as Cocoon. The Phoenix model dealt with a strict singleton model supporting project such as James. Further developments resulted in the release of Fortress and Merlin. Fortress replaced the ECM solution and was positioned as a migration vehicle for components to move towards Avalon's latest container - Merlin. The Merlin container is an attempt at being a flexible and adaptive container that leverages a set of common containment facilities, equally suited for embedded and stand-alone use.
The Avalon community went into an identity crisis, and was struggling to support multiple containers. This also lead to decision paralysis and community division. In March 2004, the community finally pulled itself together and made the historic vote to forge forward with a Single Platform, and only Merlin fits the bill of being that platform.
Below is the list of legacy containers. Avalon recommend that new users only invest time in Merlin, the only sustainable solution. ECM and Fortress will be partially supported during a transition period, but eventually taken out of Avalon completely. Users who are interested in Phoenix and that can't use Merlin, can investigate if the Loom project can be of any assistance.
| Product | Description |
|---|---|
|
Fortress contains a framework to help you create your own avalon containers. It boasts asynchronous management of your component instances, high scalability, easier maintenance of your code, and easy embedding into various environments like servlet engines. |
|
|
This package contains the ExcaliburComponentManager (ECM). ECM has been deprecated in favour of the new Fortress container. |
|
|
Phoenix, see Loom project |
Phoenix is a micro-kernel designed and implemented on top of the Avalon framework. It provides a number of facilities to manage the environment of Server Applications. Such facilities include log management, classloading, thread management and security. |


create_mutually_exclusive()¶
- create_mutually_exclusive(name, col1name, col2name)¶
Combines two column together, creating a new column.:func:create_mutually_exclusive combines the two source columns cells together so that the new column includes all of the arguments from both source columns. It also includes a combination of the two columns’ cells as well as a new cell for each overlap.
Parameter
Type
Description
name
String
The name of the new column you wish to create.
col1name
String
The name of the first source column to combine.
col2name
String
The name of the second source column to combine.
Returns
The new Ruby representation of the column. You must write the changes back to the spreadsheet if you want to save them.
Example
The following example creates a column called “test” from two existing columns, “col1” and “col2”, and then writes the changes back to the spreadsheet using
setColumn()
.require 'Datavyu_API.rb' begin test = create_mutually_exclusive("test", "col1", "col2") setColumn("test", test) end


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Petrol pumps shut down in protest-hit Lebanon over dollar shortage
BEIRUT: Lebanon’s grand mufti, the top cleric for Sunni Muslims, called on Saturday for those in power to meet protesters’ demands of ending corruption and sectarianism.
Grand Mufti Sheikh Abdul Latif Derian also said the time had come for the prompt formation of a national emergency government of experts, in a televised address on the occasion of Prophet Muhammad’s birthday.
The country is in political turmoil after a wave of protests that prompted the resignation of Saad Al-Hariri as prime minister last week.


Iterator over the elements of the sparse matrix map expression. More...
#include <SMatMapExpr.h>
Public Types | |
| using | Element = ValueIndexPair< ElementType > |
| Element type of the sparse matrix expression. | |
| using | IteratorType = ConstIterator_< RemoveReference_< Operand > > |
| Iterator type of the sparse matrix expression. | |
| using | IteratorCategory = std::forward_iterator_tag |
| The iterator category. | |
| using | ValueType = Element |
| Type of the underlying pointers. | |
| using | PointerType = ValueType * |
| Pointer return type. | |
| using | ReferenceType = ValueType & |
| Reference return type. | |
| using | DifferenceType = ptrdiff_t |
| Difference between two iterators. | |
| using | iterator_category = IteratorCategory |
| The iterator category. | |
| using | value_type = ValueType |
| Type of the underlying pointers. | |
| using | pointer = PointerType |
| Pointer return type. | |
| using | reference = ReferenceType |
| Reference return type. | |
| using | difference_type = DifferenceType |
| Difference between two iterators. | |
Public Member Functions | |
| ConstIterator (IteratorType it, OP op) | |
| Constructor for the ConstIterator class. More... | |
| ConstIterator & | operator++ () |
| Pre-increment operator. More... | |
| const Element | operator* () const |
| Direct access to the sparse matrix element at the current iterator position. More... | |
| const ConstIterator * | operator-> () const |
| Direct access to the sparse matrix element at the current iterator position. More... | |
| ReturnType | value () const |
| Access to the current value of the sparse element. More... | |
| size_t | index () const |
| Access to the current index of the sparse element. More... | |
| bool | operator== (const ConstIterator &rhs) const |
| Equality comparison between two ConstIterator objects. More... | |
| bool | operator!= (const ConstIterator &rhs) const |
| Inequality comparison between two ConstIterator objects. More... | |
| DifferenceType | operator- (const ConstIterator &rhs) const |
| Calculating the number of elements between two expression iterators. More... | |
Private Attributes | |
| IteratorType | it_ |
| Iterator over the elements of the sparse matrix expression. | |
| OP | op_ |
| The custom unary operation. | |
Iterator over the elements of the sparse matrix map expression.
|
inline |
Constructor for the ConstIterator class.
| it | Iterator to the initial matrix element. |
| op | The custom unary operation. |
|
inline |
Access to the current index of the sparse element.
|
inline |
Inequality comparison between two ConstIterator objects.
| rhs | The right-hand side expression iterator. |
|
inline |
Direct access to the sparse matrix element at the current iterator position.
|
inline |
Pre-increment operator.
|
inline |
Calculating the number of elements between two expression iterators.
| rhs | The right-hand side expression iterator. |
|
inline |
Direct access to the sparse matrix element at the current iterator position.
|
inline |
Equality comparison between two ConstIterator objects.
| rhs | The right-hand side expression iterator. |
|
inline |
Access to the current value of the sparse element.


The renderer
attribute allows setting one of the predefined data renderers. Only for non-editable
pivotTable
.
The aggregation
element sets up a function which will aggregate results per cell.
aggregation
attributes:
mode
- enables setting one of predefined aggregation functions.
caption
- a localized value to be displayed in the UI.
custom
- if true
, the mode
value is ignored in favor of the javaScript
code from the enclosed function
element.
aggregation
elements:
function
- contains JavaScript code of an aggregation function.
property
- the list of attributes to be used as input parameters of the aggregation function. Its
value can be either a properties
key or a generated attribute’s name.